wirelesscontroller

package
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 Go to latest Published: Mar 24, 2024 License: Apache-2.0 Imports: 7 Imported by: 0

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Types

type Accesscontrollist 

type Accesscontrollist struct {
	pulumi.CustomResourceState

	// Description.
	Comment pulumi.StringOutput `pulumi:"comment"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// AP ACL layer3 ipv4 rule list. The structure of `layer3Ipv4Rules` block is documented below.
	Layer3Ipv4Rules AccesscontrollistLayer3Ipv4RuleArrayOutput `pulumi:"layer3Ipv4Rules"`
	// AP ACL layer3 ipv6 rule list. The structure of `layer3Ipv6Rules` block is documented below.
	Layer3Ipv6Rules AccesscontrollistLayer3Ipv6RuleArrayOutput `pulumi:"layer3Ipv6Rules"`
	// AP access control list name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	//
	// The `layer3Ipv4Rules` block supports:
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure WiFi bridge access control list. Applies to FortiOS Version `>= 6.4.0`.

## Import

WirelessController AccessControlList can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/accesscontrollist:Accesscontrollist labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/accesscontrollist:Accesscontrollist labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetAccesscontrollist 

func GetAccesscontrollist(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *AccesscontrollistState, opts ...pulumi.ResourceOption) (*Accesscontrollist, error)

GetAccesscontrollist gets an existing Accesscontrollist resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewAccesscontrollist 

func NewAccesscontrollist(ctx *pulumi.Context,
	name string, args *AccesscontrollistArgs, opts ...pulumi.ResourceOption) (*Accesscontrollist, error)

NewAccesscontrollist registers a new resource with the given unique name, arguments, and options.

func (*Accesscontrollist) ElementType 

func (*Accesscontrollist) ElementType() reflect.Type

func (*Accesscontrollist) ToAccesscontrollistOutput 

func (i *Accesscontrollist) ToAccesscontrollistOutput() AccesscontrollistOutput

func (*Accesscontrollist) ToAccesscontrollistOutputWithContext 

func (i *Accesscontrollist) ToAccesscontrollistOutputWithContext(ctx context.Context) AccesscontrollistOutput

type AccesscontrollistArgs 

type AccesscontrollistArgs struct {
	// Description.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// AP ACL layer3 ipv4 rule list. The structure of `layer3Ipv4Rules` block is documented below.
	Layer3Ipv4Rules AccesscontrollistLayer3Ipv4RuleArrayInput
	// AP ACL layer3 ipv6 rule list. The structure of `layer3Ipv6Rules` block is documented below.
	Layer3Ipv6Rules AccesscontrollistLayer3Ipv6RuleArrayInput
	// AP access control list name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	//
	// The `layer3Ipv4Rules` block supports:
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Accesscontrollist resource.

func (AccesscontrollistArgs) ElementType 

func (AccesscontrollistArgs) ElementType() reflect.Type

type AccesscontrollistArray 

type AccesscontrollistArray []AccesscontrollistInput

func (AccesscontrollistArray) ElementType 

func (AccesscontrollistArray) ElementType() reflect.Type

func (AccesscontrollistArray) ToAccesscontrollistArrayOutput 

func (i AccesscontrollistArray) ToAccesscontrollistArrayOutput() AccesscontrollistArrayOutput

func (AccesscontrollistArray) ToAccesscontrollistArrayOutputWithContext 

func (i AccesscontrollistArray) ToAccesscontrollistArrayOutputWithContext(ctx context.Context) AccesscontrollistArrayOutput

type AccesscontrollistArrayInput 

type AccesscontrollistArrayInput interface {
	pulumi.Input

	ToAccesscontrollistArrayOutput() AccesscontrollistArrayOutput
	ToAccesscontrollistArrayOutputWithContext(context.Context) AccesscontrollistArrayOutput
}

AccesscontrollistArrayInput is an input type that accepts AccesscontrollistArray and AccesscontrollistArrayOutput values. You can construct a concrete instance of `AccesscontrollistArrayInput` via: 

AccesscontrollistArray{ AccesscontrollistArgs{...} }

type AccesscontrollistArrayOutput 

type AccesscontrollistArrayOutput struct{ *pulumi.OutputState }

func (AccesscontrollistArrayOutput) ElementType 

func (AccesscontrollistArrayOutput) ElementType() reflect.Type

func (AccesscontrollistArrayOutput) Index 

func (o AccesscontrollistArrayOutput) Index(i pulumi.IntInput) AccesscontrollistOutput

func (AccesscontrollistArrayOutput) ToAccesscontrollistArrayOutput 

func (o AccesscontrollistArrayOutput) ToAccesscontrollistArrayOutput() AccesscontrollistArrayOutput

func (AccesscontrollistArrayOutput) ToAccesscontrollistArrayOutputWithContext 

func (o AccesscontrollistArrayOutput) ToAccesscontrollistArrayOutputWithContext(ctx context.Context) AccesscontrollistArrayOutput

type AccesscontrollistInput 

type AccesscontrollistInput interface {
	pulumi.Input

	ToAccesscontrollistOutput() AccesscontrollistOutput
	ToAccesscontrollistOutputWithContext(ctx context.Context) AccesscontrollistOutput
}

type AccesscontrollistLayer3Ipv4Rule 

type AccesscontrollistLayer3Ipv4Rule struct {
	// Policy action (allow | deny). Valid values: `allow`, `deny`.
	Action *string `pulumi:"action"`
	// Description.
	Comment *string `pulumi:"comment"`
	// Destination IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Dstaddr *string `pulumi:"dstaddr"`
	// Destination port (0 - 65535, default = 0, meaning any).
	Dstport *int `pulumi:"dstport"`
	// Protocol type as defined by IANA (0 - 255, default = 255, meaning any).
	Protocol *int `pulumi:"protocol"`
	// Rule ID (1 - 65535).
	RuleId *int `pulumi:"ruleId"`
	// Source IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Srcaddr *string `pulumi:"srcaddr"`
	// Source port (0 - 65535, default = 0, meaning any).
	Srcport *int `pulumi:"srcport"`
}

type AccesscontrollistLayer3Ipv4RuleArgs 

type AccesscontrollistLayer3Ipv4RuleArgs struct {
	// Policy action (allow | deny). Valid values: `allow`, `deny`.
	Action pulumi.StringPtrInput `pulumi:"action"`
	// Description.
	Comment pulumi.StringPtrInput `pulumi:"comment"`
	// Destination IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Dstaddr pulumi.StringPtrInput `pulumi:"dstaddr"`
	// Destination port (0 - 65535, default = 0, meaning any).
	Dstport pulumi.IntPtrInput `pulumi:"dstport"`
	// Protocol type as defined by IANA (0 - 255, default = 255, meaning any).
	Protocol pulumi.IntPtrInput `pulumi:"protocol"`
	// Rule ID (1 - 65535).
	RuleId pulumi.IntPtrInput `pulumi:"ruleId"`
	// Source IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Srcaddr pulumi.StringPtrInput `pulumi:"srcaddr"`
	// Source port (0 - 65535, default = 0, meaning any).
	Srcport pulumi.IntPtrInput `pulumi:"srcport"`
}

func (AccesscontrollistLayer3Ipv4RuleArgs) ElementType 

func (AccesscontrollistLayer3Ipv4RuleArgs) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv4RuleArgs) ToAccesscontrollistLayer3Ipv4RuleOutput 

func (i AccesscontrollistLayer3Ipv4RuleArgs) ToAccesscontrollistLayer3Ipv4RuleOutput() AccesscontrollistLayer3Ipv4RuleOutput

func (AccesscontrollistLayer3Ipv4RuleArgs) ToAccesscontrollistLayer3Ipv4RuleOutputWithContext 

func (i AccesscontrollistLayer3Ipv4RuleArgs) ToAccesscontrollistLayer3Ipv4RuleOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv4RuleOutput

type AccesscontrollistLayer3Ipv4RuleArray 

type AccesscontrollistLayer3Ipv4RuleArray []AccesscontrollistLayer3Ipv4RuleInput

func (AccesscontrollistLayer3Ipv4RuleArray) ElementType 

func (AccesscontrollistLayer3Ipv4RuleArray) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv4RuleArray) ToAccesscontrollistLayer3Ipv4RuleArrayOutput 

func (i AccesscontrollistLayer3Ipv4RuleArray) ToAccesscontrollistLayer3Ipv4RuleArrayOutput() AccesscontrollistLayer3Ipv4RuleArrayOutput

func (AccesscontrollistLayer3Ipv4RuleArray) ToAccesscontrollistLayer3Ipv4RuleArrayOutputWithContext 

func (i AccesscontrollistLayer3Ipv4RuleArray) ToAccesscontrollistLayer3Ipv4RuleArrayOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv4RuleArrayOutput

type AccesscontrollistLayer3Ipv4RuleArrayInput 

type AccesscontrollistLayer3Ipv4RuleArrayInput interface {
	pulumi.Input

	ToAccesscontrollistLayer3Ipv4RuleArrayOutput() AccesscontrollistLayer3Ipv4RuleArrayOutput
	ToAccesscontrollistLayer3Ipv4RuleArrayOutputWithContext(context.Context) AccesscontrollistLayer3Ipv4RuleArrayOutput
}

AccesscontrollistLayer3Ipv4RuleArrayInput is an input type that accepts AccesscontrollistLayer3Ipv4RuleArray and AccesscontrollistLayer3Ipv4RuleArrayOutput values. You can construct a concrete instance of `AccesscontrollistLayer3Ipv4RuleArrayInput` via: 

AccesscontrollistLayer3Ipv4RuleArray{ AccesscontrollistLayer3Ipv4RuleArgs{...} }

type AccesscontrollistLayer3Ipv4RuleArrayOutput 

type AccesscontrollistLayer3Ipv4RuleArrayOutput struct{ *pulumi.OutputState }

func (AccesscontrollistLayer3Ipv4RuleArrayOutput) ElementType 

func (AccesscontrollistLayer3Ipv4RuleArrayOutput) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv4RuleArrayOutput) Index 

func (o AccesscontrollistLayer3Ipv4RuleArrayOutput) Index(i pulumi.IntInput) AccesscontrollistLayer3Ipv4RuleOutput

func (AccesscontrollistLayer3Ipv4RuleArrayOutput) ToAccesscontrollistLayer3Ipv4RuleArrayOutput 

func (o AccesscontrollistLayer3Ipv4RuleArrayOutput) ToAccesscontrollistLayer3Ipv4RuleArrayOutput() AccesscontrollistLayer3Ipv4RuleArrayOutput

func (AccesscontrollistLayer3Ipv4RuleArrayOutput) ToAccesscontrollistLayer3Ipv4RuleArrayOutputWithContext 

func (o AccesscontrollistLayer3Ipv4RuleArrayOutput) ToAccesscontrollistLayer3Ipv4RuleArrayOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv4RuleArrayOutput

type AccesscontrollistLayer3Ipv4RuleInput 

type AccesscontrollistLayer3Ipv4RuleInput interface {
	pulumi.Input

	ToAccesscontrollistLayer3Ipv4RuleOutput() AccesscontrollistLayer3Ipv4RuleOutput
	ToAccesscontrollistLayer3Ipv4RuleOutputWithContext(context.Context) AccesscontrollistLayer3Ipv4RuleOutput
}

AccesscontrollistLayer3Ipv4RuleInput is an input type that accepts AccesscontrollistLayer3Ipv4RuleArgs and AccesscontrollistLayer3Ipv4RuleOutput values. You can construct a concrete instance of `AccesscontrollistLayer3Ipv4RuleInput` via: 

AccesscontrollistLayer3Ipv4RuleArgs{...}

type AccesscontrollistLayer3Ipv4RuleOutput 

type AccesscontrollistLayer3Ipv4RuleOutput struct{ *pulumi.OutputState }

func (AccesscontrollistLayer3Ipv4RuleOutput) Action 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Action() pulumi.StringPtrOutput

Policy action (allow | deny). Valid values: `allow`, `deny`.

func (AccesscontrollistLayer3Ipv4RuleOutput) Comment 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Comment() pulumi.StringPtrOutput

Description.

func (AccesscontrollistLayer3Ipv4RuleOutput) Dstaddr 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Dstaddr() pulumi.StringPtrOutput

Destination IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.

func (AccesscontrollistLayer3Ipv4RuleOutput) Dstport 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Dstport() pulumi.IntPtrOutput

Destination port (0 - 65535, default = 0, meaning any).

func (AccesscontrollistLayer3Ipv4RuleOutput) ElementType 

func (AccesscontrollistLayer3Ipv4RuleOutput) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv4RuleOutput) Protocol 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Protocol() pulumi.IntPtrOutput

Protocol type as defined by IANA (0 - 255, default = 255, meaning any).

func (AccesscontrollistLayer3Ipv4RuleOutput) RuleId 

func (o AccesscontrollistLayer3Ipv4RuleOutput) RuleId() pulumi.IntPtrOutput

Rule ID (1 - 65535).

func (AccesscontrollistLayer3Ipv4RuleOutput) Srcaddr 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Srcaddr() pulumi.StringPtrOutput

Source IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.

func (AccesscontrollistLayer3Ipv4RuleOutput) Srcport 

func (o AccesscontrollistLayer3Ipv4RuleOutput) Srcport() pulumi.IntPtrOutput

Source port (0 - 65535, default = 0, meaning any).

func (AccesscontrollistLayer3Ipv4RuleOutput) ToAccesscontrollistLayer3Ipv4RuleOutput 

func (o AccesscontrollistLayer3Ipv4RuleOutput) ToAccesscontrollistLayer3Ipv4RuleOutput() AccesscontrollistLayer3Ipv4RuleOutput

func (AccesscontrollistLayer3Ipv4RuleOutput) ToAccesscontrollistLayer3Ipv4RuleOutputWithContext 

func (o AccesscontrollistLayer3Ipv4RuleOutput) ToAccesscontrollistLayer3Ipv4RuleOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv4RuleOutput

type AccesscontrollistLayer3Ipv6Rule 

type AccesscontrollistLayer3Ipv6Rule struct {
	// Policy action (allow | deny). Valid values: `allow`, `deny`.
	Action *string `pulumi:"action"`
	// Description.
	Comment *string `pulumi:"comment"`
	// Destination IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Dstaddr *string `pulumi:"dstaddr"`
	// Destination port (0 - 65535, default = 0, meaning any).
	Dstport *int `pulumi:"dstport"`
	// Protocol type as defined by IANA (0 - 255, default = 255, meaning any).
	Protocol *int `pulumi:"protocol"`
	// Rule ID (1 - 65535).
	RuleId *int `pulumi:"ruleId"`
	// Source IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Srcaddr *string `pulumi:"srcaddr"`
	// Source port (0 - 65535, default = 0, meaning any).
	Srcport *int `pulumi:"srcport"`
}

type AccesscontrollistLayer3Ipv6RuleArgs 

type AccesscontrollistLayer3Ipv6RuleArgs struct {
	// Policy action (allow | deny). Valid values: `allow`, `deny`.
	Action pulumi.StringPtrInput `pulumi:"action"`
	// Description.
	Comment pulumi.StringPtrInput `pulumi:"comment"`
	// Destination IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Dstaddr pulumi.StringPtrInput `pulumi:"dstaddr"`
	// Destination port (0 - 65535, default = 0, meaning any).
	Dstport pulumi.IntPtrInput `pulumi:"dstport"`
	// Protocol type as defined by IANA (0 - 255, default = 255, meaning any).
	Protocol pulumi.IntPtrInput `pulumi:"protocol"`
	// Rule ID (1 - 65535).
	RuleId pulumi.IntPtrInput `pulumi:"ruleId"`
	// Source IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.
	Srcaddr pulumi.StringPtrInput `pulumi:"srcaddr"`
	// Source port (0 - 65535, default = 0, meaning any).
	Srcport pulumi.IntPtrInput `pulumi:"srcport"`
}

func (AccesscontrollistLayer3Ipv6RuleArgs) ElementType 

func (AccesscontrollistLayer3Ipv6RuleArgs) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv6RuleArgs) ToAccesscontrollistLayer3Ipv6RuleOutput 

func (i AccesscontrollistLayer3Ipv6RuleArgs) ToAccesscontrollistLayer3Ipv6RuleOutput() AccesscontrollistLayer3Ipv6RuleOutput

func (AccesscontrollistLayer3Ipv6RuleArgs) ToAccesscontrollistLayer3Ipv6RuleOutputWithContext 

func (i AccesscontrollistLayer3Ipv6RuleArgs) ToAccesscontrollistLayer3Ipv6RuleOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv6RuleOutput

type AccesscontrollistLayer3Ipv6RuleArray 

type AccesscontrollistLayer3Ipv6RuleArray []AccesscontrollistLayer3Ipv6RuleInput

func (AccesscontrollistLayer3Ipv6RuleArray) ElementType 

func (AccesscontrollistLayer3Ipv6RuleArray) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv6RuleArray) ToAccesscontrollistLayer3Ipv6RuleArrayOutput 

func (i AccesscontrollistLayer3Ipv6RuleArray) ToAccesscontrollistLayer3Ipv6RuleArrayOutput() AccesscontrollistLayer3Ipv6RuleArrayOutput

func (AccesscontrollistLayer3Ipv6RuleArray) ToAccesscontrollistLayer3Ipv6RuleArrayOutputWithContext 

func (i AccesscontrollistLayer3Ipv6RuleArray) ToAccesscontrollistLayer3Ipv6RuleArrayOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv6RuleArrayOutput

type AccesscontrollistLayer3Ipv6RuleArrayInput 

type AccesscontrollistLayer3Ipv6RuleArrayInput interface {
	pulumi.Input

	ToAccesscontrollistLayer3Ipv6RuleArrayOutput() AccesscontrollistLayer3Ipv6RuleArrayOutput
	ToAccesscontrollistLayer3Ipv6RuleArrayOutputWithContext(context.Context) AccesscontrollistLayer3Ipv6RuleArrayOutput
}

AccesscontrollistLayer3Ipv6RuleArrayInput is an input type that accepts AccesscontrollistLayer3Ipv6RuleArray and AccesscontrollistLayer3Ipv6RuleArrayOutput values. You can construct a concrete instance of `AccesscontrollistLayer3Ipv6RuleArrayInput` via: 

AccesscontrollistLayer3Ipv6RuleArray{ AccesscontrollistLayer3Ipv6RuleArgs{...} }

type AccesscontrollistLayer3Ipv6RuleArrayOutput 

type AccesscontrollistLayer3Ipv6RuleArrayOutput struct{ *pulumi.OutputState }

func (AccesscontrollistLayer3Ipv6RuleArrayOutput) ElementType 

func (AccesscontrollistLayer3Ipv6RuleArrayOutput) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv6RuleArrayOutput) Index 

func (o AccesscontrollistLayer3Ipv6RuleArrayOutput) Index(i pulumi.IntInput) AccesscontrollistLayer3Ipv6RuleOutput

func (AccesscontrollistLayer3Ipv6RuleArrayOutput) ToAccesscontrollistLayer3Ipv6RuleArrayOutput 

func (o AccesscontrollistLayer3Ipv6RuleArrayOutput) ToAccesscontrollistLayer3Ipv6RuleArrayOutput() AccesscontrollistLayer3Ipv6RuleArrayOutput

func (AccesscontrollistLayer3Ipv6RuleArrayOutput) ToAccesscontrollistLayer3Ipv6RuleArrayOutputWithContext 

func (o AccesscontrollistLayer3Ipv6RuleArrayOutput) ToAccesscontrollistLayer3Ipv6RuleArrayOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv6RuleArrayOutput

type AccesscontrollistLayer3Ipv6RuleInput 

type AccesscontrollistLayer3Ipv6RuleInput interface {
	pulumi.Input

	ToAccesscontrollistLayer3Ipv6RuleOutput() AccesscontrollistLayer3Ipv6RuleOutput
	ToAccesscontrollistLayer3Ipv6RuleOutputWithContext(context.Context) AccesscontrollistLayer3Ipv6RuleOutput
}

AccesscontrollistLayer3Ipv6RuleInput is an input type that accepts AccesscontrollistLayer3Ipv6RuleArgs and AccesscontrollistLayer3Ipv6RuleOutput values. You can construct a concrete instance of `AccesscontrollistLayer3Ipv6RuleInput` via: 

AccesscontrollistLayer3Ipv6RuleArgs{...}

type AccesscontrollistLayer3Ipv6RuleOutput 

type AccesscontrollistLayer3Ipv6RuleOutput struct{ *pulumi.OutputState }

func (AccesscontrollistLayer3Ipv6RuleOutput) Action 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Action() pulumi.StringPtrOutput

Policy action (allow | deny). Valid values: `allow`, `deny`.

func (AccesscontrollistLayer3Ipv6RuleOutput) Comment 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Comment() pulumi.StringPtrOutput

Description.

func (AccesscontrollistLayer3Ipv6RuleOutput) Dstaddr 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Dstaddr() pulumi.StringPtrOutput

Destination IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.

func (AccesscontrollistLayer3Ipv6RuleOutput) Dstport 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Dstport() pulumi.IntPtrOutput

Destination port (0 - 65535, default = 0, meaning any).

func (AccesscontrollistLayer3Ipv6RuleOutput) ElementType 

func (AccesscontrollistLayer3Ipv6RuleOutput) ElementType() reflect.Type

func (AccesscontrollistLayer3Ipv6RuleOutput) Protocol 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Protocol() pulumi.IntPtrOutput

Protocol type as defined by IANA (0 - 255, default = 255, meaning any).

func (AccesscontrollistLayer3Ipv6RuleOutput) RuleId 

func (o AccesscontrollistLayer3Ipv6RuleOutput) RuleId() pulumi.IntPtrOutput

Rule ID (1 - 65535).

func (AccesscontrollistLayer3Ipv6RuleOutput) Srcaddr 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Srcaddr() pulumi.StringPtrOutput

Source IPv6 address (any | local-LAN | IPv6 address[/prefix length]), default = any.

func (AccesscontrollistLayer3Ipv6RuleOutput) Srcport 

func (o AccesscontrollistLayer3Ipv6RuleOutput) Srcport() pulumi.IntPtrOutput

Source port (0 - 65535, default = 0, meaning any).

func (AccesscontrollistLayer3Ipv6RuleOutput) ToAccesscontrollistLayer3Ipv6RuleOutput 

func (o AccesscontrollistLayer3Ipv6RuleOutput) ToAccesscontrollistLayer3Ipv6RuleOutput() AccesscontrollistLayer3Ipv6RuleOutput

func (AccesscontrollistLayer3Ipv6RuleOutput) ToAccesscontrollistLayer3Ipv6RuleOutputWithContext 

func (o AccesscontrollistLayer3Ipv6RuleOutput) ToAccesscontrollistLayer3Ipv6RuleOutputWithContext(ctx context.Context) AccesscontrollistLayer3Ipv6RuleOutput

type AccesscontrollistMap 

type AccesscontrollistMap map[string]AccesscontrollistInput

func (AccesscontrollistMap) ElementType 

func (AccesscontrollistMap) ElementType() reflect.Type

func (AccesscontrollistMap) ToAccesscontrollistMapOutput 

func (i AccesscontrollistMap) ToAccesscontrollistMapOutput() AccesscontrollistMapOutput

func (AccesscontrollistMap) ToAccesscontrollistMapOutputWithContext 

func (i AccesscontrollistMap) ToAccesscontrollistMapOutputWithContext(ctx context.Context) AccesscontrollistMapOutput

type AccesscontrollistMapInput 

type AccesscontrollistMapInput interface {
	pulumi.Input

	ToAccesscontrollistMapOutput() AccesscontrollistMapOutput
	ToAccesscontrollistMapOutputWithContext(context.Context) AccesscontrollistMapOutput
}

AccesscontrollistMapInput is an input type that accepts AccesscontrollistMap and AccesscontrollistMapOutput values. You can construct a concrete instance of `AccesscontrollistMapInput` via: 

AccesscontrollistMap{ "key": AccesscontrollistArgs{...} }

type AccesscontrollistMapOutput 

type AccesscontrollistMapOutput struct{ *pulumi.OutputState }

func (AccesscontrollistMapOutput) ElementType 

func (AccesscontrollistMapOutput) ElementType() reflect.Type

func (AccesscontrollistMapOutput) MapIndex 

func (o AccesscontrollistMapOutput) MapIndex(k pulumi.StringInput) AccesscontrollistOutput

func (AccesscontrollistMapOutput) ToAccesscontrollistMapOutput 

func (o AccesscontrollistMapOutput) ToAccesscontrollistMapOutput() AccesscontrollistMapOutput

func (AccesscontrollistMapOutput) ToAccesscontrollistMapOutputWithContext 

func (o AccesscontrollistMapOutput) ToAccesscontrollistMapOutputWithContext(ctx context.Context) AccesscontrollistMapOutput

type AccesscontrollistOutput 

type AccesscontrollistOutput struct{ *pulumi.OutputState }

func (AccesscontrollistOutput) Comment 

func (o AccesscontrollistOutput) Comment() pulumi.StringOutput

Description.

func (AccesscontrollistOutput) DynamicSortSubtable 

func (o AccesscontrollistOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (AccesscontrollistOutput) ElementType 

func (AccesscontrollistOutput) ElementType() reflect.Type

func (AccesscontrollistOutput) GetAllTables 

func (o AccesscontrollistOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (AccesscontrollistOutput) Layer3Ipv4Rules 

func (o AccesscontrollistOutput) Layer3Ipv4Rules() AccesscontrollistLayer3Ipv4RuleArrayOutput

AP ACL layer3 ipv4 rule list. The structure of `layer3Ipv4Rules` block is documented below.

func (AccesscontrollistOutput) Layer3Ipv6Rules 

func (o AccesscontrollistOutput) Layer3Ipv6Rules() AccesscontrollistLayer3Ipv6RuleArrayOutput

AP ACL layer3 ipv6 rule list. The structure of `layer3Ipv6Rules` block is documented below.

func (AccesscontrollistOutput) Name 

func (o AccesscontrollistOutput) Name() pulumi.StringOutput

AP access control list name.

func (AccesscontrollistOutput) ToAccesscontrollistOutput 

func (o AccesscontrollistOutput) ToAccesscontrollistOutput() AccesscontrollistOutput

func (AccesscontrollistOutput) ToAccesscontrollistOutputWithContext 

func (o AccesscontrollistOutput) ToAccesscontrollistOutputWithContext(ctx context.Context) AccesscontrollistOutput

func (AccesscontrollistOutput) Vdomparam 

func (o AccesscontrollistOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

The `layer3Ipv4Rules` block supports:

type AccesscontrollistState 

type AccesscontrollistState struct {
	// Description.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// AP ACL layer3 ipv4 rule list. The structure of `layer3Ipv4Rules` block is documented below.
	Layer3Ipv4Rules AccesscontrollistLayer3Ipv4RuleArrayInput
	// AP ACL layer3 ipv6 rule list. The structure of `layer3Ipv6Rules` block is documented below.
	Layer3Ipv6Rules AccesscontrollistLayer3Ipv6RuleArrayInput
	// AP access control list name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	//
	// The `layer3Ipv4Rules` block supports:
	Vdomparam pulumi.StringPtrInput
}

func (AccesscontrollistState) ElementType 

func (AccesscontrollistState) ElementType() reflect.Type

type Address 

type Address struct {
	pulumi.CustomResourceState

	// ID.
	Fosid pulumi.StringOutput `pulumi:"fosid"`
	// MAC address.
	Mac pulumi.StringOutput `pulumi:"mac"`
	// Allow or block the client with this MAC address. Valid values: `allow`, `deny`.
	Policy pulumi.StringOutput `pulumi:"policy"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure the client with its MAC address. Applies to FortiOS Version `6.2.4,6.2.6,6.4.0,6.4.1,6.4.2,6.4.10,6.4.11,6.4.12,6.4.13,6.4.14,7.0.0,7.0.1,7.0.2,7.0.3,7.0.4,7.0.5,7.0.6,7.0.7,7.0.8,7.0.9,7.0.10,7.0.11,7.0.12,7.0.13`.

## Import

WirelessController Address can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/address:Address labelname {{fosid}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/address:Address labelname {{fosid}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetAddress 

func GetAddress(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *AddressState, opts ...pulumi.ResourceOption) (*Address, error)

GetAddress gets an existing Address resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewAddress 

func NewAddress(ctx *pulumi.Context,
	name string, args *AddressArgs, opts ...pulumi.ResourceOption) (*Address, error)

NewAddress registers a new resource with the given unique name, arguments, and options.

func (*Address) ElementType 

func (*Address) ElementType() reflect.Type

func (*Address) ToAddressOutput 

func (i *Address) ToAddressOutput() AddressOutput

func (*Address) ToAddressOutputWithContext 

func (i *Address) ToAddressOutputWithContext(ctx context.Context) AddressOutput

type AddressArgs 

type AddressArgs struct {
	// ID.
	Fosid pulumi.StringPtrInput
	// MAC address.
	Mac pulumi.StringPtrInput
	// Allow or block the client with this MAC address. Valid values: `allow`, `deny`.
	Policy pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Address resource.

func (AddressArgs) ElementType 

func (AddressArgs) ElementType() reflect.Type

type AddressArray 

type AddressArray []AddressInput

func (AddressArray) ElementType 

func (AddressArray) ElementType() reflect.Type

func (AddressArray) ToAddressArrayOutput 

func (i AddressArray) ToAddressArrayOutput() AddressArrayOutput

func (AddressArray) ToAddressArrayOutputWithContext 

func (i AddressArray) ToAddressArrayOutputWithContext(ctx context.Context) AddressArrayOutput

type AddressArrayInput 

type AddressArrayInput interface {
	pulumi.Input

	ToAddressArrayOutput() AddressArrayOutput
	ToAddressArrayOutputWithContext(context.Context) AddressArrayOutput
}

AddressArrayInput is an input type that accepts AddressArray and AddressArrayOutput values. You can construct a concrete instance of `AddressArrayInput` via: 

AddressArray{ AddressArgs{...} }

type AddressArrayOutput 

type AddressArrayOutput struct{ *pulumi.OutputState }

func (AddressArrayOutput) ElementType 

func (AddressArrayOutput) ElementType() reflect.Type

func (AddressArrayOutput) Index 

func (o AddressArrayOutput) Index(i pulumi.IntInput) AddressOutput

func (AddressArrayOutput) ToAddressArrayOutput 

func (o AddressArrayOutput) ToAddressArrayOutput() AddressArrayOutput

func (AddressArrayOutput) ToAddressArrayOutputWithContext 

func (o AddressArrayOutput) ToAddressArrayOutputWithContext(ctx context.Context) AddressArrayOutput

type AddressInput 

type AddressInput interface {
	pulumi.Input

	ToAddressOutput() AddressOutput
	ToAddressOutputWithContext(ctx context.Context) AddressOutput
}

type AddressMap 

type AddressMap map[string]AddressInput

func (AddressMap) ElementType 

func (AddressMap) ElementType() reflect.Type

func (AddressMap) ToAddressMapOutput 

func (i AddressMap) ToAddressMapOutput() AddressMapOutput

func (AddressMap) ToAddressMapOutputWithContext 

func (i AddressMap) ToAddressMapOutputWithContext(ctx context.Context) AddressMapOutput

type AddressMapInput 

type AddressMapInput interface {
	pulumi.Input

	ToAddressMapOutput() AddressMapOutput
	ToAddressMapOutputWithContext(context.Context) AddressMapOutput
}

AddressMapInput is an input type that accepts AddressMap and AddressMapOutput values. You can construct a concrete instance of `AddressMapInput` via: 

AddressMap{ "key": AddressArgs{...} }

type AddressMapOutput 

type AddressMapOutput struct{ *pulumi.OutputState }

func (AddressMapOutput) ElementType 

func (AddressMapOutput) ElementType() reflect.Type

func (AddressMapOutput) MapIndex 

func (o AddressMapOutput) MapIndex(k pulumi.StringInput) AddressOutput

func (AddressMapOutput) ToAddressMapOutput 

func (o AddressMapOutput) ToAddressMapOutput() AddressMapOutput

func (AddressMapOutput) ToAddressMapOutputWithContext 

func (o AddressMapOutput) ToAddressMapOutputWithContext(ctx context.Context) AddressMapOutput

type AddressOutput 

type AddressOutput struct{ *pulumi.OutputState }

func (AddressOutput) ElementType 

func (AddressOutput) ElementType() reflect.Type

func (AddressOutput) Fosid 

func (o AddressOutput) Fosid() pulumi.StringOutput

ID.

func (AddressOutput) Mac 

func (o AddressOutput) Mac() pulumi.StringOutput

MAC address.

func (AddressOutput) Policy 

func (o AddressOutput) Policy() pulumi.StringOutput

Allow or block the client with this MAC address. Valid values: `allow`, `deny`.

func (AddressOutput) ToAddressOutput 

func (o AddressOutput) ToAddressOutput() AddressOutput

func (AddressOutput) ToAddressOutputWithContext 

func (o AddressOutput) ToAddressOutputWithContext(ctx context.Context) AddressOutput

func (AddressOutput) Vdomparam 

func (o AddressOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type AddressState 

type AddressState struct {
	// ID.
	Fosid pulumi.StringPtrInput
	// MAC address.
	Mac pulumi.StringPtrInput
	// Allow or block the client with this MAC address. Valid values: `allow`, `deny`.
	Policy pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (AddressState) ElementType 

func (AddressState) ElementType() reflect.Type

type Addrgrp 

type Addrgrp struct {
	pulumi.CustomResourceState

	// Manually selected group of addresses. The structure of `addresses` block is documented below.
	Addresses AddrgrpAddressArrayOutput `pulumi:"addresses"`
	// Allow or block the clients with MAC addresses that are not in the group. Valid values: `allow`, `deny`.
	DefaultPolicy pulumi.StringOutput `pulumi:"defaultPolicy"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// ID.
	Fosid pulumi.StringOutput `pulumi:"fosid"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure the MAC address group. Applies to FortiOS Version `6.2.4,6.2.6,6.4.0,6.4.1,6.4.2,6.4.10,6.4.11,6.4.12,6.4.13,6.4.14,7.0.0,7.0.1,7.0.2,7.0.3,7.0.4,7.0.5,7.0.6,7.0.7,7.0.8,7.0.9,7.0.10,7.0.11,7.0.12,7.0.13`.

## Import

WirelessController Addrgrp can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/addrgrp:Addrgrp labelname {{fosid}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/addrgrp:Addrgrp labelname {{fosid}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetAddrgrp 

func GetAddrgrp(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *AddrgrpState, opts ...pulumi.ResourceOption) (*Addrgrp, error)

GetAddrgrp gets an existing Addrgrp resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewAddrgrp 

func NewAddrgrp(ctx *pulumi.Context,
	name string, args *AddrgrpArgs, opts ...pulumi.ResourceOption) (*Addrgrp, error)

NewAddrgrp registers a new resource with the given unique name, arguments, and options.

func (*Addrgrp) ElementType 

func (*Addrgrp) ElementType() reflect.Type

func (*Addrgrp) ToAddrgrpOutput 

func (i *Addrgrp) ToAddrgrpOutput() AddrgrpOutput

func (*Addrgrp) ToAddrgrpOutputWithContext 

func (i *Addrgrp) ToAddrgrpOutputWithContext(ctx context.Context) AddrgrpOutput

type AddrgrpAddress 

type AddrgrpAddress struct {
	// Address ID.
	Id *string `pulumi:"id"`
}

type AddrgrpAddressArgs 

type AddrgrpAddressArgs struct {
	// Address ID.
	Id pulumi.StringPtrInput `pulumi:"id"`
}

func (AddrgrpAddressArgs) ElementType 

func (AddrgrpAddressArgs) ElementType() reflect.Type

func (AddrgrpAddressArgs) ToAddrgrpAddressOutput 

func (i AddrgrpAddressArgs) ToAddrgrpAddressOutput() AddrgrpAddressOutput

func (AddrgrpAddressArgs) ToAddrgrpAddressOutputWithContext 

func (i AddrgrpAddressArgs) ToAddrgrpAddressOutputWithContext(ctx context.Context) AddrgrpAddressOutput

type AddrgrpAddressArray 

type AddrgrpAddressArray []AddrgrpAddressInput

func (AddrgrpAddressArray) ElementType 

func (AddrgrpAddressArray) ElementType() reflect.Type

func (AddrgrpAddressArray) ToAddrgrpAddressArrayOutput 

func (i AddrgrpAddressArray) ToAddrgrpAddressArrayOutput() AddrgrpAddressArrayOutput

func (AddrgrpAddressArray) ToAddrgrpAddressArrayOutputWithContext 

func (i AddrgrpAddressArray) ToAddrgrpAddressArrayOutputWithContext(ctx context.Context) AddrgrpAddressArrayOutput

type AddrgrpAddressArrayInput 

type AddrgrpAddressArrayInput interface {
	pulumi.Input

	ToAddrgrpAddressArrayOutput() AddrgrpAddressArrayOutput
	ToAddrgrpAddressArrayOutputWithContext(context.Context) AddrgrpAddressArrayOutput
}

AddrgrpAddressArrayInput is an input type that accepts AddrgrpAddressArray and AddrgrpAddressArrayOutput values. You can construct a concrete instance of `AddrgrpAddressArrayInput` via: 

AddrgrpAddressArray{ AddrgrpAddressArgs{...} }

type AddrgrpAddressArrayOutput 

type AddrgrpAddressArrayOutput struct{ *pulumi.OutputState }

func (AddrgrpAddressArrayOutput) ElementType 

func (AddrgrpAddressArrayOutput) ElementType() reflect.Type

func (AddrgrpAddressArrayOutput) Index 

func (o AddrgrpAddressArrayOutput) Index(i pulumi.IntInput) AddrgrpAddressOutput

func (AddrgrpAddressArrayOutput) ToAddrgrpAddressArrayOutput 

func (o AddrgrpAddressArrayOutput) ToAddrgrpAddressArrayOutput() AddrgrpAddressArrayOutput

func (AddrgrpAddressArrayOutput) ToAddrgrpAddressArrayOutputWithContext 

func (o AddrgrpAddressArrayOutput) ToAddrgrpAddressArrayOutputWithContext(ctx context.Context) AddrgrpAddressArrayOutput

type AddrgrpAddressInput 

type AddrgrpAddressInput interface {
	pulumi.Input

	ToAddrgrpAddressOutput() AddrgrpAddressOutput
	ToAddrgrpAddressOutputWithContext(context.Context) AddrgrpAddressOutput
}

AddrgrpAddressInput is an input type that accepts AddrgrpAddressArgs and AddrgrpAddressOutput values. You can construct a concrete instance of `AddrgrpAddressInput` via: 

AddrgrpAddressArgs{...}

type AddrgrpAddressOutput 

type AddrgrpAddressOutput struct{ *pulumi.OutputState }

func (AddrgrpAddressOutput) ElementType 

func (AddrgrpAddressOutput) ElementType() reflect.Type

func (AddrgrpAddressOutput) Id 

func (o AddrgrpAddressOutput) Id() pulumi.StringPtrOutput

Address ID.

func (AddrgrpAddressOutput) ToAddrgrpAddressOutput 

func (o AddrgrpAddressOutput) ToAddrgrpAddressOutput() AddrgrpAddressOutput

func (AddrgrpAddressOutput) ToAddrgrpAddressOutputWithContext 

func (o AddrgrpAddressOutput) ToAddrgrpAddressOutputWithContext(ctx context.Context) AddrgrpAddressOutput

type AddrgrpArgs 

type AddrgrpArgs struct {
	// Manually selected group of addresses. The structure of `addresses` block is documented below.
	Addresses AddrgrpAddressArrayInput
	// Allow or block the clients with MAC addresses that are not in the group. Valid values: `allow`, `deny`.
	DefaultPolicy pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// ID.
	Fosid pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Addrgrp resource.

func (AddrgrpArgs) ElementType 

func (AddrgrpArgs) ElementType() reflect.Type

type AddrgrpArray 

type AddrgrpArray []AddrgrpInput

func (AddrgrpArray) ElementType 

func (AddrgrpArray) ElementType() reflect.Type

func (AddrgrpArray) ToAddrgrpArrayOutput 

func (i AddrgrpArray) ToAddrgrpArrayOutput() AddrgrpArrayOutput

func (AddrgrpArray) ToAddrgrpArrayOutputWithContext 

func (i AddrgrpArray) ToAddrgrpArrayOutputWithContext(ctx context.Context) AddrgrpArrayOutput

type AddrgrpArrayInput 

type AddrgrpArrayInput interface {
	pulumi.Input

	ToAddrgrpArrayOutput() AddrgrpArrayOutput
	ToAddrgrpArrayOutputWithContext(context.Context) AddrgrpArrayOutput
}

AddrgrpArrayInput is an input type that accepts AddrgrpArray and AddrgrpArrayOutput values. You can construct a concrete instance of `AddrgrpArrayInput` via: 

AddrgrpArray{ AddrgrpArgs{...} }

type AddrgrpArrayOutput 

type AddrgrpArrayOutput struct{ *pulumi.OutputState }

func (AddrgrpArrayOutput) ElementType 

func (AddrgrpArrayOutput) ElementType() reflect.Type

func (AddrgrpArrayOutput) Index 

func (o AddrgrpArrayOutput) Index(i pulumi.IntInput) AddrgrpOutput

func (AddrgrpArrayOutput) ToAddrgrpArrayOutput 

func (o AddrgrpArrayOutput) ToAddrgrpArrayOutput() AddrgrpArrayOutput

func (AddrgrpArrayOutput) ToAddrgrpArrayOutputWithContext 

func (o AddrgrpArrayOutput) ToAddrgrpArrayOutputWithContext(ctx context.Context) AddrgrpArrayOutput

type AddrgrpInput 

type AddrgrpInput interface {
	pulumi.Input

	ToAddrgrpOutput() AddrgrpOutput
	ToAddrgrpOutputWithContext(ctx context.Context) AddrgrpOutput
}

type AddrgrpMap 

type AddrgrpMap map[string]AddrgrpInput

func (AddrgrpMap) ElementType 

func (AddrgrpMap) ElementType() reflect.Type

func (AddrgrpMap) ToAddrgrpMapOutput 

func (i AddrgrpMap) ToAddrgrpMapOutput() AddrgrpMapOutput

func (AddrgrpMap) ToAddrgrpMapOutputWithContext 

func (i AddrgrpMap) ToAddrgrpMapOutputWithContext(ctx context.Context) AddrgrpMapOutput

type AddrgrpMapInput 

type AddrgrpMapInput interface {
	pulumi.Input

	ToAddrgrpMapOutput() AddrgrpMapOutput
	ToAddrgrpMapOutputWithContext(context.Context) AddrgrpMapOutput
}

AddrgrpMapInput is an input type that accepts AddrgrpMap and AddrgrpMapOutput values. You can construct a concrete instance of `AddrgrpMapInput` via: 

AddrgrpMap{ "key": AddrgrpArgs{...} }

type AddrgrpMapOutput 

type AddrgrpMapOutput struct{ *pulumi.OutputState }

func (AddrgrpMapOutput) ElementType 

func (AddrgrpMapOutput) ElementType() reflect.Type

func (AddrgrpMapOutput) MapIndex 

func (o AddrgrpMapOutput) MapIndex(k pulumi.StringInput) AddrgrpOutput

func (AddrgrpMapOutput) ToAddrgrpMapOutput 

func (o AddrgrpMapOutput) ToAddrgrpMapOutput() AddrgrpMapOutput

func (AddrgrpMapOutput) ToAddrgrpMapOutputWithContext 

func (o AddrgrpMapOutput) ToAddrgrpMapOutputWithContext(ctx context.Context) AddrgrpMapOutput

type AddrgrpOutput 

type AddrgrpOutput struct{ *pulumi.OutputState }

func (AddrgrpOutput) Addresses 

func (o AddrgrpOutput) Addresses() AddrgrpAddressArrayOutput

Manually selected group of addresses. The structure of `addresses` block is documented below.

func (AddrgrpOutput) DefaultPolicy 

func (o AddrgrpOutput) DefaultPolicy() pulumi.StringOutput

Allow or block the clients with MAC addresses that are not in the group. Valid values: `allow`, `deny`.

func (AddrgrpOutput) DynamicSortSubtable 

func (o AddrgrpOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (AddrgrpOutput) ElementType 

func (AddrgrpOutput) ElementType() reflect.Type

func (AddrgrpOutput) Fosid 

func (o AddrgrpOutput) Fosid() pulumi.StringOutput

ID.

func (AddrgrpOutput) GetAllTables 

func (o AddrgrpOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (AddrgrpOutput) ToAddrgrpOutput 

func (o AddrgrpOutput) ToAddrgrpOutput() AddrgrpOutput

func (AddrgrpOutput) ToAddrgrpOutputWithContext 

func (o AddrgrpOutput) ToAddrgrpOutputWithContext(ctx context.Context) AddrgrpOutput

func (AddrgrpOutput) Vdomparam 

func (o AddrgrpOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type AddrgrpState 

type AddrgrpState struct {
	// Manually selected group of addresses. The structure of `addresses` block is documented below.
	Addresses AddrgrpAddressArrayInput
	// Allow or block the clients with MAC addresses that are not in the group. Valid values: `allow`, `deny`.
	DefaultPolicy pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// ID.
	Fosid pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (AddrgrpState) ElementType 

func (AddrgrpState) ElementType() reflect.Type

type Apcfgprofile 

type Apcfgprofile struct {
	pulumi.CustomResourceState

	// IP address of the validation controller that AP must be able to join after applying AP local configuration.
	AcIp pulumi.StringOutput `pulumi:"acIp"`
	// Port of the validation controller that AP must be able to join after applying AP local configuration (1024 - 49150, default = 5246).
	AcPort pulumi.IntOutput `pulumi:"acPort"`
	// Maximum waiting time for the AP to join the validation controller after applying AP local configuration (3 - 30 min, default = 10).
	AcTimer pulumi.IntOutput `pulumi:"acTimer"`
	// Validation controller type (default = default). Valid values: `default`, `specify`, `apcfg`.
	AcType pulumi.StringOutput `pulumi:"acType"`
	// FortiAP family type (default = fap). Valid values: `fap`, `fap-u`, `fap-c`.
	ApFamily pulumi.StringOutput `pulumi:"apFamily"`
	// AP local configuration command list. The structure of `commandList` block is documented below.
	CommandLists ApcfgprofileCommandListArrayOutput `pulumi:"commandLists"`
	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// AP local configuration profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure AP local configuration profiles. Applies to FortiOS Version `>= 6.4.0`.

## Import

WirelessController ApcfgProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/apcfgprofile:Apcfgprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/apcfgprofile:Apcfgprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetApcfgprofile 

func GetApcfgprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *ApcfgprofileState, opts ...pulumi.ResourceOption) (*Apcfgprofile, error)

GetApcfgprofile gets an existing Apcfgprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewApcfgprofile 

func NewApcfgprofile(ctx *pulumi.Context,
	name string, args *ApcfgprofileArgs, opts ...pulumi.ResourceOption) (*Apcfgprofile, error)

NewApcfgprofile registers a new resource with the given unique name, arguments, and options.

func (*Apcfgprofile) ElementType 

func (*Apcfgprofile) ElementType() reflect.Type

func (*Apcfgprofile) ToApcfgprofileOutput 

func (i *Apcfgprofile) ToApcfgprofileOutput() ApcfgprofileOutput

func (*Apcfgprofile) ToApcfgprofileOutputWithContext 

func (i *Apcfgprofile) ToApcfgprofileOutputWithContext(ctx context.Context) ApcfgprofileOutput

type ApcfgprofileArgs 

type ApcfgprofileArgs struct {
	// IP address of the validation controller that AP must be able to join after applying AP local configuration.
	AcIp pulumi.StringPtrInput
	// Port of the validation controller that AP must be able to join after applying AP local configuration (1024 - 49150, default = 5246).
	AcPort pulumi.IntPtrInput
	// Maximum waiting time for the AP to join the validation controller after applying AP local configuration (3 - 30 min, default = 10).
	AcTimer pulumi.IntPtrInput
	// Validation controller type (default = default). Valid values: `default`, `specify`, `apcfg`.
	AcType pulumi.StringPtrInput
	// FortiAP family type (default = fap). Valid values: `fap`, `fap-u`, `fap-c`.
	ApFamily pulumi.StringPtrInput
	// AP local configuration command list. The structure of `commandList` block is documented below.
	CommandLists ApcfgprofileCommandListArrayInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// AP local configuration profile name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Apcfgprofile resource.

func (ApcfgprofileArgs) ElementType 

func (ApcfgprofileArgs) ElementType() reflect.Type

type ApcfgprofileArray 

type ApcfgprofileArray []ApcfgprofileInput

func (ApcfgprofileArray) ElementType 

func (ApcfgprofileArray) ElementType() reflect.Type

func (ApcfgprofileArray) ToApcfgprofileArrayOutput 

func (i ApcfgprofileArray) ToApcfgprofileArrayOutput() ApcfgprofileArrayOutput

func (ApcfgprofileArray) ToApcfgprofileArrayOutputWithContext 

func (i ApcfgprofileArray) ToApcfgprofileArrayOutputWithContext(ctx context.Context) ApcfgprofileArrayOutput

type ApcfgprofileArrayInput 

type ApcfgprofileArrayInput interface {
	pulumi.Input

	ToApcfgprofileArrayOutput() ApcfgprofileArrayOutput
	ToApcfgprofileArrayOutputWithContext(context.Context) ApcfgprofileArrayOutput
}

ApcfgprofileArrayInput is an input type that accepts ApcfgprofileArray and ApcfgprofileArrayOutput values. You can construct a concrete instance of `ApcfgprofileArrayInput` via: 

ApcfgprofileArray{ ApcfgprofileArgs{...} }

type ApcfgprofileArrayOutput 

type ApcfgprofileArrayOutput struct{ *pulumi.OutputState }

func (ApcfgprofileArrayOutput) ElementType 

func (ApcfgprofileArrayOutput) ElementType() reflect.Type

func (ApcfgprofileArrayOutput) Index 

func (o ApcfgprofileArrayOutput) Index(i pulumi.IntInput) ApcfgprofileOutput

func (ApcfgprofileArrayOutput) ToApcfgprofileArrayOutput 

func (o ApcfgprofileArrayOutput) ToApcfgprofileArrayOutput() ApcfgprofileArrayOutput

func (ApcfgprofileArrayOutput) ToApcfgprofileArrayOutputWithContext 

func (o ApcfgprofileArrayOutput) ToApcfgprofileArrayOutputWithContext(ctx context.Context) ApcfgprofileArrayOutput

type ApcfgprofileCommandList 

type ApcfgprofileCommandList struct {
	// Command ID.
	Id *int `pulumi:"id"`
	// AP local configuration command name.
	Name *string `pulumi:"name"`
	// AP local configuration command password value.
	PasswdValue *string `pulumi:"passwdValue"`
	// The command type (default = non-password). Valid values: `non-password`, `password`.
	Type *string `pulumi:"type"`
	// AP local configuration command value.
	Value *string `pulumi:"value"`
}

type ApcfgprofileCommandListArgs 

type ApcfgprofileCommandListArgs struct {
	// Command ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// AP local configuration command name.
	Name pulumi.StringPtrInput `pulumi:"name"`
	// AP local configuration command password value.
	PasswdValue pulumi.StringPtrInput `pulumi:"passwdValue"`
	// The command type (default = non-password). Valid values: `non-password`, `password`.
	Type pulumi.StringPtrInput `pulumi:"type"`
	// AP local configuration command value.
	Value pulumi.StringPtrInput `pulumi:"value"`
}

func (ApcfgprofileCommandListArgs) ElementType 

func (ApcfgprofileCommandListArgs) ElementType() reflect.Type

func (ApcfgprofileCommandListArgs) ToApcfgprofileCommandListOutput 

func (i ApcfgprofileCommandListArgs) ToApcfgprofileCommandListOutput() ApcfgprofileCommandListOutput

func (ApcfgprofileCommandListArgs) ToApcfgprofileCommandListOutputWithContext 

func (i ApcfgprofileCommandListArgs) ToApcfgprofileCommandListOutputWithContext(ctx context.Context) ApcfgprofileCommandListOutput

type ApcfgprofileCommandListArray 

type ApcfgprofileCommandListArray []ApcfgprofileCommandListInput

func (ApcfgprofileCommandListArray) ElementType 

func (ApcfgprofileCommandListArray) ElementType() reflect.Type

func (ApcfgprofileCommandListArray) ToApcfgprofileCommandListArrayOutput 

func (i ApcfgprofileCommandListArray) ToApcfgprofileCommandListArrayOutput() ApcfgprofileCommandListArrayOutput

func (ApcfgprofileCommandListArray) ToApcfgprofileCommandListArrayOutputWithContext 

func (i ApcfgprofileCommandListArray) ToApcfgprofileCommandListArrayOutputWithContext(ctx context.Context) ApcfgprofileCommandListArrayOutput

type ApcfgprofileCommandListArrayInput 

type ApcfgprofileCommandListArrayInput interface {
	pulumi.Input

	ToApcfgprofileCommandListArrayOutput() ApcfgprofileCommandListArrayOutput
	ToApcfgprofileCommandListArrayOutputWithContext(context.Context) ApcfgprofileCommandListArrayOutput
}

ApcfgprofileCommandListArrayInput is an input type that accepts ApcfgprofileCommandListArray and ApcfgprofileCommandListArrayOutput values. You can construct a concrete instance of `ApcfgprofileCommandListArrayInput` via: 

ApcfgprofileCommandListArray{ ApcfgprofileCommandListArgs{...} }

type ApcfgprofileCommandListArrayOutput 

type ApcfgprofileCommandListArrayOutput struct{ *pulumi.OutputState }

func (ApcfgprofileCommandListArrayOutput) ElementType 

func (ApcfgprofileCommandListArrayOutput) ElementType() reflect.Type

func (ApcfgprofileCommandListArrayOutput) Index 

func (o ApcfgprofileCommandListArrayOutput) Index(i pulumi.IntInput) ApcfgprofileCommandListOutput

func (ApcfgprofileCommandListArrayOutput) ToApcfgprofileCommandListArrayOutput 

func (o ApcfgprofileCommandListArrayOutput) ToApcfgprofileCommandListArrayOutput() ApcfgprofileCommandListArrayOutput

func (ApcfgprofileCommandListArrayOutput) ToApcfgprofileCommandListArrayOutputWithContext 

func (o ApcfgprofileCommandListArrayOutput) ToApcfgprofileCommandListArrayOutputWithContext(ctx context.Context) ApcfgprofileCommandListArrayOutput

type ApcfgprofileCommandListInput 

type ApcfgprofileCommandListInput interface {
	pulumi.Input

	ToApcfgprofileCommandListOutput() ApcfgprofileCommandListOutput
	ToApcfgprofileCommandListOutputWithContext(context.Context) ApcfgprofileCommandListOutput
}

ApcfgprofileCommandListInput is an input type that accepts ApcfgprofileCommandListArgs and ApcfgprofileCommandListOutput values. You can construct a concrete instance of `ApcfgprofileCommandListInput` via: 

ApcfgprofileCommandListArgs{...}

type ApcfgprofileCommandListOutput 

type ApcfgprofileCommandListOutput struct{ *pulumi.OutputState }

func (ApcfgprofileCommandListOutput) ElementType 

func (ApcfgprofileCommandListOutput) ElementType() reflect.Type

func (ApcfgprofileCommandListOutput) Id 

func (o ApcfgprofileCommandListOutput) Id() pulumi.IntPtrOutput

Command ID.

func (ApcfgprofileCommandListOutput) Name 

func (o ApcfgprofileCommandListOutput) Name() pulumi.StringPtrOutput

AP local configuration command name.

func (ApcfgprofileCommandListOutput) PasswdValue 

func (o ApcfgprofileCommandListOutput) PasswdValue() pulumi.StringPtrOutput

AP local configuration command password value.

func (ApcfgprofileCommandListOutput) ToApcfgprofileCommandListOutput 

func (o ApcfgprofileCommandListOutput) ToApcfgprofileCommandListOutput() ApcfgprofileCommandListOutput

func (ApcfgprofileCommandListOutput) ToApcfgprofileCommandListOutputWithContext 

func (o ApcfgprofileCommandListOutput) ToApcfgprofileCommandListOutputWithContext(ctx context.Context) ApcfgprofileCommandListOutput

func (ApcfgprofileCommandListOutput) Type 

func (o ApcfgprofileCommandListOutput) Type() pulumi.StringPtrOutput

The command type (default = non-password). Valid values: `non-password`, `password`.

func (ApcfgprofileCommandListOutput) Value 

func (o ApcfgprofileCommandListOutput) Value() pulumi.StringPtrOutput

AP local configuration command value.

type ApcfgprofileInput 

type ApcfgprofileInput interface {
	pulumi.Input

	ToApcfgprofileOutput() ApcfgprofileOutput
	ToApcfgprofileOutputWithContext(ctx context.Context) ApcfgprofileOutput
}

type ApcfgprofileMap 

type ApcfgprofileMap map[string]ApcfgprofileInput

func (ApcfgprofileMap) ElementType 

func (ApcfgprofileMap) ElementType() reflect.Type

func (ApcfgprofileMap) ToApcfgprofileMapOutput 

func (i ApcfgprofileMap) ToApcfgprofileMapOutput() ApcfgprofileMapOutput

func (ApcfgprofileMap) ToApcfgprofileMapOutputWithContext 

func (i ApcfgprofileMap) ToApcfgprofileMapOutputWithContext(ctx context.Context) ApcfgprofileMapOutput

type ApcfgprofileMapInput 

type ApcfgprofileMapInput interface {
	pulumi.Input

	ToApcfgprofileMapOutput() ApcfgprofileMapOutput
	ToApcfgprofileMapOutputWithContext(context.Context) ApcfgprofileMapOutput
}

ApcfgprofileMapInput is an input type that accepts ApcfgprofileMap and ApcfgprofileMapOutput values. You can construct a concrete instance of `ApcfgprofileMapInput` via: 

ApcfgprofileMap{ "key": ApcfgprofileArgs{...} }

type ApcfgprofileMapOutput 

type ApcfgprofileMapOutput struct{ *pulumi.OutputState }

func (ApcfgprofileMapOutput) ElementType 

func (ApcfgprofileMapOutput) ElementType() reflect.Type

func (ApcfgprofileMapOutput) MapIndex 

func (o ApcfgprofileMapOutput) MapIndex(k pulumi.StringInput) ApcfgprofileOutput

func (ApcfgprofileMapOutput) ToApcfgprofileMapOutput 

func (o ApcfgprofileMapOutput) ToApcfgprofileMapOutput() ApcfgprofileMapOutput

func (ApcfgprofileMapOutput) ToApcfgprofileMapOutputWithContext 

func (o ApcfgprofileMapOutput) ToApcfgprofileMapOutputWithContext(ctx context.Context) ApcfgprofileMapOutput

type ApcfgprofileOutput 

type ApcfgprofileOutput struct{ *pulumi.OutputState }

func (ApcfgprofileOutput) AcIp 

func (o ApcfgprofileOutput) AcIp() pulumi.StringOutput

IP address of the validation controller that AP must be able to join after applying AP local configuration.

func (ApcfgprofileOutput) AcPort 

func (o ApcfgprofileOutput) AcPort() pulumi.IntOutput

Port of the validation controller that AP must be able to join after applying AP local configuration (1024 - 49150, default = 5246).

func (ApcfgprofileOutput) AcTimer 

func (o ApcfgprofileOutput) AcTimer() pulumi.IntOutput

Maximum waiting time for the AP to join the validation controller after applying AP local configuration (3 - 30 min, default = 10).

func (ApcfgprofileOutput) AcType 

func (o ApcfgprofileOutput) AcType() pulumi.StringOutput

Validation controller type (default = default). Valid values: `default`, `specify`, `apcfg`.

func (ApcfgprofileOutput) ApFamily 

func (o ApcfgprofileOutput) ApFamily() pulumi.StringOutput

FortiAP family type (default = fap). Valid values: `fap`, `fap-u`, `fap-c`.

func (ApcfgprofileOutput) CommandLists 

func (o ApcfgprofileOutput) CommandLists() ApcfgprofileCommandListArrayOutput

AP local configuration command list. The structure of `commandList` block is documented below.

func (ApcfgprofileOutput) Comment 

func (o ApcfgprofileOutput) Comment() pulumi.StringPtrOutput

Comment.

func (ApcfgprofileOutput) DynamicSortSubtable 

func (o ApcfgprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (ApcfgprofileOutput) ElementType 

func (ApcfgprofileOutput) ElementType() reflect.Type

func (ApcfgprofileOutput) GetAllTables 

func (o ApcfgprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (ApcfgprofileOutput) Name 

func (o ApcfgprofileOutput) Name() pulumi.StringOutput

AP local configuration profile name.

func (ApcfgprofileOutput) ToApcfgprofileOutput 

func (o ApcfgprofileOutput) ToApcfgprofileOutput() ApcfgprofileOutput

func (ApcfgprofileOutput) ToApcfgprofileOutputWithContext 

func (o ApcfgprofileOutput) ToApcfgprofileOutputWithContext(ctx context.Context) ApcfgprofileOutput

func (ApcfgprofileOutput) Vdomparam 

func (o ApcfgprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type ApcfgprofileState 

type ApcfgprofileState struct {
	// IP address of the validation controller that AP must be able to join after applying AP local configuration.
	AcIp pulumi.StringPtrInput
	// Port of the validation controller that AP must be able to join after applying AP local configuration (1024 - 49150, default = 5246).
	AcPort pulumi.IntPtrInput
	// Maximum waiting time for the AP to join the validation controller after applying AP local configuration (3 - 30 min, default = 10).
	AcTimer pulumi.IntPtrInput
	// Validation controller type (default = default). Valid values: `default`, `specify`, `apcfg`.
	AcType pulumi.StringPtrInput
	// FortiAP family type (default = fap). Valid values: `fap`, `fap-u`, `fap-c`.
	ApFamily pulumi.StringPtrInput
	// AP local configuration command list. The structure of `commandList` block is documented below.
	CommandLists ApcfgprofileCommandListArrayInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// AP local configuration profile name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (ApcfgprofileState) ElementType 

func (ApcfgprofileState) ElementType() reflect.Type

type Apstatus 

type Apstatus struct {
	pulumi.CustomResourceState

	// Access Point's (AP's) BSSID.
	Bssid pulumi.StringOutput `pulumi:"bssid"`
	// AP ID.
	Fosid pulumi.IntOutput `pulumi:"fosid"`
	// Access Point's (AP's) SSID.
	Ssid pulumi.StringOutput `pulumi:"ssid"`
	// Access Point's (AP's) status: rogue, accepted, or supressed. Valid values: `rogue`, `accepted`, `suppressed`.
	Status pulumi.StringOutput `pulumi:"status"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure access point status (rogue | accepted | suppressed).

## Import

WirelessController ApStatus can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/apstatus:Apstatus labelname {{fosid}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/apstatus:Apstatus labelname {{fosid}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetApstatus 

func GetApstatus(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *ApstatusState, opts ...pulumi.ResourceOption) (*Apstatus, error)

GetApstatus gets an existing Apstatus resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewApstatus 

func NewApstatus(ctx *pulumi.Context,
	name string, args *ApstatusArgs, opts ...pulumi.ResourceOption) (*Apstatus, error)

NewApstatus registers a new resource with the given unique name, arguments, and options.

func (*Apstatus) ElementType 

func (*Apstatus) ElementType() reflect.Type

func (*Apstatus) ToApstatusOutput 

func (i *Apstatus) ToApstatusOutput() ApstatusOutput

func (*Apstatus) ToApstatusOutputWithContext 

func (i *Apstatus) ToApstatusOutputWithContext(ctx context.Context) ApstatusOutput

type ApstatusArgs 

type ApstatusArgs struct {
	// Access Point's (AP's) BSSID.
	Bssid pulumi.StringPtrInput
	// AP ID.
	Fosid pulumi.IntPtrInput
	// Access Point's (AP's) SSID.
	Ssid pulumi.StringPtrInput
	// Access Point's (AP's) status: rogue, accepted, or supressed. Valid values: `rogue`, `accepted`, `suppressed`.
	Status pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Apstatus resource.

func (ApstatusArgs) ElementType 

func (ApstatusArgs) ElementType() reflect.Type

type ApstatusArray 

type ApstatusArray []ApstatusInput

func (ApstatusArray) ElementType 

func (ApstatusArray) ElementType() reflect.Type

func (ApstatusArray) ToApstatusArrayOutput 

func (i ApstatusArray) ToApstatusArrayOutput() ApstatusArrayOutput

func (ApstatusArray) ToApstatusArrayOutputWithContext 

func (i ApstatusArray) ToApstatusArrayOutputWithContext(ctx context.Context) ApstatusArrayOutput

type ApstatusArrayInput 

type ApstatusArrayInput interface {
	pulumi.Input

	ToApstatusArrayOutput() ApstatusArrayOutput
	ToApstatusArrayOutputWithContext(context.Context) ApstatusArrayOutput
}

ApstatusArrayInput is an input type that accepts ApstatusArray and ApstatusArrayOutput values. You can construct a concrete instance of `ApstatusArrayInput` via: 

ApstatusArray{ ApstatusArgs{...} }

type ApstatusArrayOutput 

type ApstatusArrayOutput struct{ *pulumi.OutputState }

func (ApstatusArrayOutput) ElementType 

func (ApstatusArrayOutput) ElementType() reflect.Type

func (ApstatusArrayOutput) Index 

func (o ApstatusArrayOutput) Index(i pulumi.IntInput) ApstatusOutput

func (ApstatusArrayOutput) ToApstatusArrayOutput 

func (o ApstatusArrayOutput) ToApstatusArrayOutput() ApstatusArrayOutput

func (ApstatusArrayOutput) ToApstatusArrayOutputWithContext 

func (o ApstatusArrayOutput) ToApstatusArrayOutputWithContext(ctx context.Context) ApstatusArrayOutput

type ApstatusInput 

type ApstatusInput interface {
	pulumi.Input

	ToApstatusOutput() ApstatusOutput
	ToApstatusOutputWithContext(ctx context.Context) ApstatusOutput
}

type ApstatusMap 

type ApstatusMap map[string]ApstatusInput

func (ApstatusMap) ElementType 

func (ApstatusMap) ElementType() reflect.Type

func (ApstatusMap) ToApstatusMapOutput 

func (i ApstatusMap) ToApstatusMapOutput() ApstatusMapOutput

func (ApstatusMap) ToApstatusMapOutputWithContext 

func (i ApstatusMap) ToApstatusMapOutputWithContext(ctx context.Context) ApstatusMapOutput

type ApstatusMapInput 

type ApstatusMapInput interface {
	pulumi.Input

	ToApstatusMapOutput() ApstatusMapOutput
	ToApstatusMapOutputWithContext(context.Context) ApstatusMapOutput
}

ApstatusMapInput is an input type that accepts ApstatusMap and ApstatusMapOutput values. You can construct a concrete instance of `ApstatusMapInput` via: 

ApstatusMap{ "key": ApstatusArgs{...} }

type ApstatusMapOutput 

type ApstatusMapOutput struct{ *pulumi.OutputState }

func (ApstatusMapOutput) ElementType 

func (ApstatusMapOutput) ElementType() reflect.Type

func (ApstatusMapOutput) MapIndex 

func (o ApstatusMapOutput) MapIndex(k pulumi.StringInput) ApstatusOutput

func (ApstatusMapOutput) ToApstatusMapOutput 

func (o ApstatusMapOutput) ToApstatusMapOutput() ApstatusMapOutput

func (ApstatusMapOutput) ToApstatusMapOutputWithContext 

func (o ApstatusMapOutput) ToApstatusMapOutputWithContext(ctx context.Context) ApstatusMapOutput

type ApstatusOutput 

type ApstatusOutput struct{ *pulumi.OutputState }

func (ApstatusOutput) Bssid 

func (o ApstatusOutput) Bssid() pulumi.StringOutput

Access Point's (AP's) BSSID.

func (ApstatusOutput) ElementType 

func (ApstatusOutput) ElementType() reflect.Type

func (ApstatusOutput) Fosid 

func (o ApstatusOutput) Fosid() pulumi.IntOutput

AP ID.

func (ApstatusOutput) Ssid 

func (o ApstatusOutput) Ssid() pulumi.StringOutput

Access Point's (AP's) SSID.

func (ApstatusOutput) Status 

func (o ApstatusOutput) Status() pulumi.StringOutput

Access Point's (AP's) status: rogue, accepted, or supressed. Valid values: `rogue`, `accepted`, `suppressed`.

func (ApstatusOutput) ToApstatusOutput 

func (o ApstatusOutput) ToApstatusOutput() ApstatusOutput

func (ApstatusOutput) ToApstatusOutputWithContext 

func (o ApstatusOutput) ToApstatusOutputWithContext(ctx context.Context) ApstatusOutput

func (ApstatusOutput) Vdomparam 

func (o ApstatusOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type ApstatusState 

type ApstatusState struct {
	// Access Point's (AP's) BSSID.
	Bssid pulumi.StringPtrInput
	// AP ID.
	Fosid pulumi.IntPtrInput
	// Access Point's (AP's) SSID.
	Ssid pulumi.StringPtrInput
	// Access Point's (AP's) status: rogue, accepted, or supressed. Valid values: `rogue`, `accepted`, `suppressed`.
	Status pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (ApstatusState) ElementType 

func (ApstatusState) ElementType() reflect.Type

type Arrpprofile 

type Arrpprofile struct {
	pulumi.CustomResourceState

	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).
	DarrpOptimize pulumi.IntOutput `pulumi:"darrpOptimize"`
	// Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.
	DarrpOptimizeSchedules ArrpprofileDarrpOptimizeScheduleArrayOutput `pulumi:"darrpOptimizeSchedules"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Enable/disable use of DFS channel in DARRP channel selection phase 1 (default = disable).
	IncludeDfsChannel pulumi.StringOutput `pulumi:"includeDfsChannel"`
	// Enable/disable use of weather channel in DARRP channel selection phase 1 (default = disable).
	IncludeWeatherChannel pulumi.StringOutput `pulumi:"includeWeatherChannel"`
	// Period in seconds to measure average transmit retries and receive errors (default = 300).
	MonitorPeriod pulumi.IntOutput `pulumi:"monitorPeriod"`
	// WiFi ARRP profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Enable to override setting darrp-optimize and darrp-optimize-schedules (default = disable). Valid values: `enable`, `disable`.
	OverrideDarrpOptimize pulumi.StringOutput `pulumi:"overrideDarrpOptimize"`
	// Period in seconds to measure average channel load, noise floor, spectral RSSI (default = 3600).
	SelectionPeriod pulumi.IntOutput `pulumi:"selectionPeriod"`
	// Threshold to reject channel in DARRP channel selection phase 1 due to surrounding APs (0 - 500, default = 250).
	ThresholdAp pulumi.IntOutput `pulumi:"thresholdAp"`
	// Threshold in percentage to reject channel in DARRP channel selection phase 1 due to channel load (0 - 100, default = 60).
	ThresholdChannelLoad pulumi.IntOutput `pulumi:"thresholdChannelLoad"`
	// Threshold in dBm to reject channel in DARRP channel selection phase 1 due to noise floor (-95 to -20, default = -85).
	ThresholdNoiseFloor pulumi.StringOutput `pulumi:"thresholdNoiseFloor"`
	// Threshold in percentage for receive errors to trigger channel reselection in DARRP monitor stage (0 - 100, default = 50).
	ThresholdRxErrors pulumi.IntOutput `pulumi:"thresholdRxErrors"`
	// Threshold in dBm to reject channel in DARRP channel selection phase 1 due to spectral RSSI (-95 to -20, default = -65).
	ThresholdSpectralRssi pulumi.StringOutput `pulumi:"thresholdSpectralRssi"`
	// Threshold in percentage for transmit retries to trigger channel reselection in DARRP monitor stage (0 - 1000, default = 300).
	ThresholdTxRetries pulumi.IntOutput `pulumi:"thresholdTxRetries"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Weight in DARRP channel score calculation for channel load (0 - 2000, default = 20).
	WeightChannelLoad pulumi.IntOutput `pulumi:"weightChannelLoad"`
	// Weight in DARRP channel score calculation for DFS channel (0 - 2000, default = 500).
	WeightDfsChannel pulumi.IntOutput `pulumi:"weightDfsChannel"`
	// Weight in DARRP channel score calculation for managed APs (0 - 2000, default = 50).
	WeightManagedAp pulumi.IntOutput `pulumi:"weightManagedAp"`
	// Weight in DARRP channel score calculation for noise floor (0 - 2000, default = 40).
	WeightNoiseFloor pulumi.IntOutput `pulumi:"weightNoiseFloor"`
	// Weight in DARRP channel score calculation for rogue APs (0 - 2000, default = 10).
	WeightRogueAp pulumi.IntOutput `pulumi:"weightRogueAp"`
	// Weight in DARRP channel score calculation for spectral RSSI (0 - 2000, default = 40).
	WeightSpectralRssi pulumi.IntOutput `pulumi:"weightSpectralRssi"`
	// Weight in DARRP channel score calculation for weather channel (0 - 2000, default = 1000).
	WeightWeatherChannel pulumi.IntOutput `pulumi:"weightWeatherChannel"`
}

Configure WiFi Automatic Radio Resource Provisioning (ARRP) profiles. Applies to FortiOS Version `>= 6.4.2`.

## Import

WirelessController ArrpProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/arrpprofile:Arrpprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/arrpprofile:Arrpprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetArrpprofile 

func GetArrpprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *ArrpprofileState, opts ...pulumi.ResourceOption) (*Arrpprofile, error)

GetArrpprofile gets an existing Arrpprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewArrpprofile 

func NewArrpprofile(ctx *pulumi.Context,
	name string, args *ArrpprofileArgs, opts ...pulumi.ResourceOption) (*Arrpprofile, error)

NewArrpprofile registers a new resource with the given unique name, arguments, and options.

func (*Arrpprofile) ElementType 

func (*Arrpprofile) ElementType() reflect.Type

func (*Arrpprofile) ToArrpprofileOutput 

func (i *Arrpprofile) ToArrpprofileOutput() ArrpprofileOutput

func (*Arrpprofile) ToArrpprofileOutputWithContext 

func (i *Arrpprofile) ToArrpprofileOutputWithContext(ctx context.Context) ArrpprofileOutput

type ArrpprofileArgs 

type ArrpprofileArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).
	DarrpOptimize pulumi.IntPtrInput
	// Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.
	DarrpOptimizeSchedules ArrpprofileDarrpOptimizeScheduleArrayInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable use of DFS channel in DARRP channel selection phase 1 (default = disable).
	IncludeDfsChannel pulumi.StringPtrInput
	// Enable/disable use of weather channel in DARRP channel selection phase 1 (default = disable).
	IncludeWeatherChannel pulumi.StringPtrInput
	// Period in seconds to measure average transmit retries and receive errors (default = 300).
	MonitorPeriod pulumi.IntPtrInput
	// WiFi ARRP profile name.
	Name pulumi.StringPtrInput
	// Enable to override setting darrp-optimize and darrp-optimize-schedules (default = disable). Valid values: `enable`, `disable`.
	OverrideDarrpOptimize pulumi.StringPtrInput
	// Period in seconds to measure average channel load, noise floor, spectral RSSI (default = 3600).
	SelectionPeriod pulumi.IntPtrInput
	// Threshold to reject channel in DARRP channel selection phase 1 due to surrounding APs (0 - 500, default = 250).
	ThresholdAp pulumi.IntPtrInput
	// Threshold in percentage to reject channel in DARRP channel selection phase 1 due to channel load (0 - 100, default = 60).
	ThresholdChannelLoad pulumi.IntPtrInput
	// Threshold in dBm to reject channel in DARRP channel selection phase 1 due to noise floor (-95 to -20, default = -85).
	ThresholdNoiseFloor pulumi.StringPtrInput
	// Threshold in percentage for receive errors to trigger channel reselection in DARRP monitor stage (0 - 100, default = 50).
	ThresholdRxErrors pulumi.IntPtrInput
	// Threshold in dBm to reject channel in DARRP channel selection phase 1 due to spectral RSSI (-95 to -20, default = -65).
	ThresholdSpectralRssi pulumi.StringPtrInput
	// Threshold in percentage for transmit retries to trigger channel reselection in DARRP monitor stage (0 - 1000, default = 300).
	ThresholdTxRetries pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Weight in DARRP channel score calculation for channel load (0 - 2000, default = 20).
	WeightChannelLoad pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for DFS channel (0 - 2000, default = 500).
	WeightDfsChannel pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for managed APs (0 - 2000, default = 50).
	WeightManagedAp pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for noise floor (0 - 2000, default = 40).
	WeightNoiseFloor pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for rogue APs (0 - 2000, default = 10).
	WeightRogueAp pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for spectral RSSI (0 - 2000, default = 40).
	WeightSpectralRssi pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for weather channel (0 - 2000, default = 1000).
	WeightWeatherChannel pulumi.IntPtrInput
}

The set of arguments for constructing a Arrpprofile resource.

func (ArrpprofileArgs) ElementType 

func (ArrpprofileArgs) ElementType() reflect.Type

type ArrpprofileArray 

type ArrpprofileArray []ArrpprofileInput

func (ArrpprofileArray) ElementType 

func (ArrpprofileArray) ElementType() reflect.Type

func (ArrpprofileArray) ToArrpprofileArrayOutput 

func (i ArrpprofileArray) ToArrpprofileArrayOutput() ArrpprofileArrayOutput

func (ArrpprofileArray) ToArrpprofileArrayOutputWithContext 

func (i ArrpprofileArray) ToArrpprofileArrayOutputWithContext(ctx context.Context) ArrpprofileArrayOutput

type ArrpprofileArrayInput 

type ArrpprofileArrayInput interface {
	pulumi.Input

	ToArrpprofileArrayOutput() ArrpprofileArrayOutput
	ToArrpprofileArrayOutputWithContext(context.Context) ArrpprofileArrayOutput
}

ArrpprofileArrayInput is an input type that accepts ArrpprofileArray and ArrpprofileArrayOutput values. You can construct a concrete instance of `ArrpprofileArrayInput` via: 

ArrpprofileArray{ ArrpprofileArgs{...} }

type ArrpprofileArrayOutput 

type ArrpprofileArrayOutput struct{ *pulumi.OutputState }

func (ArrpprofileArrayOutput) ElementType 

func (ArrpprofileArrayOutput) ElementType() reflect.Type

func (ArrpprofileArrayOutput) Index 

func (o ArrpprofileArrayOutput) Index(i pulumi.IntInput) ArrpprofileOutput

func (ArrpprofileArrayOutput) ToArrpprofileArrayOutput 

func (o ArrpprofileArrayOutput) ToArrpprofileArrayOutput() ArrpprofileArrayOutput

func (ArrpprofileArrayOutput) ToArrpprofileArrayOutputWithContext 

func (o ArrpprofileArrayOutput) ToArrpprofileArrayOutputWithContext(ctx context.Context) ArrpprofileArrayOutput

type ArrpprofileDarrpOptimizeSchedule 

type ArrpprofileDarrpOptimizeSchedule struct {
	// Schedule name.
	Name *string `pulumi:"name"`
}

type ArrpprofileDarrpOptimizeScheduleArgs 

type ArrpprofileDarrpOptimizeScheduleArgs struct {
	// Schedule name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (ArrpprofileDarrpOptimizeScheduleArgs) ElementType 

func (ArrpprofileDarrpOptimizeScheduleArgs) ElementType() reflect.Type

func (ArrpprofileDarrpOptimizeScheduleArgs) ToArrpprofileDarrpOptimizeScheduleOutput 

func (i ArrpprofileDarrpOptimizeScheduleArgs) ToArrpprofileDarrpOptimizeScheduleOutput() ArrpprofileDarrpOptimizeScheduleOutput

func (ArrpprofileDarrpOptimizeScheduleArgs) ToArrpprofileDarrpOptimizeScheduleOutputWithContext 

func (i ArrpprofileDarrpOptimizeScheduleArgs) ToArrpprofileDarrpOptimizeScheduleOutputWithContext(ctx context.Context) ArrpprofileDarrpOptimizeScheduleOutput

type ArrpprofileDarrpOptimizeScheduleArray 

type ArrpprofileDarrpOptimizeScheduleArray []ArrpprofileDarrpOptimizeScheduleInput

func (ArrpprofileDarrpOptimizeScheduleArray) ElementType 

func (ArrpprofileDarrpOptimizeScheduleArray) ElementType() reflect.Type

func (ArrpprofileDarrpOptimizeScheduleArray) ToArrpprofileDarrpOptimizeScheduleArrayOutput 

func (i ArrpprofileDarrpOptimizeScheduleArray) ToArrpprofileDarrpOptimizeScheduleArrayOutput() ArrpprofileDarrpOptimizeScheduleArrayOutput

func (ArrpprofileDarrpOptimizeScheduleArray) ToArrpprofileDarrpOptimizeScheduleArrayOutputWithContext 

func (i ArrpprofileDarrpOptimizeScheduleArray) ToArrpprofileDarrpOptimizeScheduleArrayOutputWithContext(ctx context.Context) ArrpprofileDarrpOptimizeScheduleArrayOutput

type ArrpprofileDarrpOptimizeScheduleArrayInput 

type ArrpprofileDarrpOptimizeScheduleArrayInput interface {
	pulumi.Input

	ToArrpprofileDarrpOptimizeScheduleArrayOutput() ArrpprofileDarrpOptimizeScheduleArrayOutput
	ToArrpprofileDarrpOptimizeScheduleArrayOutputWithContext(context.Context) ArrpprofileDarrpOptimizeScheduleArrayOutput
}

ArrpprofileDarrpOptimizeScheduleArrayInput is an input type that accepts ArrpprofileDarrpOptimizeScheduleArray and ArrpprofileDarrpOptimizeScheduleArrayOutput values. You can construct a concrete instance of `ArrpprofileDarrpOptimizeScheduleArrayInput` via: 

ArrpprofileDarrpOptimizeScheduleArray{ ArrpprofileDarrpOptimizeScheduleArgs{...} }

type ArrpprofileDarrpOptimizeScheduleArrayOutput 

type ArrpprofileDarrpOptimizeScheduleArrayOutput struct{ *pulumi.OutputState }

func (ArrpprofileDarrpOptimizeScheduleArrayOutput) ElementType 

func (ArrpprofileDarrpOptimizeScheduleArrayOutput) ElementType() reflect.Type

func (ArrpprofileDarrpOptimizeScheduleArrayOutput) Index 

func (o ArrpprofileDarrpOptimizeScheduleArrayOutput) Index(i pulumi.IntInput) ArrpprofileDarrpOptimizeScheduleOutput

func (ArrpprofileDarrpOptimizeScheduleArrayOutput) ToArrpprofileDarrpOptimizeScheduleArrayOutput 

func (o ArrpprofileDarrpOptimizeScheduleArrayOutput) ToArrpprofileDarrpOptimizeScheduleArrayOutput() ArrpprofileDarrpOptimizeScheduleArrayOutput

func (ArrpprofileDarrpOptimizeScheduleArrayOutput) ToArrpprofileDarrpOptimizeScheduleArrayOutputWithContext 

func (o ArrpprofileDarrpOptimizeScheduleArrayOutput) ToArrpprofileDarrpOptimizeScheduleArrayOutputWithContext(ctx context.Context) ArrpprofileDarrpOptimizeScheduleArrayOutput

type ArrpprofileDarrpOptimizeScheduleInput 

type ArrpprofileDarrpOptimizeScheduleInput interface {
	pulumi.Input

	ToArrpprofileDarrpOptimizeScheduleOutput() ArrpprofileDarrpOptimizeScheduleOutput
	ToArrpprofileDarrpOptimizeScheduleOutputWithContext(context.Context) ArrpprofileDarrpOptimizeScheduleOutput
}

ArrpprofileDarrpOptimizeScheduleInput is an input type that accepts ArrpprofileDarrpOptimizeScheduleArgs and ArrpprofileDarrpOptimizeScheduleOutput values. You can construct a concrete instance of `ArrpprofileDarrpOptimizeScheduleInput` via: 

ArrpprofileDarrpOptimizeScheduleArgs{...}

type ArrpprofileDarrpOptimizeScheduleOutput 

type ArrpprofileDarrpOptimizeScheduleOutput struct{ *pulumi.OutputState }

func (ArrpprofileDarrpOptimizeScheduleOutput) ElementType 

func (ArrpprofileDarrpOptimizeScheduleOutput) ElementType() reflect.Type

func (ArrpprofileDarrpOptimizeScheduleOutput) Name 

func (o ArrpprofileDarrpOptimizeScheduleOutput) Name() pulumi.StringPtrOutput

Schedule name.

func (ArrpprofileDarrpOptimizeScheduleOutput) ToArrpprofileDarrpOptimizeScheduleOutput 

func (o ArrpprofileDarrpOptimizeScheduleOutput) ToArrpprofileDarrpOptimizeScheduleOutput() ArrpprofileDarrpOptimizeScheduleOutput

func (ArrpprofileDarrpOptimizeScheduleOutput) ToArrpprofileDarrpOptimizeScheduleOutputWithContext 

func (o ArrpprofileDarrpOptimizeScheduleOutput) ToArrpprofileDarrpOptimizeScheduleOutputWithContext(ctx context.Context) ArrpprofileDarrpOptimizeScheduleOutput

type ArrpprofileInput 

type ArrpprofileInput interface {
	pulumi.Input

	ToArrpprofileOutput() ArrpprofileOutput
	ToArrpprofileOutputWithContext(ctx context.Context) ArrpprofileOutput
}

type ArrpprofileMap 

type ArrpprofileMap map[string]ArrpprofileInput

func (ArrpprofileMap) ElementType 

func (ArrpprofileMap) ElementType() reflect.Type

func (ArrpprofileMap) ToArrpprofileMapOutput 

func (i ArrpprofileMap) ToArrpprofileMapOutput() ArrpprofileMapOutput

func (ArrpprofileMap) ToArrpprofileMapOutputWithContext 

func (i ArrpprofileMap) ToArrpprofileMapOutputWithContext(ctx context.Context) ArrpprofileMapOutput

type ArrpprofileMapInput 

type ArrpprofileMapInput interface {
	pulumi.Input

	ToArrpprofileMapOutput() ArrpprofileMapOutput
	ToArrpprofileMapOutputWithContext(context.Context) ArrpprofileMapOutput
}

ArrpprofileMapInput is an input type that accepts ArrpprofileMap and ArrpprofileMapOutput values. You can construct a concrete instance of `ArrpprofileMapInput` via: 

ArrpprofileMap{ "key": ArrpprofileArgs{...} }

type ArrpprofileMapOutput 

type ArrpprofileMapOutput struct{ *pulumi.OutputState }

func (ArrpprofileMapOutput) ElementType 

func (ArrpprofileMapOutput) ElementType() reflect.Type

func (ArrpprofileMapOutput) MapIndex 

func (o ArrpprofileMapOutput) MapIndex(k pulumi.StringInput) ArrpprofileOutput

func (ArrpprofileMapOutput) ToArrpprofileMapOutput 

func (o ArrpprofileMapOutput) ToArrpprofileMapOutput() ArrpprofileMapOutput

func (ArrpprofileMapOutput) ToArrpprofileMapOutputWithContext 

func (o ArrpprofileMapOutput) ToArrpprofileMapOutputWithContext(ctx context.Context) ArrpprofileMapOutput

type ArrpprofileOutput 

type ArrpprofileOutput struct{ *pulumi.OutputState }

func (ArrpprofileOutput) Comment 

func (o ArrpprofileOutput) Comment() pulumi.StringPtrOutput

Comment.

func (ArrpprofileOutput) DarrpOptimize 

func (o ArrpprofileOutput) DarrpOptimize() pulumi.IntOutput

Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).

func (ArrpprofileOutput) DarrpOptimizeSchedules 

func (o ArrpprofileOutput) DarrpOptimizeSchedules() ArrpprofileDarrpOptimizeScheduleArrayOutput

Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.

func (ArrpprofileOutput) DynamicSortSubtable 

func (o ArrpprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (ArrpprofileOutput) ElementType 

func (ArrpprofileOutput) ElementType() reflect.Type

func (ArrpprofileOutput) GetAllTables 

func (o ArrpprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (ArrpprofileOutput) IncludeDfsChannel 

func (o ArrpprofileOutput) IncludeDfsChannel() pulumi.StringOutput

Enable/disable use of DFS channel in DARRP channel selection phase 1 (default = disable).

func (ArrpprofileOutput) IncludeWeatherChannel 

func (o ArrpprofileOutput) IncludeWeatherChannel() pulumi.StringOutput

Enable/disable use of weather channel in DARRP channel selection phase 1 (default = disable).

func (ArrpprofileOutput) MonitorPeriod 

func (o ArrpprofileOutput) MonitorPeriod() pulumi.IntOutput

Period in seconds to measure average transmit retries and receive errors (default = 300).

func (ArrpprofileOutput) Name 

func (o ArrpprofileOutput) Name() pulumi.StringOutput

WiFi ARRP profile name.

func (ArrpprofileOutput) OverrideDarrpOptimize 

func (o ArrpprofileOutput) OverrideDarrpOptimize() pulumi.StringOutput

Enable to override setting darrp-optimize and darrp-optimize-schedules (default = disable). Valid values: `enable`, `disable`.

func (ArrpprofileOutput) SelectionPeriod 

func (o ArrpprofileOutput) SelectionPeriod() pulumi.IntOutput

Period in seconds to measure average channel load, noise floor, spectral RSSI (default = 3600).

func (ArrpprofileOutput) ThresholdAp 

func (o ArrpprofileOutput) ThresholdAp() pulumi.IntOutput

Threshold to reject channel in DARRP channel selection phase 1 due to surrounding APs (0 - 500, default = 250).

func (ArrpprofileOutput) ThresholdChannelLoad 

func (o ArrpprofileOutput) ThresholdChannelLoad() pulumi.IntOutput

Threshold in percentage to reject channel in DARRP channel selection phase 1 due to channel load (0 - 100, default = 60).

func (ArrpprofileOutput) ThresholdNoiseFloor 

func (o ArrpprofileOutput) ThresholdNoiseFloor() pulumi.StringOutput

Threshold in dBm to reject channel in DARRP channel selection phase 1 due to noise floor (-95 to -20, default = -85).

func (ArrpprofileOutput) ThresholdRxErrors 

func (o ArrpprofileOutput) ThresholdRxErrors() pulumi.IntOutput

Threshold in percentage for receive errors to trigger channel reselection in DARRP monitor stage (0 - 100, default = 50).

func (ArrpprofileOutput) ThresholdSpectralRssi 

func (o ArrpprofileOutput) ThresholdSpectralRssi() pulumi.StringOutput

Threshold in dBm to reject channel in DARRP channel selection phase 1 due to spectral RSSI (-95 to -20, default = -65).

func (ArrpprofileOutput) ThresholdTxRetries 

func (o ArrpprofileOutput) ThresholdTxRetries() pulumi.IntOutput

Threshold in percentage for transmit retries to trigger channel reselection in DARRP monitor stage (0 - 1000, default = 300).

func (ArrpprofileOutput) ToArrpprofileOutput 

func (o ArrpprofileOutput) ToArrpprofileOutput() ArrpprofileOutput

func (ArrpprofileOutput) ToArrpprofileOutputWithContext 

func (o ArrpprofileOutput) ToArrpprofileOutputWithContext(ctx context.Context) ArrpprofileOutput

func (ArrpprofileOutput) Vdomparam 

func (o ArrpprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (ArrpprofileOutput) WeightChannelLoad 

func (o ArrpprofileOutput) WeightChannelLoad() pulumi.IntOutput

Weight in DARRP channel score calculation for channel load (0 - 2000, default = 20).

func (ArrpprofileOutput) WeightDfsChannel 

func (o ArrpprofileOutput) WeightDfsChannel() pulumi.IntOutput

Weight in DARRP channel score calculation for DFS channel (0 - 2000, default = 500).

func (ArrpprofileOutput) WeightManagedAp 

func (o ArrpprofileOutput) WeightManagedAp() pulumi.IntOutput

Weight in DARRP channel score calculation for managed APs (0 - 2000, default = 50).

func (ArrpprofileOutput) WeightNoiseFloor 

func (o ArrpprofileOutput) WeightNoiseFloor() pulumi.IntOutput

Weight in DARRP channel score calculation for noise floor (0 - 2000, default = 40).

func (ArrpprofileOutput) WeightRogueAp 

func (o ArrpprofileOutput) WeightRogueAp() pulumi.IntOutput

Weight in DARRP channel score calculation for rogue APs (0 - 2000, default = 10).

func (ArrpprofileOutput) WeightSpectralRssi 

func (o ArrpprofileOutput) WeightSpectralRssi() pulumi.IntOutput

Weight in DARRP channel score calculation for spectral RSSI (0 - 2000, default = 40).

func (ArrpprofileOutput) WeightWeatherChannel 

func (o ArrpprofileOutput) WeightWeatherChannel() pulumi.IntOutput

Weight in DARRP channel score calculation for weather channel (0 - 2000, default = 1000).

type ArrpprofileState 

type ArrpprofileState struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).
	DarrpOptimize pulumi.IntPtrInput
	// Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.
	DarrpOptimizeSchedules ArrpprofileDarrpOptimizeScheduleArrayInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable use of DFS channel in DARRP channel selection phase 1 (default = disable).
	IncludeDfsChannel pulumi.StringPtrInput
	// Enable/disable use of weather channel in DARRP channel selection phase 1 (default = disable).
	IncludeWeatherChannel pulumi.StringPtrInput
	// Period in seconds to measure average transmit retries and receive errors (default = 300).
	MonitorPeriod pulumi.IntPtrInput
	// WiFi ARRP profile name.
	Name pulumi.StringPtrInput
	// Enable to override setting darrp-optimize and darrp-optimize-schedules (default = disable). Valid values: `enable`, `disable`.
	OverrideDarrpOptimize pulumi.StringPtrInput
	// Period in seconds to measure average channel load, noise floor, spectral RSSI (default = 3600).
	SelectionPeriod pulumi.IntPtrInput
	// Threshold to reject channel in DARRP channel selection phase 1 due to surrounding APs (0 - 500, default = 250).
	ThresholdAp pulumi.IntPtrInput
	// Threshold in percentage to reject channel in DARRP channel selection phase 1 due to channel load (0 - 100, default = 60).
	ThresholdChannelLoad pulumi.IntPtrInput
	// Threshold in dBm to reject channel in DARRP channel selection phase 1 due to noise floor (-95 to -20, default = -85).
	ThresholdNoiseFloor pulumi.StringPtrInput
	// Threshold in percentage for receive errors to trigger channel reselection in DARRP monitor stage (0 - 100, default = 50).
	ThresholdRxErrors pulumi.IntPtrInput
	// Threshold in dBm to reject channel in DARRP channel selection phase 1 due to spectral RSSI (-95 to -20, default = -65).
	ThresholdSpectralRssi pulumi.StringPtrInput
	// Threshold in percentage for transmit retries to trigger channel reselection in DARRP monitor stage (0 - 1000, default = 300).
	ThresholdTxRetries pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Weight in DARRP channel score calculation for channel load (0 - 2000, default = 20).
	WeightChannelLoad pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for DFS channel (0 - 2000, default = 500).
	WeightDfsChannel pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for managed APs (0 - 2000, default = 50).
	WeightManagedAp pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for noise floor (0 - 2000, default = 40).
	WeightNoiseFloor pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for rogue APs (0 - 2000, default = 10).
	WeightRogueAp pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for spectral RSSI (0 - 2000, default = 40).
	WeightSpectralRssi pulumi.IntPtrInput
	// Weight in DARRP channel score calculation for weather channel (0 - 2000, default = 1000).
	WeightWeatherChannel pulumi.IntPtrInput
}

func (ArrpprofileState) ElementType 

func (ArrpprofileState) ElementType() reflect.Type

type Bleprofile 

type Bleprofile struct {
	pulumi.CustomResourceState

	// Advertising type. Valid values: `ibeacon`, `eddystone-uid`, `eddystone-url`.
	Advertising pulumi.StringOutput `pulumi:"advertising"`
	// Beacon interval (default = 100 msec).
	BeaconInterval pulumi.IntOutput `pulumi:"beaconInterval"`
	// Enable/disable Bluetooth Low Energy (BLE) scanning. Valid values: `enable`, `disable`.
	BleScanning pulumi.StringOutput `pulumi:"bleScanning"`
	// Comment.
	Comment pulumi.StringOutput `pulumi:"comment"`
	// Eddystone instance ID.
	EddystoneInstance pulumi.StringOutput `pulumi:"eddystoneInstance"`
	// Eddystone namespace ID.
	EddystoneNamespace pulumi.StringOutput `pulumi:"eddystoneNamespace"`
	// Eddystone URL.
	EddystoneUrl pulumi.StringOutput `pulumi:"eddystoneUrl"`
	// Eddystone encoded URL hexadecimal string
	EddystoneUrlEncodeHex pulumi.StringOutput `pulumi:"eddystoneUrlEncodeHex"`
	// Universally Unique Identifier (UUID; automatically assigned but can be manually reset).
	IbeaconUuid pulumi.StringOutput `pulumi:"ibeaconUuid"`
	// Major ID.
	MajorId pulumi.IntOutput `pulumi:"majorId"`
	// Minor ID.
	MinorId pulumi.IntOutput `pulumi:"minorId"`
	// Bluetooth Low Energy profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Scan Interval (default = 50 msec).
	ScanInterval pulumi.IntOutput `pulumi:"scanInterval"`
	// Scan Period (default = 4000 msec).
	ScanPeriod pulumi.IntOutput `pulumi:"scanPeriod"`
	// Minimum signal level/threshold in dBm required for the AP to report detected BLE device (-95 to -20, default = -90).
	ScanThreshold pulumi.StringOutput `pulumi:"scanThreshold"`
	// Scan Time (default = 1000 msec).
	ScanTime pulumi.IntOutput `pulumi:"scanTime"`
	// Scan Type (default = active). Valid values: `active`, `passive`.
	ScanType pulumi.StringOutput `pulumi:"scanType"`
	// Scan Windows (default = 50 msec).
	ScanWindow pulumi.IntOutput `pulumi:"scanWindow"`
	// Transmit power level (default = 0). Valid values: `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `11`, `12`.
	Txpower pulumi.StringOutput `pulumi:"txpower"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure Bluetooth Low Energy profile.

## Import

WirelessController BleProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/bleprofile:Bleprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/bleprofile:Bleprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetBleprofile 

func GetBleprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *BleprofileState, opts ...pulumi.ResourceOption) (*Bleprofile, error)

GetBleprofile gets an existing Bleprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewBleprofile 

func NewBleprofile(ctx *pulumi.Context,
	name string, args *BleprofileArgs, opts ...pulumi.ResourceOption) (*Bleprofile, error)

NewBleprofile registers a new resource with the given unique name, arguments, and options.

func (*Bleprofile) ElementType 

func (*Bleprofile) ElementType() reflect.Type

func (*Bleprofile) ToBleprofileOutput 

func (i *Bleprofile) ToBleprofileOutput() BleprofileOutput

func (*Bleprofile) ToBleprofileOutputWithContext 

func (i *Bleprofile) ToBleprofileOutputWithContext(ctx context.Context) BleprofileOutput

type BleprofileArgs 

type BleprofileArgs struct {
	// Advertising type. Valid values: `ibeacon`, `eddystone-uid`, `eddystone-url`.
	Advertising pulumi.StringPtrInput
	// Beacon interval (default = 100 msec).
	BeaconInterval pulumi.IntPtrInput
	// Enable/disable Bluetooth Low Energy (BLE) scanning. Valid values: `enable`, `disable`.
	BleScanning pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Eddystone instance ID.
	EddystoneInstance pulumi.StringPtrInput
	// Eddystone namespace ID.
	EddystoneNamespace pulumi.StringPtrInput
	// Eddystone URL.
	EddystoneUrl pulumi.StringPtrInput
	// Eddystone encoded URL hexadecimal string
	EddystoneUrlEncodeHex pulumi.StringPtrInput
	// Universally Unique Identifier (UUID; automatically assigned but can be manually reset).
	IbeaconUuid pulumi.StringPtrInput
	// Major ID.
	MajorId pulumi.IntPtrInput
	// Minor ID.
	MinorId pulumi.IntPtrInput
	// Bluetooth Low Energy profile name.
	Name pulumi.StringPtrInput
	// Scan Interval (default = 50 msec).
	ScanInterval pulumi.IntPtrInput
	// Scan Period (default = 4000 msec).
	ScanPeriod pulumi.IntPtrInput
	// Minimum signal level/threshold in dBm required for the AP to report detected BLE device (-95 to -20, default = -90).
	ScanThreshold pulumi.StringPtrInput
	// Scan Time (default = 1000 msec).
	ScanTime pulumi.IntPtrInput
	// Scan Type (default = active). Valid values: `active`, `passive`.
	ScanType pulumi.StringPtrInput
	// Scan Windows (default = 50 msec).
	ScanWindow pulumi.IntPtrInput
	// Transmit power level (default = 0). Valid values: `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `11`, `12`.
	Txpower pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Bleprofile resource.

func (BleprofileArgs) ElementType 

func (BleprofileArgs) ElementType() reflect.Type

type BleprofileArray 

type BleprofileArray []BleprofileInput

func (BleprofileArray) ElementType 

func (BleprofileArray) ElementType() reflect.Type

func (BleprofileArray) ToBleprofileArrayOutput 

func (i BleprofileArray) ToBleprofileArrayOutput() BleprofileArrayOutput

func (BleprofileArray) ToBleprofileArrayOutputWithContext 

func (i BleprofileArray) ToBleprofileArrayOutputWithContext(ctx context.Context) BleprofileArrayOutput

type BleprofileArrayInput 

type BleprofileArrayInput interface {
	pulumi.Input

	ToBleprofileArrayOutput() BleprofileArrayOutput
	ToBleprofileArrayOutputWithContext(context.Context) BleprofileArrayOutput
}

BleprofileArrayInput is an input type that accepts BleprofileArray and BleprofileArrayOutput values. You can construct a concrete instance of `BleprofileArrayInput` via: 

BleprofileArray{ BleprofileArgs{...} }

type BleprofileArrayOutput 

type BleprofileArrayOutput struct{ *pulumi.OutputState }

func (BleprofileArrayOutput) ElementType 

func (BleprofileArrayOutput) ElementType() reflect.Type

func (BleprofileArrayOutput) Index 

func (o BleprofileArrayOutput) Index(i pulumi.IntInput) BleprofileOutput

func (BleprofileArrayOutput) ToBleprofileArrayOutput 

func (o BleprofileArrayOutput) ToBleprofileArrayOutput() BleprofileArrayOutput

func (BleprofileArrayOutput) ToBleprofileArrayOutputWithContext 

func (o BleprofileArrayOutput) ToBleprofileArrayOutputWithContext(ctx context.Context) BleprofileArrayOutput

type BleprofileInput 

type BleprofileInput interface {
	pulumi.Input

	ToBleprofileOutput() BleprofileOutput
	ToBleprofileOutputWithContext(ctx context.Context) BleprofileOutput
}

type BleprofileMap 

type BleprofileMap map[string]BleprofileInput

func (BleprofileMap) ElementType 

func (BleprofileMap) ElementType() reflect.Type

func (BleprofileMap) ToBleprofileMapOutput 

func (i BleprofileMap) ToBleprofileMapOutput() BleprofileMapOutput

func (BleprofileMap) ToBleprofileMapOutputWithContext 

func (i BleprofileMap) ToBleprofileMapOutputWithContext(ctx context.Context) BleprofileMapOutput

type BleprofileMapInput 

type BleprofileMapInput interface {
	pulumi.Input

	ToBleprofileMapOutput() BleprofileMapOutput
	ToBleprofileMapOutputWithContext(context.Context) BleprofileMapOutput
}

BleprofileMapInput is an input type that accepts BleprofileMap and BleprofileMapOutput values. You can construct a concrete instance of `BleprofileMapInput` via: 

BleprofileMap{ "key": BleprofileArgs{...} }

type BleprofileMapOutput 

type BleprofileMapOutput struct{ *pulumi.OutputState }

func (BleprofileMapOutput) ElementType 

func (BleprofileMapOutput) ElementType() reflect.Type

func (BleprofileMapOutput) MapIndex 

func (o BleprofileMapOutput) MapIndex(k pulumi.StringInput) BleprofileOutput

func (BleprofileMapOutput) ToBleprofileMapOutput 

func (o BleprofileMapOutput) ToBleprofileMapOutput() BleprofileMapOutput

func (BleprofileMapOutput) ToBleprofileMapOutputWithContext 

func (o BleprofileMapOutput) ToBleprofileMapOutputWithContext(ctx context.Context) BleprofileMapOutput

type BleprofileOutput 

type BleprofileOutput struct{ *pulumi.OutputState }

func (BleprofileOutput) Advertising 

func (o BleprofileOutput) Advertising() pulumi.StringOutput

Advertising type. Valid values: `ibeacon`, `eddystone-uid`, `eddystone-url`.

func (BleprofileOutput) BeaconInterval 

func (o BleprofileOutput) BeaconInterval() pulumi.IntOutput

Beacon interval (default = 100 msec).

func (BleprofileOutput) BleScanning 

func (o BleprofileOutput) BleScanning() pulumi.StringOutput

Enable/disable Bluetooth Low Energy (BLE) scanning. Valid values: `enable`, `disable`.

func (BleprofileOutput) Comment 

func (o BleprofileOutput) Comment() pulumi.StringOutput

Comment.

func (BleprofileOutput) EddystoneInstance 

func (o BleprofileOutput) EddystoneInstance() pulumi.StringOutput

Eddystone instance ID.

func (BleprofileOutput) EddystoneNamespace 

func (o BleprofileOutput) EddystoneNamespace() pulumi.StringOutput

Eddystone namespace ID.

func (BleprofileOutput) EddystoneUrl 

func (o BleprofileOutput) EddystoneUrl() pulumi.StringOutput

Eddystone URL.

func (BleprofileOutput) EddystoneUrlEncodeHex 

func (o BleprofileOutput) EddystoneUrlEncodeHex() pulumi.StringOutput

Eddystone encoded URL hexadecimal string

func (BleprofileOutput) ElementType 

func (BleprofileOutput) ElementType() reflect.Type

func (BleprofileOutput) IbeaconUuid 

func (o BleprofileOutput) IbeaconUuid() pulumi.StringOutput

Universally Unique Identifier (UUID; automatically assigned but can be manually reset).

func (BleprofileOutput) MajorId 

func (o BleprofileOutput) MajorId() pulumi.IntOutput

Major ID.

func (BleprofileOutput) MinorId 

func (o BleprofileOutput) MinorId() pulumi.IntOutput

Minor ID.

func (BleprofileOutput) Name 

func (o BleprofileOutput) Name() pulumi.StringOutput

Bluetooth Low Energy profile name.

func (BleprofileOutput) ScanInterval 

func (o BleprofileOutput) ScanInterval() pulumi.IntOutput

Scan Interval (default = 50 msec).

func (BleprofileOutput) ScanPeriod 

func (o BleprofileOutput) ScanPeriod() pulumi.IntOutput

Scan Period (default = 4000 msec).

func (BleprofileOutput) ScanThreshold 

func (o BleprofileOutput) ScanThreshold() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the AP to report detected BLE device (-95 to -20, default = -90).

func (BleprofileOutput) ScanTime 

func (o BleprofileOutput) ScanTime() pulumi.IntOutput

Scan Time (default = 1000 msec).

func (BleprofileOutput) ScanType 

func (o BleprofileOutput) ScanType() pulumi.StringOutput

Scan Type (default = active). Valid values: `active`, `passive`.

func (BleprofileOutput) ScanWindow 

func (o BleprofileOutput) ScanWindow() pulumi.IntOutput

Scan Windows (default = 50 msec).

func (BleprofileOutput) ToBleprofileOutput 

func (o BleprofileOutput) ToBleprofileOutput() BleprofileOutput

func (BleprofileOutput) ToBleprofileOutputWithContext 

func (o BleprofileOutput) ToBleprofileOutputWithContext(ctx context.Context) BleprofileOutput

func (BleprofileOutput) Txpower 

func (o BleprofileOutput) Txpower() pulumi.StringOutput

Transmit power level (default = 0). Valid values: `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `11`, `12`.

func (BleprofileOutput) Vdomparam 

func (o BleprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type BleprofileState 

type BleprofileState struct {
	// Advertising type. Valid values: `ibeacon`, `eddystone-uid`, `eddystone-url`.
	Advertising pulumi.StringPtrInput
	// Beacon interval (default = 100 msec).
	BeaconInterval pulumi.IntPtrInput
	// Enable/disable Bluetooth Low Energy (BLE) scanning. Valid values: `enable`, `disable`.
	BleScanning pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Eddystone instance ID.
	EddystoneInstance pulumi.StringPtrInput
	// Eddystone namespace ID.
	EddystoneNamespace pulumi.StringPtrInput
	// Eddystone URL.
	EddystoneUrl pulumi.StringPtrInput
	// Eddystone encoded URL hexadecimal string
	EddystoneUrlEncodeHex pulumi.StringPtrInput
	// Universally Unique Identifier (UUID; automatically assigned but can be manually reset).
	IbeaconUuid pulumi.StringPtrInput
	// Major ID.
	MajorId pulumi.IntPtrInput
	// Minor ID.
	MinorId pulumi.IntPtrInput
	// Bluetooth Low Energy profile name.
	Name pulumi.StringPtrInput
	// Scan Interval (default = 50 msec).
	ScanInterval pulumi.IntPtrInput
	// Scan Period (default = 4000 msec).
	ScanPeriod pulumi.IntPtrInput
	// Minimum signal level/threshold in dBm required for the AP to report detected BLE device (-95 to -20, default = -90).
	ScanThreshold pulumi.StringPtrInput
	// Scan Time (default = 1000 msec).
	ScanTime pulumi.IntPtrInput
	// Scan Type (default = active). Valid values: `active`, `passive`.
	ScanType pulumi.StringPtrInput
	// Scan Windows (default = 50 msec).
	ScanWindow pulumi.IntPtrInput
	// Transmit power level (default = 0). Valid values: `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `11`, `12`.
	Txpower pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (BleprofileState) ElementType 

func (BleprofileState) ElementType() reflect.Type

type Bonjourprofile 

type Bonjourprofile struct {
	pulumi.CustomResourceState

	// Comment.
	Comment pulumi.StringOutput `pulumi:"comment"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Bonjour profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Bonjour policy list. The structure of `policyList` block is documented below.
	PolicyLists BonjourprofilePolicyListArrayOutput `pulumi:"policyLists"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure Bonjour profiles. Bonjour is Apple's zero configuration networking protocol. Bonjour profiles allow APs and FortiAPs to connnect to networks using Bonjour.

## Import

WirelessController BonjourProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/bonjourprofile:Bonjourprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/bonjourprofile:Bonjourprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetBonjourprofile 

func GetBonjourprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *BonjourprofileState, opts ...pulumi.ResourceOption) (*Bonjourprofile, error)

GetBonjourprofile gets an existing Bonjourprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewBonjourprofile 

func NewBonjourprofile(ctx *pulumi.Context,
	name string, args *BonjourprofileArgs, opts ...pulumi.ResourceOption) (*Bonjourprofile, error)

NewBonjourprofile registers a new resource with the given unique name, arguments, and options.

func (*Bonjourprofile) ElementType 

func (*Bonjourprofile) ElementType() reflect.Type

func (*Bonjourprofile) ToBonjourprofileOutput 

func (i *Bonjourprofile) ToBonjourprofileOutput() BonjourprofileOutput

func (*Bonjourprofile) ToBonjourprofileOutputWithContext 

func (i *Bonjourprofile) ToBonjourprofileOutputWithContext(ctx context.Context) BonjourprofileOutput

type BonjourprofileArgs 

type BonjourprofileArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Bonjour profile name.
	Name pulumi.StringPtrInput
	// Bonjour policy list. The structure of `policyList` block is documented below.
	PolicyLists BonjourprofilePolicyListArrayInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Bonjourprofile resource.

func (BonjourprofileArgs) ElementType 

func (BonjourprofileArgs) ElementType() reflect.Type

type BonjourprofileArray 

type BonjourprofileArray []BonjourprofileInput

func (BonjourprofileArray) ElementType 

func (BonjourprofileArray) ElementType() reflect.Type

func (BonjourprofileArray) ToBonjourprofileArrayOutput 

func (i BonjourprofileArray) ToBonjourprofileArrayOutput() BonjourprofileArrayOutput

func (BonjourprofileArray) ToBonjourprofileArrayOutputWithContext 

func (i BonjourprofileArray) ToBonjourprofileArrayOutputWithContext(ctx context.Context) BonjourprofileArrayOutput

type BonjourprofileArrayInput 

type BonjourprofileArrayInput interface {
	pulumi.Input

	ToBonjourprofileArrayOutput() BonjourprofileArrayOutput
	ToBonjourprofileArrayOutputWithContext(context.Context) BonjourprofileArrayOutput
}

BonjourprofileArrayInput is an input type that accepts BonjourprofileArray and BonjourprofileArrayOutput values. You can construct a concrete instance of `BonjourprofileArrayInput` via: 

BonjourprofileArray{ BonjourprofileArgs{...} }

type BonjourprofileArrayOutput 

type BonjourprofileArrayOutput struct{ *pulumi.OutputState }

func (BonjourprofileArrayOutput) ElementType 

func (BonjourprofileArrayOutput) ElementType() reflect.Type

func (BonjourprofileArrayOutput) Index 

func (o BonjourprofileArrayOutput) Index(i pulumi.IntInput) BonjourprofileOutput

func (BonjourprofileArrayOutput) ToBonjourprofileArrayOutput 

func (o BonjourprofileArrayOutput) ToBonjourprofileArrayOutput() BonjourprofileArrayOutput

func (BonjourprofileArrayOutput) ToBonjourprofileArrayOutputWithContext 

func (o BonjourprofileArrayOutput) ToBonjourprofileArrayOutputWithContext(ctx context.Context) BonjourprofileArrayOutput

type BonjourprofileInput 

type BonjourprofileInput interface {
	pulumi.Input

	ToBonjourprofileOutput() BonjourprofileOutput
	ToBonjourprofileOutputWithContext(ctx context.Context) BonjourprofileOutput
}

type BonjourprofileMap 

type BonjourprofileMap map[string]BonjourprofileInput

func (BonjourprofileMap) ElementType 

func (BonjourprofileMap) ElementType() reflect.Type

func (BonjourprofileMap) ToBonjourprofileMapOutput 

func (i BonjourprofileMap) ToBonjourprofileMapOutput() BonjourprofileMapOutput

func (BonjourprofileMap) ToBonjourprofileMapOutputWithContext 

func (i BonjourprofileMap) ToBonjourprofileMapOutputWithContext(ctx context.Context) BonjourprofileMapOutput

type BonjourprofileMapInput 

type BonjourprofileMapInput interface {
	pulumi.Input

	ToBonjourprofileMapOutput() BonjourprofileMapOutput
	ToBonjourprofileMapOutputWithContext(context.Context) BonjourprofileMapOutput
}

BonjourprofileMapInput is an input type that accepts BonjourprofileMap and BonjourprofileMapOutput values. You can construct a concrete instance of `BonjourprofileMapInput` via: 

BonjourprofileMap{ "key": BonjourprofileArgs{...} }

type BonjourprofileMapOutput 

type BonjourprofileMapOutput struct{ *pulumi.OutputState }

func (BonjourprofileMapOutput) ElementType 

func (BonjourprofileMapOutput) ElementType() reflect.Type

func (BonjourprofileMapOutput) MapIndex 

func (o BonjourprofileMapOutput) MapIndex(k pulumi.StringInput) BonjourprofileOutput

func (BonjourprofileMapOutput) ToBonjourprofileMapOutput 

func (o BonjourprofileMapOutput) ToBonjourprofileMapOutput() BonjourprofileMapOutput

func (BonjourprofileMapOutput) ToBonjourprofileMapOutputWithContext 

func (o BonjourprofileMapOutput) ToBonjourprofileMapOutputWithContext(ctx context.Context) BonjourprofileMapOutput

type BonjourprofileOutput 

type BonjourprofileOutput struct{ *pulumi.OutputState }

func (BonjourprofileOutput) Comment 

func (o BonjourprofileOutput) Comment() pulumi.StringOutput

Comment.

func (BonjourprofileOutput) DynamicSortSubtable 

func (o BonjourprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (BonjourprofileOutput) ElementType 

func (BonjourprofileOutput) ElementType() reflect.Type

func (BonjourprofileOutput) GetAllTables 

func (o BonjourprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (BonjourprofileOutput) Name 

func (o BonjourprofileOutput) Name() pulumi.StringOutput

Bonjour profile name.

func (BonjourprofileOutput) PolicyLists 

func (o BonjourprofileOutput) PolicyLists() BonjourprofilePolicyListArrayOutput

Bonjour policy list. The structure of `policyList` block is documented below.

func (BonjourprofileOutput) ToBonjourprofileOutput 

func (o BonjourprofileOutput) ToBonjourprofileOutput() BonjourprofileOutput

func (BonjourprofileOutput) ToBonjourprofileOutputWithContext 

func (o BonjourprofileOutput) ToBonjourprofileOutputWithContext(ctx context.Context) BonjourprofileOutput

func (BonjourprofileOutput) Vdomparam 

func (o BonjourprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type BonjourprofilePolicyList 

type BonjourprofilePolicyList struct {
	// Description.
	Description *string `pulumi:"description"`
	// VLAN ID from which the Bonjour service is advertised (0 - 4094, default = 0).
	FromVlan *string `pulumi:"fromVlan"`
	// Policy ID.
	PolicyId *int `pulumi:"policyId"`
	// Bonjour services for the VLAN connecting to the Bonjour network.
	Services *string `pulumi:"services"`
	// VLAN ID to which the Bonjour service is made available (0 - 4094, default = all).
	ToVlan *string `pulumi:"toVlan"`
}

type BonjourprofilePolicyListArgs 

type BonjourprofilePolicyListArgs struct {
	// Description.
	Description pulumi.StringPtrInput `pulumi:"description"`
	// VLAN ID from which the Bonjour service is advertised (0 - 4094, default = 0).
	FromVlan pulumi.StringPtrInput `pulumi:"fromVlan"`
	// Policy ID.
	PolicyId pulumi.IntPtrInput `pulumi:"policyId"`
	// Bonjour services for the VLAN connecting to the Bonjour network.
	Services pulumi.StringPtrInput `pulumi:"services"`
	// VLAN ID to which the Bonjour service is made available (0 - 4094, default = all).
	ToVlan pulumi.StringPtrInput `pulumi:"toVlan"`
}

func (BonjourprofilePolicyListArgs) ElementType 

func (BonjourprofilePolicyListArgs) ElementType() reflect.Type

func (BonjourprofilePolicyListArgs) ToBonjourprofilePolicyListOutput 

func (i BonjourprofilePolicyListArgs) ToBonjourprofilePolicyListOutput() BonjourprofilePolicyListOutput

func (BonjourprofilePolicyListArgs) ToBonjourprofilePolicyListOutputWithContext 

func (i BonjourprofilePolicyListArgs) ToBonjourprofilePolicyListOutputWithContext(ctx context.Context) BonjourprofilePolicyListOutput

type BonjourprofilePolicyListArray 

type BonjourprofilePolicyListArray []BonjourprofilePolicyListInput

func (BonjourprofilePolicyListArray) ElementType 

func (BonjourprofilePolicyListArray) ElementType() reflect.Type

func (BonjourprofilePolicyListArray) ToBonjourprofilePolicyListArrayOutput 

func (i BonjourprofilePolicyListArray) ToBonjourprofilePolicyListArrayOutput() BonjourprofilePolicyListArrayOutput

func (BonjourprofilePolicyListArray) ToBonjourprofilePolicyListArrayOutputWithContext 

func (i BonjourprofilePolicyListArray) ToBonjourprofilePolicyListArrayOutputWithContext(ctx context.Context) BonjourprofilePolicyListArrayOutput

type BonjourprofilePolicyListArrayInput 

type BonjourprofilePolicyListArrayInput interface {
	pulumi.Input

	ToBonjourprofilePolicyListArrayOutput() BonjourprofilePolicyListArrayOutput
	ToBonjourprofilePolicyListArrayOutputWithContext(context.Context) BonjourprofilePolicyListArrayOutput
}

BonjourprofilePolicyListArrayInput is an input type that accepts BonjourprofilePolicyListArray and BonjourprofilePolicyListArrayOutput values. You can construct a concrete instance of `BonjourprofilePolicyListArrayInput` via: 

BonjourprofilePolicyListArray{ BonjourprofilePolicyListArgs{...} }

type BonjourprofilePolicyListArrayOutput 

type BonjourprofilePolicyListArrayOutput struct{ *pulumi.OutputState }

func (BonjourprofilePolicyListArrayOutput) ElementType 

func (BonjourprofilePolicyListArrayOutput) ElementType() reflect.Type

func (BonjourprofilePolicyListArrayOutput) Index 

func (o BonjourprofilePolicyListArrayOutput) Index(i pulumi.IntInput) BonjourprofilePolicyListOutput

func (BonjourprofilePolicyListArrayOutput) ToBonjourprofilePolicyListArrayOutput 

func (o BonjourprofilePolicyListArrayOutput) ToBonjourprofilePolicyListArrayOutput() BonjourprofilePolicyListArrayOutput

func (BonjourprofilePolicyListArrayOutput) ToBonjourprofilePolicyListArrayOutputWithContext 

func (o BonjourprofilePolicyListArrayOutput) ToBonjourprofilePolicyListArrayOutputWithContext(ctx context.Context) BonjourprofilePolicyListArrayOutput

type BonjourprofilePolicyListInput 

type BonjourprofilePolicyListInput interface {
	pulumi.Input

	ToBonjourprofilePolicyListOutput() BonjourprofilePolicyListOutput
	ToBonjourprofilePolicyListOutputWithContext(context.Context) BonjourprofilePolicyListOutput
}

BonjourprofilePolicyListInput is an input type that accepts BonjourprofilePolicyListArgs and BonjourprofilePolicyListOutput values. You can construct a concrete instance of `BonjourprofilePolicyListInput` via: 

BonjourprofilePolicyListArgs{...}

type BonjourprofilePolicyListOutput 

type BonjourprofilePolicyListOutput struct{ *pulumi.OutputState }

func (BonjourprofilePolicyListOutput) Description 

func (o BonjourprofilePolicyListOutput) Description() pulumi.StringPtrOutput

Description.

func (BonjourprofilePolicyListOutput) ElementType 

func (BonjourprofilePolicyListOutput) ElementType() reflect.Type

func (BonjourprofilePolicyListOutput) FromVlan 

func (o BonjourprofilePolicyListOutput) FromVlan() pulumi.StringPtrOutput

VLAN ID from which the Bonjour service is advertised (0 - 4094, default = 0).

func (BonjourprofilePolicyListOutput) PolicyId 

func (o BonjourprofilePolicyListOutput) PolicyId() pulumi.IntPtrOutput

Policy ID.

func (BonjourprofilePolicyListOutput) Services 

func (o BonjourprofilePolicyListOutput) Services() pulumi.StringPtrOutput

Bonjour services for the VLAN connecting to the Bonjour network.

func (BonjourprofilePolicyListOutput) ToBonjourprofilePolicyListOutput 

func (o BonjourprofilePolicyListOutput) ToBonjourprofilePolicyListOutput() BonjourprofilePolicyListOutput

func (BonjourprofilePolicyListOutput) ToBonjourprofilePolicyListOutputWithContext 

func (o BonjourprofilePolicyListOutput) ToBonjourprofilePolicyListOutputWithContext(ctx context.Context) BonjourprofilePolicyListOutput

func (BonjourprofilePolicyListOutput) ToVlan 

func (o BonjourprofilePolicyListOutput) ToVlan() pulumi.StringPtrOutput

VLAN ID to which the Bonjour service is made available (0 - 4094, default = all).

type BonjourprofileState 

type BonjourprofileState struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Bonjour profile name.
	Name pulumi.StringPtrInput
	// Bonjour policy list. The structure of `policyList` block is documented below.
	PolicyLists BonjourprofilePolicyListArrayInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (BonjourprofileState) ElementType 

func (BonjourprofileState) ElementType() reflect.Type

type Global 

type Global struct {
	pulumi.CustomResourceState

	// Configure the number cwAcd daemons for multi-core CPU support (default = 0).
	AcdProcessCount pulumi.IntOutput `pulumi:"acdProcessCount"`
	// Enable/disable configuring APs or FortiAPs to send log messages to a syslog server (default = disable). Valid values: `enable`, `disable`.
	ApLogServer pulumi.StringOutput `pulumi:"apLogServer"`
	// IP address that APs or FortiAPs send log messages to.
	ApLogServerIp pulumi.StringOutput `pulumi:"apLogServerIp"`
	// Port that APs or FortiAPs send log messages to.
	ApLogServerPort pulumi.IntOutput `pulumi:"apLogServerPort"`
	// Configure CAPWAP control message data channel offload.
	ControlMessageOffload pulumi.StringOutput `pulumi:"controlMessageOffload"`
	// Configure the wireless controller to use Ethernet II or 802.3 frames with 802.3 data tunnel mode (default = disable). Valid values: `enable`, `disable`.
	DataEthernetIi pulumi.StringOutput `pulumi:"dataEthernetIi"`
	// Enable/disable DFS certificate lab test mode. Valid values: `enable`, `disable`.
	DfsLabTest pulumi.StringOutput `pulumi:"dfsLabTest"`
	// Multicast IP address for AP discovery (default = 244.0.1.140).
	DiscoveryMcAddr pulumi.StringOutput `pulumi:"discoveryMcAddr"`
	// Ethernet type for Fortinet Inter-Access Point Protocol (IAPP), or IEEE 802.11f, packets (0 - 65535, default = 5252).
	FiappEthType pulumi.IntOutput `pulumi:"fiappEthType"`
	// Enable/disable WTP image download at join time. Valid values: `enable`, `disable`.
	ImageDownload pulumi.StringOutput `pulumi:"imageDownload"`
	// Base IP address for IPsec VPN tunnels between the access points and the wireless controller (default = 169.254.0.1).
	IpsecBaseIp pulumi.StringOutput `pulumi:"ipsecBaseIp"`
	// Enable/disable calculating the CAPWAP transmit hash to load balance sessions to link aggregation nodes (default = disable). Valid values: `enable`, `disable`.
	LinkAggregation pulumi.StringOutput `pulumi:"linkAggregation"`
	// Description of the location of the wireless controller.
	Location pulumi.StringOutput `pulumi:"location"`
	// Maximum number of clients that can connect simultaneously (default = 0, meaning no limitation).
	MaxClients pulumi.IntOutput `pulumi:"maxClients"`
	// Maximum number of tunnel packet retransmissions (0 - 64, default = 3).
	MaxRetransmit pulumi.IntOutput `pulumi:"maxRetransmit"`
	// Mesh Ethernet identifier included in backhaul packets (0 - 65535, default = 8755).
	MeshEthType pulumi.IntOutput `pulumi:"meshEthType"`
	// Interval in seconds between two WiFi network access control (NAC) checks (10 - 600, default = 120).
	NacInterval pulumi.IntOutput `pulumi:"nacInterval"`
	// Name of the wireless controller.
	Name pulumi.StringOutput `pulumi:"name"`
	// Maximum numerical difference between an AP's Ethernet and wireless MAC values to match for rogue detection (0 - 31, default = 7).
	RogueScanMacAdjacency pulumi.IntOutput `pulumi:"rogueScanMacAdjacency"`
	// Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.
	RollingWtpUpgrade pulumi.StringOutput `pulumi:"rollingWtpUpgrade"`
	// Minimum signal level/threshold in dBm required for the managed WTP to be included in rolling WTP upgrade (-95 to -20, default = -80).
	RollingWtpUpgradeThreshold pulumi.StringOutput `pulumi:"rollingWtpUpgradeThreshold"`
	// Compatible/strict tunnel mode. Valid values: `compatible`, `strict`.
	TunnelMode pulumi.StringOutput `pulumi:"tunnelMode"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Wpad daemon process count for multi-core CPU support.
	WpadProcessCount pulumi.IntOutput `pulumi:"wpadProcessCount"`
	// Enable/disable sharing of WTPs between VDOMs. Valid values: `enable`, `disable`.
	WtpShare pulumi.StringOutput `pulumi:"wtpShare"`
}

Configure wireless controller global settings.

## Example Usage

<!--Start PulumiCodeChooser --> ```go package main

import ( 

"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
"github.com/pulumiverse/pulumi-fortios/sdk/go/fortios/wirelesscontroller"

) 

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := wirelesscontroller.NewGlobal(ctx, "trname", &wirelesscontroller.GlobalArgs{
			ApLogServer:           pulumi.String("disable"),
			ApLogServerIp:         pulumi.String("0.0.0.0"),
			ApLogServerPort:       pulumi.Int(0),
			ControlMessageOffload: pulumi.String("ebp-frame aeroscout-tag ap-list sta-list sta-cap-list stats aeroscout-mu"),
			DataEthernetIi:        pulumi.String("disable"),
			DiscoveryMcAddr:       pulumi.String("224.0.1.140"),
			FiappEthType:          pulumi.Int(5252),
			ImageDownload:         pulumi.String("enable"),
			IpsecBaseIp:           pulumi.String("169.254.0.1"),
			LinkAggregation:       pulumi.String("disable"),
			MaxClients:            pulumi.Int(0),
			MaxRetransmit:         pulumi.Int(3),
			MeshEthType:           pulumi.Int(8755),
			RogueScanMacAdjacency: pulumi.Int(7),
			WtpShare:              pulumi.String("disable"),
		})
		if err != nil {
			return err
		}
		return nil
	})
}

``` <!--End PulumiCodeChooser -->

## Import

WirelessController Global can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/global:Global labelname WirelessControllerGlobal ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/global:Global labelname WirelessControllerGlobal ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetGlobal 

func GetGlobal(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *GlobalState, opts ...pulumi.ResourceOption) (*Global, error)

GetGlobal gets an existing Global resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewGlobal 

func NewGlobal(ctx *pulumi.Context,
	name string, args *GlobalArgs, opts ...pulumi.ResourceOption) (*Global, error)

NewGlobal registers a new resource with the given unique name, arguments, and options.

func (*Global) ElementType 

func (*Global) ElementType() reflect.Type

func (*Global) ToGlobalOutput 

func (i *Global) ToGlobalOutput() GlobalOutput

func (*Global) ToGlobalOutputWithContext 

func (i *Global) ToGlobalOutputWithContext(ctx context.Context) GlobalOutput

type GlobalArgs 

type GlobalArgs struct {
	// Configure the number cwAcd daemons for multi-core CPU support (default = 0).
	AcdProcessCount pulumi.IntPtrInput
	// Enable/disable configuring APs or FortiAPs to send log messages to a syslog server (default = disable). Valid values: `enable`, `disable`.
	ApLogServer pulumi.StringPtrInput
	// IP address that APs or FortiAPs send log messages to.
	ApLogServerIp pulumi.StringPtrInput
	// Port that APs or FortiAPs send log messages to.
	ApLogServerPort pulumi.IntPtrInput
	// Configure CAPWAP control message data channel offload.
	ControlMessageOffload pulumi.StringPtrInput
	// Configure the wireless controller to use Ethernet II or 802.3 frames with 802.3 data tunnel mode (default = disable). Valid values: `enable`, `disable`.
	DataEthernetIi pulumi.StringPtrInput
	// Enable/disable DFS certificate lab test mode. Valid values: `enable`, `disable`.
	DfsLabTest pulumi.StringPtrInput
	// Multicast IP address for AP discovery (default = 244.0.1.140).
	DiscoveryMcAddr pulumi.StringPtrInput
	// Ethernet type for Fortinet Inter-Access Point Protocol (IAPP), or IEEE 802.11f, packets (0 - 65535, default = 5252).
	FiappEthType pulumi.IntPtrInput
	// Enable/disable WTP image download at join time. Valid values: `enable`, `disable`.
	ImageDownload pulumi.StringPtrInput
	// Base IP address for IPsec VPN tunnels between the access points and the wireless controller (default = 169.254.0.1).
	IpsecBaseIp pulumi.StringPtrInput
	// Enable/disable calculating the CAPWAP transmit hash to load balance sessions to link aggregation nodes (default = disable). Valid values: `enable`, `disable`.
	LinkAggregation pulumi.StringPtrInput
	// Description of the location of the wireless controller.
	Location pulumi.StringPtrInput
	// Maximum number of clients that can connect simultaneously (default = 0, meaning no limitation).
	MaxClients pulumi.IntPtrInput
	// Maximum number of tunnel packet retransmissions (0 - 64, default = 3).
	MaxRetransmit pulumi.IntPtrInput
	// Mesh Ethernet identifier included in backhaul packets (0 - 65535, default = 8755).
	MeshEthType pulumi.IntPtrInput
	// Interval in seconds between two WiFi network access control (NAC) checks (10 - 600, default = 120).
	NacInterval pulumi.IntPtrInput
	// Name of the wireless controller.
	Name pulumi.StringPtrInput
	// Maximum numerical difference between an AP's Ethernet and wireless MAC values to match for rogue detection (0 - 31, default = 7).
	RogueScanMacAdjacency pulumi.IntPtrInput
	// Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.
	RollingWtpUpgrade pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the managed WTP to be included in rolling WTP upgrade (-95 to -20, default = -80).
	RollingWtpUpgradeThreshold pulumi.StringPtrInput
	// Compatible/strict tunnel mode. Valid values: `compatible`, `strict`.
	TunnelMode pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Wpad daemon process count for multi-core CPU support.
	WpadProcessCount pulumi.IntPtrInput
	// Enable/disable sharing of WTPs between VDOMs. Valid values: `enable`, `disable`.
	WtpShare pulumi.StringPtrInput
}

The set of arguments for constructing a Global resource.

func (GlobalArgs) ElementType 

func (GlobalArgs) ElementType() reflect.Type

type GlobalArray 

type GlobalArray []GlobalInput

func (GlobalArray) ElementType 

func (GlobalArray) ElementType() reflect.Type

func (GlobalArray) ToGlobalArrayOutput 

func (i GlobalArray) ToGlobalArrayOutput() GlobalArrayOutput

func (GlobalArray) ToGlobalArrayOutputWithContext 

func (i GlobalArray) ToGlobalArrayOutputWithContext(ctx context.Context) GlobalArrayOutput

type GlobalArrayInput 

type GlobalArrayInput interface {
	pulumi.Input

	ToGlobalArrayOutput() GlobalArrayOutput
	ToGlobalArrayOutputWithContext(context.Context) GlobalArrayOutput
}

GlobalArrayInput is an input type that accepts GlobalArray and GlobalArrayOutput values. You can construct a concrete instance of `GlobalArrayInput` via: 

GlobalArray{ GlobalArgs{...} }

type GlobalArrayOutput 

type GlobalArrayOutput struct{ *pulumi.OutputState }

func (GlobalArrayOutput) ElementType 

func (GlobalArrayOutput) ElementType() reflect.Type

func (GlobalArrayOutput) Index 

func (o GlobalArrayOutput) Index(i pulumi.IntInput) GlobalOutput

func (GlobalArrayOutput) ToGlobalArrayOutput 

func (o GlobalArrayOutput) ToGlobalArrayOutput() GlobalArrayOutput

func (GlobalArrayOutput) ToGlobalArrayOutputWithContext 

func (o GlobalArrayOutput) ToGlobalArrayOutputWithContext(ctx context.Context) GlobalArrayOutput

type GlobalInput 

type GlobalInput interface {
	pulumi.Input

	ToGlobalOutput() GlobalOutput
	ToGlobalOutputWithContext(ctx context.Context) GlobalOutput
}

type GlobalMap 

type GlobalMap map[string]GlobalInput

func (GlobalMap) ElementType 

func (GlobalMap) ElementType() reflect.Type

func (GlobalMap) ToGlobalMapOutput 

func (i GlobalMap) ToGlobalMapOutput() GlobalMapOutput

func (GlobalMap) ToGlobalMapOutputWithContext 

func (i GlobalMap) ToGlobalMapOutputWithContext(ctx context.Context) GlobalMapOutput

type GlobalMapInput 

type GlobalMapInput interface {
	pulumi.Input

	ToGlobalMapOutput() GlobalMapOutput
	ToGlobalMapOutputWithContext(context.Context) GlobalMapOutput
}

GlobalMapInput is an input type that accepts GlobalMap and GlobalMapOutput values. You can construct a concrete instance of `GlobalMapInput` via: 

GlobalMap{ "key": GlobalArgs{...} }

type GlobalMapOutput 

type GlobalMapOutput struct{ *pulumi.OutputState }

func (GlobalMapOutput) ElementType 

func (GlobalMapOutput) ElementType() reflect.Type

func (GlobalMapOutput) MapIndex 

func (o GlobalMapOutput) MapIndex(k pulumi.StringInput) GlobalOutput

func (GlobalMapOutput) ToGlobalMapOutput 

func (o GlobalMapOutput) ToGlobalMapOutput() GlobalMapOutput

func (GlobalMapOutput) ToGlobalMapOutputWithContext 

func (o GlobalMapOutput) ToGlobalMapOutputWithContext(ctx context.Context) GlobalMapOutput

type GlobalOutput 

type GlobalOutput struct{ *pulumi.OutputState }

func (GlobalOutput) AcdProcessCount 

func (o GlobalOutput) AcdProcessCount() pulumi.IntOutput

Configure the number cwAcd daemons for multi-core CPU support (default = 0).

func (GlobalOutput) ApLogServer 

func (o GlobalOutput) ApLogServer() pulumi.StringOutput

Enable/disable configuring APs or FortiAPs to send log messages to a syslog server (default = disable). Valid values: `enable`, `disable`.

func (GlobalOutput) ApLogServerIp 

func (o GlobalOutput) ApLogServerIp() pulumi.StringOutput

IP address that APs or FortiAPs send log messages to.

func (GlobalOutput) ApLogServerPort 

func (o GlobalOutput) ApLogServerPort() pulumi.IntOutput

Port that APs or FortiAPs send log messages to.

func (GlobalOutput) ControlMessageOffload 

func (o GlobalOutput) ControlMessageOffload() pulumi.StringOutput

Configure CAPWAP control message data channel offload.

func (GlobalOutput) DataEthernetIi 

func (o GlobalOutput) DataEthernetIi() pulumi.StringOutput

Configure the wireless controller to use Ethernet II or 802.3 frames with 802.3 data tunnel mode (default = disable). Valid values: `enable`, `disable`.

func (GlobalOutput) DfsLabTest 

func (o GlobalOutput) DfsLabTest() pulumi.StringOutput

Enable/disable DFS certificate lab test mode. Valid values: `enable`, `disable`.

func (GlobalOutput) DiscoveryMcAddr 

func (o GlobalOutput) DiscoveryMcAddr() pulumi.StringOutput

Multicast IP address for AP discovery (default = 244.0.1.140).

func (GlobalOutput) ElementType 

func (GlobalOutput) ElementType() reflect.Type

func (GlobalOutput) FiappEthType 

func (o GlobalOutput) FiappEthType() pulumi.IntOutput

Ethernet type for Fortinet Inter-Access Point Protocol (IAPP), or IEEE 802.11f, packets (0 - 65535, default = 5252).

func (GlobalOutput) ImageDownload 

func (o GlobalOutput) ImageDownload() pulumi.StringOutput

Enable/disable WTP image download at join time. Valid values: `enable`, `disable`.

func (GlobalOutput) IpsecBaseIp 

func (o GlobalOutput) IpsecBaseIp() pulumi.StringOutput

Base IP address for IPsec VPN tunnels between the access points and the wireless controller (default = 169.254.0.1).

func (GlobalOutput) LinkAggregation 

func (o GlobalOutput) LinkAggregation() pulumi.StringOutput

Enable/disable calculating the CAPWAP transmit hash to load balance sessions to link aggregation nodes (default = disable). Valid values: `enable`, `disable`.

func (GlobalOutput) Location 

func (o GlobalOutput) Location() pulumi.StringOutput

Description of the location of the wireless controller.

func (GlobalOutput) MaxClients 

func (o GlobalOutput) MaxClients() pulumi.IntOutput

Maximum number of clients that can connect simultaneously (default = 0, meaning no limitation).

func (GlobalOutput) MaxRetransmit 

func (o GlobalOutput) MaxRetransmit() pulumi.IntOutput

Maximum number of tunnel packet retransmissions (0 - 64, default = 3).

func (GlobalOutput) MeshEthType 

func (o GlobalOutput) MeshEthType() pulumi.IntOutput

Mesh Ethernet identifier included in backhaul packets (0 - 65535, default = 8755).

func (GlobalOutput) NacInterval 

func (o GlobalOutput) NacInterval() pulumi.IntOutput

Interval in seconds between two WiFi network access control (NAC) checks (10 - 600, default = 120).

func (GlobalOutput) Name 

func (o GlobalOutput) Name() pulumi.StringOutput

Name of the wireless controller.

func (GlobalOutput) RogueScanMacAdjacency 

func (o GlobalOutput) RogueScanMacAdjacency() pulumi.IntOutput

Maximum numerical difference between an AP's Ethernet and wireless MAC values to match for rogue detection (0 - 31, default = 7).

func (GlobalOutput) RollingWtpUpgrade 

func (o GlobalOutput) RollingWtpUpgrade() pulumi.StringOutput

Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.

func (GlobalOutput) RollingWtpUpgradeThreshold 

func (o GlobalOutput) RollingWtpUpgradeThreshold() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the managed WTP to be included in rolling WTP upgrade (-95 to -20, default = -80).

func (GlobalOutput) ToGlobalOutput 

func (o GlobalOutput) ToGlobalOutput() GlobalOutput

func (GlobalOutput) ToGlobalOutputWithContext 

func (o GlobalOutput) ToGlobalOutputWithContext(ctx context.Context) GlobalOutput

func (GlobalOutput) TunnelMode 

func (o GlobalOutput) TunnelMode() pulumi.StringOutput

Compatible/strict tunnel mode. Valid values: `compatible`, `strict`.

func (GlobalOutput) Vdomparam 

func (o GlobalOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (GlobalOutput) WpadProcessCount 

func (o GlobalOutput) WpadProcessCount() pulumi.IntOutput

Wpad daemon process count for multi-core CPU support.

func (GlobalOutput) WtpShare 

func (o GlobalOutput) WtpShare() pulumi.StringOutput

Enable/disable sharing of WTPs between VDOMs. Valid values: `enable`, `disable`.

type GlobalState 

type GlobalState struct {
	// Configure the number cwAcd daemons for multi-core CPU support (default = 0).
	AcdProcessCount pulumi.IntPtrInput
	// Enable/disable configuring APs or FortiAPs to send log messages to a syslog server (default = disable). Valid values: `enable`, `disable`.
	ApLogServer pulumi.StringPtrInput
	// IP address that APs or FortiAPs send log messages to.
	ApLogServerIp pulumi.StringPtrInput
	// Port that APs or FortiAPs send log messages to.
	ApLogServerPort pulumi.IntPtrInput
	// Configure CAPWAP control message data channel offload.
	ControlMessageOffload pulumi.StringPtrInput
	// Configure the wireless controller to use Ethernet II or 802.3 frames with 802.3 data tunnel mode (default = disable). Valid values: `enable`, `disable`.
	DataEthernetIi pulumi.StringPtrInput
	// Enable/disable DFS certificate lab test mode. Valid values: `enable`, `disable`.
	DfsLabTest pulumi.StringPtrInput
	// Multicast IP address for AP discovery (default = 244.0.1.140).
	DiscoveryMcAddr pulumi.StringPtrInput
	// Ethernet type for Fortinet Inter-Access Point Protocol (IAPP), or IEEE 802.11f, packets (0 - 65535, default = 5252).
	FiappEthType pulumi.IntPtrInput
	// Enable/disable WTP image download at join time. Valid values: `enable`, `disable`.
	ImageDownload pulumi.StringPtrInput
	// Base IP address for IPsec VPN tunnels between the access points and the wireless controller (default = 169.254.0.1).
	IpsecBaseIp pulumi.StringPtrInput
	// Enable/disable calculating the CAPWAP transmit hash to load balance sessions to link aggregation nodes (default = disable). Valid values: `enable`, `disable`.
	LinkAggregation pulumi.StringPtrInput
	// Description of the location of the wireless controller.
	Location pulumi.StringPtrInput
	// Maximum number of clients that can connect simultaneously (default = 0, meaning no limitation).
	MaxClients pulumi.IntPtrInput
	// Maximum number of tunnel packet retransmissions (0 - 64, default = 3).
	MaxRetransmit pulumi.IntPtrInput
	// Mesh Ethernet identifier included in backhaul packets (0 - 65535, default = 8755).
	MeshEthType pulumi.IntPtrInput
	// Interval in seconds between two WiFi network access control (NAC) checks (10 - 600, default = 120).
	NacInterval pulumi.IntPtrInput
	// Name of the wireless controller.
	Name pulumi.StringPtrInput
	// Maximum numerical difference between an AP's Ethernet and wireless MAC values to match for rogue detection (0 - 31, default = 7).
	RogueScanMacAdjacency pulumi.IntPtrInput
	// Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.
	RollingWtpUpgrade pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the managed WTP to be included in rolling WTP upgrade (-95 to -20, default = -80).
	RollingWtpUpgradeThreshold pulumi.StringPtrInput
	// Compatible/strict tunnel mode. Valid values: `compatible`, `strict`.
	TunnelMode pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Wpad daemon process count for multi-core CPU support.
	WpadProcessCount pulumi.IntPtrInput
	// Enable/disable sharing of WTPs between VDOMs. Valid values: `enable`, `disable`.
	WtpShare pulumi.StringPtrInput
}

func (GlobalState) ElementType 

func (GlobalState) ElementType() reflect.Type

type Intercontroller 

type Intercontroller struct {
	pulumi.CustomResourceState

	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Maximum number of retransmissions for fast failover HA messages between peer wireless controllers (3 - 64, default = 10).
	FastFailoverMax pulumi.IntOutput `pulumi:"fastFailoverMax"`
	// Minimum wait time before an AP transitions from secondary controller to primary controller (10 - 86400 sec, default = 10).
	FastFailoverWait pulumi.IntOutput `pulumi:"fastFailoverWait"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Secret key for inter-controller communications.
	InterControllerKey pulumi.StringPtrOutput `pulumi:"interControllerKey"`
	// Configure inter-controller mode (disable, l2-roaming, 1+1, default = disable). Valid values: `disable`, `l2-roaming`, `1+1`.
	InterControllerMode pulumi.StringOutput `pulumi:"interControllerMode"`
	// Fast failover peer wireless controller list. The structure of `interControllerPeer` block is documented below.
	InterControllerPeers IntercontrollerInterControllerPeerArrayOutput `pulumi:"interControllerPeers"`
	// Configure inter-controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.
	InterControllerPri pulumi.StringOutput `pulumi:"interControllerPri"`
	// Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.
	L3Roaming pulumi.StringOutput `pulumi:"l3Roaming"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure inter wireless controller operation.

## Example Usage

<!--Start PulumiCodeChooser --> ```go package main

import ( 

"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
"github.com/pulumiverse/pulumi-fortios/sdk/go/fortios/wirelesscontroller"

) 

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := wirelesscontroller.NewIntercontroller(ctx, "trname", &wirelesscontroller.IntercontrollerArgs{
			FastFailoverMax:     pulumi.Int(10),
			FastFailoverWait:    pulumi.Int(10),
			InterControllerKey:  pulumi.String("ENC XXXX"),
			InterControllerMode: pulumi.String("disable"),
			InterControllerPri:  pulumi.String("primary"),
		})
		if err != nil {
			return err
		}
		return nil
	})
}

``` <!--End PulumiCodeChooser -->

## Import

WirelessController InterController can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/intercontroller:Intercontroller labelname WirelessControllerInterController ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/intercontroller:Intercontroller labelname WirelessControllerInterController ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetIntercontroller 

func GetIntercontroller(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *IntercontrollerState, opts ...pulumi.ResourceOption) (*Intercontroller, error)

GetIntercontroller gets an existing Intercontroller resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewIntercontroller 

func NewIntercontroller(ctx *pulumi.Context,
	name string, args *IntercontrollerArgs, opts ...pulumi.ResourceOption) (*Intercontroller, error)

NewIntercontroller registers a new resource with the given unique name, arguments, and options.

func (*Intercontroller) ElementType 

func (*Intercontroller) ElementType() reflect.Type

func (*Intercontroller) ToIntercontrollerOutput 

func (i *Intercontroller) ToIntercontrollerOutput() IntercontrollerOutput

func (*Intercontroller) ToIntercontrollerOutputWithContext 

func (i *Intercontroller) ToIntercontrollerOutputWithContext(ctx context.Context) IntercontrollerOutput

type IntercontrollerArgs 

type IntercontrollerArgs struct {
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Maximum number of retransmissions for fast failover HA messages between peer wireless controllers (3 - 64, default = 10).
	FastFailoverMax pulumi.IntPtrInput
	// Minimum wait time before an AP transitions from secondary controller to primary controller (10 - 86400 sec, default = 10).
	FastFailoverWait pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Secret key for inter-controller communications.
	InterControllerKey pulumi.StringPtrInput
	// Configure inter-controller mode (disable, l2-roaming, 1+1, default = disable). Valid values: `disable`, `l2-roaming`, `1+1`.
	InterControllerMode pulumi.StringPtrInput
	// Fast failover peer wireless controller list. The structure of `interControllerPeer` block is documented below.
	InterControllerPeers IntercontrollerInterControllerPeerArrayInput
	// Configure inter-controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.
	InterControllerPri pulumi.StringPtrInput
	// Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.
	L3Roaming pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Intercontroller resource.

func (IntercontrollerArgs) ElementType 

func (IntercontrollerArgs) ElementType() reflect.Type

type IntercontrollerArray 

type IntercontrollerArray []IntercontrollerInput

func (IntercontrollerArray) ElementType 

func (IntercontrollerArray) ElementType() reflect.Type

func (IntercontrollerArray) ToIntercontrollerArrayOutput 

func (i IntercontrollerArray) ToIntercontrollerArrayOutput() IntercontrollerArrayOutput

func (IntercontrollerArray) ToIntercontrollerArrayOutputWithContext 

func (i IntercontrollerArray) ToIntercontrollerArrayOutputWithContext(ctx context.Context) IntercontrollerArrayOutput

type IntercontrollerArrayInput 

type IntercontrollerArrayInput interface {
	pulumi.Input

	ToIntercontrollerArrayOutput() IntercontrollerArrayOutput
	ToIntercontrollerArrayOutputWithContext(context.Context) IntercontrollerArrayOutput
}

IntercontrollerArrayInput is an input type that accepts IntercontrollerArray and IntercontrollerArrayOutput values. You can construct a concrete instance of `IntercontrollerArrayInput` via: 

IntercontrollerArray{ IntercontrollerArgs{...} }

type IntercontrollerArrayOutput 

type IntercontrollerArrayOutput struct{ *pulumi.OutputState }

func (IntercontrollerArrayOutput) ElementType 

func (IntercontrollerArrayOutput) ElementType() reflect.Type

func (IntercontrollerArrayOutput) Index 

func (o IntercontrollerArrayOutput) Index(i pulumi.IntInput) IntercontrollerOutput

func (IntercontrollerArrayOutput) ToIntercontrollerArrayOutput 

func (o IntercontrollerArrayOutput) ToIntercontrollerArrayOutput() IntercontrollerArrayOutput

func (IntercontrollerArrayOutput) ToIntercontrollerArrayOutputWithContext 

func (o IntercontrollerArrayOutput) ToIntercontrollerArrayOutputWithContext(ctx context.Context) IntercontrollerArrayOutput

type IntercontrollerInput 

type IntercontrollerInput interface {
	pulumi.Input

	ToIntercontrollerOutput() IntercontrollerOutput
	ToIntercontrollerOutputWithContext(ctx context.Context) IntercontrollerOutput
}

type IntercontrollerInterControllerPeer 

type IntercontrollerInterControllerPeer struct {
	// ID.
	Id *int `pulumi:"id"`
	// Peer wireless controller's IP address.
	PeerIp *string `pulumi:"peerIp"`
	// Port used by the wireless controller's for inter-controller communications (1024 - 49150, default = 5246).
	PeerPort *int `pulumi:"peerPort"`
	// Peer wireless controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.
	PeerPriority *string `pulumi:"peerPriority"`
}

type IntercontrollerInterControllerPeerArgs 

type IntercontrollerInterControllerPeerArgs struct {
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// Peer wireless controller's IP address.
	PeerIp pulumi.StringPtrInput `pulumi:"peerIp"`
	// Port used by the wireless controller's for inter-controller communications (1024 - 49150, default = 5246).
	PeerPort pulumi.IntPtrInput `pulumi:"peerPort"`
	// Peer wireless controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.
	PeerPriority pulumi.StringPtrInput `pulumi:"peerPriority"`
}

func (IntercontrollerInterControllerPeerArgs) ElementType 

func (IntercontrollerInterControllerPeerArgs) ElementType() reflect.Type

func (IntercontrollerInterControllerPeerArgs) ToIntercontrollerInterControllerPeerOutput 

func (i IntercontrollerInterControllerPeerArgs) ToIntercontrollerInterControllerPeerOutput() IntercontrollerInterControllerPeerOutput

func (IntercontrollerInterControllerPeerArgs) ToIntercontrollerInterControllerPeerOutputWithContext 

func (i IntercontrollerInterControllerPeerArgs) ToIntercontrollerInterControllerPeerOutputWithContext(ctx context.Context) IntercontrollerInterControllerPeerOutput

type IntercontrollerInterControllerPeerArray 

type IntercontrollerInterControllerPeerArray []IntercontrollerInterControllerPeerInput

func (IntercontrollerInterControllerPeerArray) ElementType 

func (IntercontrollerInterControllerPeerArray) ElementType() reflect.Type

func (IntercontrollerInterControllerPeerArray) ToIntercontrollerInterControllerPeerArrayOutput 

func (i IntercontrollerInterControllerPeerArray) ToIntercontrollerInterControllerPeerArrayOutput() IntercontrollerInterControllerPeerArrayOutput

func (IntercontrollerInterControllerPeerArray) ToIntercontrollerInterControllerPeerArrayOutputWithContext 

func (i IntercontrollerInterControllerPeerArray) ToIntercontrollerInterControllerPeerArrayOutputWithContext(ctx context.Context) IntercontrollerInterControllerPeerArrayOutput

type IntercontrollerInterControllerPeerArrayInput 

type IntercontrollerInterControllerPeerArrayInput interface {
	pulumi.Input

	ToIntercontrollerInterControllerPeerArrayOutput() IntercontrollerInterControllerPeerArrayOutput
	ToIntercontrollerInterControllerPeerArrayOutputWithContext(context.Context) IntercontrollerInterControllerPeerArrayOutput
}

IntercontrollerInterControllerPeerArrayInput is an input type that accepts IntercontrollerInterControllerPeerArray and IntercontrollerInterControllerPeerArrayOutput values. You can construct a concrete instance of `IntercontrollerInterControllerPeerArrayInput` via: 

IntercontrollerInterControllerPeerArray{ IntercontrollerInterControllerPeerArgs{...} }

type IntercontrollerInterControllerPeerArrayOutput 

type IntercontrollerInterControllerPeerArrayOutput struct{ *pulumi.OutputState }

func (IntercontrollerInterControllerPeerArrayOutput) ElementType 

func (IntercontrollerInterControllerPeerArrayOutput) ElementType() reflect.Type

func (IntercontrollerInterControllerPeerArrayOutput) Index 

func (o IntercontrollerInterControllerPeerArrayOutput) Index(i pulumi.IntInput) IntercontrollerInterControllerPeerOutput

func (IntercontrollerInterControllerPeerArrayOutput) ToIntercontrollerInterControllerPeerArrayOutput 

func (o IntercontrollerInterControllerPeerArrayOutput) ToIntercontrollerInterControllerPeerArrayOutput() IntercontrollerInterControllerPeerArrayOutput

func (IntercontrollerInterControllerPeerArrayOutput) ToIntercontrollerInterControllerPeerArrayOutputWithContext 

func (o IntercontrollerInterControllerPeerArrayOutput) ToIntercontrollerInterControllerPeerArrayOutputWithContext(ctx context.Context) IntercontrollerInterControllerPeerArrayOutput

type IntercontrollerInterControllerPeerInput 

type IntercontrollerInterControllerPeerInput interface {
	pulumi.Input

	ToIntercontrollerInterControllerPeerOutput() IntercontrollerInterControllerPeerOutput
	ToIntercontrollerInterControllerPeerOutputWithContext(context.Context) IntercontrollerInterControllerPeerOutput
}

IntercontrollerInterControllerPeerInput is an input type that accepts IntercontrollerInterControllerPeerArgs and IntercontrollerInterControllerPeerOutput values. You can construct a concrete instance of `IntercontrollerInterControllerPeerInput` via: 

IntercontrollerInterControllerPeerArgs{...}

type IntercontrollerInterControllerPeerOutput 

type IntercontrollerInterControllerPeerOutput struct{ *pulumi.OutputState }

func (IntercontrollerInterControllerPeerOutput) ElementType 

func (IntercontrollerInterControllerPeerOutput) ElementType() reflect.Type

func (IntercontrollerInterControllerPeerOutput) Id 

func (o IntercontrollerInterControllerPeerOutput) Id() pulumi.IntPtrOutput

ID.

func (IntercontrollerInterControllerPeerOutput) PeerIp 

func (o IntercontrollerInterControllerPeerOutput) PeerIp() pulumi.StringPtrOutput

Peer wireless controller's IP address.

func (IntercontrollerInterControllerPeerOutput) PeerPort 

func (o IntercontrollerInterControllerPeerOutput) PeerPort() pulumi.IntPtrOutput

Port used by the wireless controller's for inter-controller communications (1024 - 49150, default = 5246).

func (IntercontrollerInterControllerPeerOutput) PeerPriority 

func (o IntercontrollerInterControllerPeerOutput) PeerPriority() pulumi.StringPtrOutput

Peer wireless controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.

func (IntercontrollerInterControllerPeerOutput) ToIntercontrollerInterControllerPeerOutput 

func (o IntercontrollerInterControllerPeerOutput) ToIntercontrollerInterControllerPeerOutput() IntercontrollerInterControllerPeerOutput

func (IntercontrollerInterControllerPeerOutput) ToIntercontrollerInterControllerPeerOutputWithContext 

func (o IntercontrollerInterControllerPeerOutput) ToIntercontrollerInterControllerPeerOutputWithContext(ctx context.Context) IntercontrollerInterControllerPeerOutput

type IntercontrollerMap 

type IntercontrollerMap map[string]IntercontrollerInput

func (IntercontrollerMap) ElementType 

func (IntercontrollerMap) ElementType() reflect.Type

func (IntercontrollerMap) ToIntercontrollerMapOutput 

func (i IntercontrollerMap) ToIntercontrollerMapOutput() IntercontrollerMapOutput

func (IntercontrollerMap) ToIntercontrollerMapOutputWithContext 

func (i IntercontrollerMap) ToIntercontrollerMapOutputWithContext(ctx context.Context) IntercontrollerMapOutput

type IntercontrollerMapInput 

type IntercontrollerMapInput interface {
	pulumi.Input

	ToIntercontrollerMapOutput() IntercontrollerMapOutput
	ToIntercontrollerMapOutputWithContext(context.Context) IntercontrollerMapOutput
}

IntercontrollerMapInput is an input type that accepts IntercontrollerMap and IntercontrollerMapOutput values. You can construct a concrete instance of `IntercontrollerMapInput` via: 

IntercontrollerMap{ "key": IntercontrollerArgs{...} }

type IntercontrollerMapOutput 

type IntercontrollerMapOutput struct{ *pulumi.OutputState }

func (IntercontrollerMapOutput) ElementType 

func (IntercontrollerMapOutput) ElementType() reflect.Type

func (IntercontrollerMapOutput) MapIndex 

func (o IntercontrollerMapOutput) MapIndex(k pulumi.StringInput) IntercontrollerOutput

func (IntercontrollerMapOutput) ToIntercontrollerMapOutput 

func (o IntercontrollerMapOutput) ToIntercontrollerMapOutput() IntercontrollerMapOutput

func (IntercontrollerMapOutput) ToIntercontrollerMapOutputWithContext 

func (o IntercontrollerMapOutput) ToIntercontrollerMapOutputWithContext(ctx context.Context) IntercontrollerMapOutput

type IntercontrollerOutput 

type IntercontrollerOutput struct{ *pulumi.OutputState }

func (IntercontrollerOutput) DynamicSortSubtable 

func (o IntercontrollerOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (IntercontrollerOutput) ElementType 

func (IntercontrollerOutput) ElementType() reflect.Type

func (IntercontrollerOutput) FastFailoverMax 

func (o IntercontrollerOutput) FastFailoverMax() pulumi.IntOutput

Maximum number of retransmissions for fast failover HA messages between peer wireless controllers (3 - 64, default = 10).

func (IntercontrollerOutput) FastFailoverWait 

func (o IntercontrollerOutput) FastFailoverWait() pulumi.IntOutput

Minimum wait time before an AP transitions from secondary controller to primary controller (10 - 86400 sec, default = 10).

func (IntercontrollerOutput) GetAllTables 

func (o IntercontrollerOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (IntercontrollerOutput) InterControllerKey 

func (o IntercontrollerOutput) InterControllerKey() pulumi.StringPtrOutput

Secret key for inter-controller communications.

func (IntercontrollerOutput) InterControllerMode 

func (o IntercontrollerOutput) InterControllerMode() pulumi.StringOutput

Configure inter-controller mode (disable, l2-roaming, 1+1, default = disable). Valid values: `disable`, `l2-roaming`, `1+1`.

func (IntercontrollerOutput) InterControllerPeers 

func (o IntercontrollerOutput) InterControllerPeers() IntercontrollerInterControllerPeerArrayOutput

Fast failover peer wireless controller list. The structure of `interControllerPeer` block is documented below.

func (IntercontrollerOutput) InterControllerPri 

func (o IntercontrollerOutput) InterControllerPri() pulumi.StringOutput

Configure inter-controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.

func (IntercontrollerOutput) L3Roaming 

func (o IntercontrollerOutput) L3Roaming() pulumi.StringOutput

Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.

func (IntercontrollerOutput) ToIntercontrollerOutput 

func (o IntercontrollerOutput) ToIntercontrollerOutput() IntercontrollerOutput

func (IntercontrollerOutput) ToIntercontrollerOutputWithContext 

func (o IntercontrollerOutput) ToIntercontrollerOutputWithContext(ctx context.Context) IntercontrollerOutput

func (IntercontrollerOutput) Vdomparam 

func (o IntercontrollerOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type IntercontrollerState 

type IntercontrollerState struct {
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Maximum number of retransmissions for fast failover HA messages between peer wireless controllers (3 - 64, default = 10).
	FastFailoverMax pulumi.IntPtrInput
	// Minimum wait time before an AP transitions from secondary controller to primary controller (10 - 86400 sec, default = 10).
	FastFailoverWait pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Secret key for inter-controller communications.
	InterControllerKey pulumi.StringPtrInput
	// Configure inter-controller mode (disable, l2-roaming, 1+1, default = disable). Valid values: `disable`, `l2-roaming`, `1+1`.
	InterControllerMode pulumi.StringPtrInput
	// Fast failover peer wireless controller list. The structure of `interControllerPeer` block is documented below.
	InterControllerPeers IntercontrollerInterControllerPeerArrayInput
	// Configure inter-controller's priority (primary or secondary, default = primary). Valid values: `primary`, `secondary`.
	InterControllerPri pulumi.StringPtrInput
	// Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.
	L3Roaming pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (IntercontrollerState) ElementType 

func (IntercontrollerState) ElementType() reflect.Type

type Log 

type Log struct {
	pulumi.CustomResourceState

	// Lowest severity level to log address group message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	AddrgrpLog pulumi.StringOutput `pulumi:"addrgrpLog"`
	// Lowest severity level to log BLE detection message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	BleLog pulumi.StringOutput `pulumi:"bleLog"`
	// Lowest severity level to log client load balancing message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	ClbLog pulumi.StringOutput `pulumi:"clbLog"`
	// Lowest severity level to log DHCP starvation event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	DhcpStarvLog pulumi.StringOutput `pulumi:"dhcpStarvLog"`
	// Lowest severity level to log LED schedule event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	LedSchedLog pulumi.StringOutput `pulumi:"ledSchedLog"`
	// Lowest severity level to log radio event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	RadioEventLog pulumi.StringOutput `pulumi:"radioEventLog"`
	// Lowest severity level to log rogue AP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	RogueEventLog pulumi.StringOutput `pulumi:"rogueEventLog"`
	// Lowest severity level to log station event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	StaEventLog pulumi.StringOutput `pulumi:"staEventLog"`
	// Lowest severity level to log station locate message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	StaLocateLog pulumi.StringOutput `pulumi:"staLocateLog"`
	// Enable/disable wireless event logging. Valid values: `enable`, `disable`.
	Status pulumi.StringOutput `pulumi:"status"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Lowest severity level to log WIDS message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	WidsLog pulumi.StringOutput `pulumi:"widsLog"`
	// Lowest severity level to log WTP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	WtpEventLog pulumi.StringOutput `pulumi:"wtpEventLog"`
}

Configure wireless controller event log filters. Applies to FortiOS Version `>= 6.2.4`.

## Import

WirelessController Log can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/log:Log labelname WirelessControllerLog ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/log:Log labelname WirelessControllerLog ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetLog 

func GetLog(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *LogState, opts ...pulumi.ResourceOption) (*Log, error)

GetLog gets an existing Log resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewLog 

func NewLog(ctx *pulumi.Context,
	name string, args *LogArgs, opts ...pulumi.ResourceOption) (*Log, error)

NewLog registers a new resource with the given unique name, arguments, and options.

func (*Log) ElementType 

func (*Log) ElementType() reflect.Type

func (*Log) ToLogOutput 

func (i *Log) ToLogOutput() LogOutput

func (*Log) ToLogOutputWithContext 

func (i *Log) ToLogOutputWithContext(ctx context.Context) LogOutput

type LogArgs 

type LogArgs struct {
	// Lowest severity level to log address group message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	AddrgrpLog pulumi.StringPtrInput
	// Lowest severity level to log BLE detection message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	BleLog pulumi.StringPtrInput
	// Lowest severity level to log client load balancing message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	ClbLog pulumi.StringPtrInput
	// Lowest severity level to log DHCP starvation event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	DhcpStarvLog pulumi.StringPtrInput
	// Lowest severity level to log LED schedule event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	LedSchedLog pulumi.StringPtrInput
	// Lowest severity level to log radio event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	RadioEventLog pulumi.StringPtrInput
	// Lowest severity level to log rogue AP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	RogueEventLog pulumi.StringPtrInput
	// Lowest severity level to log station event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	StaEventLog pulumi.StringPtrInput
	// Lowest severity level to log station locate message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	StaLocateLog pulumi.StringPtrInput
	// Enable/disable wireless event logging. Valid values: `enable`, `disable`.
	Status pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Lowest severity level to log WIDS message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	WidsLog pulumi.StringPtrInput
	// Lowest severity level to log WTP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	WtpEventLog pulumi.StringPtrInput
}

The set of arguments for constructing a Log resource.

func (LogArgs) ElementType 

func (LogArgs) ElementType() reflect.Type

type LogArray 

type LogArray []LogInput

func (LogArray) ElementType 

func (LogArray) ElementType() reflect.Type

func (LogArray) ToLogArrayOutput 

func (i LogArray) ToLogArrayOutput() LogArrayOutput

func (LogArray) ToLogArrayOutputWithContext 

func (i LogArray) ToLogArrayOutputWithContext(ctx context.Context) LogArrayOutput

type LogArrayInput 

type LogArrayInput interface {
	pulumi.Input

	ToLogArrayOutput() LogArrayOutput
	ToLogArrayOutputWithContext(context.Context) LogArrayOutput
}

LogArrayInput is an input type that accepts LogArray and LogArrayOutput values. You can construct a concrete instance of `LogArrayInput` via: 

LogArray{ LogArgs{...} }

type LogArrayOutput 

type LogArrayOutput struct{ *pulumi.OutputState }

func (LogArrayOutput) ElementType 

func (LogArrayOutput) ElementType() reflect.Type

func (LogArrayOutput) Index 

func (o LogArrayOutput) Index(i pulumi.IntInput) LogOutput

func (LogArrayOutput) ToLogArrayOutput 

func (o LogArrayOutput) ToLogArrayOutput() LogArrayOutput

func (LogArrayOutput) ToLogArrayOutputWithContext 

func (o LogArrayOutput) ToLogArrayOutputWithContext(ctx context.Context) LogArrayOutput

type LogInput 

type LogInput interface {
	pulumi.Input

	ToLogOutput() LogOutput
	ToLogOutputWithContext(ctx context.Context) LogOutput
}

type LogMap 

type LogMap map[string]LogInput

func (LogMap) ElementType 

func (LogMap) ElementType() reflect.Type

func (LogMap) ToLogMapOutput 

func (i LogMap) ToLogMapOutput() LogMapOutput

func (LogMap) ToLogMapOutputWithContext 

func (i LogMap) ToLogMapOutputWithContext(ctx context.Context) LogMapOutput

type LogMapInput 

type LogMapInput interface {
	pulumi.Input

	ToLogMapOutput() LogMapOutput
	ToLogMapOutputWithContext(context.Context) LogMapOutput
}

LogMapInput is an input type that accepts LogMap and LogMapOutput values. You can construct a concrete instance of `LogMapInput` via: 

LogMap{ "key": LogArgs{...} }

type LogMapOutput 

type LogMapOutput struct{ *pulumi.OutputState }

func (LogMapOutput) ElementType 

func (LogMapOutput) ElementType() reflect.Type

func (LogMapOutput) MapIndex 

func (o LogMapOutput) MapIndex(k pulumi.StringInput) LogOutput

func (LogMapOutput) ToLogMapOutput 

func (o LogMapOutput) ToLogMapOutput() LogMapOutput

func (LogMapOutput) ToLogMapOutputWithContext 

func (o LogMapOutput) ToLogMapOutputWithContext(ctx context.Context) LogMapOutput

type LogOutput 

type LogOutput struct{ *pulumi.OutputState }

func (LogOutput) AddrgrpLog 

func (o LogOutput) AddrgrpLog() pulumi.StringOutput

Lowest severity level to log address group message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) BleLog 

func (o LogOutput) BleLog() pulumi.StringOutput

Lowest severity level to log BLE detection message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) ClbLog 

func (o LogOutput) ClbLog() pulumi.StringOutput

Lowest severity level to log client load balancing message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) DhcpStarvLog 

func (o LogOutput) DhcpStarvLog() pulumi.StringOutput

Lowest severity level to log DHCP starvation event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) ElementType 

func (LogOutput) ElementType() reflect.Type

func (LogOutput) LedSchedLog 

func (o LogOutput) LedSchedLog() pulumi.StringOutput

Lowest severity level to log LED schedule event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) RadioEventLog 

func (o LogOutput) RadioEventLog() pulumi.StringOutput

Lowest severity level to log radio event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) RogueEventLog 

func (o LogOutput) RogueEventLog() pulumi.StringOutput

Lowest severity level to log rogue AP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) StaEventLog 

func (o LogOutput) StaEventLog() pulumi.StringOutput

Lowest severity level to log station event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) StaLocateLog 

func (o LogOutput) StaLocateLog() pulumi.StringOutput

Lowest severity level to log station locate message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) Status 

func (o LogOutput) Status() pulumi.StringOutput

Enable/disable wireless event logging. Valid values: `enable`, `disable`.

func (LogOutput) ToLogOutput 

func (o LogOutput) ToLogOutput() LogOutput

func (LogOutput) ToLogOutputWithContext 

func (o LogOutput) ToLogOutputWithContext(ctx context.Context) LogOutput

func (LogOutput) Vdomparam 

func (o LogOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (LogOutput) WidsLog 

func (o LogOutput) WidsLog() pulumi.StringOutput

Lowest severity level to log WIDS message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

func (LogOutput) WtpEventLog 

func (o LogOutput) WtpEventLog() pulumi.StringOutput

Lowest severity level to log WTP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.

type LogState 

type LogState struct {
	// Lowest severity level to log address group message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	AddrgrpLog pulumi.StringPtrInput
	// Lowest severity level to log BLE detection message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	BleLog pulumi.StringPtrInput
	// Lowest severity level to log client load balancing message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	ClbLog pulumi.StringPtrInput
	// Lowest severity level to log DHCP starvation event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	DhcpStarvLog pulumi.StringPtrInput
	// Lowest severity level to log LED schedule event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	LedSchedLog pulumi.StringPtrInput
	// Lowest severity level to log radio event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	RadioEventLog pulumi.StringPtrInput
	// Lowest severity level to log rogue AP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	RogueEventLog pulumi.StringPtrInput
	// Lowest severity level to log station event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	StaEventLog pulumi.StringPtrInput
	// Lowest severity level to log station locate message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	StaLocateLog pulumi.StringPtrInput
	// Enable/disable wireless event logging. Valid values: `enable`, `disable`.
	Status pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Lowest severity level to log WIDS message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	WidsLog pulumi.StringPtrInput
	// Lowest severity level to log WTP event message. Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debug`.
	WtpEventLog pulumi.StringPtrInput
}

func (LogState) ElementType 

func (LogState) ElementType() reflect.Type

type Mpskprofile 

type Mpskprofile struct {
	pulumi.CustomResourceState

	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Maximum number of concurrent clients that connect using the same passphrase in multiple PSK authentication (0 - 65535, default = 0, meaning no limitation).
	MpskConcurrentClients pulumi.IntOutput `pulumi:"mpskConcurrentClients"`
	// List of multiple PSK groups. The structure of `mpskGroup` block is documented below.
	MpskGroups MpskprofileMpskGroupArrayOutput `pulumi:"mpskGroups"`
	// MPSK profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure MPSK profile. Applies to FortiOS Version `>= 6.4.2`.

## Import

WirelessController MpskProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/mpskprofile:Mpskprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/mpskprofile:Mpskprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetMpskprofile 

func GetMpskprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *MpskprofileState, opts ...pulumi.ResourceOption) (*Mpskprofile, error)

GetMpskprofile gets an existing Mpskprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewMpskprofile 

func NewMpskprofile(ctx *pulumi.Context,
	name string, args *MpskprofileArgs, opts ...pulumi.ResourceOption) (*Mpskprofile, error)

NewMpskprofile registers a new resource with the given unique name, arguments, and options.

func (*Mpskprofile) ElementType 

func (*Mpskprofile) ElementType() reflect.Type

func (*Mpskprofile) ToMpskprofileOutput 

func (i *Mpskprofile) ToMpskprofileOutput() MpskprofileOutput

func (*Mpskprofile) ToMpskprofileOutputWithContext 

func (i *Mpskprofile) ToMpskprofileOutputWithContext(ctx context.Context) MpskprofileOutput

type MpskprofileArgs 

type MpskprofileArgs struct {
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Maximum number of concurrent clients that connect using the same passphrase in multiple PSK authentication (0 - 65535, default = 0, meaning no limitation).
	MpskConcurrentClients pulumi.IntPtrInput
	// List of multiple PSK groups. The structure of `mpskGroup` block is documented below.
	MpskGroups MpskprofileMpskGroupArrayInput
	// MPSK profile name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Mpskprofile resource.

func (MpskprofileArgs) ElementType 

func (MpskprofileArgs) ElementType() reflect.Type

type MpskprofileArray 

type MpskprofileArray []MpskprofileInput

func (MpskprofileArray) ElementType 

func (MpskprofileArray) ElementType() reflect.Type

func (MpskprofileArray) ToMpskprofileArrayOutput 

func (i MpskprofileArray) ToMpskprofileArrayOutput() MpskprofileArrayOutput

func (MpskprofileArray) ToMpskprofileArrayOutputWithContext 

func (i MpskprofileArray) ToMpskprofileArrayOutputWithContext(ctx context.Context) MpskprofileArrayOutput

type MpskprofileArrayInput 

type MpskprofileArrayInput interface {
	pulumi.Input

	ToMpskprofileArrayOutput() MpskprofileArrayOutput
	ToMpskprofileArrayOutputWithContext(context.Context) MpskprofileArrayOutput
}

MpskprofileArrayInput is an input type that accepts MpskprofileArray and MpskprofileArrayOutput values. You can construct a concrete instance of `MpskprofileArrayInput` via: 

MpskprofileArray{ MpskprofileArgs{...} }

type MpskprofileArrayOutput 

type MpskprofileArrayOutput struct{ *pulumi.OutputState }

func (MpskprofileArrayOutput) ElementType 

func (MpskprofileArrayOutput) ElementType() reflect.Type

func (MpskprofileArrayOutput) Index 

func (o MpskprofileArrayOutput) Index(i pulumi.IntInput) MpskprofileOutput

func (MpskprofileArrayOutput) ToMpskprofileArrayOutput 

func (o MpskprofileArrayOutput) ToMpskprofileArrayOutput() MpskprofileArrayOutput

func (MpskprofileArrayOutput) ToMpskprofileArrayOutputWithContext 

func (o MpskprofileArrayOutput) ToMpskprofileArrayOutputWithContext(ctx context.Context) MpskprofileArrayOutput

type MpskprofileInput 

type MpskprofileInput interface {
	pulumi.Input

	ToMpskprofileOutput() MpskprofileOutput
	ToMpskprofileOutputWithContext(ctx context.Context) MpskprofileOutput
}

type MpskprofileMap 

type MpskprofileMap map[string]MpskprofileInput

func (MpskprofileMap) ElementType 

func (MpskprofileMap) ElementType() reflect.Type

func (MpskprofileMap) ToMpskprofileMapOutput 

func (i MpskprofileMap) ToMpskprofileMapOutput() MpskprofileMapOutput

func (MpskprofileMap) ToMpskprofileMapOutputWithContext 

func (i MpskprofileMap) ToMpskprofileMapOutputWithContext(ctx context.Context) MpskprofileMapOutput

type MpskprofileMapInput 

type MpskprofileMapInput interface {
	pulumi.Input

	ToMpskprofileMapOutput() MpskprofileMapOutput
	ToMpskprofileMapOutputWithContext(context.Context) MpskprofileMapOutput
}

MpskprofileMapInput is an input type that accepts MpskprofileMap and MpskprofileMapOutput values. You can construct a concrete instance of `MpskprofileMapInput` via: 

MpskprofileMap{ "key": MpskprofileArgs{...} }

type MpskprofileMapOutput 

type MpskprofileMapOutput struct{ *pulumi.OutputState }

func (MpskprofileMapOutput) ElementType 

func (MpskprofileMapOutput) ElementType() reflect.Type

func (MpskprofileMapOutput) MapIndex 

func (o MpskprofileMapOutput) MapIndex(k pulumi.StringInput) MpskprofileOutput

func (MpskprofileMapOutput) ToMpskprofileMapOutput 

func (o MpskprofileMapOutput) ToMpskprofileMapOutput() MpskprofileMapOutput

func (MpskprofileMapOutput) ToMpskprofileMapOutputWithContext 

func (o MpskprofileMapOutput) ToMpskprofileMapOutputWithContext(ctx context.Context) MpskprofileMapOutput

type MpskprofileMpskGroup 

type MpskprofileMpskGroup struct {
	// List of multiple PSK entries. The structure of `mpskKey` block is documented below.
	MpskKeys []MpskprofileMpskGroupMpskKey `pulumi:"mpskKeys"`
	// MPSK group name.
	Name *string `pulumi:"name"`
	// Optional VLAN ID.
	VlanId *int `pulumi:"vlanId"`
	// MPSK group VLAN options. Valid values: `no-vlan`, `fixed-vlan`.
	VlanType *string `pulumi:"vlanType"`
}

type MpskprofileMpskGroupArgs 

type MpskprofileMpskGroupArgs struct {
	// List of multiple PSK entries. The structure of `mpskKey` block is documented below.
	MpskKeys MpskprofileMpskGroupMpskKeyArrayInput `pulumi:"mpskKeys"`
	// MPSK group name.
	Name pulumi.StringPtrInput `pulumi:"name"`
	// Optional VLAN ID.
	VlanId pulumi.IntPtrInput `pulumi:"vlanId"`
	// MPSK group VLAN options. Valid values: `no-vlan`, `fixed-vlan`.
	VlanType pulumi.StringPtrInput `pulumi:"vlanType"`
}

func (MpskprofileMpskGroupArgs) ElementType 

func (MpskprofileMpskGroupArgs) ElementType() reflect.Type

func (MpskprofileMpskGroupArgs) ToMpskprofileMpskGroupOutput 

func (i MpskprofileMpskGroupArgs) ToMpskprofileMpskGroupOutput() MpskprofileMpskGroupOutput

func (MpskprofileMpskGroupArgs) ToMpskprofileMpskGroupOutputWithContext 

func (i MpskprofileMpskGroupArgs) ToMpskprofileMpskGroupOutputWithContext(ctx context.Context) MpskprofileMpskGroupOutput

type MpskprofileMpskGroupArray 

type MpskprofileMpskGroupArray []MpskprofileMpskGroupInput

func (MpskprofileMpskGroupArray) ElementType 

func (MpskprofileMpskGroupArray) ElementType() reflect.Type

func (MpskprofileMpskGroupArray) ToMpskprofileMpskGroupArrayOutput 

func (i MpskprofileMpskGroupArray) ToMpskprofileMpskGroupArrayOutput() MpskprofileMpskGroupArrayOutput

func (MpskprofileMpskGroupArray) ToMpskprofileMpskGroupArrayOutputWithContext 

func (i MpskprofileMpskGroupArray) ToMpskprofileMpskGroupArrayOutputWithContext(ctx context.Context) MpskprofileMpskGroupArrayOutput

type MpskprofileMpskGroupArrayInput 

type MpskprofileMpskGroupArrayInput interface {
	pulumi.Input

	ToMpskprofileMpskGroupArrayOutput() MpskprofileMpskGroupArrayOutput
	ToMpskprofileMpskGroupArrayOutputWithContext(context.Context) MpskprofileMpskGroupArrayOutput
}

MpskprofileMpskGroupArrayInput is an input type that accepts MpskprofileMpskGroupArray and MpskprofileMpskGroupArrayOutput values. You can construct a concrete instance of `MpskprofileMpskGroupArrayInput` via: 

MpskprofileMpskGroupArray{ MpskprofileMpskGroupArgs{...} }

type MpskprofileMpskGroupArrayOutput 

type MpskprofileMpskGroupArrayOutput struct{ *pulumi.OutputState }

func (MpskprofileMpskGroupArrayOutput) ElementType 

func (MpskprofileMpskGroupArrayOutput) ElementType() reflect.Type

func (MpskprofileMpskGroupArrayOutput) Index 

func (o MpskprofileMpskGroupArrayOutput) Index(i pulumi.IntInput) MpskprofileMpskGroupOutput

func (MpskprofileMpskGroupArrayOutput) ToMpskprofileMpskGroupArrayOutput 

func (o MpskprofileMpskGroupArrayOutput) ToMpskprofileMpskGroupArrayOutput() MpskprofileMpskGroupArrayOutput

func (MpskprofileMpskGroupArrayOutput) ToMpskprofileMpskGroupArrayOutputWithContext 

func (o MpskprofileMpskGroupArrayOutput) ToMpskprofileMpskGroupArrayOutputWithContext(ctx context.Context) MpskprofileMpskGroupArrayOutput

type MpskprofileMpskGroupInput 

type MpskprofileMpskGroupInput interface {
	pulumi.Input

	ToMpskprofileMpskGroupOutput() MpskprofileMpskGroupOutput
	ToMpskprofileMpskGroupOutputWithContext(context.Context) MpskprofileMpskGroupOutput
}

MpskprofileMpskGroupInput is an input type that accepts MpskprofileMpskGroupArgs and MpskprofileMpskGroupOutput values. You can construct a concrete instance of `MpskprofileMpskGroupInput` via: 

MpskprofileMpskGroupArgs{...}

type MpskprofileMpskGroupMpskKey 

type MpskprofileMpskGroupMpskKey struct {
	// Comment.
	Comment *string `pulumi:"comment"`
	// MPSK client limit type options. Valid values: `default`, `unlimited`, `specified`.
	ConcurrentClientLimitType *string `pulumi:"concurrentClientLimitType"`
	// Number of clients that can connect using this pre-shared key (1 - 65535, default is 256).
	ConcurrentClients *int `pulumi:"concurrentClients"`
	// MAC address.
	Mac *string `pulumi:"mac"`
	// Firewall schedule for MPSK passphrase. The passphrase will be effective only when at least one schedule is valid. The structure of `mpskSchedules` block is documented below.
	MpskSchedules []MpskprofileMpskGroupMpskKeyMpskSchedule `pulumi:"mpskSchedules"`
	// Pre-shared key name.
	Name *string `pulumi:"name"`
	// WPA Pre-shared key.
	Passphrase *string `pulumi:"passphrase"`
}

type MpskprofileMpskGroupMpskKeyArgs 

type MpskprofileMpskGroupMpskKeyArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput `pulumi:"comment"`
	// MPSK client limit type options. Valid values: `default`, `unlimited`, `specified`.
	ConcurrentClientLimitType pulumi.StringPtrInput `pulumi:"concurrentClientLimitType"`
	// Number of clients that can connect using this pre-shared key (1 - 65535, default is 256).
	ConcurrentClients pulumi.IntPtrInput `pulumi:"concurrentClients"`
	// MAC address.
	Mac pulumi.StringPtrInput `pulumi:"mac"`
	// Firewall schedule for MPSK passphrase. The passphrase will be effective only when at least one schedule is valid. The structure of `mpskSchedules` block is documented below.
	MpskSchedules MpskprofileMpskGroupMpskKeyMpskScheduleArrayInput `pulumi:"mpskSchedules"`
	// Pre-shared key name.
	Name pulumi.StringPtrInput `pulumi:"name"`
	// WPA Pre-shared key.
	Passphrase pulumi.StringPtrInput `pulumi:"passphrase"`
}

func (MpskprofileMpskGroupMpskKeyArgs) ElementType 

func (MpskprofileMpskGroupMpskKeyArgs) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyArgs) ToMpskprofileMpskGroupMpskKeyOutput 

func (i MpskprofileMpskGroupMpskKeyArgs) ToMpskprofileMpskGroupMpskKeyOutput() MpskprofileMpskGroupMpskKeyOutput

func (MpskprofileMpskGroupMpskKeyArgs) ToMpskprofileMpskGroupMpskKeyOutputWithContext 

func (i MpskprofileMpskGroupMpskKeyArgs) ToMpskprofileMpskGroupMpskKeyOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyOutput

type MpskprofileMpskGroupMpskKeyArray 

type MpskprofileMpskGroupMpskKeyArray []MpskprofileMpskGroupMpskKeyInput

func (MpskprofileMpskGroupMpskKeyArray) ElementType 

func (MpskprofileMpskGroupMpskKeyArray) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyArray) ToMpskprofileMpskGroupMpskKeyArrayOutput 

func (i MpskprofileMpskGroupMpskKeyArray) ToMpskprofileMpskGroupMpskKeyArrayOutput() MpskprofileMpskGroupMpskKeyArrayOutput

func (MpskprofileMpskGroupMpskKeyArray) ToMpskprofileMpskGroupMpskKeyArrayOutputWithContext 

func (i MpskprofileMpskGroupMpskKeyArray) ToMpskprofileMpskGroupMpskKeyArrayOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyArrayOutput

type MpskprofileMpskGroupMpskKeyArrayInput 

type MpskprofileMpskGroupMpskKeyArrayInput interface {
	pulumi.Input

	ToMpskprofileMpskGroupMpskKeyArrayOutput() MpskprofileMpskGroupMpskKeyArrayOutput
	ToMpskprofileMpskGroupMpskKeyArrayOutputWithContext(context.Context) MpskprofileMpskGroupMpskKeyArrayOutput
}

MpskprofileMpskGroupMpskKeyArrayInput is an input type that accepts MpskprofileMpskGroupMpskKeyArray and MpskprofileMpskGroupMpskKeyArrayOutput values. You can construct a concrete instance of `MpskprofileMpskGroupMpskKeyArrayInput` via: 

MpskprofileMpskGroupMpskKeyArray{ MpskprofileMpskGroupMpskKeyArgs{...} }

type MpskprofileMpskGroupMpskKeyArrayOutput 

type MpskprofileMpskGroupMpskKeyArrayOutput struct{ *pulumi.OutputState }

func (MpskprofileMpskGroupMpskKeyArrayOutput) ElementType 

func (MpskprofileMpskGroupMpskKeyArrayOutput) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyArrayOutput) Index 

func (o MpskprofileMpskGroupMpskKeyArrayOutput) Index(i pulumi.IntInput) MpskprofileMpskGroupMpskKeyOutput

func (MpskprofileMpskGroupMpskKeyArrayOutput) ToMpskprofileMpskGroupMpskKeyArrayOutput 

func (o MpskprofileMpskGroupMpskKeyArrayOutput) ToMpskprofileMpskGroupMpskKeyArrayOutput() MpskprofileMpskGroupMpskKeyArrayOutput

func (MpskprofileMpskGroupMpskKeyArrayOutput) ToMpskprofileMpskGroupMpskKeyArrayOutputWithContext 

func (o MpskprofileMpskGroupMpskKeyArrayOutput) ToMpskprofileMpskGroupMpskKeyArrayOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyArrayOutput

type MpskprofileMpskGroupMpskKeyInput 

type MpskprofileMpskGroupMpskKeyInput interface {
	pulumi.Input

	ToMpskprofileMpskGroupMpskKeyOutput() MpskprofileMpskGroupMpskKeyOutput
	ToMpskprofileMpskGroupMpskKeyOutputWithContext(context.Context) MpskprofileMpskGroupMpskKeyOutput
}

MpskprofileMpskGroupMpskKeyInput is an input type that accepts MpskprofileMpskGroupMpskKeyArgs and MpskprofileMpskGroupMpskKeyOutput values. You can construct a concrete instance of `MpskprofileMpskGroupMpskKeyInput` via: 

MpskprofileMpskGroupMpskKeyArgs{...}

type MpskprofileMpskGroupMpskKeyMpskSchedule 

type MpskprofileMpskGroupMpskKeyMpskSchedule struct {
	// Schedule name.
	Name *string `pulumi:"name"`
}

type MpskprofileMpskGroupMpskKeyMpskScheduleArgs 

type MpskprofileMpskGroupMpskKeyMpskScheduleArgs struct {
	// Schedule name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (MpskprofileMpskGroupMpskKeyMpskScheduleArgs) ElementType 

func (MpskprofileMpskGroupMpskKeyMpskScheduleArgs) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyMpskScheduleArgs) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutput 

func (i MpskprofileMpskGroupMpskKeyMpskScheduleArgs) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutput() MpskprofileMpskGroupMpskKeyMpskScheduleOutput

func (MpskprofileMpskGroupMpskKeyMpskScheduleArgs) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutputWithContext 

func (i MpskprofileMpskGroupMpskKeyMpskScheduleArgs) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyMpskScheduleOutput

type MpskprofileMpskGroupMpskKeyMpskScheduleArray 

type MpskprofileMpskGroupMpskKeyMpskScheduleArray []MpskprofileMpskGroupMpskKeyMpskScheduleInput

func (MpskprofileMpskGroupMpskKeyMpskScheduleArray) ElementType 

func (MpskprofileMpskGroupMpskKeyMpskScheduleArray) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyMpskScheduleArray) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput 

func (i MpskprofileMpskGroupMpskKeyMpskScheduleArray) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput() MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput

func (MpskprofileMpskGroupMpskKeyMpskScheduleArray) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutputWithContext 

func (i MpskprofileMpskGroupMpskKeyMpskScheduleArray) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput

type MpskprofileMpskGroupMpskKeyMpskScheduleArrayInput 

type MpskprofileMpskGroupMpskKeyMpskScheduleArrayInput interface {
	pulumi.Input

	ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput() MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput
	ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutputWithContext(context.Context) MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput
}

MpskprofileMpskGroupMpskKeyMpskScheduleArrayInput is an input type that accepts MpskprofileMpskGroupMpskKeyMpskScheduleArray and MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput values. You can construct a concrete instance of `MpskprofileMpskGroupMpskKeyMpskScheduleArrayInput` via: 

MpskprofileMpskGroupMpskKeyMpskScheduleArray{ MpskprofileMpskGroupMpskKeyMpskScheduleArgs{...} }

type MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput 

type MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput struct{ *pulumi.OutputState }

func (MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) ElementType 

func (MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) Index 

func (o MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) Index(i pulumi.IntInput) MpskprofileMpskGroupMpskKeyMpskScheduleOutput

func (MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput 

func (o MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput() MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput

func (MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutputWithContext 

func (o MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleArrayOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput

type MpskprofileMpskGroupMpskKeyMpskScheduleInput 

type MpskprofileMpskGroupMpskKeyMpskScheduleInput interface {
	pulumi.Input

	ToMpskprofileMpskGroupMpskKeyMpskScheduleOutput() MpskprofileMpskGroupMpskKeyMpskScheduleOutput
	ToMpskprofileMpskGroupMpskKeyMpskScheduleOutputWithContext(context.Context) MpskprofileMpskGroupMpskKeyMpskScheduleOutput
}

MpskprofileMpskGroupMpskKeyMpskScheduleInput is an input type that accepts MpskprofileMpskGroupMpskKeyMpskScheduleArgs and MpskprofileMpskGroupMpskKeyMpskScheduleOutput values. You can construct a concrete instance of `MpskprofileMpskGroupMpskKeyMpskScheduleInput` via: 

MpskprofileMpskGroupMpskKeyMpskScheduleArgs{...}

type MpskprofileMpskGroupMpskKeyMpskScheduleOutput 

type MpskprofileMpskGroupMpskKeyMpskScheduleOutput struct{ *pulumi.OutputState }

func (MpskprofileMpskGroupMpskKeyMpskScheduleOutput) ElementType 

func (MpskprofileMpskGroupMpskKeyMpskScheduleOutput) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyMpskScheduleOutput) Name 

func (o MpskprofileMpskGroupMpskKeyMpskScheduleOutput) Name() pulumi.StringPtrOutput

Schedule name.

func (MpskprofileMpskGroupMpskKeyMpskScheduleOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutput 

func (o MpskprofileMpskGroupMpskKeyMpskScheduleOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutput() MpskprofileMpskGroupMpskKeyMpskScheduleOutput

func (MpskprofileMpskGroupMpskKeyMpskScheduleOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutputWithContext 

func (o MpskprofileMpskGroupMpskKeyMpskScheduleOutput) ToMpskprofileMpskGroupMpskKeyMpskScheduleOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyMpskScheduleOutput

type MpskprofileMpskGroupMpskKeyOutput 

type MpskprofileMpskGroupMpskKeyOutput struct{ *pulumi.OutputState }

func (MpskprofileMpskGroupMpskKeyOutput) Comment 

func (o MpskprofileMpskGroupMpskKeyOutput) Comment() pulumi.StringPtrOutput

Comment.

func (MpskprofileMpskGroupMpskKeyOutput) ConcurrentClientLimitType 

func (o MpskprofileMpskGroupMpskKeyOutput) ConcurrentClientLimitType() pulumi.StringPtrOutput

MPSK client limit type options. Valid values: `default`, `unlimited`, `specified`.

func (MpskprofileMpskGroupMpskKeyOutput) ConcurrentClients 

func (o MpskprofileMpskGroupMpskKeyOutput) ConcurrentClients() pulumi.IntPtrOutput

Number of clients that can connect using this pre-shared key (1 - 65535, default is 256).

func (MpskprofileMpskGroupMpskKeyOutput) ElementType 

func (MpskprofileMpskGroupMpskKeyOutput) ElementType() reflect.Type

func (MpskprofileMpskGroupMpskKeyOutput) Mac 

func (o MpskprofileMpskGroupMpskKeyOutput) Mac() pulumi.StringPtrOutput

MAC address.

func (MpskprofileMpskGroupMpskKeyOutput) MpskSchedules 

func (o MpskprofileMpskGroupMpskKeyOutput) MpskSchedules() MpskprofileMpskGroupMpskKeyMpskScheduleArrayOutput

Firewall schedule for MPSK passphrase. The passphrase will be effective only when at least one schedule is valid. The structure of `mpskSchedules` block is documented below.

func (MpskprofileMpskGroupMpskKeyOutput) Name 

func (o MpskprofileMpskGroupMpskKeyOutput) Name() pulumi.StringPtrOutput

Pre-shared key name.

func (MpskprofileMpskGroupMpskKeyOutput) Passphrase 

func (o MpskprofileMpskGroupMpskKeyOutput) Passphrase() pulumi.StringPtrOutput

WPA Pre-shared key.

func (MpskprofileMpskGroupMpskKeyOutput) ToMpskprofileMpskGroupMpskKeyOutput 

func (o MpskprofileMpskGroupMpskKeyOutput) ToMpskprofileMpskGroupMpskKeyOutput() MpskprofileMpskGroupMpskKeyOutput

func (MpskprofileMpskGroupMpskKeyOutput) ToMpskprofileMpskGroupMpskKeyOutputWithContext 

func (o MpskprofileMpskGroupMpskKeyOutput) ToMpskprofileMpskGroupMpskKeyOutputWithContext(ctx context.Context) MpskprofileMpskGroupMpskKeyOutput

type MpskprofileMpskGroupOutput 

type MpskprofileMpskGroupOutput struct{ *pulumi.OutputState }

func (MpskprofileMpskGroupOutput) ElementType 

func (MpskprofileMpskGroupOutput) ElementType() reflect.Type

func (MpskprofileMpskGroupOutput) MpskKeys 

func (o MpskprofileMpskGroupOutput) MpskKeys() MpskprofileMpskGroupMpskKeyArrayOutput

List of multiple PSK entries. The structure of `mpskKey` block is documented below.

func (MpskprofileMpskGroupOutput) Name 

func (o MpskprofileMpskGroupOutput) Name() pulumi.StringPtrOutput

MPSK group name.

func (MpskprofileMpskGroupOutput) ToMpskprofileMpskGroupOutput 

func (o MpskprofileMpskGroupOutput) ToMpskprofileMpskGroupOutput() MpskprofileMpskGroupOutput

func (MpskprofileMpskGroupOutput) ToMpskprofileMpskGroupOutputWithContext 

func (o MpskprofileMpskGroupOutput) ToMpskprofileMpskGroupOutputWithContext(ctx context.Context) MpskprofileMpskGroupOutput

func (MpskprofileMpskGroupOutput) VlanId 

func (o MpskprofileMpskGroupOutput) VlanId() pulumi.IntPtrOutput

Optional VLAN ID.

func (MpskprofileMpskGroupOutput) VlanType 

func (o MpskprofileMpskGroupOutput) VlanType() pulumi.StringPtrOutput

MPSK group VLAN options. Valid values: `no-vlan`, `fixed-vlan`.

type MpskprofileOutput 

type MpskprofileOutput struct{ *pulumi.OutputState }

func (MpskprofileOutput) DynamicSortSubtable 

func (o MpskprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (MpskprofileOutput) ElementType 

func (MpskprofileOutput) ElementType() reflect.Type

func (MpskprofileOutput) GetAllTables 

func (o MpskprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (MpskprofileOutput) MpskConcurrentClients 

func (o MpskprofileOutput) MpskConcurrentClients() pulumi.IntOutput

Maximum number of concurrent clients that connect using the same passphrase in multiple PSK authentication (0 - 65535, default = 0, meaning no limitation).

func (MpskprofileOutput) MpskGroups 

func (o MpskprofileOutput) MpskGroups() MpskprofileMpskGroupArrayOutput

List of multiple PSK groups. The structure of `mpskGroup` block is documented below.

func (MpskprofileOutput) Name 

func (o MpskprofileOutput) Name() pulumi.StringOutput

MPSK profile name.

func (MpskprofileOutput) ToMpskprofileOutput 

func (o MpskprofileOutput) ToMpskprofileOutput() MpskprofileOutput

func (MpskprofileOutput) ToMpskprofileOutputWithContext 

func (o MpskprofileOutput) ToMpskprofileOutputWithContext(ctx context.Context) MpskprofileOutput

func (MpskprofileOutput) Vdomparam 

func (o MpskprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type MpskprofileState 

type MpskprofileState struct {
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Maximum number of concurrent clients that connect using the same passphrase in multiple PSK authentication (0 - 65535, default = 0, meaning no limitation).
	MpskConcurrentClients pulumi.IntPtrInput
	// List of multiple PSK groups. The structure of `mpskGroup` block is documented below.
	MpskGroups MpskprofileMpskGroupArrayInput
	// MPSK profile name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (MpskprofileState) ElementType 

func (MpskprofileState) ElementType() reflect.Type

type Nacprofile 

type Nacprofile struct {
	pulumi.CustomResourceState

	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// Name.
	Name pulumi.StringOutput `pulumi:"name"`
	// VLAN interface name.
	OnboardingVlan pulumi.StringOutput `pulumi:"onboardingVlan"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure WiFi network access control (NAC) profiles. Applies to FortiOS Version `>= 7.0.1`.

## Import

WirelessController NacProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/nacprofile:Nacprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/nacprofile:Nacprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetNacprofile 

func GetNacprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *NacprofileState, opts ...pulumi.ResourceOption) (*Nacprofile, error)

GetNacprofile gets an existing Nacprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewNacprofile 

func NewNacprofile(ctx *pulumi.Context,
	name string, args *NacprofileArgs, opts ...pulumi.ResourceOption) (*Nacprofile, error)

NewNacprofile registers a new resource with the given unique name, arguments, and options.

func (*Nacprofile) ElementType 

func (*Nacprofile) ElementType() reflect.Type

func (*Nacprofile) ToNacprofileOutput 

func (i *Nacprofile) ToNacprofileOutput() NacprofileOutput

func (*Nacprofile) ToNacprofileOutputWithContext 

func (i *Nacprofile) ToNacprofileOutputWithContext(ctx context.Context) NacprofileOutput

type NacprofileArgs 

type NacprofileArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Name.
	Name pulumi.StringPtrInput
	// VLAN interface name.
	OnboardingVlan pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Nacprofile resource.

func (NacprofileArgs) ElementType 

func (NacprofileArgs) ElementType() reflect.Type

type NacprofileArray 

type NacprofileArray []NacprofileInput

func (NacprofileArray) ElementType 

func (NacprofileArray) ElementType() reflect.Type

func (NacprofileArray) ToNacprofileArrayOutput 

func (i NacprofileArray) ToNacprofileArrayOutput() NacprofileArrayOutput

func (NacprofileArray) ToNacprofileArrayOutputWithContext 

func (i NacprofileArray) ToNacprofileArrayOutputWithContext(ctx context.Context) NacprofileArrayOutput

type NacprofileArrayInput 

type NacprofileArrayInput interface {
	pulumi.Input

	ToNacprofileArrayOutput() NacprofileArrayOutput
	ToNacprofileArrayOutputWithContext(context.Context) NacprofileArrayOutput
}

NacprofileArrayInput is an input type that accepts NacprofileArray and NacprofileArrayOutput values. You can construct a concrete instance of `NacprofileArrayInput` via: 

NacprofileArray{ NacprofileArgs{...} }

type NacprofileArrayOutput 

type NacprofileArrayOutput struct{ *pulumi.OutputState }

func (NacprofileArrayOutput) ElementType 

func (NacprofileArrayOutput) ElementType() reflect.Type

func (NacprofileArrayOutput) Index 

func (o NacprofileArrayOutput) Index(i pulumi.IntInput) NacprofileOutput

func (NacprofileArrayOutput) ToNacprofileArrayOutput 

func (o NacprofileArrayOutput) ToNacprofileArrayOutput() NacprofileArrayOutput

func (NacprofileArrayOutput) ToNacprofileArrayOutputWithContext 

func (o NacprofileArrayOutput) ToNacprofileArrayOutputWithContext(ctx context.Context) NacprofileArrayOutput

type NacprofileInput 

type NacprofileInput interface {
	pulumi.Input

	ToNacprofileOutput() NacprofileOutput
	ToNacprofileOutputWithContext(ctx context.Context) NacprofileOutput
}

type NacprofileMap 

type NacprofileMap map[string]NacprofileInput

func (NacprofileMap) ElementType 

func (NacprofileMap) ElementType() reflect.Type

func (NacprofileMap) ToNacprofileMapOutput 

func (i NacprofileMap) ToNacprofileMapOutput() NacprofileMapOutput

func (NacprofileMap) ToNacprofileMapOutputWithContext 

func (i NacprofileMap) ToNacprofileMapOutputWithContext(ctx context.Context) NacprofileMapOutput

type NacprofileMapInput 

type NacprofileMapInput interface {
	pulumi.Input

	ToNacprofileMapOutput() NacprofileMapOutput
	ToNacprofileMapOutputWithContext(context.Context) NacprofileMapOutput
}

NacprofileMapInput is an input type that accepts NacprofileMap and NacprofileMapOutput values. You can construct a concrete instance of `NacprofileMapInput` via: 

NacprofileMap{ "key": NacprofileArgs{...} }

type NacprofileMapOutput 

type NacprofileMapOutput struct{ *pulumi.OutputState }

func (NacprofileMapOutput) ElementType 

func (NacprofileMapOutput) ElementType() reflect.Type

func (NacprofileMapOutput) MapIndex 

func (o NacprofileMapOutput) MapIndex(k pulumi.StringInput) NacprofileOutput

func (NacprofileMapOutput) ToNacprofileMapOutput 

func (o NacprofileMapOutput) ToNacprofileMapOutput() NacprofileMapOutput

func (NacprofileMapOutput) ToNacprofileMapOutputWithContext 

func (o NacprofileMapOutput) ToNacprofileMapOutputWithContext(ctx context.Context) NacprofileMapOutput

type NacprofileOutput 

type NacprofileOutput struct{ *pulumi.OutputState }

func (NacprofileOutput) Comment 

func (o NacprofileOutput) Comment() pulumi.StringPtrOutput

Comment.

func (NacprofileOutput) ElementType 

func (NacprofileOutput) ElementType() reflect.Type

func (NacprofileOutput) Name 

func (o NacprofileOutput) Name() pulumi.StringOutput

Name.

func (NacprofileOutput) OnboardingVlan 

func (o NacprofileOutput) OnboardingVlan() pulumi.StringOutput

VLAN interface name.

func (NacprofileOutput) ToNacprofileOutput 

func (o NacprofileOutput) ToNacprofileOutput() NacprofileOutput

func (NacprofileOutput) ToNacprofileOutputWithContext 

func (o NacprofileOutput) ToNacprofileOutputWithContext(ctx context.Context) NacprofileOutput

func (NacprofileOutput) Vdomparam 

func (o NacprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type NacprofileState 

type NacprofileState struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Name.
	Name pulumi.StringPtrInput
	// VLAN interface name.
	OnboardingVlan pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (NacprofileState) ElementType 

func (NacprofileState) ElementType() reflect.Type

type Qosprofile 

type Qosprofile struct {
	pulumi.CustomResourceState

	// Enable/disable WMM bandwidth admission control. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringOutput `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntOutput `pulumi:"bandwidthCapacity"`
	// Enable/disable client rate burst. Valid values: `enable`, `disable`.
	Burst pulumi.StringOutput `pulumi:"burst"`
	// Enable/disable WMM call admission control. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringOutput `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones allowed (0 - 60, default = 10).
	CallCapacity pulumi.IntOutput `pulumi:"callCapacity"`
	// Comment.
	Comment pulumi.StringOutput `pulumi:"comment"`
	// Maximum downlink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).
	Downlink pulumi.IntOutput `pulumi:"downlink"`
	// Maximum downlink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).
	DownlinkSta pulumi.IntOutput `pulumi:"downlinkSta"`
	// DSCP mapping for best effort access (default = 0 24). The structure of `dscpWmmBe` block is documented below.
	DscpWmmBes QosprofileDscpWmmBeArrayOutput `pulumi:"dscpWmmBes"`
	// DSCP mapping for background access (default = 8 16). The structure of `dscpWmmBk` block is documented below.
	DscpWmmBks QosprofileDscpWmmBkArrayOutput `pulumi:"dscpWmmBks"`
	// Enable/disable Differentiated Services Code Point (DSCP) mapping. Valid values: `enable`, `disable`.
	DscpWmmMapping pulumi.StringOutput `pulumi:"dscpWmmMapping"`
	// DSCP mapping for video access (default = 32 40). The structure of `dscpWmmVi` block is documented below.
	DscpWmmVis QosprofileDscpWmmViArrayOutput `pulumi:"dscpWmmVis"`
	// DSCP mapping for voice access (default = 48 56). The structure of `dscpWmmVo` block is documented below.
	DscpWmmVos QosprofileDscpWmmVoArrayOutput `pulumi:"dscpWmmVos"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// WiFi QoS profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Maximum uplink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).
	Uplink pulumi.IntOutput `pulumi:"uplink"`
	// Maximum uplink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).
	UplinkSta pulumi.IntOutput `pulumi:"uplinkSta"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Enable/disable WiFi multi-media (WMM) control. Valid values: `enable`, `disable`.
	Wmm pulumi.StringOutput `pulumi:"wmm"`
	// DSCP marking for best effort access (default = 0).
	WmmBeDscp pulumi.IntOutput `pulumi:"wmmBeDscp"`
	// DSCP marking for background access (default = 8).
	WmmBkDscp pulumi.IntOutput `pulumi:"wmmBkDscp"`
	// Enable/disable WMM Differentiated Services Code Point (DSCP) marking. Valid values: `enable`, `disable`.
	WmmDscpMarking pulumi.StringOutput `pulumi:"wmmDscpMarking"`
	// Enable/disable WMM Unscheduled Automatic Power Save Delivery (U-APSD) power save mode. Valid values: `enable`, `disable`.
	WmmUapsd pulumi.StringOutput `pulumi:"wmmUapsd"`
	// DSCP marking for video access (default = 32).
	WmmViDscp pulumi.IntOutput `pulumi:"wmmViDscp"`
	// DSCP marking for voice access (default = 48).
	WmmVoDscp pulumi.IntOutput `pulumi:"wmmVoDscp"`
}

Configure WiFi quality of service (QoS) profiles.

## Import

WirelessController QosProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/qosprofile:Qosprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/qosprofile:Qosprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetQosprofile 

func GetQosprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *QosprofileState, opts ...pulumi.ResourceOption) (*Qosprofile, error)

GetQosprofile gets an existing Qosprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewQosprofile 

func NewQosprofile(ctx *pulumi.Context,
	name string, args *QosprofileArgs, opts ...pulumi.ResourceOption) (*Qosprofile, error)

NewQosprofile registers a new resource with the given unique name, arguments, and options.

func (*Qosprofile) ElementType 

func (*Qosprofile) ElementType() reflect.Type

func (*Qosprofile) ToQosprofileOutput 

func (i *Qosprofile) ToQosprofileOutput() QosprofileOutput

func (*Qosprofile) ToQosprofileOutputWithContext 

func (i *Qosprofile) ToQosprofileOutputWithContext(ctx context.Context) QosprofileOutput

type QosprofileArgs 

type QosprofileArgs struct {
	// Enable/disable WMM bandwidth admission control. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringPtrInput
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntPtrInput
	// Enable/disable client rate burst. Valid values: `enable`, `disable`.
	Burst pulumi.StringPtrInput
	// Enable/disable WMM call admission control. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringPtrInput
	// Maximum number of Voice over WLAN (VoWLAN) phones allowed (0 - 60, default = 10).
	CallCapacity pulumi.IntPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Maximum downlink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).
	Downlink pulumi.IntPtrInput
	// Maximum downlink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).
	DownlinkSta pulumi.IntPtrInput
	// DSCP mapping for best effort access (default = 0 24). The structure of `dscpWmmBe` block is documented below.
	DscpWmmBes QosprofileDscpWmmBeArrayInput
	// DSCP mapping for background access (default = 8 16). The structure of `dscpWmmBk` block is documented below.
	DscpWmmBks QosprofileDscpWmmBkArrayInput
	// Enable/disable Differentiated Services Code Point (DSCP) mapping. Valid values: `enable`, `disable`.
	DscpWmmMapping pulumi.StringPtrInput
	// DSCP mapping for video access (default = 32 40). The structure of `dscpWmmVi` block is documented below.
	DscpWmmVis QosprofileDscpWmmViArrayInput
	// DSCP mapping for voice access (default = 48 56). The structure of `dscpWmmVo` block is documented below.
	DscpWmmVos QosprofileDscpWmmVoArrayInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// WiFi QoS profile name.
	Name pulumi.StringPtrInput
	// Maximum uplink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).
	Uplink pulumi.IntPtrInput
	// Maximum uplink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).
	UplinkSta pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable WiFi multi-media (WMM) control. Valid values: `enable`, `disable`.
	Wmm pulumi.StringPtrInput
	// DSCP marking for best effort access (default = 0).
	WmmBeDscp pulumi.IntPtrInput
	// DSCP marking for background access (default = 8).
	WmmBkDscp pulumi.IntPtrInput
	// Enable/disable WMM Differentiated Services Code Point (DSCP) marking. Valid values: `enable`, `disable`.
	WmmDscpMarking pulumi.StringPtrInput
	// Enable/disable WMM Unscheduled Automatic Power Save Delivery (U-APSD) power save mode. Valid values: `enable`, `disable`.
	WmmUapsd pulumi.StringPtrInput
	// DSCP marking for video access (default = 32).
	WmmViDscp pulumi.IntPtrInput
	// DSCP marking for voice access (default = 48).
	WmmVoDscp pulumi.IntPtrInput
}

The set of arguments for constructing a Qosprofile resource.

func (QosprofileArgs) ElementType 

func (QosprofileArgs) ElementType() reflect.Type

type QosprofileArray 

type QosprofileArray []QosprofileInput

func (QosprofileArray) ElementType 

func (QosprofileArray) ElementType() reflect.Type

func (QosprofileArray) ToQosprofileArrayOutput 

func (i QosprofileArray) ToQosprofileArrayOutput() QosprofileArrayOutput

func (QosprofileArray) ToQosprofileArrayOutputWithContext 

func (i QosprofileArray) ToQosprofileArrayOutputWithContext(ctx context.Context) QosprofileArrayOutput

type QosprofileArrayInput 

type QosprofileArrayInput interface {
	pulumi.Input

	ToQosprofileArrayOutput() QosprofileArrayOutput
	ToQosprofileArrayOutputWithContext(context.Context) QosprofileArrayOutput
}

QosprofileArrayInput is an input type that accepts QosprofileArray and QosprofileArrayOutput values. You can construct a concrete instance of `QosprofileArrayInput` via: 

QosprofileArray{ QosprofileArgs{...} }

type QosprofileArrayOutput 

type QosprofileArrayOutput struct{ *pulumi.OutputState }

func (QosprofileArrayOutput) ElementType 

func (QosprofileArrayOutput) ElementType() reflect.Type

func (QosprofileArrayOutput) Index 

func (o QosprofileArrayOutput) Index(i pulumi.IntInput) QosprofileOutput

func (QosprofileArrayOutput) ToQosprofileArrayOutput 

func (o QosprofileArrayOutput) ToQosprofileArrayOutput() QosprofileArrayOutput

func (QosprofileArrayOutput) ToQosprofileArrayOutputWithContext 

func (o QosprofileArrayOutput) ToQosprofileArrayOutputWithContext(ctx context.Context) QosprofileArrayOutput

type QosprofileDscpWmmBe 

type QosprofileDscpWmmBe struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id *int `pulumi:"id"`
}

type QosprofileDscpWmmBeArgs 

type QosprofileDscpWmmBeArgs struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id pulumi.IntPtrInput `pulumi:"id"`
}

func (QosprofileDscpWmmBeArgs) ElementType 

func (QosprofileDscpWmmBeArgs) ElementType() reflect.Type

func (QosprofileDscpWmmBeArgs) ToQosprofileDscpWmmBeOutput 

func (i QosprofileDscpWmmBeArgs) ToQosprofileDscpWmmBeOutput() QosprofileDscpWmmBeOutput

func (QosprofileDscpWmmBeArgs) ToQosprofileDscpWmmBeOutputWithContext 

func (i QosprofileDscpWmmBeArgs) ToQosprofileDscpWmmBeOutputWithContext(ctx context.Context) QosprofileDscpWmmBeOutput

type QosprofileDscpWmmBeArray 

type QosprofileDscpWmmBeArray []QosprofileDscpWmmBeInput

func (QosprofileDscpWmmBeArray) ElementType 

func (QosprofileDscpWmmBeArray) ElementType() reflect.Type

func (QosprofileDscpWmmBeArray) ToQosprofileDscpWmmBeArrayOutput 

func (i QosprofileDscpWmmBeArray) ToQosprofileDscpWmmBeArrayOutput() QosprofileDscpWmmBeArrayOutput

func (QosprofileDscpWmmBeArray) ToQosprofileDscpWmmBeArrayOutputWithContext 

func (i QosprofileDscpWmmBeArray) ToQosprofileDscpWmmBeArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmBeArrayOutput

type QosprofileDscpWmmBeArrayInput 

type QosprofileDscpWmmBeArrayInput interface {
	pulumi.Input

	ToQosprofileDscpWmmBeArrayOutput() QosprofileDscpWmmBeArrayOutput
	ToQosprofileDscpWmmBeArrayOutputWithContext(context.Context) QosprofileDscpWmmBeArrayOutput
}

QosprofileDscpWmmBeArrayInput is an input type that accepts QosprofileDscpWmmBeArray and QosprofileDscpWmmBeArrayOutput values. You can construct a concrete instance of `QosprofileDscpWmmBeArrayInput` via: 

QosprofileDscpWmmBeArray{ QosprofileDscpWmmBeArgs{...} }

type QosprofileDscpWmmBeArrayOutput 

type QosprofileDscpWmmBeArrayOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmBeArrayOutput) ElementType 

func (QosprofileDscpWmmBeArrayOutput) ElementType() reflect.Type

func (QosprofileDscpWmmBeArrayOutput) Index 

func (o QosprofileDscpWmmBeArrayOutput) Index(i pulumi.IntInput) QosprofileDscpWmmBeOutput

func (QosprofileDscpWmmBeArrayOutput) ToQosprofileDscpWmmBeArrayOutput 

func (o QosprofileDscpWmmBeArrayOutput) ToQosprofileDscpWmmBeArrayOutput() QosprofileDscpWmmBeArrayOutput

func (QosprofileDscpWmmBeArrayOutput) ToQosprofileDscpWmmBeArrayOutputWithContext 

func (o QosprofileDscpWmmBeArrayOutput) ToQosprofileDscpWmmBeArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmBeArrayOutput

type QosprofileDscpWmmBeInput 

type QosprofileDscpWmmBeInput interface {
	pulumi.Input

	ToQosprofileDscpWmmBeOutput() QosprofileDscpWmmBeOutput
	ToQosprofileDscpWmmBeOutputWithContext(context.Context) QosprofileDscpWmmBeOutput
}

QosprofileDscpWmmBeInput is an input type that accepts QosprofileDscpWmmBeArgs and QosprofileDscpWmmBeOutput values. You can construct a concrete instance of `QosprofileDscpWmmBeInput` via: 

QosprofileDscpWmmBeArgs{...}

type QosprofileDscpWmmBeOutput 

type QosprofileDscpWmmBeOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmBeOutput) ElementType 

func (QosprofileDscpWmmBeOutput) ElementType() reflect.Type

func (QosprofileDscpWmmBeOutput) Id 

func (o QosprofileDscpWmmBeOutput) Id() pulumi.IntPtrOutput

DSCP WMM mapping numbers (0 - 63).

func (QosprofileDscpWmmBeOutput) ToQosprofileDscpWmmBeOutput 

func (o QosprofileDscpWmmBeOutput) ToQosprofileDscpWmmBeOutput() QosprofileDscpWmmBeOutput

func (QosprofileDscpWmmBeOutput) ToQosprofileDscpWmmBeOutputWithContext 

func (o QosprofileDscpWmmBeOutput) ToQosprofileDscpWmmBeOutputWithContext(ctx context.Context) QosprofileDscpWmmBeOutput

type QosprofileDscpWmmBk 

type QosprofileDscpWmmBk struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id *int `pulumi:"id"`
}

type QosprofileDscpWmmBkArgs 

type QosprofileDscpWmmBkArgs struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id pulumi.IntPtrInput `pulumi:"id"`
}

func (QosprofileDscpWmmBkArgs) ElementType 

func (QosprofileDscpWmmBkArgs) ElementType() reflect.Type

func (QosprofileDscpWmmBkArgs) ToQosprofileDscpWmmBkOutput 

func (i QosprofileDscpWmmBkArgs) ToQosprofileDscpWmmBkOutput() QosprofileDscpWmmBkOutput

func (QosprofileDscpWmmBkArgs) ToQosprofileDscpWmmBkOutputWithContext 

func (i QosprofileDscpWmmBkArgs) ToQosprofileDscpWmmBkOutputWithContext(ctx context.Context) QosprofileDscpWmmBkOutput

type QosprofileDscpWmmBkArray 

type QosprofileDscpWmmBkArray []QosprofileDscpWmmBkInput

func (QosprofileDscpWmmBkArray) ElementType 

func (QosprofileDscpWmmBkArray) ElementType() reflect.Type

func (QosprofileDscpWmmBkArray) ToQosprofileDscpWmmBkArrayOutput 

func (i QosprofileDscpWmmBkArray) ToQosprofileDscpWmmBkArrayOutput() QosprofileDscpWmmBkArrayOutput

func (QosprofileDscpWmmBkArray) ToQosprofileDscpWmmBkArrayOutputWithContext 

func (i QosprofileDscpWmmBkArray) ToQosprofileDscpWmmBkArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmBkArrayOutput

type QosprofileDscpWmmBkArrayInput 

type QosprofileDscpWmmBkArrayInput interface {
	pulumi.Input

	ToQosprofileDscpWmmBkArrayOutput() QosprofileDscpWmmBkArrayOutput
	ToQosprofileDscpWmmBkArrayOutputWithContext(context.Context) QosprofileDscpWmmBkArrayOutput
}

QosprofileDscpWmmBkArrayInput is an input type that accepts QosprofileDscpWmmBkArray and QosprofileDscpWmmBkArrayOutput values. You can construct a concrete instance of `QosprofileDscpWmmBkArrayInput` via: 

QosprofileDscpWmmBkArray{ QosprofileDscpWmmBkArgs{...} }

type QosprofileDscpWmmBkArrayOutput 

type QosprofileDscpWmmBkArrayOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmBkArrayOutput) ElementType 

func (QosprofileDscpWmmBkArrayOutput) ElementType() reflect.Type

func (QosprofileDscpWmmBkArrayOutput) Index 

func (o QosprofileDscpWmmBkArrayOutput) Index(i pulumi.IntInput) QosprofileDscpWmmBkOutput

func (QosprofileDscpWmmBkArrayOutput) ToQosprofileDscpWmmBkArrayOutput 

func (o QosprofileDscpWmmBkArrayOutput) ToQosprofileDscpWmmBkArrayOutput() QosprofileDscpWmmBkArrayOutput

func (QosprofileDscpWmmBkArrayOutput) ToQosprofileDscpWmmBkArrayOutputWithContext 

func (o QosprofileDscpWmmBkArrayOutput) ToQosprofileDscpWmmBkArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmBkArrayOutput

type QosprofileDscpWmmBkInput 

type QosprofileDscpWmmBkInput interface {
	pulumi.Input

	ToQosprofileDscpWmmBkOutput() QosprofileDscpWmmBkOutput
	ToQosprofileDscpWmmBkOutputWithContext(context.Context) QosprofileDscpWmmBkOutput
}

QosprofileDscpWmmBkInput is an input type that accepts QosprofileDscpWmmBkArgs and QosprofileDscpWmmBkOutput values. You can construct a concrete instance of `QosprofileDscpWmmBkInput` via: 

QosprofileDscpWmmBkArgs{...}

type QosprofileDscpWmmBkOutput 

type QosprofileDscpWmmBkOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmBkOutput) ElementType 

func (QosprofileDscpWmmBkOutput) ElementType() reflect.Type

func (QosprofileDscpWmmBkOutput) Id 

func (o QosprofileDscpWmmBkOutput) Id() pulumi.IntPtrOutput

DSCP WMM mapping numbers (0 - 63).

func (QosprofileDscpWmmBkOutput) ToQosprofileDscpWmmBkOutput 

func (o QosprofileDscpWmmBkOutput) ToQosprofileDscpWmmBkOutput() QosprofileDscpWmmBkOutput

func (QosprofileDscpWmmBkOutput) ToQosprofileDscpWmmBkOutputWithContext 

func (o QosprofileDscpWmmBkOutput) ToQosprofileDscpWmmBkOutputWithContext(ctx context.Context) QosprofileDscpWmmBkOutput

type QosprofileDscpWmmVi 

type QosprofileDscpWmmVi struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id *int `pulumi:"id"`
}

type QosprofileDscpWmmViArgs 

type QosprofileDscpWmmViArgs struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id pulumi.IntPtrInput `pulumi:"id"`
}

func (QosprofileDscpWmmViArgs) ElementType 

func (QosprofileDscpWmmViArgs) ElementType() reflect.Type

func (QosprofileDscpWmmViArgs) ToQosprofileDscpWmmViOutput 

func (i QosprofileDscpWmmViArgs) ToQosprofileDscpWmmViOutput() QosprofileDscpWmmViOutput

func (QosprofileDscpWmmViArgs) ToQosprofileDscpWmmViOutputWithContext 

func (i QosprofileDscpWmmViArgs) ToQosprofileDscpWmmViOutputWithContext(ctx context.Context) QosprofileDscpWmmViOutput

type QosprofileDscpWmmViArray 

type QosprofileDscpWmmViArray []QosprofileDscpWmmViInput

func (QosprofileDscpWmmViArray) ElementType 

func (QosprofileDscpWmmViArray) ElementType() reflect.Type

func (QosprofileDscpWmmViArray) ToQosprofileDscpWmmViArrayOutput 

func (i QosprofileDscpWmmViArray) ToQosprofileDscpWmmViArrayOutput() QosprofileDscpWmmViArrayOutput

func (QosprofileDscpWmmViArray) ToQosprofileDscpWmmViArrayOutputWithContext 

func (i QosprofileDscpWmmViArray) ToQosprofileDscpWmmViArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmViArrayOutput

type QosprofileDscpWmmViArrayInput 

type QosprofileDscpWmmViArrayInput interface {
	pulumi.Input

	ToQosprofileDscpWmmViArrayOutput() QosprofileDscpWmmViArrayOutput
	ToQosprofileDscpWmmViArrayOutputWithContext(context.Context) QosprofileDscpWmmViArrayOutput
}

QosprofileDscpWmmViArrayInput is an input type that accepts QosprofileDscpWmmViArray and QosprofileDscpWmmViArrayOutput values. You can construct a concrete instance of `QosprofileDscpWmmViArrayInput` via: 

QosprofileDscpWmmViArray{ QosprofileDscpWmmViArgs{...} }

type QosprofileDscpWmmViArrayOutput 

type QosprofileDscpWmmViArrayOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmViArrayOutput) ElementType 

func (QosprofileDscpWmmViArrayOutput) ElementType() reflect.Type

func (QosprofileDscpWmmViArrayOutput) Index 

func (o QosprofileDscpWmmViArrayOutput) Index(i pulumi.IntInput) QosprofileDscpWmmViOutput

func (QosprofileDscpWmmViArrayOutput) ToQosprofileDscpWmmViArrayOutput 

func (o QosprofileDscpWmmViArrayOutput) ToQosprofileDscpWmmViArrayOutput() QosprofileDscpWmmViArrayOutput

func (QosprofileDscpWmmViArrayOutput) ToQosprofileDscpWmmViArrayOutputWithContext 

func (o QosprofileDscpWmmViArrayOutput) ToQosprofileDscpWmmViArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmViArrayOutput

type QosprofileDscpWmmViInput 

type QosprofileDscpWmmViInput interface {
	pulumi.Input

	ToQosprofileDscpWmmViOutput() QosprofileDscpWmmViOutput
	ToQosprofileDscpWmmViOutputWithContext(context.Context) QosprofileDscpWmmViOutput
}

QosprofileDscpWmmViInput is an input type that accepts QosprofileDscpWmmViArgs and QosprofileDscpWmmViOutput values. You can construct a concrete instance of `QosprofileDscpWmmViInput` via: 

QosprofileDscpWmmViArgs{...}

type QosprofileDscpWmmViOutput 

type QosprofileDscpWmmViOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmViOutput) ElementType 

func (QosprofileDscpWmmViOutput) ElementType() reflect.Type

func (QosprofileDscpWmmViOutput) Id 

func (o QosprofileDscpWmmViOutput) Id() pulumi.IntPtrOutput

DSCP WMM mapping numbers (0 - 63).

func (QosprofileDscpWmmViOutput) ToQosprofileDscpWmmViOutput 

func (o QosprofileDscpWmmViOutput) ToQosprofileDscpWmmViOutput() QosprofileDscpWmmViOutput

func (QosprofileDscpWmmViOutput) ToQosprofileDscpWmmViOutputWithContext 

func (o QosprofileDscpWmmViOutput) ToQosprofileDscpWmmViOutputWithContext(ctx context.Context) QosprofileDscpWmmViOutput

type QosprofileDscpWmmVo 

type QosprofileDscpWmmVo struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id *int `pulumi:"id"`
}

type QosprofileDscpWmmVoArgs 

type QosprofileDscpWmmVoArgs struct {
	// DSCP WMM mapping numbers (0 - 63).
	Id pulumi.IntPtrInput `pulumi:"id"`
}

func (QosprofileDscpWmmVoArgs) ElementType 

func (QosprofileDscpWmmVoArgs) ElementType() reflect.Type

func (QosprofileDscpWmmVoArgs) ToQosprofileDscpWmmVoOutput 

func (i QosprofileDscpWmmVoArgs) ToQosprofileDscpWmmVoOutput() QosprofileDscpWmmVoOutput

func (QosprofileDscpWmmVoArgs) ToQosprofileDscpWmmVoOutputWithContext 

func (i QosprofileDscpWmmVoArgs) ToQosprofileDscpWmmVoOutputWithContext(ctx context.Context) QosprofileDscpWmmVoOutput

type QosprofileDscpWmmVoArray 

type QosprofileDscpWmmVoArray []QosprofileDscpWmmVoInput

func (QosprofileDscpWmmVoArray) ElementType 

func (QosprofileDscpWmmVoArray) ElementType() reflect.Type

func (QosprofileDscpWmmVoArray) ToQosprofileDscpWmmVoArrayOutput 

func (i QosprofileDscpWmmVoArray) ToQosprofileDscpWmmVoArrayOutput() QosprofileDscpWmmVoArrayOutput

func (QosprofileDscpWmmVoArray) ToQosprofileDscpWmmVoArrayOutputWithContext 

func (i QosprofileDscpWmmVoArray) ToQosprofileDscpWmmVoArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmVoArrayOutput

type QosprofileDscpWmmVoArrayInput 

type QosprofileDscpWmmVoArrayInput interface {
	pulumi.Input

	ToQosprofileDscpWmmVoArrayOutput() QosprofileDscpWmmVoArrayOutput
	ToQosprofileDscpWmmVoArrayOutputWithContext(context.Context) QosprofileDscpWmmVoArrayOutput
}

QosprofileDscpWmmVoArrayInput is an input type that accepts QosprofileDscpWmmVoArray and QosprofileDscpWmmVoArrayOutput values. You can construct a concrete instance of `QosprofileDscpWmmVoArrayInput` via: 

QosprofileDscpWmmVoArray{ QosprofileDscpWmmVoArgs{...} }

type QosprofileDscpWmmVoArrayOutput 

type QosprofileDscpWmmVoArrayOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmVoArrayOutput) ElementType 

func (QosprofileDscpWmmVoArrayOutput) ElementType() reflect.Type

func (QosprofileDscpWmmVoArrayOutput) Index 

func (o QosprofileDscpWmmVoArrayOutput) Index(i pulumi.IntInput) QosprofileDscpWmmVoOutput

func (QosprofileDscpWmmVoArrayOutput) ToQosprofileDscpWmmVoArrayOutput 

func (o QosprofileDscpWmmVoArrayOutput) ToQosprofileDscpWmmVoArrayOutput() QosprofileDscpWmmVoArrayOutput

func (QosprofileDscpWmmVoArrayOutput) ToQosprofileDscpWmmVoArrayOutputWithContext 

func (o QosprofileDscpWmmVoArrayOutput) ToQosprofileDscpWmmVoArrayOutputWithContext(ctx context.Context) QosprofileDscpWmmVoArrayOutput

type QosprofileDscpWmmVoInput 

type QosprofileDscpWmmVoInput interface {
	pulumi.Input

	ToQosprofileDscpWmmVoOutput() QosprofileDscpWmmVoOutput
	ToQosprofileDscpWmmVoOutputWithContext(context.Context) QosprofileDscpWmmVoOutput
}

QosprofileDscpWmmVoInput is an input type that accepts QosprofileDscpWmmVoArgs and QosprofileDscpWmmVoOutput values. You can construct a concrete instance of `QosprofileDscpWmmVoInput` via: 

QosprofileDscpWmmVoArgs{...}

type QosprofileDscpWmmVoOutput 

type QosprofileDscpWmmVoOutput struct{ *pulumi.OutputState }

func (QosprofileDscpWmmVoOutput) ElementType 

func (QosprofileDscpWmmVoOutput) ElementType() reflect.Type

func (QosprofileDscpWmmVoOutput) Id 

func (o QosprofileDscpWmmVoOutput) Id() pulumi.IntPtrOutput

DSCP WMM mapping numbers (0 - 63).

func (QosprofileDscpWmmVoOutput) ToQosprofileDscpWmmVoOutput 

func (o QosprofileDscpWmmVoOutput) ToQosprofileDscpWmmVoOutput() QosprofileDscpWmmVoOutput

func (QosprofileDscpWmmVoOutput) ToQosprofileDscpWmmVoOutputWithContext 

func (o QosprofileDscpWmmVoOutput) ToQosprofileDscpWmmVoOutputWithContext(ctx context.Context) QosprofileDscpWmmVoOutput

type QosprofileInput 

type QosprofileInput interface {
	pulumi.Input

	ToQosprofileOutput() QosprofileOutput
	ToQosprofileOutputWithContext(ctx context.Context) QosprofileOutput
}

type QosprofileMap 

type QosprofileMap map[string]QosprofileInput

func (QosprofileMap) ElementType 

func (QosprofileMap) ElementType() reflect.Type

func (QosprofileMap) ToQosprofileMapOutput 

func (i QosprofileMap) ToQosprofileMapOutput() QosprofileMapOutput

func (QosprofileMap) ToQosprofileMapOutputWithContext 

func (i QosprofileMap) ToQosprofileMapOutputWithContext(ctx context.Context) QosprofileMapOutput

type QosprofileMapInput 

type QosprofileMapInput interface {
	pulumi.Input

	ToQosprofileMapOutput() QosprofileMapOutput
	ToQosprofileMapOutputWithContext(context.Context) QosprofileMapOutput
}

QosprofileMapInput is an input type that accepts QosprofileMap and QosprofileMapOutput values. You can construct a concrete instance of `QosprofileMapInput` via: 

QosprofileMap{ "key": QosprofileArgs{...} }

type QosprofileMapOutput 

type QosprofileMapOutput struct{ *pulumi.OutputState }

func (QosprofileMapOutput) ElementType 

func (QosprofileMapOutput) ElementType() reflect.Type

func (QosprofileMapOutput) MapIndex 

func (o QosprofileMapOutput) MapIndex(k pulumi.StringInput) QosprofileOutput

func (QosprofileMapOutput) ToQosprofileMapOutput 

func (o QosprofileMapOutput) ToQosprofileMapOutput() QosprofileMapOutput

func (QosprofileMapOutput) ToQosprofileMapOutputWithContext 

func (o QosprofileMapOutput) ToQosprofileMapOutputWithContext(ctx context.Context) QosprofileMapOutput

type QosprofileOutput 

type QosprofileOutput struct{ *pulumi.OutputState }

func (QosprofileOutput) BandwidthAdmissionControl 

func (o QosprofileOutput) BandwidthAdmissionControl() pulumi.StringOutput

Enable/disable WMM bandwidth admission control. Valid values: `enable`, `disable`.

func (QosprofileOutput) BandwidthCapacity 

func (o QosprofileOutput) BandwidthCapacity() pulumi.IntOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (QosprofileOutput) Burst 

func (o QosprofileOutput) Burst() pulumi.StringOutput

Enable/disable client rate burst. Valid values: `enable`, `disable`.

func (QosprofileOutput) CallAdmissionControl 

func (o QosprofileOutput) CallAdmissionControl() pulumi.StringOutput

Enable/disable WMM call admission control. Valid values: `enable`, `disable`.

func (QosprofileOutput) CallCapacity 

func (o QosprofileOutput) CallCapacity() pulumi.IntOutput

Maximum number of Voice over WLAN (VoWLAN) phones allowed (0 - 60, default = 10).

func (QosprofileOutput) Comment 

func (o QosprofileOutput) Comment() pulumi.StringOutput

Comment. 

func (o QosprofileOutput) Downlink() pulumi.IntOutput

Maximum downlink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).

func (QosprofileOutput) DownlinkSta 

func (o QosprofileOutput) DownlinkSta() pulumi.IntOutput

Maximum downlink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).

func (QosprofileOutput) DscpWmmBes 

func (o QosprofileOutput) DscpWmmBes() QosprofileDscpWmmBeArrayOutput

DSCP mapping for best effort access (default = 0 24). The structure of `dscpWmmBe` block is documented below.

func (QosprofileOutput) DscpWmmBks 

func (o QosprofileOutput) DscpWmmBks() QosprofileDscpWmmBkArrayOutput

DSCP mapping for background access (default = 8 16). The structure of `dscpWmmBk` block is documented below.

func (QosprofileOutput) DscpWmmMapping 

func (o QosprofileOutput) DscpWmmMapping() pulumi.StringOutput

Enable/disable Differentiated Services Code Point (DSCP) mapping. Valid values: `enable`, `disable`.

func (QosprofileOutput) DscpWmmVis 

func (o QosprofileOutput) DscpWmmVis() QosprofileDscpWmmViArrayOutput

DSCP mapping for video access (default = 32 40). The structure of `dscpWmmVi` block is documented below.

func (QosprofileOutput) DscpWmmVos 

func (o QosprofileOutput) DscpWmmVos() QosprofileDscpWmmVoArrayOutput

DSCP mapping for voice access (default = 48 56). The structure of `dscpWmmVo` block is documented below.

func (QosprofileOutput) DynamicSortSubtable 

func (o QosprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (QosprofileOutput) ElementType 

func (QosprofileOutput) ElementType() reflect.Type

func (QosprofileOutput) GetAllTables 

func (o QosprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (QosprofileOutput) Name 

func (o QosprofileOutput) Name() pulumi.StringOutput

WiFi QoS profile name.

func (QosprofileOutput) ToQosprofileOutput 

func (o QosprofileOutput) ToQosprofileOutput() QosprofileOutput

func (QosprofileOutput) ToQosprofileOutputWithContext 

func (o QosprofileOutput) ToQosprofileOutputWithContext(ctx context.Context) QosprofileOutput
func (o QosprofileOutput) Uplink() pulumi.IntOutput

Maximum uplink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).

func (QosprofileOutput) UplinkSta 

func (o QosprofileOutput) UplinkSta() pulumi.IntOutput

Maximum uplink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).

func (QosprofileOutput) Vdomparam 

func (o QosprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (QosprofileOutput) Wmm 

func (o QosprofileOutput) Wmm() pulumi.StringOutput

Enable/disable WiFi multi-media (WMM) control. Valid values: `enable`, `disable`.

func (QosprofileOutput) WmmBeDscp 

func (o QosprofileOutput) WmmBeDscp() pulumi.IntOutput

DSCP marking for best effort access (default = 0).

func (QosprofileOutput) WmmBkDscp 

func (o QosprofileOutput) WmmBkDscp() pulumi.IntOutput

DSCP marking for background access (default = 8).

func (QosprofileOutput) WmmDscpMarking 

func (o QosprofileOutput) WmmDscpMarking() pulumi.StringOutput

Enable/disable WMM Differentiated Services Code Point (DSCP) marking. Valid values: `enable`, `disable`.

func (QosprofileOutput) WmmUapsd 

func (o QosprofileOutput) WmmUapsd() pulumi.StringOutput

Enable/disable WMM Unscheduled Automatic Power Save Delivery (U-APSD) power save mode. Valid values: `enable`, `disable`.

func (QosprofileOutput) WmmViDscp 

func (o QosprofileOutput) WmmViDscp() pulumi.IntOutput

DSCP marking for video access (default = 32).

func (QosprofileOutput) WmmVoDscp 

func (o QosprofileOutput) WmmVoDscp() pulumi.IntOutput

DSCP marking for voice access (default = 48).

type QosprofileState 

type QosprofileState struct {
	// Enable/disable WMM bandwidth admission control. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringPtrInput
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntPtrInput
	// Enable/disable client rate burst. Valid values: `enable`, `disable`.
	Burst pulumi.StringPtrInput
	// Enable/disable WMM call admission control. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringPtrInput
	// Maximum number of Voice over WLAN (VoWLAN) phones allowed (0 - 60, default = 10).
	CallCapacity pulumi.IntPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Maximum downlink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).
	Downlink pulumi.IntPtrInput
	// Maximum downlink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).
	DownlinkSta pulumi.IntPtrInput
	// DSCP mapping for best effort access (default = 0 24). The structure of `dscpWmmBe` block is documented below.
	DscpWmmBes QosprofileDscpWmmBeArrayInput
	// DSCP mapping for background access (default = 8 16). The structure of `dscpWmmBk` block is documented below.
	DscpWmmBks QosprofileDscpWmmBkArrayInput
	// Enable/disable Differentiated Services Code Point (DSCP) mapping. Valid values: `enable`, `disable`.
	DscpWmmMapping pulumi.StringPtrInput
	// DSCP mapping for video access (default = 32 40). The structure of `dscpWmmVi` block is documented below.
	DscpWmmVis QosprofileDscpWmmViArrayInput
	// DSCP mapping for voice access (default = 48 56). The structure of `dscpWmmVo` block is documented below.
	DscpWmmVos QosprofileDscpWmmVoArrayInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// WiFi QoS profile name.
	Name pulumi.StringPtrInput
	// Maximum uplink bandwidth for Virtual Access Points (VAPs) (0 - 2097152 Kbps, default = 0, 0 means no limit).
	Uplink pulumi.IntPtrInput
	// Maximum uplink bandwidth for clients (0 - 2097152 Kbps, default = 0, 0 means no limit).
	UplinkSta pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable WiFi multi-media (WMM) control. Valid values: `enable`, `disable`.
	Wmm pulumi.StringPtrInput
	// DSCP marking for best effort access (default = 0).
	WmmBeDscp pulumi.IntPtrInput
	// DSCP marking for background access (default = 8).
	WmmBkDscp pulumi.IntPtrInput
	// Enable/disable WMM Differentiated Services Code Point (DSCP) marking. Valid values: `enable`, `disable`.
	WmmDscpMarking pulumi.StringPtrInput
	// Enable/disable WMM Unscheduled Automatic Power Save Delivery (U-APSD) power save mode. Valid values: `enable`, `disable`.
	WmmUapsd pulumi.StringPtrInput
	// DSCP marking for video access (default = 32).
	WmmViDscp pulumi.IntPtrInput
	// DSCP marking for voice access (default = 48).
	WmmVoDscp pulumi.IntPtrInput
}

func (QosprofileState) ElementType 

func (QosprofileState) ElementType() reflect.Type

type Region 

type Region struct {
	pulumi.CustomResourceState

	// Comments.
	Comments pulumi.StringOutput `pulumi:"comments"`
	// Region image grayscale. Valid values: `enable`, `disable`.
	Grayscale pulumi.StringOutput `pulumi:"grayscale"`
	// FortiAP region image type (png|jpeg|gif). Valid values: `png`, `jpeg`, `gif`.
	ImageType pulumi.StringOutput `pulumi:"imageType"`
	// FortiAP region name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Region image opacity (0 - 100).
	Opacity pulumi.IntOutput `pulumi:"opacity"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure FortiAP regions (for floor plans and maps).

## Import

WirelessController Region can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/region:Region labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/region:Region labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetRegion 

func GetRegion(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *RegionState, opts ...pulumi.ResourceOption) (*Region, error)

GetRegion gets an existing Region resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewRegion 

func NewRegion(ctx *pulumi.Context,
	name string, args *RegionArgs, opts ...pulumi.ResourceOption) (*Region, error)

NewRegion registers a new resource with the given unique name, arguments, and options.

func (*Region) ElementType 

func (*Region) ElementType() reflect.Type

func (*Region) ToRegionOutput 

func (i *Region) ToRegionOutput() RegionOutput

func (*Region) ToRegionOutputWithContext 

func (i *Region) ToRegionOutputWithContext(ctx context.Context) RegionOutput

type RegionArgs 

type RegionArgs struct {
	// Comments.
	Comments pulumi.StringPtrInput
	// Region image grayscale. Valid values: `enable`, `disable`.
	Grayscale pulumi.StringPtrInput
	// FortiAP region image type (png|jpeg|gif). Valid values: `png`, `jpeg`, `gif`.
	ImageType pulumi.StringPtrInput
	// FortiAP region name.
	Name pulumi.StringPtrInput
	// Region image opacity (0 - 100).
	Opacity pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Region resource.

func (RegionArgs) ElementType 

func (RegionArgs) ElementType() reflect.Type

type RegionArray 

type RegionArray []RegionInput

func (RegionArray) ElementType 

func (RegionArray) ElementType() reflect.Type

func (RegionArray) ToRegionArrayOutput 

func (i RegionArray) ToRegionArrayOutput() RegionArrayOutput

func (RegionArray) ToRegionArrayOutputWithContext 

func (i RegionArray) ToRegionArrayOutputWithContext(ctx context.Context) RegionArrayOutput

type RegionArrayInput 

type RegionArrayInput interface {
	pulumi.Input

	ToRegionArrayOutput() RegionArrayOutput
	ToRegionArrayOutputWithContext(context.Context) RegionArrayOutput
}

RegionArrayInput is an input type that accepts RegionArray and RegionArrayOutput values. You can construct a concrete instance of `RegionArrayInput` via: 

RegionArray{ RegionArgs{...} }

type RegionArrayOutput 

type RegionArrayOutput struct{ *pulumi.OutputState }

func (RegionArrayOutput) ElementType 

func (RegionArrayOutput) ElementType() reflect.Type

func (RegionArrayOutput) Index 

func (o RegionArrayOutput) Index(i pulumi.IntInput) RegionOutput

func (RegionArrayOutput) ToRegionArrayOutput 

func (o RegionArrayOutput) ToRegionArrayOutput() RegionArrayOutput

func (RegionArrayOutput) ToRegionArrayOutputWithContext 

func (o RegionArrayOutput) ToRegionArrayOutputWithContext(ctx context.Context) RegionArrayOutput

type RegionInput 

type RegionInput interface {
	pulumi.Input

	ToRegionOutput() RegionOutput
	ToRegionOutputWithContext(ctx context.Context) RegionOutput
}

type RegionMap 

type RegionMap map[string]RegionInput

func (RegionMap) ElementType 

func (RegionMap) ElementType() reflect.Type

func (RegionMap) ToRegionMapOutput 

func (i RegionMap) ToRegionMapOutput() RegionMapOutput

func (RegionMap) ToRegionMapOutputWithContext 

func (i RegionMap) ToRegionMapOutputWithContext(ctx context.Context) RegionMapOutput

type RegionMapInput 

type RegionMapInput interface {
	pulumi.Input

	ToRegionMapOutput() RegionMapOutput
	ToRegionMapOutputWithContext(context.Context) RegionMapOutput
}

RegionMapInput is an input type that accepts RegionMap and RegionMapOutput values. You can construct a concrete instance of `RegionMapInput` via: 

RegionMap{ "key": RegionArgs{...} }

type RegionMapOutput 

type RegionMapOutput struct{ *pulumi.OutputState }

func (RegionMapOutput) ElementType 

func (RegionMapOutput) ElementType() reflect.Type

func (RegionMapOutput) MapIndex 

func (o RegionMapOutput) MapIndex(k pulumi.StringInput) RegionOutput

func (RegionMapOutput) ToRegionMapOutput 

func (o RegionMapOutput) ToRegionMapOutput() RegionMapOutput

func (RegionMapOutput) ToRegionMapOutputWithContext 

func (o RegionMapOutput) ToRegionMapOutputWithContext(ctx context.Context) RegionMapOutput

type RegionOutput 

type RegionOutput struct{ *pulumi.OutputState }

func (RegionOutput) Comments 

func (o RegionOutput) Comments() pulumi.StringOutput

Comments.

func (RegionOutput) ElementType 

func (RegionOutput) ElementType() reflect.Type

func (RegionOutput) Grayscale 

func (o RegionOutput) Grayscale() pulumi.StringOutput

Region image grayscale. Valid values: `enable`, `disable`.

func (RegionOutput) ImageType 

func (o RegionOutput) ImageType() pulumi.StringOutput

FortiAP region image type (png|jpeg|gif). Valid values: `png`, `jpeg`, `gif`.

func (RegionOutput) Name 

func (o RegionOutput) Name() pulumi.StringOutput

FortiAP region name.

func (RegionOutput) Opacity 

func (o RegionOutput) Opacity() pulumi.IntOutput

Region image opacity (0 - 100).

func (RegionOutput) ToRegionOutput 

func (o RegionOutput) ToRegionOutput() RegionOutput

func (RegionOutput) ToRegionOutputWithContext 

func (o RegionOutput) ToRegionOutputWithContext(ctx context.Context) RegionOutput

func (RegionOutput) Vdomparam 

func (o RegionOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type RegionState 

type RegionState struct {
	// Comments.
	Comments pulumi.StringPtrInput
	// Region image grayscale. Valid values: `enable`, `disable`.
	Grayscale pulumi.StringPtrInput
	// FortiAP region image type (png|jpeg|gif). Valid values: `png`, `jpeg`, `gif`.
	ImageType pulumi.StringPtrInput
	// FortiAP region name.
	Name pulumi.StringPtrInput
	// Region image opacity (0 - 100).
	Opacity pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (RegionState) ElementType 

func (RegionState) ElementType() reflect.Type

type Setting 

type Setting struct {
	pulumi.CustomResourceState

	// FortiCloud customer account ID.
	AccountId pulumi.StringOutput `pulumi:"accountId"`
	// Country or region in which the FortiGate is located. The country determines the 802.11 bands and channels that are available.
	Country pulumi.StringOutput `pulumi:"country"`
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).
	DarrpOptimize pulumi.IntOutput `pulumi:"darrpOptimize"`
	// Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.
	DarrpOptimizeSchedules SettingDarrpOptimizeScheduleArrayOutput `pulumi:"darrpOptimizeSchedules"`
	// Lower limit of creation time of device for identification in minutes (0 - 60, default = 5).
	DeviceHoldoff pulumi.IntOutput `pulumi:"deviceHoldoff"`
	// Upper limit of idle time of device for identification in minutes (0 - 14400, default = 1440).
	DeviceIdle pulumi.IntOutput `pulumi:"deviceIdle"`
	// Upper limit of confidence of device for identification (0 - 255, default = 1, 0 = disable).
	DeviceWeight pulumi.IntOutput `pulumi:"deviceWeight"`
	// Enable/disable allowing Virtual Access Points (VAPs) to use the same SSID name in the same VDOM. Valid values: `enable`, `disable`.
	DuplicateSsid pulumi.StringOutput `pulumi:"duplicateSsid"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Actions taken for detected fake SSID. Valid values: `log`, `suppress`.
	FakeSsidAction pulumi.StringOutput `pulumi:"fakeSsidAction"`
	// Enable/disable FAP-C series compatibility. Valid values: `enable`, `disable`.
	FapcCompatibility pulumi.StringOutput `pulumi:"fapcCompatibility"`
	// Enable/disable automatic provisioning of latest firmware on authorization. Valid values: `enable`, `disable`.
	FirmwareProvisionOnAuthorization pulumi.StringOutput `pulumi:"firmwareProvisionOnAuthorization"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Configure offending SSID. The structure of `offendingSsid` block is documented below.
	OffendingSsids SettingOffendingSsidArrayOutput `pulumi:"offendingSsids"`
	// Enable/disable phishing SSID detection. Valid values: `enable`, `disable`.
	PhishingSsidDetect pulumi.StringOutput `pulumi:"phishingSsidDetect"`
	// Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.
	RollingWtpUpgrade pulumi.StringOutput `pulumi:"rollingWtpUpgrade"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Enable/disable WFA compatibility. Valid values: `enable`, `disable`.
	WfaCompatibility pulumi.StringOutput `pulumi:"wfaCompatibility"`
}

VDOM wireless controller configuration.

## Import

WirelessController Setting can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/setting:Setting labelname WirelessControllerSetting ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/setting:Setting labelname WirelessControllerSetting ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetSetting 

func GetSetting(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *SettingState, opts ...pulumi.ResourceOption) (*Setting, error)

GetSetting gets an existing Setting resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewSetting 

func NewSetting(ctx *pulumi.Context,
	name string, args *SettingArgs, opts ...pulumi.ResourceOption) (*Setting, error)

NewSetting registers a new resource with the given unique name, arguments, and options.

func (*Setting) ElementType 

func (*Setting) ElementType() reflect.Type

func (*Setting) ToSettingOutput 

func (i *Setting) ToSettingOutput() SettingOutput

func (*Setting) ToSettingOutputWithContext 

func (i *Setting) ToSettingOutputWithContext(ctx context.Context) SettingOutput

type SettingArgs 

type SettingArgs struct {
	// FortiCloud customer account ID.
	AccountId pulumi.StringPtrInput
	// Country or region in which the FortiGate is located. The country determines the 802.11 bands and channels that are available.
	Country pulumi.StringPtrInput
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).
	DarrpOptimize pulumi.IntPtrInput
	// Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.
	DarrpOptimizeSchedules SettingDarrpOptimizeScheduleArrayInput
	// Lower limit of creation time of device for identification in minutes (0 - 60, default = 5).
	DeviceHoldoff pulumi.IntPtrInput
	// Upper limit of idle time of device for identification in minutes (0 - 14400, default = 1440).
	DeviceIdle pulumi.IntPtrInput
	// Upper limit of confidence of device for identification (0 - 255, default = 1, 0 = disable).
	DeviceWeight pulumi.IntPtrInput
	// Enable/disable allowing Virtual Access Points (VAPs) to use the same SSID name in the same VDOM. Valid values: `enable`, `disable`.
	DuplicateSsid pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Actions taken for detected fake SSID. Valid values: `log`, `suppress`.
	FakeSsidAction pulumi.StringPtrInput
	// Enable/disable FAP-C series compatibility. Valid values: `enable`, `disable`.
	FapcCompatibility pulumi.StringPtrInput
	// Enable/disable automatic provisioning of latest firmware on authorization. Valid values: `enable`, `disable`.
	FirmwareProvisionOnAuthorization pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Configure offending SSID. The structure of `offendingSsid` block is documented below.
	OffendingSsids SettingOffendingSsidArrayInput
	// Enable/disable phishing SSID detection. Valid values: `enable`, `disable`.
	PhishingSsidDetect pulumi.StringPtrInput
	// Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.
	RollingWtpUpgrade pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable WFA compatibility. Valid values: `enable`, `disable`.
	WfaCompatibility pulumi.StringPtrInput
}

The set of arguments for constructing a Setting resource.

func (SettingArgs) ElementType 

func (SettingArgs) ElementType() reflect.Type

type SettingArray 

type SettingArray []SettingInput

func (SettingArray) ElementType 

func (SettingArray) ElementType() reflect.Type

func (SettingArray) ToSettingArrayOutput 

func (i SettingArray) ToSettingArrayOutput() SettingArrayOutput

func (SettingArray) ToSettingArrayOutputWithContext 

func (i SettingArray) ToSettingArrayOutputWithContext(ctx context.Context) SettingArrayOutput

type SettingArrayInput 

type SettingArrayInput interface {
	pulumi.Input

	ToSettingArrayOutput() SettingArrayOutput
	ToSettingArrayOutputWithContext(context.Context) SettingArrayOutput
}

SettingArrayInput is an input type that accepts SettingArray and SettingArrayOutput values. You can construct a concrete instance of `SettingArrayInput` via: 

SettingArray{ SettingArgs{...} }

type SettingArrayOutput 

type SettingArrayOutput struct{ *pulumi.OutputState }

func (SettingArrayOutput) ElementType 

func (SettingArrayOutput) ElementType() reflect.Type

func (SettingArrayOutput) Index 

func (o SettingArrayOutput) Index(i pulumi.IntInput) SettingOutput

func (SettingArrayOutput) ToSettingArrayOutput 

func (o SettingArrayOutput) ToSettingArrayOutput() SettingArrayOutput

func (SettingArrayOutput) ToSettingArrayOutputWithContext 

func (o SettingArrayOutput) ToSettingArrayOutputWithContext(ctx context.Context) SettingArrayOutput

type SettingDarrpOptimizeSchedule 

type SettingDarrpOptimizeSchedule struct {
	// Schedule name.
	Name *string `pulumi:"name"`
}

type SettingDarrpOptimizeScheduleArgs 

type SettingDarrpOptimizeScheduleArgs struct {
	// Schedule name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (SettingDarrpOptimizeScheduleArgs) ElementType 

func (SettingDarrpOptimizeScheduleArgs) ElementType() reflect.Type

func (SettingDarrpOptimizeScheduleArgs) ToSettingDarrpOptimizeScheduleOutput 

func (i SettingDarrpOptimizeScheduleArgs) ToSettingDarrpOptimizeScheduleOutput() SettingDarrpOptimizeScheduleOutput

func (SettingDarrpOptimizeScheduleArgs) ToSettingDarrpOptimizeScheduleOutputWithContext 

func (i SettingDarrpOptimizeScheduleArgs) ToSettingDarrpOptimizeScheduleOutputWithContext(ctx context.Context) SettingDarrpOptimizeScheduleOutput

type SettingDarrpOptimizeScheduleArray 

type SettingDarrpOptimizeScheduleArray []SettingDarrpOptimizeScheduleInput

func (SettingDarrpOptimizeScheduleArray) ElementType 

func (SettingDarrpOptimizeScheduleArray) ElementType() reflect.Type

func (SettingDarrpOptimizeScheduleArray) ToSettingDarrpOptimizeScheduleArrayOutput 

func (i SettingDarrpOptimizeScheduleArray) ToSettingDarrpOptimizeScheduleArrayOutput() SettingDarrpOptimizeScheduleArrayOutput

func (SettingDarrpOptimizeScheduleArray) ToSettingDarrpOptimizeScheduleArrayOutputWithContext 

func (i SettingDarrpOptimizeScheduleArray) ToSettingDarrpOptimizeScheduleArrayOutputWithContext(ctx context.Context) SettingDarrpOptimizeScheduleArrayOutput

type SettingDarrpOptimizeScheduleArrayInput 

type SettingDarrpOptimizeScheduleArrayInput interface {
	pulumi.Input

	ToSettingDarrpOptimizeScheduleArrayOutput() SettingDarrpOptimizeScheduleArrayOutput
	ToSettingDarrpOptimizeScheduleArrayOutputWithContext(context.Context) SettingDarrpOptimizeScheduleArrayOutput
}

SettingDarrpOptimizeScheduleArrayInput is an input type that accepts SettingDarrpOptimizeScheduleArray and SettingDarrpOptimizeScheduleArrayOutput values. You can construct a concrete instance of `SettingDarrpOptimizeScheduleArrayInput` via: 

SettingDarrpOptimizeScheduleArray{ SettingDarrpOptimizeScheduleArgs{...} }

type SettingDarrpOptimizeScheduleArrayOutput 

type SettingDarrpOptimizeScheduleArrayOutput struct{ *pulumi.OutputState }

func (SettingDarrpOptimizeScheduleArrayOutput) ElementType 

func (SettingDarrpOptimizeScheduleArrayOutput) ElementType() reflect.Type

func (SettingDarrpOptimizeScheduleArrayOutput) Index 

func (o SettingDarrpOptimizeScheduleArrayOutput) Index(i pulumi.IntInput) SettingDarrpOptimizeScheduleOutput

func (SettingDarrpOptimizeScheduleArrayOutput) ToSettingDarrpOptimizeScheduleArrayOutput 

func (o SettingDarrpOptimizeScheduleArrayOutput) ToSettingDarrpOptimizeScheduleArrayOutput() SettingDarrpOptimizeScheduleArrayOutput

func (SettingDarrpOptimizeScheduleArrayOutput) ToSettingDarrpOptimizeScheduleArrayOutputWithContext 

func (o SettingDarrpOptimizeScheduleArrayOutput) ToSettingDarrpOptimizeScheduleArrayOutputWithContext(ctx context.Context) SettingDarrpOptimizeScheduleArrayOutput

type SettingDarrpOptimizeScheduleInput 

type SettingDarrpOptimizeScheduleInput interface {
	pulumi.Input

	ToSettingDarrpOptimizeScheduleOutput() SettingDarrpOptimizeScheduleOutput
	ToSettingDarrpOptimizeScheduleOutputWithContext(context.Context) SettingDarrpOptimizeScheduleOutput
}

SettingDarrpOptimizeScheduleInput is an input type that accepts SettingDarrpOptimizeScheduleArgs and SettingDarrpOptimizeScheduleOutput values. You can construct a concrete instance of `SettingDarrpOptimizeScheduleInput` via: 

SettingDarrpOptimizeScheduleArgs{...}

type SettingDarrpOptimizeScheduleOutput 

type SettingDarrpOptimizeScheduleOutput struct{ *pulumi.OutputState }

func (SettingDarrpOptimizeScheduleOutput) ElementType 

func (SettingDarrpOptimizeScheduleOutput) ElementType() reflect.Type

func (SettingDarrpOptimizeScheduleOutput) Name 

func (o SettingDarrpOptimizeScheduleOutput) Name() pulumi.StringPtrOutput

Schedule name.

func (SettingDarrpOptimizeScheduleOutput) ToSettingDarrpOptimizeScheduleOutput 

func (o SettingDarrpOptimizeScheduleOutput) ToSettingDarrpOptimizeScheduleOutput() SettingDarrpOptimizeScheduleOutput

func (SettingDarrpOptimizeScheduleOutput) ToSettingDarrpOptimizeScheduleOutputWithContext 

func (o SettingDarrpOptimizeScheduleOutput) ToSettingDarrpOptimizeScheduleOutputWithContext(ctx context.Context) SettingDarrpOptimizeScheduleOutput

type SettingInput 

type SettingInput interface {
	pulumi.Input

	ToSettingOutput() SettingOutput
	ToSettingOutputWithContext(ctx context.Context) SettingOutput
}

type SettingMap 

type SettingMap map[string]SettingInput

func (SettingMap) ElementType 

func (SettingMap) ElementType() reflect.Type

func (SettingMap) ToSettingMapOutput 

func (i SettingMap) ToSettingMapOutput() SettingMapOutput

func (SettingMap) ToSettingMapOutputWithContext 

func (i SettingMap) ToSettingMapOutputWithContext(ctx context.Context) SettingMapOutput

type SettingMapInput 

type SettingMapInput interface {
	pulumi.Input

	ToSettingMapOutput() SettingMapOutput
	ToSettingMapOutputWithContext(context.Context) SettingMapOutput
}

SettingMapInput is an input type that accepts SettingMap and SettingMapOutput values. You can construct a concrete instance of `SettingMapInput` via: 

SettingMap{ "key": SettingArgs{...} }

type SettingMapOutput 

type SettingMapOutput struct{ *pulumi.OutputState }

func (SettingMapOutput) ElementType 

func (SettingMapOutput) ElementType() reflect.Type

func (SettingMapOutput) MapIndex 

func (o SettingMapOutput) MapIndex(k pulumi.StringInput) SettingOutput

func (SettingMapOutput) ToSettingMapOutput 

func (o SettingMapOutput) ToSettingMapOutput() SettingMapOutput

func (SettingMapOutput) ToSettingMapOutputWithContext 

func (o SettingMapOutput) ToSettingMapOutputWithContext(ctx context.Context) SettingMapOutput

type SettingOffendingSsid 

type SettingOffendingSsid struct {
	// Actions taken for detected offending SSID. Valid values: `log`, `suppress`.
	Action *string `pulumi:"action"`
	// ID.
	Id *int `pulumi:"id"`
	// Define offending SSID pattern (case insensitive), eg: word, word*, *word, wo*rd.
	SsidPattern *string `pulumi:"ssidPattern"`
}

type SettingOffendingSsidArgs 

type SettingOffendingSsidArgs struct {
	// Actions taken for detected offending SSID. Valid values: `log`, `suppress`.
	Action pulumi.StringPtrInput `pulumi:"action"`
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// Define offending SSID pattern (case insensitive), eg: word, word*, *word, wo*rd.
	SsidPattern pulumi.StringPtrInput `pulumi:"ssidPattern"`
}

func (SettingOffendingSsidArgs) ElementType 

func (SettingOffendingSsidArgs) ElementType() reflect.Type

func (SettingOffendingSsidArgs) ToSettingOffendingSsidOutput 

func (i SettingOffendingSsidArgs) ToSettingOffendingSsidOutput() SettingOffendingSsidOutput

func (SettingOffendingSsidArgs) ToSettingOffendingSsidOutputWithContext 

func (i SettingOffendingSsidArgs) ToSettingOffendingSsidOutputWithContext(ctx context.Context) SettingOffendingSsidOutput

type SettingOffendingSsidArray 

type SettingOffendingSsidArray []SettingOffendingSsidInput

func (SettingOffendingSsidArray) ElementType 

func (SettingOffendingSsidArray) ElementType() reflect.Type

func (SettingOffendingSsidArray) ToSettingOffendingSsidArrayOutput 

func (i SettingOffendingSsidArray) ToSettingOffendingSsidArrayOutput() SettingOffendingSsidArrayOutput

func (SettingOffendingSsidArray) ToSettingOffendingSsidArrayOutputWithContext 

func (i SettingOffendingSsidArray) ToSettingOffendingSsidArrayOutputWithContext(ctx context.Context) SettingOffendingSsidArrayOutput

type SettingOffendingSsidArrayInput 

type SettingOffendingSsidArrayInput interface {
	pulumi.Input

	ToSettingOffendingSsidArrayOutput() SettingOffendingSsidArrayOutput
	ToSettingOffendingSsidArrayOutputWithContext(context.Context) SettingOffendingSsidArrayOutput
}

SettingOffendingSsidArrayInput is an input type that accepts SettingOffendingSsidArray and SettingOffendingSsidArrayOutput values. You can construct a concrete instance of `SettingOffendingSsidArrayInput` via: 

SettingOffendingSsidArray{ SettingOffendingSsidArgs{...} }

type SettingOffendingSsidArrayOutput 

type SettingOffendingSsidArrayOutput struct{ *pulumi.OutputState }

func (SettingOffendingSsidArrayOutput) ElementType 

func (SettingOffendingSsidArrayOutput) ElementType() reflect.Type

func (SettingOffendingSsidArrayOutput) Index 

func (o SettingOffendingSsidArrayOutput) Index(i pulumi.IntInput) SettingOffendingSsidOutput

func (SettingOffendingSsidArrayOutput) ToSettingOffendingSsidArrayOutput 

func (o SettingOffendingSsidArrayOutput) ToSettingOffendingSsidArrayOutput() SettingOffendingSsidArrayOutput

func (SettingOffendingSsidArrayOutput) ToSettingOffendingSsidArrayOutputWithContext 

func (o SettingOffendingSsidArrayOutput) ToSettingOffendingSsidArrayOutputWithContext(ctx context.Context) SettingOffendingSsidArrayOutput

type SettingOffendingSsidInput 

type SettingOffendingSsidInput interface {
	pulumi.Input

	ToSettingOffendingSsidOutput() SettingOffendingSsidOutput
	ToSettingOffendingSsidOutputWithContext(context.Context) SettingOffendingSsidOutput
}

SettingOffendingSsidInput is an input type that accepts SettingOffendingSsidArgs and SettingOffendingSsidOutput values. You can construct a concrete instance of `SettingOffendingSsidInput` via: 

SettingOffendingSsidArgs{...}

type SettingOffendingSsidOutput 

type SettingOffendingSsidOutput struct{ *pulumi.OutputState }

func (SettingOffendingSsidOutput) Action 

func (o SettingOffendingSsidOutput) Action() pulumi.StringPtrOutput

Actions taken for detected offending SSID. Valid values: `log`, `suppress`.

func (SettingOffendingSsidOutput) ElementType 

func (SettingOffendingSsidOutput) ElementType() reflect.Type

func (SettingOffendingSsidOutput) Id 

func (o SettingOffendingSsidOutput) Id() pulumi.IntPtrOutput

ID.

func (SettingOffendingSsidOutput) SsidPattern 

func (o SettingOffendingSsidOutput) SsidPattern() pulumi.StringPtrOutput

Define offending SSID pattern (case insensitive), eg: word, word*, *word, wo*rd.

func (SettingOffendingSsidOutput) ToSettingOffendingSsidOutput 

func (o SettingOffendingSsidOutput) ToSettingOffendingSsidOutput() SettingOffendingSsidOutput

func (SettingOffendingSsidOutput) ToSettingOffendingSsidOutputWithContext 

func (o SettingOffendingSsidOutput) ToSettingOffendingSsidOutputWithContext(ctx context.Context) SettingOffendingSsidOutput

type SettingOutput 

type SettingOutput struct{ *pulumi.OutputState }

func (SettingOutput) AccountId 

func (o SettingOutput) AccountId() pulumi.StringOutput

FortiCloud customer account ID.

func (SettingOutput) Country 

func (o SettingOutput) Country() pulumi.StringOutput

Country or region in which the FortiGate is located. The country determines the 802.11 bands and channels that are available.

func (SettingOutput) DarrpOptimize 

func (o SettingOutput) DarrpOptimize() pulumi.IntOutput

Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).

func (SettingOutput) DarrpOptimizeSchedules 

func (o SettingOutput) DarrpOptimizeSchedules() SettingDarrpOptimizeScheduleArrayOutput

Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.

func (SettingOutput) DeviceHoldoff 

func (o SettingOutput) DeviceHoldoff() pulumi.IntOutput

Lower limit of creation time of device for identification in minutes (0 - 60, default = 5).

func (SettingOutput) DeviceIdle 

func (o SettingOutput) DeviceIdle() pulumi.IntOutput

Upper limit of idle time of device for identification in minutes (0 - 14400, default = 1440).

func (SettingOutput) DeviceWeight 

func (o SettingOutput) DeviceWeight() pulumi.IntOutput

Upper limit of confidence of device for identification (0 - 255, default = 1, 0 = disable).

func (SettingOutput) DuplicateSsid 

func (o SettingOutput) DuplicateSsid() pulumi.StringOutput

Enable/disable allowing Virtual Access Points (VAPs) to use the same SSID name in the same VDOM. Valid values: `enable`, `disable`.

func (SettingOutput) DynamicSortSubtable 

func (o SettingOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (SettingOutput) ElementType 

func (SettingOutput) ElementType() reflect.Type

func (SettingOutput) FakeSsidAction 

func (o SettingOutput) FakeSsidAction() pulumi.StringOutput

Actions taken for detected fake SSID. Valid values: `log`, `suppress`.

func (SettingOutput) FapcCompatibility 

func (o SettingOutput) FapcCompatibility() pulumi.StringOutput

Enable/disable FAP-C series compatibility. Valid values: `enable`, `disable`.

func (SettingOutput) FirmwareProvisionOnAuthorization 

func (o SettingOutput) FirmwareProvisionOnAuthorization() pulumi.StringOutput

Enable/disable automatic provisioning of latest firmware on authorization. Valid values: `enable`, `disable`.

func (SettingOutput) GetAllTables 

func (o SettingOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (SettingOutput) OffendingSsids 

func (o SettingOutput) OffendingSsids() SettingOffendingSsidArrayOutput

Configure offending SSID. The structure of `offendingSsid` block is documented below.

func (SettingOutput) PhishingSsidDetect 

func (o SettingOutput) PhishingSsidDetect() pulumi.StringOutput

Enable/disable phishing SSID detection. Valid values: `enable`, `disable`.

func (SettingOutput) RollingWtpUpgrade 

func (o SettingOutput) RollingWtpUpgrade() pulumi.StringOutput

Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.

func (SettingOutput) ToSettingOutput 

func (o SettingOutput) ToSettingOutput() SettingOutput

func (SettingOutput) ToSettingOutputWithContext 

func (o SettingOutput) ToSettingOutputWithContext(ctx context.Context) SettingOutput

func (SettingOutput) Vdomparam 

func (o SettingOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (SettingOutput) WfaCompatibility 

func (o SettingOutput) WfaCompatibility() pulumi.StringOutput

Enable/disable WFA compatibility. Valid values: `enable`, `disable`.

type SettingState 

type SettingState struct {
	// FortiCloud customer account ID.
	AccountId pulumi.StringPtrInput
	// Country or region in which the FortiGate is located. The country determines the 802.11 bands and channels that are available.
	Country pulumi.StringPtrInput
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 86400, 0 = disable).
	DarrpOptimize pulumi.IntPtrInput
	// Firewall schedules for DARRP running time. DARRP will run periodically based on darrp-optimize within the schedules. Separate multiple schedule names with a space. The structure of `darrpOptimizeSchedules` block is documented below.
	DarrpOptimizeSchedules SettingDarrpOptimizeScheduleArrayInput
	// Lower limit of creation time of device for identification in minutes (0 - 60, default = 5).
	DeviceHoldoff pulumi.IntPtrInput
	// Upper limit of idle time of device for identification in minutes (0 - 14400, default = 1440).
	DeviceIdle pulumi.IntPtrInput
	// Upper limit of confidence of device for identification (0 - 255, default = 1, 0 = disable).
	DeviceWeight pulumi.IntPtrInput
	// Enable/disable allowing Virtual Access Points (VAPs) to use the same SSID name in the same VDOM. Valid values: `enable`, `disable`.
	DuplicateSsid pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Actions taken for detected fake SSID. Valid values: `log`, `suppress`.
	FakeSsidAction pulumi.StringPtrInput
	// Enable/disable FAP-C series compatibility. Valid values: `enable`, `disable`.
	FapcCompatibility pulumi.StringPtrInput
	// Enable/disable automatic provisioning of latest firmware on authorization. Valid values: `enable`, `disable`.
	FirmwareProvisionOnAuthorization pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Configure offending SSID. The structure of `offendingSsid` block is documented below.
	OffendingSsids SettingOffendingSsidArrayInput
	// Enable/disable phishing SSID detection. Valid values: `enable`, `disable`.
	PhishingSsidDetect pulumi.StringPtrInput
	// Enable/disable rolling WTP upgrade (default = disable). Valid values: `enable`, `disable`.
	RollingWtpUpgrade pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable WFA compatibility. Valid values: `enable`, `disable`.
	WfaCompatibility pulumi.StringPtrInput
}

func (SettingState) ElementType 

func (SettingState) ElementType() reflect.Type

type Snmp 

type Snmp struct {
	pulumi.CustomResourceState

	// SNMP Community Configuration. The structure of `community` block is documented below.
	Communities SnmpCommunityArrayOutput `pulumi:"communities"`
	// Contact Information.
	ContactInfo pulumi.StringOutput `pulumi:"contactInfo"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// AC SNMP engineId string (maximum 24 characters).
	EngineId pulumi.StringOutput `pulumi:"engineId"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// CPU usage when trap is sent.
	TrapHighCpuThreshold pulumi.IntOutput `pulumi:"trapHighCpuThreshold"`
	// Memory usage when trap is sent.
	TrapHighMemThreshold pulumi.IntOutput `pulumi:"trapHighMemThreshold"`
	// SNMP User Configuration. The structure of `user` block is documented below.
	Users SnmpUserArrayOutput `pulumi:"users"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure SNMP. Applies to FortiOS Version `>= 6.2.4`.

## Import

WirelessController Snmp can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/snmp:Snmp labelname WirelessControllerSnmp ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/snmp:Snmp labelname WirelessControllerSnmp ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetSnmp 

func GetSnmp(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *SnmpState, opts ...pulumi.ResourceOption) (*Snmp, error)

GetSnmp gets an existing Snmp resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewSnmp 

func NewSnmp(ctx *pulumi.Context,
	name string, args *SnmpArgs, opts ...pulumi.ResourceOption) (*Snmp, error)

NewSnmp registers a new resource with the given unique name, arguments, and options.

func (*Snmp) ElementType 

func (*Snmp) ElementType() reflect.Type

func (*Snmp) ToSnmpOutput 

func (i *Snmp) ToSnmpOutput() SnmpOutput

func (*Snmp) ToSnmpOutputWithContext 

func (i *Snmp) ToSnmpOutputWithContext(ctx context.Context) SnmpOutput

type SnmpArgs 

type SnmpArgs struct {
	// SNMP Community Configuration. The structure of `community` block is documented below.
	Communities SnmpCommunityArrayInput
	// Contact Information.
	ContactInfo pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// AC SNMP engineId string (maximum 24 characters).
	EngineId pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// CPU usage when trap is sent.
	TrapHighCpuThreshold pulumi.IntPtrInput
	// Memory usage when trap is sent.
	TrapHighMemThreshold pulumi.IntPtrInput
	// SNMP User Configuration. The structure of `user` block is documented below.
	Users SnmpUserArrayInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Snmp resource.

func (SnmpArgs) ElementType 

func (SnmpArgs) ElementType() reflect.Type

type SnmpArray 

type SnmpArray []SnmpInput

func (SnmpArray) ElementType 

func (SnmpArray) ElementType() reflect.Type

func (SnmpArray) ToSnmpArrayOutput 

func (i SnmpArray) ToSnmpArrayOutput() SnmpArrayOutput

func (SnmpArray) ToSnmpArrayOutputWithContext 

func (i SnmpArray) ToSnmpArrayOutputWithContext(ctx context.Context) SnmpArrayOutput

type SnmpArrayInput 

type SnmpArrayInput interface {
	pulumi.Input

	ToSnmpArrayOutput() SnmpArrayOutput
	ToSnmpArrayOutputWithContext(context.Context) SnmpArrayOutput
}

SnmpArrayInput is an input type that accepts SnmpArray and SnmpArrayOutput values. You can construct a concrete instance of `SnmpArrayInput` via: 

SnmpArray{ SnmpArgs{...} }

type SnmpArrayOutput 

type SnmpArrayOutput struct{ *pulumi.OutputState }

func (SnmpArrayOutput) ElementType 

func (SnmpArrayOutput) ElementType() reflect.Type

func (SnmpArrayOutput) Index 

func (o SnmpArrayOutput) Index(i pulumi.IntInput) SnmpOutput

func (SnmpArrayOutput) ToSnmpArrayOutput 

func (o SnmpArrayOutput) ToSnmpArrayOutput() SnmpArrayOutput

func (SnmpArrayOutput) ToSnmpArrayOutputWithContext 

func (o SnmpArrayOutput) ToSnmpArrayOutputWithContext(ctx context.Context) SnmpArrayOutput

type SnmpCommunity 

type SnmpCommunity struct {
	// Configure IPv4 SNMP managers (hosts). The structure of `hosts` block is documented below.
	Hosts []SnmpCommunityHost `pulumi:"hosts"`
	// Community ID.
	Id *int `pulumi:"id"`
	// Community name.
	Name *string `pulumi:"name"`
	// Enable/disable SNMP v1 queries. Valid values: `enable`, `disable`.
	QueryV1Status *string `pulumi:"queryV1Status"`
	// Enable/disable SNMP v2c queries. Valid values: `enable`, `disable`.
	QueryV2cStatus *string `pulumi:"queryV2cStatus"`
	// Enable/disable this SNMP community. Valid values: `enable`, `disable`.
	Status *string `pulumi:"status"`
	// Enable/disable SNMP v1 traps. Valid values: `enable`, `disable`.
	TrapV1Status *string `pulumi:"trapV1Status"`
	// Enable/disable SNMP v2c traps. Valid values: `enable`, `disable`.
	TrapV2cStatus *string `pulumi:"trapV2cStatus"`
}

type SnmpCommunityArgs 

type SnmpCommunityArgs struct {
	// Configure IPv4 SNMP managers (hosts). The structure of `hosts` block is documented below.
	Hosts SnmpCommunityHostArrayInput `pulumi:"hosts"`
	// Community ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// Community name.
	Name pulumi.StringPtrInput `pulumi:"name"`
	// Enable/disable SNMP v1 queries. Valid values: `enable`, `disable`.
	QueryV1Status pulumi.StringPtrInput `pulumi:"queryV1Status"`
	// Enable/disable SNMP v2c queries. Valid values: `enable`, `disable`.
	QueryV2cStatus pulumi.StringPtrInput `pulumi:"queryV2cStatus"`
	// Enable/disable this SNMP community. Valid values: `enable`, `disable`.
	Status pulumi.StringPtrInput `pulumi:"status"`
	// Enable/disable SNMP v1 traps. Valid values: `enable`, `disable`.
	TrapV1Status pulumi.StringPtrInput `pulumi:"trapV1Status"`
	// Enable/disable SNMP v2c traps. Valid values: `enable`, `disable`.
	TrapV2cStatus pulumi.StringPtrInput `pulumi:"trapV2cStatus"`
}

func (SnmpCommunityArgs) ElementType 

func (SnmpCommunityArgs) ElementType() reflect.Type

func (SnmpCommunityArgs) ToSnmpCommunityOutput 

func (i SnmpCommunityArgs) ToSnmpCommunityOutput() SnmpCommunityOutput

func (SnmpCommunityArgs) ToSnmpCommunityOutputWithContext 

func (i SnmpCommunityArgs) ToSnmpCommunityOutputWithContext(ctx context.Context) SnmpCommunityOutput

type SnmpCommunityArray 

type SnmpCommunityArray []SnmpCommunityInput

func (SnmpCommunityArray) ElementType 

func (SnmpCommunityArray) ElementType() reflect.Type

func (SnmpCommunityArray) ToSnmpCommunityArrayOutput 

func (i SnmpCommunityArray) ToSnmpCommunityArrayOutput() SnmpCommunityArrayOutput

func (SnmpCommunityArray) ToSnmpCommunityArrayOutputWithContext 

func (i SnmpCommunityArray) ToSnmpCommunityArrayOutputWithContext(ctx context.Context) SnmpCommunityArrayOutput

type SnmpCommunityArrayInput 

type SnmpCommunityArrayInput interface {
	pulumi.Input

	ToSnmpCommunityArrayOutput() SnmpCommunityArrayOutput
	ToSnmpCommunityArrayOutputWithContext(context.Context) SnmpCommunityArrayOutput
}

SnmpCommunityArrayInput is an input type that accepts SnmpCommunityArray and SnmpCommunityArrayOutput values. You can construct a concrete instance of `SnmpCommunityArrayInput` via: 

SnmpCommunityArray{ SnmpCommunityArgs{...} }

type SnmpCommunityArrayOutput 

type SnmpCommunityArrayOutput struct{ *pulumi.OutputState }

func (SnmpCommunityArrayOutput) ElementType 

func (SnmpCommunityArrayOutput) ElementType() reflect.Type

func (SnmpCommunityArrayOutput) Index 

func (o SnmpCommunityArrayOutput) Index(i pulumi.IntInput) SnmpCommunityOutput

func (SnmpCommunityArrayOutput) ToSnmpCommunityArrayOutput 

func (o SnmpCommunityArrayOutput) ToSnmpCommunityArrayOutput() SnmpCommunityArrayOutput

func (SnmpCommunityArrayOutput) ToSnmpCommunityArrayOutputWithContext 

func (o SnmpCommunityArrayOutput) ToSnmpCommunityArrayOutputWithContext(ctx context.Context) SnmpCommunityArrayOutput

type SnmpCommunityHost 

type SnmpCommunityHost struct {
	// Host entry ID.
	Id *int `pulumi:"id"`
	// IPv4 address of the SNMP manager (host).
	Ip *string `pulumi:"ip"`
}

type SnmpCommunityHostArgs 

type SnmpCommunityHostArgs struct {
	// Host entry ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// IPv4 address of the SNMP manager (host).
	Ip pulumi.StringPtrInput `pulumi:"ip"`
}

func (SnmpCommunityHostArgs) ElementType 

func (SnmpCommunityHostArgs) ElementType() reflect.Type

func (SnmpCommunityHostArgs) ToSnmpCommunityHostOutput 

func (i SnmpCommunityHostArgs) ToSnmpCommunityHostOutput() SnmpCommunityHostOutput

func (SnmpCommunityHostArgs) ToSnmpCommunityHostOutputWithContext 

func (i SnmpCommunityHostArgs) ToSnmpCommunityHostOutputWithContext(ctx context.Context) SnmpCommunityHostOutput

type SnmpCommunityHostArray 

type SnmpCommunityHostArray []SnmpCommunityHostInput

func (SnmpCommunityHostArray) ElementType 

func (SnmpCommunityHostArray) ElementType() reflect.Type

func (SnmpCommunityHostArray) ToSnmpCommunityHostArrayOutput 

func (i SnmpCommunityHostArray) ToSnmpCommunityHostArrayOutput() SnmpCommunityHostArrayOutput

func (SnmpCommunityHostArray) ToSnmpCommunityHostArrayOutputWithContext 

func (i SnmpCommunityHostArray) ToSnmpCommunityHostArrayOutputWithContext(ctx context.Context) SnmpCommunityHostArrayOutput

type SnmpCommunityHostArrayInput 

type SnmpCommunityHostArrayInput interface {
	pulumi.Input

	ToSnmpCommunityHostArrayOutput() SnmpCommunityHostArrayOutput
	ToSnmpCommunityHostArrayOutputWithContext(context.Context) SnmpCommunityHostArrayOutput
}

SnmpCommunityHostArrayInput is an input type that accepts SnmpCommunityHostArray and SnmpCommunityHostArrayOutput values. You can construct a concrete instance of `SnmpCommunityHostArrayInput` via: 

SnmpCommunityHostArray{ SnmpCommunityHostArgs{...} }

type SnmpCommunityHostArrayOutput 

type SnmpCommunityHostArrayOutput struct{ *pulumi.OutputState }

func (SnmpCommunityHostArrayOutput) ElementType 

func (SnmpCommunityHostArrayOutput) ElementType() reflect.Type

func (SnmpCommunityHostArrayOutput) Index 

func (o SnmpCommunityHostArrayOutput) Index(i pulumi.IntInput) SnmpCommunityHostOutput

func (SnmpCommunityHostArrayOutput) ToSnmpCommunityHostArrayOutput 

func (o SnmpCommunityHostArrayOutput) ToSnmpCommunityHostArrayOutput() SnmpCommunityHostArrayOutput

func (SnmpCommunityHostArrayOutput) ToSnmpCommunityHostArrayOutputWithContext 

func (o SnmpCommunityHostArrayOutput) ToSnmpCommunityHostArrayOutputWithContext(ctx context.Context) SnmpCommunityHostArrayOutput

type SnmpCommunityHostInput 

type SnmpCommunityHostInput interface {
	pulumi.Input

	ToSnmpCommunityHostOutput() SnmpCommunityHostOutput
	ToSnmpCommunityHostOutputWithContext(context.Context) SnmpCommunityHostOutput
}

SnmpCommunityHostInput is an input type that accepts SnmpCommunityHostArgs and SnmpCommunityHostOutput values. You can construct a concrete instance of `SnmpCommunityHostInput` via: 

SnmpCommunityHostArgs{...}

type SnmpCommunityHostOutput 

type SnmpCommunityHostOutput struct{ *pulumi.OutputState }

func (SnmpCommunityHostOutput) ElementType 

func (SnmpCommunityHostOutput) ElementType() reflect.Type

func (SnmpCommunityHostOutput) Id 

func (o SnmpCommunityHostOutput) Id() pulumi.IntPtrOutput

Host entry ID.

func (SnmpCommunityHostOutput) Ip 

func (o SnmpCommunityHostOutput) Ip() pulumi.StringPtrOutput

IPv4 address of the SNMP manager (host).

func (SnmpCommunityHostOutput) ToSnmpCommunityHostOutput 

func (o SnmpCommunityHostOutput) ToSnmpCommunityHostOutput() SnmpCommunityHostOutput

func (SnmpCommunityHostOutput) ToSnmpCommunityHostOutputWithContext 

func (o SnmpCommunityHostOutput) ToSnmpCommunityHostOutputWithContext(ctx context.Context) SnmpCommunityHostOutput

type SnmpCommunityInput 

type SnmpCommunityInput interface {
	pulumi.Input

	ToSnmpCommunityOutput() SnmpCommunityOutput
	ToSnmpCommunityOutputWithContext(context.Context) SnmpCommunityOutput
}

SnmpCommunityInput is an input type that accepts SnmpCommunityArgs and SnmpCommunityOutput values. You can construct a concrete instance of `SnmpCommunityInput` via: 

SnmpCommunityArgs{...}

type SnmpCommunityOutput 

type SnmpCommunityOutput struct{ *pulumi.OutputState }

func (SnmpCommunityOutput) ElementType 

func (SnmpCommunityOutput) ElementType() reflect.Type

func (SnmpCommunityOutput) Hosts 

func (o SnmpCommunityOutput) Hosts() SnmpCommunityHostArrayOutput

Configure IPv4 SNMP managers (hosts). The structure of `hosts` block is documented below.

func (SnmpCommunityOutput) Id 

func (o SnmpCommunityOutput) Id() pulumi.IntPtrOutput

Community ID.

func (SnmpCommunityOutput) Name 

func (o SnmpCommunityOutput) Name() pulumi.StringPtrOutput

Community name.

func (SnmpCommunityOutput) QueryV1Status 

func (o SnmpCommunityOutput) QueryV1Status() pulumi.StringPtrOutput

Enable/disable SNMP v1 queries. Valid values: `enable`, `disable`.

func (SnmpCommunityOutput) QueryV2cStatus 

func (o SnmpCommunityOutput) QueryV2cStatus() pulumi.StringPtrOutput

Enable/disable SNMP v2c queries. Valid values: `enable`, `disable`.

func (SnmpCommunityOutput) Status 

func (o SnmpCommunityOutput) Status() pulumi.StringPtrOutput

Enable/disable this SNMP community. Valid values: `enable`, `disable`.

func (SnmpCommunityOutput) ToSnmpCommunityOutput 

func (o SnmpCommunityOutput) ToSnmpCommunityOutput() SnmpCommunityOutput

func (SnmpCommunityOutput) ToSnmpCommunityOutputWithContext 

func (o SnmpCommunityOutput) ToSnmpCommunityOutputWithContext(ctx context.Context) SnmpCommunityOutput

func (SnmpCommunityOutput) TrapV1Status 

func (o SnmpCommunityOutput) TrapV1Status() pulumi.StringPtrOutput

Enable/disable SNMP v1 traps. Valid values: `enable`, `disable`.

func (SnmpCommunityOutput) TrapV2cStatus 

func (o SnmpCommunityOutput) TrapV2cStatus() pulumi.StringPtrOutput

Enable/disable SNMP v2c traps. Valid values: `enable`, `disable`.

type SnmpInput 

type SnmpInput interface {
	pulumi.Input

	ToSnmpOutput() SnmpOutput
	ToSnmpOutputWithContext(ctx context.Context) SnmpOutput
}

type SnmpMap 

type SnmpMap map[string]SnmpInput

func (SnmpMap) ElementType 

func (SnmpMap) ElementType() reflect.Type

func (SnmpMap) ToSnmpMapOutput 

func (i SnmpMap) ToSnmpMapOutput() SnmpMapOutput

func (SnmpMap) ToSnmpMapOutputWithContext 

func (i SnmpMap) ToSnmpMapOutputWithContext(ctx context.Context) SnmpMapOutput

type SnmpMapInput 

type SnmpMapInput interface {
	pulumi.Input

	ToSnmpMapOutput() SnmpMapOutput
	ToSnmpMapOutputWithContext(context.Context) SnmpMapOutput
}

SnmpMapInput is an input type that accepts SnmpMap and SnmpMapOutput values. You can construct a concrete instance of `SnmpMapInput` via: 

SnmpMap{ "key": SnmpArgs{...} }

type SnmpMapOutput 

type SnmpMapOutput struct{ *pulumi.OutputState }

func (SnmpMapOutput) ElementType 

func (SnmpMapOutput) ElementType() reflect.Type

func (SnmpMapOutput) MapIndex 

func (o SnmpMapOutput) MapIndex(k pulumi.StringInput) SnmpOutput

func (SnmpMapOutput) ToSnmpMapOutput 

func (o SnmpMapOutput) ToSnmpMapOutput() SnmpMapOutput

func (SnmpMapOutput) ToSnmpMapOutputWithContext 

func (o SnmpMapOutput) ToSnmpMapOutputWithContext(ctx context.Context) SnmpMapOutput

type SnmpOutput 

type SnmpOutput struct{ *pulumi.OutputState }

func (SnmpOutput) Communities 

func (o SnmpOutput) Communities() SnmpCommunityArrayOutput

SNMP Community Configuration. The structure of `community` block is documented below.

func (SnmpOutput) ContactInfo 

func (o SnmpOutput) ContactInfo() pulumi.StringOutput

Contact Information.

func (SnmpOutput) DynamicSortSubtable 

func (o SnmpOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (SnmpOutput) ElementType 

func (SnmpOutput) ElementType() reflect.Type

func (SnmpOutput) EngineId 

func (o SnmpOutput) EngineId() pulumi.StringOutput

AC SNMP engineId string (maximum 24 characters).

func (SnmpOutput) GetAllTables 

func (o SnmpOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (SnmpOutput) ToSnmpOutput 

func (o SnmpOutput) ToSnmpOutput() SnmpOutput

func (SnmpOutput) ToSnmpOutputWithContext 

func (o SnmpOutput) ToSnmpOutputWithContext(ctx context.Context) SnmpOutput

func (SnmpOutput) TrapHighCpuThreshold 

func (o SnmpOutput) TrapHighCpuThreshold() pulumi.IntOutput

CPU usage when trap is sent.

func (SnmpOutput) TrapHighMemThreshold 

func (o SnmpOutput) TrapHighMemThreshold() pulumi.IntOutput

Memory usage when trap is sent.

func (SnmpOutput) Users 

func (o SnmpOutput) Users() SnmpUserArrayOutput

SNMP User Configuration. The structure of `user` block is documented below.

func (SnmpOutput) Vdomparam 

func (o SnmpOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type SnmpState 

type SnmpState struct {
	// SNMP Community Configuration. The structure of `community` block is documented below.
	Communities SnmpCommunityArrayInput
	// Contact Information.
	ContactInfo pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// AC SNMP engineId string (maximum 24 characters).
	EngineId pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// CPU usage when trap is sent.
	TrapHighCpuThreshold pulumi.IntPtrInput
	// Memory usage when trap is sent.
	TrapHighMemThreshold pulumi.IntPtrInput
	// SNMP User Configuration. The structure of `user` block is documented below.
	Users SnmpUserArrayInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (SnmpState) ElementType 

func (SnmpState) ElementType() reflect.Type

type SnmpUser 

type SnmpUser struct {
	// Authentication protocol. Valid values: `md5`, `sha`.
	AuthProto *string `pulumi:"authProto"`
	// Password for authentication protocol.
	AuthPwd *string `pulumi:"authPwd"`
	// SNMP User Name
	Name *string `pulumi:"name"`
	// Configure SNMP User Notify Hosts.
	NotifyHosts *string `pulumi:"notifyHosts"`
	// Privacy (encryption) protocol. Valid values: `aes`, `des`, `aes256`, `aes256cisco`.
	PrivProto *string `pulumi:"privProto"`
	// Password for privacy (encryption) protocol.
	PrivPwd *string `pulumi:"privPwd"`
	// Enable/disable SNMP queries for this user. Valid values: `enable`, `disable`.
	Queries *string `pulumi:"queries"`
	// Security level for message authentication and encryption. Valid values: `no-auth-no-priv`, `auth-no-priv`, `auth-priv`.
	SecurityLevel *string `pulumi:"securityLevel"`
	// SNMP User Enable Valid values: `enable`, `disable`.
	Status *string `pulumi:"status"`
	// Enable/disable traps for this SNMP user. Valid values: `enable`, `disable`.
	TrapStatus *string `pulumi:"trapStatus"`
}

type SnmpUserArgs 

type SnmpUserArgs struct {
	// Authentication protocol. Valid values: `md5`, `sha`.
	AuthProto pulumi.StringPtrInput `pulumi:"authProto"`
	// Password for authentication protocol.
	AuthPwd pulumi.StringPtrInput `pulumi:"authPwd"`
	// SNMP User Name
	Name pulumi.StringPtrInput `pulumi:"name"`
	// Configure SNMP User Notify Hosts.
	NotifyHosts pulumi.StringPtrInput `pulumi:"notifyHosts"`
	// Privacy (encryption) protocol. Valid values: `aes`, `des`, `aes256`, `aes256cisco`.
	PrivProto pulumi.StringPtrInput `pulumi:"privProto"`
	// Password for privacy (encryption) protocol.
	PrivPwd pulumi.StringPtrInput `pulumi:"privPwd"`
	// Enable/disable SNMP queries for this user. Valid values: `enable`, `disable`.
	Queries pulumi.StringPtrInput `pulumi:"queries"`
	// Security level for message authentication and encryption. Valid values: `no-auth-no-priv`, `auth-no-priv`, `auth-priv`.
	SecurityLevel pulumi.StringPtrInput `pulumi:"securityLevel"`
	// SNMP User Enable Valid values: `enable`, `disable`.
	Status pulumi.StringPtrInput `pulumi:"status"`
	// Enable/disable traps for this SNMP user. Valid values: `enable`, `disable`.
	TrapStatus pulumi.StringPtrInput `pulumi:"trapStatus"`
}

func (SnmpUserArgs) ElementType 

func (SnmpUserArgs) ElementType() reflect.Type

func (SnmpUserArgs) ToSnmpUserOutput 

func (i SnmpUserArgs) ToSnmpUserOutput() SnmpUserOutput

func (SnmpUserArgs) ToSnmpUserOutputWithContext 

func (i SnmpUserArgs) ToSnmpUserOutputWithContext(ctx context.Context) SnmpUserOutput

type SnmpUserArray 

type SnmpUserArray []SnmpUserInput

func (SnmpUserArray) ElementType 

func (SnmpUserArray) ElementType() reflect.Type

func (SnmpUserArray) ToSnmpUserArrayOutput 

func (i SnmpUserArray) ToSnmpUserArrayOutput() SnmpUserArrayOutput

func (SnmpUserArray) ToSnmpUserArrayOutputWithContext 

func (i SnmpUserArray) ToSnmpUserArrayOutputWithContext(ctx context.Context) SnmpUserArrayOutput

type SnmpUserArrayInput 

type SnmpUserArrayInput interface {
	pulumi.Input

	ToSnmpUserArrayOutput() SnmpUserArrayOutput
	ToSnmpUserArrayOutputWithContext(context.Context) SnmpUserArrayOutput
}

SnmpUserArrayInput is an input type that accepts SnmpUserArray and SnmpUserArrayOutput values. You can construct a concrete instance of `SnmpUserArrayInput` via: 

SnmpUserArray{ SnmpUserArgs{...} }

type SnmpUserArrayOutput 

type SnmpUserArrayOutput struct{ *pulumi.OutputState }

func (SnmpUserArrayOutput) ElementType 

func (SnmpUserArrayOutput) ElementType() reflect.Type

func (SnmpUserArrayOutput) Index 

func (o SnmpUserArrayOutput) Index(i pulumi.IntInput) SnmpUserOutput

func (SnmpUserArrayOutput) ToSnmpUserArrayOutput 

func (o SnmpUserArrayOutput) ToSnmpUserArrayOutput() SnmpUserArrayOutput

func (SnmpUserArrayOutput) ToSnmpUserArrayOutputWithContext 

func (o SnmpUserArrayOutput) ToSnmpUserArrayOutputWithContext(ctx context.Context) SnmpUserArrayOutput

type SnmpUserInput 

type SnmpUserInput interface {
	pulumi.Input

	ToSnmpUserOutput() SnmpUserOutput
	ToSnmpUserOutputWithContext(context.Context) SnmpUserOutput
}

SnmpUserInput is an input type that accepts SnmpUserArgs and SnmpUserOutput values. You can construct a concrete instance of `SnmpUserInput` via: 

SnmpUserArgs{...}

type SnmpUserOutput 

type SnmpUserOutput struct{ *pulumi.OutputState }

func (SnmpUserOutput) AuthProto 

func (o SnmpUserOutput) AuthProto() pulumi.StringPtrOutput

Authentication protocol. Valid values: `md5`, `sha`.

func (SnmpUserOutput) AuthPwd 

func (o SnmpUserOutput) AuthPwd() pulumi.StringPtrOutput

Password for authentication protocol.

func (SnmpUserOutput) ElementType 

func (SnmpUserOutput) ElementType() reflect.Type

func (SnmpUserOutput) Name 

func (o SnmpUserOutput) Name() pulumi.StringPtrOutput

SNMP User Name

func (SnmpUserOutput) NotifyHosts 

func (o SnmpUserOutput) NotifyHosts() pulumi.StringPtrOutput

Configure SNMP User Notify Hosts.

func (SnmpUserOutput) PrivProto 

func (o SnmpUserOutput) PrivProto() pulumi.StringPtrOutput

Privacy (encryption) protocol. Valid values: `aes`, `des`, `aes256`, `aes256cisco`.

func (SnmpUserOutput) PrivPwd 

func (o SnmpUserOutput) PrivPwd() pulumi.StringPtrOutput

Password for privacy (encryption) protocol.

func (SnmpUserOutput) Queries 

func (o SnmpUserOutput) Queries() pulumi.StringPtrOutput

Enable/disable SNMP queries for this user. Valid values: `enable`, `disable`.

func (SnmpUserOutput) SecurityLevel 

func (o SnmpUserOutput) SecurityLevel() pulumi.StringPtrOutput

Security level for message authentication and encryption. Valid values: `no-auth-no-priv`, `auth-no-priv`, `auth-priv`.

func (SnmpUserOutput) Status 

func (o SnmpUserOutput) Status() pulumi.StringPtrOutput

SNMP User Enable Valid values: `enable`, `disable`.

func (SnmpUserOutput) ToSnmpUserOutput 

func (o SnmpUserOutput) ToSnmpUserOutput() SnmpUserOutput

func (SnmpUserOutput) ToSnmpUserOutputWithContext 

func (o SnmpUserOutput) ToSnmpUserOutputWithContext(ctx context.Context) SnmpUserOutput

func (SnmpUserOutput) TrapStatus 

func (o SnmpUserOutput) TrapStatus() pulumi.StringPtrOutput

Enable/disable traps for this SNMP user. Valid values: `enable`, `disable`.

type Ssidpolicy 

type Ssidpolicy struct {
	pulumi.CustomResourceState

	// Description.
	Description pulumi.StringPtrOutput `pulumi:"description"`
	// Name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// VLAN interface name.
	Vlan pulumi.StringOutput `pulumi:"vlan"`
}

Configure WiFi SSID policies. Applies to FortiOS Version `>= 7.0.1`.

## Import

WirelessController SsidPolicy can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/ssidpolicy:Ssidpolicy labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/ssidpolicy:Ssidpolicy labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetSsidpolicy 

func GetSsidpolicy(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *SsidpolicyState, opts ...pulumi.ResourceOption) (*Ssidpolicy, error)

GetSsidpolicy gets an existing Ssidpolicy resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewSsidpolicy 

func NewSsidpolicy(ctx *pulumi.Context,
	name string, args *SsidpolicyArgs, opts ...pulumi.ResourceOption) (*Ssidpolicy, error)

NewSsidpolicy registers a new resource with the given unique name, arguments, and options.

func (*Ssidpolicy) ElementType 

func (*Ssidpolicy) ElementType() reflect.Type

func (*Ssidpolicy) ToSsidpolicyOutput 

func (i *Ssidpolicy) ToSsidpolicyOutput() SsidpolicyOutput

func (*Ssidpolicy) ToSsidpolicyOutputWithContext 

func (i *Ssidpolicy) ToSsidpolicyOutputWithContext(ctx context.Context) SsidpolicyOutput

type SsidpolicyArgs 

type SsidpolicyArgs struct {
	// Description.
	Description pulumi.StringPtrInput
	// Name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// VLAN interface name.
	Vlan pulumi.StringPtrInput
}

The set of arguments for constructing a Ssidpolicy resource.

func (SsidpolicyArgs) ElementType 

func (SsidpolicyArgs) ElementType() reflect.Type

type SsidpolicyArray 

type SsidpolicyArray []SsidpolicyInput

func (SsidpolicyArray) ElementType 

func (SsidpolicyArray) ElementType() reflect.Type

func (SsidpolicyArray) ToSsidpolicyArrayOutput 

func (i SsidpolicyArray) ToSsidpolicyArrayOutput() SsidpolicyArrayOutput

func (SsidpolicyArray) ToSsidpolicyArrayOutputWithContext 

func (i SsidpolicyArray) ToSsidpolicyArrayOutputWithContext(ctx context.Context) SsidpolicyArrayOutput

type SsidpolicyArrayInput 

type SsidpolicyArrayInput interface {
	pulumi.Input

	ToSsidpolicyArrayOutput() SsidpolicyArrayOutput
	ToSsidpolicyArrayOutputWithContext(context.Context) SsidpolicyArrayOutput
}

SsidpolicyArrayInput is an input type that accepts SsidpolicyArray and SsidpolicyArrayOutput values. You can construct a concrete instance of `SsidpolicyArrayInput` via: 

SsidpolicyArray{ SsidpolicyArgs{...} }

type SsidpolicyArrayOutput 

type SsidpolicyArrayOutput struct{ *pulumi.OutputState }

func (SsidpolicyArrayOutput) ElementType 

func (SsidpolicyArrayOutput) ElementType() reflect.Type

func (SsidpolicyArrayOutput) Index 

func (o SsidpolicyArrayOutput) Index(i pulumi.IntInput) SsidpolicyOutput

func (SsidpolicyArrayOutput) ToSsidpolicyArrayOutput 

func (o SsidpolicyArrayOutput) ToSsidpolicyArrayOutput() SsidpolicyArrayOutput

func (SsidpolicyArrayOutput) ToSsidpolicyArrayOutputWithContext 

func (o SsidpolicyArrayOutput) ToSsidpolicyArrayOutputWithContext(ctx context.Context) SsidpolicyArrayOutput

type SsidpolicyInput 

type SsidpolicyInput interface {
	pulumi.Input

	ToSsidpolicyOutput() SsidpolicyOutput
	ToSsidpolicyOutputWithContext(ctx context.Context) SsidpolicyOutput
}

type SsidpolicyMap 

type SsidpolicyMap map[string]SsidpolicyInput

func (SsidpolicyMap) ElementType 

func (SsidpolicyMap) ElementType() reflect.Type

func (SsidpolicyMap) ToSsidpolicyMapOutput 

func (i SsidpolicyMap) ToSsidpolicyMapOutput() SsidpolicyMapOutput

func (SsidpolicyMap) ToSsidpolicyMapOutputWithContext 

func (i SsidpolicyMap) ToSsidpolicyMapOutputWithContext(ctx context.Context) SsidpolicyMapOutput

type SsidpolicyMapInput 

type SsidpolicyMapInput interface {
	pulumi.Input

	ToSsidpolicyMapOutput() SsidpolicyMapOutput
	ToSsidpolicyMapOutputWithContext(context.Context) SsidpolicyMapOutput
}

SsidpolicyMapInput is an input type that accepts SsidpolicyMap and SsidpolicyMapOutput values. You can construct a concrete instance of `SsidpolicyMapInput` via: 

SsidpolicyMap{ "key": SsidpolicyArgs{...} }

type SsidpolicyMapOutput 

type SsidpolicyMapOutput struct{ *pulumi.OutputState }

func (SsidpolicyMapOutput) ElementType 

func (SsidpolicyMapOutput) ElementType() reflect.Type

func (SsidpolicyMapOutput) MapIndex 

func (o SsidpolicyMapOutput) MapIndex(k pulumi.StringInput) SsidpolicyOutput

func (SsidpolicyMapOutput) ToSsidpolicyMapOutput 

func (o SsidpolicyMapOutput) ToSsidpolicyMapOutput() SsidpolicyMapOutput

func (SsidpolicyMapOutput) ToSsidpolicyMapOutputWithContext 

func (o SsidpolicyMapOutput) ToSsidpolicyMapOutputWithContext(ctx context.Context) SsidpolicyMapOutput

type SsidpolicyOutput 

type SsidpolicyOutput struct{ *pulumi.OutputState }

func (SsidpolicyOutput) Description 

func (o SsidpolicyOutput) Description() pulumi.StringPtrOutput

Description.

func (SsidpolicyOutput) ElementType 

func (SsidpolicyOutput) ElementType() reflect.Type

func (SsidpolicyOutput) Name 

func (o SsidpolicyOutput) Name() pulumi.StringOutput

Name.

func (SsidpolicyOutput) ToSsidpolicyOutput 

func (o SsidpolicyOutput) ToSsidpolicyOutput() SsidpolicyOutput

func (SsidpolicyOutput) ToSsidpolicyOutputWithContext 

func (o SsidpolicyOutput) ToSsidpolicyOutputWithContext(ctx context.Context) SsidpolicyOutput

func (SsidpolicyOutput) Vdomparam 

func (o SsidpolicyOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (SsidpolicyOutput) Vlan 

func (o SsidpolicyOutput) Vlan() pulumi.StringOutput

VLAN interface name.

type SsidpolicyState 

type SsidpolicyState struct {
	// Description.
	Description pulumi.StringPtrInput
	// Name.
	Name pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// VLAN interface name.
	Vlan pulumi.StringPtrInput
}

func (SsidpolicyState) ElementType 

func (SsidpolicyState) ElementType() reflect.Type

type Syslogprofile 

type Syslogprofile struct {
	pulumi.CustomResourceState

	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// Lowest level of log messages that FortiAP units send to this server (default = information) Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debugging`.
	LogLevel pulumi.StringOutput `pulumi:"logLevel"`
	// WTP system log server profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Syslog server address type (default = IP) Valid values: `fqdn`, `ip`.
	ServerAddrType pulumi.StringOutput `pulumi:"serverAddrType"`
	// FQDN of syslog server that FortiAP units send log messages to.
	ServerFqdn pulumi.StringOutput `pulumi:"serverFqdn"`
	// IP address of syslog server that FortiAP units send log messages to.
	ServerIp pulumi.StringOutput `pulumi:"serverIp"`
	// Port number of syslog server that FortiAP units send log messages to (default = 514).
	ServerPort pulumi.IntOutput `pulumi:"serverPort"`
	// Enable/disable FortiAP units to send log messages to a syslog server (default = enable). Valid values: `enable`, `disable`.
	ServerStatus pulumi.StringOutput `pulumi:"serverStatus"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure Wireless Termination Points (WTP) system log server profile. Applies to FortiOS Version `>= 7.0.2`.

## Import

WirelessController SyslogProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/syslogprofile:Syslogprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/syslogprofile:Syslogprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetSyslogprofile 

func GetSyslogprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *SyslogprofileState, opts ...pulumi.ResourceOption) (*Syslogprofile, error)

GetSyslogprofile gets an existing Syslogprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewSyslogprofile 

func NewSyslogprofile(ctx *pulumi.Context,
	name string, args *SyslogprofileArgs, opts ...pulumi.ResourceOption) (*Syslogprofile, error)

NewSyslogprofile registers a new resource with the given unique name, arguments, and options.

func (*Syslogprofile) ElementType 

func (*Syslogprofile) ElementType() reflect.Type

func (*Syslogprofile) ToSyslogprofileOutput 

func (i *Syslogprofile) ToSyslogprofileOutput() SyslogprofileOutput

func (*Syslogprofile) ToSyslogprofileOutputWithContext 

func (i *Syslogprofile) ToSyslogprofileOutputWithContext(ctx context.Context) SyslogprofileOutput

type SyslogprofileArgs 

type SyslogprofileArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Lowest level of log messages that FortiAP units send to this server (default = information) Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debugging`.
	LogLevel pulumi.StringPtrInput
	// WTP system log server profile name.
	Name pulumi.StringPtrInput
	// Syslog server address type (default = IP) Valid values: `fqdn`, `ip`.
	ServerAddrType pulumi.StringPtrInput
	// FQDN of syslog server that FortiAP units send log messages to.
	ServerFqdn pulumi.StringPtrInput
	// IP address of syslog server that FortiAP units send log messages to.
	ServerIp pulumi.StringPtrInput
	// Port number of syslog server that FortiAP units send log messages to (default = 514).
	ServerPort pulumi.IntPtrInput
	// Enable/disable FortiAP units to send log messages to a syslog server (default = enable). Valid values: `enable`, `disable`.
	ServerStatus pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Syslogprofile resource.

func (SyslogprofileArgs) ElementType 

func (SyslogprofileArgs) ElementType() reflect.Type

type SyslogprofileArray 

type SyslogprofileArray []SyslogprofileInput

func (SyslogprofileArray) ElementType 

func (SyslogprofileArray) ElementType() reflect.Type

func (SyslogprofileArray) ToSyslogprofileArrayOutput 

func (i SyslogprofileArray) ToSyslogprofileArrayOutput() SyslogprofileArrayOutput

func (SyslogprofileArray) ToSyslogprofileArrayOutputWithContext 

func (i SyslogprofileArray) ToSyslogprofileArrayOutputWithContext(ctx context.Context) SyslogprofileArrayOutput

type SyslogprofileArrayInput 

type SyslogprofileArrayInput interface {
	pulumi.Input

	ToSyslogprofileArrayOutput() SyslogprofileArrayOutput
	ToSyslogprofileArrayOutputWithContext(context.Context) SyslogprofileArrayOutput
}

SyslogprofileArrayInput is an input type that accepts SyslogprofileArray and SyslogprofileArrayOutput values. You can construct a concrete instance of `SyslogprofileArrayInput` via: 

SyslogprofileArray{ SyslogprofileArgs{...} }

type SyslogprofileArrayOutput 

type SyslogprofileArrayOutput struct{ *pulumi.OutputState }

func (SyslogprofileArrayOutput) ElementType 

func (SyslogprofileArrayOutput) ElementType() reflect.Type

func (SyslogprofileArrayOutput) Index 

func (o SyslogprofileArrayOutput) Index(i pulumi.IntInput) SyslogprofileOutput

func (SyslogprofileArrayOutput) ToSyslogprofileArrayOutput 

func (o SyslogprofileArrayOutput) ToSyslogprofileArrayOutput() SyslogprofileArrayOutput

func (SyslogprofileArrayOutput) ToSyslogprofileArrayOutputWithContext 

func (o SyslogprofileArrayOutput) ToSyslogprofileArrayOutputWithContext(ctx context.Context) SyslogprofileArrayOutput

type SyslogprofileInput 

type SyslogprofileInput interface {
	pulumi.Input

	ToSyslogprofileOutput() SyslogprofileOutput
	ToSyslogprofileOutputWithContext(ctx context.Context) SyslogprofileOutput
}

type SyslogprofileMap 

type SyslogprofileMap map[string]SyslogprofileInput

func (SyslogprofileMap) ElementType 

func (SyslogprofileMap) ElementType() reflect.Type

func (SyslogprofileMap) ToSyslogprofileMapOutput 

func (i SyslogprofileMap) ToSyslogprofileMapOutput() SyslogprofileMapOutput

func (SyslogprofileMap) ToSyslogprofileMapOutputWithContext 

func (i SyslogprofileMap) ToSyslogprofileMapOutputWithContext(ctx context.Context) SyslogprofileMapOutput

type SyslogprofileMapInput 

type SyslogprofileMapInput interface {
	pulumi.Input

	ToSyslogprofileMapOutput() SyslogprofileMapOutput
	ToSyslogprofileMapOutputWithContext(context.Context) SyslogprofileMapOutput
}

SyslogprofileMapInput is an input type that accepts SyslogprofileMap and SyslogprofileMapOutput values. You can construct a concrete instance of `SyslogprofileMapInput` via: 

SyslogprofileMap{ "key": SyslogprofileArgs{...} }

type SyslogprofileMapOutput 

type SyslogprofileMapOutput struct{ *pulumi.OutputState }

func (SyslogprofileMapOutput) ElementType 

func (SyslogprofileMapOutput) ElementType() reflect.Type

func (SyslogprofileMapOutput) MapIndex 

func (o SyslogprofileMapOutput) MapIndex(k pulumi.StringInput) SyslogprofileOutput

func (SyslogprofileMapOutput) ToSyslogprofileMapOutput 

func (o SyslogprofileMapOutput) ToSyslogprofileMapOutput() SyslogprofileMapOutput

func (SyslogprofileMapOutput) ToSyslogprofileMapOutputWithContext 

func (o SyslogprofileMapOutput) ToSyslogprofileMapOutputWithContext(ctx context.Context) SyslogprofileMapOutput

type SyslogprofileOutput 

type SyslogprofileOutput struct{ *pulumi.OutputState }

func (SyslogprofileOutput) Comment 

func (o SyslogprofileOutput) Comment() pulumi.StringPtrOutput

Comment.

func (SyslogprofileOutput) ElementType 

func (SyslogprofileOutput) ElementType() reflect.Type

func (SyslogprofileOutput) LogLevel 

func (o SyslogprofileOutput) LogLevel() pulumi.StringOutput

Lowest level of log messages that FortiAP units send to this server (default = information) Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debugging`.

func (SyslogprofileOutput) Name 

func (o SyslogprofileOutput) Name() pulumi.StringOutput

WTP system log server profile name.

func (SyslogprofileOutput) ServerAddrType 

func (o SyslogprofileOutput) ServerAddrType() pulumi.StringOutput

Syslog server address type (default = IP) Valid values: `fqdn`, `ip`.

func (SyslogprofileOutput) ServerFqdn 

func (o SyslogprofileOutput) ServerFqdn() pulumi.StringOutput

FQDN of syslog server that FortiAP units send log messages to.

func (SyslogprofileOutput) ServerIp 

func (o SyslogprofileOutput) ServerIp() pulumi.StringOutput

IP address of syslog server that FortiAP units send log messages to.

func (SyslogprofileOutput) ServerPort 

func (o SyslogprofileOutput) ServerPort() pulumi.IntOutput

Port number of syslog server that FortiAP units send log messages to (default = 514).

func (SyslogprofileOutput) ServerStatus 

func (o SyslogprofileOutput) ServerStatus() pulumi.StringOutput

Enable/disable FortiAP units to send log messages to a syslog server (default = enable). Valid values: `enable`, `disable`.

func (SyslogprofileOutput) ToSyslogprofileOutput 

func (o SyslogprofileOutput) ToSyslogprofileOutput() SyslogprofileOutput

func (SyslogprofileOutput) ToSyslogprofileOutputWithContext 

func (o SyslogprofileOutput) ToSyslogprofileOutputWithContext(ctx context.Context) SyslogprofileOutput

func (SyslogprofileOutput) Vdomparam 

func (o SyslogprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type SyslogprofileState 

type SyslogprofileState struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Lowest level of log messages that FortiAP units send to this server (default = information) Valid values: `emergency`, `alert`, `critical`, `error`, `warning`, `notification`, `information`, `debugging`.
	LogLevel pulumi.StringPtrInput
	// WTP system log server profile name.
	Name pulumi.StringPtrInput
	// Syslog server address type (default = IP) Valid values: `fqdn`, `ip`.
	ServerAddrType pulumi.StringPtrInput
	// FQDN of syslog server that FortiAP units send log messages to.
	ServerFqdn pulumi.StringPtrInput
	// IP address of syslog server that FortiAP units send log messages to.
	ServerIp pulumi.StringPtrInput
	// Port number of syslog server that FortiAP units send log messages to (default = 514).
	ServerPort pulumi.IntPtrInput
	// Enable/disable FortiAP units to send log messages to a syslog server (default = enable). Valid values: `enable`, `disable`.
	ServerStatus pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (SyslogprofileState) ElementType 

func (SyslogprofileState) ElementType() reflect.Type

type Timers 

type Timers struct {
	pulumi.CustomResourceState

	// Time in minutes to wait before AP reboots when there is no controller detected (5 - 65535, default = 0, 0 for no reboot).
	ApRebootWaitInterval1 pulumi.IntOutput `pulumi:"apRebootWaitInterval1"`
	// Time in minutes to wait before AP reboots when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session (5 - 65535, default = 0, 0 for no reboot).
	ApRebootWaitInterval2 pulumi.IntOutput `pulumi:"apRebootWaitInterval2"`
	// Time to reboot the AP when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session, format hh:mm.
	ApRebootWaitTime pulumi.StringOutput `pulumi:"apRebootWaitTime"`
	// Time after which a client is considered failed in RADIUS authentication and times out (5 - 30 sec, default = 5).
	AuthTimeout pulumi.IntOutput `pulumi:"authTimeout"`
	// Time between running Bluetooth Low Energy (BLE) reports (10 - 3600 sec, default = 30).
	BleScanReportIntv pulumi.IntOutput `pulumi:"bleScanReportIntv"`
	// Time after which a client is considered idle and disconnected from the home controller (2 - 3600 sec, default = 20, 0 for no timeout).
	ClientIdleRehomeTimeout pulumi.IntOutput `pulumi:"clientIdleRehomeTimeout"`
	// Time after which a client is considered idle and times out (20 - 3600 sec, default = 300, 0 for no timeout).
	ClientIdleTimeout pulumi.IntOutput `pulumi:"clientIdleTimeout"`
	// Weekday on which to run DARRP optimization. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.
	DarrpDay pulumi.StringOutput `pulumi:"darrpDay"`
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 1800).
	DarrpOptimize pulumi.IntOutput `pulumi:"darrpOptimize"`
	// Time at which DARRP optimizations run (you can add up to 8 times). The structure of `darrpTime` block is documented below.
	DarrpTimes TimersDarrpTimeArrayOutput `pulumi:"darrpTimes"`
	// Time between discovery requests (2 - 180 sec, default = 5).
	DiscoveryInterval pulumi.IntOutput `pulumi:"discoveryInterval"`
	// Dynamic radio mode assignment (DRMA) schedule interval in minutes (10 - 1440, default = 60).
	DrmaInterval pulumi.IntOutput `pulumi:"drmaInterval"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Time between echo requests sent by the managed WTP, AP, or FortiAP (1 - 255 sec, default = 30).
	EchoInterval pulumi.IntOutput `pulumi:"echoInterval"`
	// Time between recording logs about fake APs if periodic fake AP logging is configured (0 - 1440 min, default = 1).
	FakeApLog pulumi.IntOutput `pulumi:"fakeApLog"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Time period to keep IPsec VPN interfaces up after WTP sessions are disconnected (30 - 3600 sec, default = 120).
	IpsecIntfCleanup pulumi.IntOutput `pulumi:"ipsecIntfCleanup"`
	// Maximal time in seconds between control requests sent by the managed WTP, AP, or FortiAP (0 - 255 sec, default = 0).
	NatSessionKeepAlive pulumi.IntOutput `pulumi:"natSessionKeepAlive"`
	// Time between running radio reports (1 - 255 sec, default = 15).
	RadioStatsInterval pulumi.IntOutput `pulumi:"radioStatsInterval"`
	// Time period in minutes to keep rogue AP after it is gone (default = 0).
	RogueApCleanup pulumi.IntOutput `pulumi:"rogueApCleanup"`
	// Time between logging rogue AP messages if periodic rogue AP logging is configured (0 - 1440 min, default = 0).
	RogueApLog pulumi.IntOutput `pulumi:"rogueApLog"`
	// Time between running station capability reports (1 - 255 sec, default = 30).
	StaCapabilityInterval pulumi.IntOutput `pulumi:"staCapabilityInterval"`
	// Time between running client presence flushes to remove clients that are listed but no longer present (0 - 86400 sec, default = 1800).
	StaLocateTimer pulumi.IntOutput `pulumi:"staLocateTimer"`
	// Time between running client (station) reports (1 - 255 sec, default = 1).
	StaStatsInterval pulumi.IntOutput `pulumi:"staStatsInterval"`
	// Time between running Virtual Access Point (VAP) reports (1 - 255 sec, default = 15).
	VapStatsInterval pulumi.IntOutput `pulumi:"vapStatsInterval"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure CAPWAP timers.

## Import

WirelessController Timers can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/timers:Timers labelname WirelessControllerTimers ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/timers:Timers labelname WirelessControllerTimers ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetTimers 

func GetTimers(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *TimersState, opts ...pulumi.ResourceOption) (*Timers, error)

GetTimers gets an existing Timers resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewTimers 

func NewTimers(ctx *pulumi.Context,
	name string, args *TimersArgs, opts ...pulumi.ResourceOption) (*Timers, error)

NewTimers registers a new resource with the given unique name, arguments, and options.

func (*Timers) ElementType 

func (*Timers) ElementType() reflect.Type

func (*Timers) ToTimersOutput 

func (i *Timers) ToTimersOutput() TimersOutput

func (*Timers) ToTimersOutputWithContext 

func (i *Timers) ToTimersOutputWithContext(ctx context.Context) TimersOutput

type TimersArgs 

type TimersArgs struct {
	// Time in minutes to wait before AP reboots when there is no controller detected (5 - 65535, default = 0, 0 for no reboot).
	ApRebootWaitInterval1 pulumi.IntPtrInput
	// Time in minutes to wait before AP reboots when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session (5 - 65535, default = 0, 0 for no reboot).
	ApRebootWaitInterval2 pulumi.IntPtrInput
	// Time to reboot the AP when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session, format hh:mm.
	ApRebootWaitTime pulumi.StringPtrInput
	// Time after which a client is considered failed in RADIUS authentication and times out (5 - 30 sec, default = 5).
	AuthTimeout pulumi.IntPtrInput
	// Time between running Bluetooth Low Energy (BLE) reports (10 - 3600 sec, default = 30).
	BleScanReportIntv pulumi.IntPtrInput
	// Time after which a client is considered idle and disconnected from the home controller (2 - 3600 sec, default = 20, 0 for no timeout).
	ClientIdleRehomeTimeout pulumi.IntPtrInput
	// Time after which a client is considered idle and times out (20 - 3600 sec, default = 300, 0 for no timeout).
	ClientIdleTimeout pulumi.IntPtrInput
	// Weekday on which to run DARRP optimization. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.
	DarrpDay pulumi.StringPtrInput
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 1800).
	DarrpOptimize pulumi.IntPtrInput
	// Time at which DARRP optimizations run (you can add up to 8 times). The structure of `darrpTime` block is documented below.
	DarrpTimes TimersDarrpTimeArrayInput
	// Time between discovery requests (2 - 180 sec, default = 5).
	DiscoveryInterval pulumi.IntPtrInput
	// Dynamic radio mode assignment (DRMA) schedule interval in minutes (10 - 1440, default = 60).
	DrmaInterval pulumi.IntPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Time between echo requests sent by the managed WTP, AP, or FortiAP (1 - 255 sec, default = 30).
	EchoInterval pulumi.IntPtrInput
	// Time between recording logs about fake APs if periodic fake AP logging is configured (0 - 1440 min, default = 1).
	FakeApLog pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Time period to keep IPsec VPN interfaces up after WTP sessions are disconnected (30 - 3600 sec, default = 120).
	IpsecIntfCleanup pulumi.IntPtrInput
	// Maximal time in seconds between control requests sent by the managed WTP, AP, or FortiAP (0 - 255 sec, default = 0).
	NatSessionKeepAlive pulumi.IntPtrInput
	// Time between running radio reports (1 - 255 sec, default = 15).
	RadioStatsInterval pulumi.IntPtrInput
	// Time period in minutes to keep rogue AP after it is gone (default = 0).
	RogueApCleanup pulumi.IntPtrInput
	// Time between logging rogue AP messages if periodic rogue AP logging is configured (0 - 1440 min, default = 0).
	RogueApLog pulumi.IntPtrInput
	// Time between running station capability reports (1 - 255 sec, default = 30).
	StaCapabilityInterval pulumi.IntPtrInput
	// Time between running client presence flushes to remove clients that are listed but no longer present (0 - 86400 sec, default = 1800).
	StaLocateTimer pulumi.IntPtrInput
	// Time between running client (station) reports (1 - 255 sec, default = 1).
	StaStatsInterval pulumi.IntPtrInput
	// Time between running Virtual Access Point (VAP) reports (1 - 255 sec, default = 15).
	VapStatsInterval pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Timers resource.

func (TimersArgs) ElementType 

func (TimersArgs) ElementType() reflect.Type

type TimersArray 

type TimersArray []TimersInput

func (TimersArray) ElementType 

func (TimersArray) ElementType() reflect.Type

func (TimersArray) ToTimersArrayOutput 

func (i TimersArray) ToTimersArrayOutput() TimersArrayOutput

func (TimersArray) ToTimersArrayOutputWithContext 

func (i TimersArray) ToTimersArrayOutputWithContext(ctx context.Context) TimersArrayOutput

type TimersArrayInput 

type TimersArrayInput interface {
	pulumi.Input

	ToTimersArrayOutput() TimersArrayOutput
	ToTimersArrayOutputWithContext(context.Context) TimersArrayOutput
}

TimersArrayInput is an input type that accepts TimersArray and TimersArrayOutput values. You can construct a concrete instance of `TimersArrayInput` via: 

TimersArray{ TimersArgs{...} }

type TimersArrayOutput 

type TimersArrayOutput struct{ *pulumi.OutputState }

func (TimersArrayOutput) ElementType 

func (TimersArrayOutput) ElementType() reflect.Type

func (TimersArrayOutput) Index 

func (o TimersArrayOutput) Index(i pulumi.IntInput) TimersOutput

func (TimersArrayOutput) ToTimersArrayOutput 

func (o TimersArrayOutput) ToTimersArrayOutput() TimersArrayOutput

func (TimersArrayOutput) ToTimersArrayOutputWithContext 

func (o TimersArrayOutput) ToTimersArrayOutputWithContext(ctx context.Context) TimersArrayOutput

type TimersDarrpTime 

type TimersDarrpTime struct {
	// Time.
	Time *string `pulumi:"time"`
}

type TimersDarrpTimeArgs 

type TimersDarrpTimeArgs struct {
	// Time.
	Time pulumi.StringPtrInput `pulumi:"time"`
}

func (TimersDarrpTimeArgs) ElementType 

func (TimersDarrpTimeArgs) ElementType() reflect.Type

func (TimersDarrpTimeArgs) ToTimersDarrpTimeOutput 

func (i TimersDarrpTimeArgs) ToTimersDarrpTimeOutput() TimersDarrpTimeOutput

func (TimersDarrpTimeArgs) ToTimersDarrpTimeOutputWithContext 

func (i TimersDarrpTimeArgs) ToTimersDarrpTimeOutputWithContext(ctx context.Context) TimersDarrpTimeOutput

type TimersDarrpTimeArray 

type TimersDarrpTimeArray []TimersDarrpTimeInput

func (TimersDarrpTimeArray) ElementType 

func (TimersDarrpTimeArray) ElementType() reflect.Type

func (TimersDarrpTimeArray) ToTimersDarrpTimeArrayOutput 

func (i TimersDarrpTimeArray) ToTimersDarrpTimeArrayOutput() TimersDarrpTimeArrayOutput

func (TimersDarrpTimeArray) ToTimersDarrpTimeArrayOutputWithContext 

func (i TimersDarrpTimeArray) ToTimersDarrpTimeArrayOutputWithContext(ctx context.Context) TimersDarrpTimeArrayOutput

type TimersDarrpTimeArrayInput 

type TimersDarrpTimeArrayInput interface {
	pulumi.Input

	ToTimersDarrpTimeArrayOutput() TimersDarrpTimeArrayOutput
	ToTimersDarrpTimeArrayOutputWithContext(context.Context) TimersDarrpTimeArrayOutput
}

TimersDarrpTimeArrayInput is an input type that accepts TimersDarrpTimeArray and TimersDarrpTimeArrayOutput values. You can construct a concrete instance of `TimersDarrpTimeArrayInput` via: 

TimersDarrpTimeArray{ TimersDarrpTimeArgs{...} }

type TimersDarrpTimeArrayOutput 

type TimersDarrpTimeArrayOutput struct{ *pulumi.OutputState }

func (TimersDarrpTimeArrayOutput) ElementType 

func (TimersDarrpTimeArrayOutput) ElementType() reflect.Type

func (TimersDarrpTimeArrayOutput) Index 

func (o TimersDarrpTimeArrayOutput) Index(i pulumi.IntInput) TimersDarrpTimeOutput

func (TimersDarrpTimeArrayOutput) ToTimersDarrpTimeArrayOutput 

func (o TimersDarrpTimeArrayOutput) ToTimersDarrpTimeArrayOutput() TimersDarrpTimeArrayOutput

func (TimersDarrpTimeArrayOutput) ToTimersDarrpTimeArrayOutputWithContext 

func (o TimersDarrpTimeArrayOutput) ToTimersDarrpTimeArrayOutputWithContext(ctx context.Context) TimersDarrpTimeArrayOutput

type TimersDarrpTimeInput 

type TimersDarrpTimeInput interface {
	pulumi.Input

	ToTimersDarrpTimeOutput() TimersDarrpTimeOutput
	ToTimersDarrpTimeOutputWithContext(context.Context) TimersDarrpTimeOutput
}

TimersDarrpTimeInput is an input type that accepts TimersDarrpTimeArgs and TimersDarrpTimeOutput values. You can construct a concrete instance of `TimersDarrpTimeInput` via: 

TimersDarrpTimeArgs{...}

type TimersDarrpTimeOutput 

type TimersDarrpTimeOutput struct{ *pulumi.OutputState }

func (TimersDarrpTimeOutput) ElementType 

func (TimersDarrpTimeOutput) ElementType() reflect.Type

func (TimersDarrpTimeOutput) Time 

func (o TimersDarrpTimeOutput) Time() pulumi.StringPtrOutput

Time.

func (TimersDarrpTimeOutput) ToTimersDarrpTimeOutput 

func (o TimersDarrpTimeOutput) ToTimersDarrpTimeOutput() TimersDarrpTimeOutput

func (TimersDarrpTimeOutput) ToTimersDarrpTimeOutputWithContext 

func (o TimersDarrpTimeOutput) ToTimersDarrpTimeOutputWithContext(ctx context.Context) TimersDarrpTimeOutput

type TimersInput 

type TimersInput interface {
	pulumi.Input

	ToTimersOutput() TimersOutput
	ToTimersOutputWithContext(ctx context.Context) TimersOutput
}

type TimersMap 

type TimersMap map[string]TimersInput

func (TimersMap) ElementType 

func (TimersMap) ElementType() reflect.Type

func (TimersMap) ToTimersMapOutput 

func (i TimersMap) ToTimersMapOutput() TimersMapOutput

func (TimersMap) ToTimersMapOutputWithContext 

func (i TimersMap) ToTimersMapOutputWithContext(ctx context.Context) TimersMapOutput

type TimersMapInput 

type TimersMapInput interface {
	pulumi.Input

	ToTimersMapOutput() TimersMapOutput
	ToTimersMapOutputWithContext(context.Context) TimersMapOutput
}

TimersMapInput is an input type that accepts TimersMap and TimersMapOutput values. You can construct a concrete instance of `TimersMapInput` via: 

TimersMap{ "key": TimersArgs{...} }

type TimersMapOutput 

type TimersMapOutput struct{ *pulumi.OutputState }

func (TimersMapOutput) ElementType 

func (TimersMapOutput) ElementType() reflect.Type

func (TimersMapOutput) MapIndex 

func (o TimersMapOutput) MapIndex(k pulumi.StringInput) TimersOutput

func (TimersMapOutput) ToTimersMapOutput 

func (o TimersMapOutput) ToTimersMapOutput() TimersMapOutput

func (TimersMapOutput) ToTimersMapOutputWithContext 

func (o TimersMapOutput) ToTimersMapOutputWithContext(ctx context.Context) TimersMapOutput

type TimersOutput 

type TimersOutput struct{ *pulumi.OutputState }

func (TimersOutput) ApRebootWaitInterval1 

func (o TimersOutput) ApRebootWaitInterval1() pulumi.IntOutput

Time in minutes to wait before AP reboots when there is no controller detected (5 - 65535, default = 0, 0 for no reboot).

func (TimersOutput) ApRebootWaitInterval2 

func (o TimersOutput) ApRebootWaitInterval2() pulumi.IntOutput

Time in minutes to wait before AP reboots when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session (5 - 65535, default = 0, 0 for no reboot).

func (TimersOutput) ApRebootWaitTime 

func (o TimersOutput) ApRebootWaitTime() pulumi.StringOutput

Time to reboot the AP when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session, format hh:mm.

func (TimersOutput) AuthTimeout 

func (o TimersOutput) AuthTimeout() pulumi.IntOutput

Time after which a client is considered failed in RADIUS authentication and times out (5 - 30 sec, default = 5).

func (TimersOutput) BleScanReportIntv 

func (o TimersOutput) BleScanReportIntv() pulumi.IntOutput

Time between running Bluetooth Low Energy (BLE) reports (10 - 3600 sec, default = 30).

func (TimersOutput) ClientIdleRehomeTimeout 

func (o TimersOutput) ClientIdleRehomeTimeout() pulumi.IntOutput

Time after which a client is considered idle and disconnected from the home controller (2 - 3600 sec, default = 20, 0 for no timeout).

func (TimersOutput) ClientIdleTimeout 

func (o TimersOutput) ClientIdleTimeout() pulumi.IntOutput

Time after which a client is considered idle and times out (20 - 3600 sec, default = 300, 0 for no timeout).

func (TimersOutput) DarrpDay 

func (o TimersOutput) DarrpDay() pulumi.StringOutput

Weekday on which to run DARRP optimization. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.

func (TimersOutput) DarrpOptimize 

func (o TimersOutput) DarrpOptimize() pulumi.IntOutput

Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 1800).

func (TimersOutput) DarrpTimes 

func (o TimersOutput) DarrpTimes() TimersDarrpTimeArrayOutput

Time at which DARRP optimizations run (you can add up to 8 times). The structure of `darrpTime` block is documented below.

func (TimersOutput) DiscoveryInterval 

func (o TimersOutput) DiscoveryInterval() pulumi.IntOutput

Time between discovery requests (2 - 180 sec, default = 5).

func (TimersOutput) DrmaInterval 

func (o TimersOutput) DrmaInterval() pulumi.IntOutput

Dynamic radio mode assignment (DRMA) schedule interval in minutes (10 - 1440, default = 60).

func (TimersOutput) DynamicSortSubtable 

func (o TimersOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (TimersOutput) EchoInterval 

func (o TimersOutput) EchoInterval() pulumi.IntOutput

Time between echo requests sent by the managed WTP, AP, or FortiAP (1 - 255 sec, default = 30).

func (TimersOutput) ElementType 

func (TimersOutput) ElementType() reflect.Type

func (TimersOutput) FakeApLog 

func (o TimersOutput) FakeApLog() pulumi.IntOutput

Time between recording logs about fake APs if periodic fake AP logging is configured (0 - 1440 min, default = 1).

func (TimersOutput) GetAllTables 

func (o TimersOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (TimersOutput) IpsecIntfCleanup 

func (o TimersOutput) IpsecIntfCleanup() pulumi.IntOutput

Time period to keep IPsec VPN interfaces up after WTP sessions are disconnected (30 - 3600 sec, default = 120).

func (TimersOutput) NatSessionKeepAlive 

func (o TimersOutput) NatSessionKeepAlive() pulumi.IntOutput

Maximal time in seconds between control requests sent by the managed WTP, AP, or FortiAP (0 - 255 sec, default = 0).

func (TimersOutput) RadioStatsInterval 

func (o TimersOutput) RadioStatsInterval() pulumi.IntOutput

Time between running radio reports (1 - 255 sec, default = 15).

func (TimersOutput) RogueApCleanup 

func (o TimersOutput) RogueApCleanup() pulumi.IntOutput

Time period in minutes to keep rogue AP after it is gone (default = 0).

func (TimersOutput) RogueApLog 

func (o TimersOutput) RogueApLog() pulumi.IntOutput

Time between logging rogue AP messages if periodic rogue AP logging is configured (0 - 1440 min, default = 0).

func (TimersOutput) StaCapabilityInterval 

func (o TimersOutput) StaCapabilityInterval() pulumi.IntOutput

Time between running station capability reports (1 - 255 sec, default = 30).

func (TimersOutput) StaLocateTimer 

func (o TimersOutput) StaLocateTimer() pulumi.IntOutput

Time between running client presence flushes to remove clients that are listed but no longer present (0 - 86400 sec, default = 1800).

func (TimersOutput) StaStatsInterval 

func (o TimersOutput) StaStatsInterval() pulumi.IntOutput

Time between running client (station) reports (1 - 255 sec, default = 1).

func (TimersOutput) ToTimersOutput 

func (o TimersOutput) ToTimersOutput() TimersOutput

func (TimersOutput) ToTimersOutputWithContext 

func (o TimersOutput) ToTimersOutputWithContext(ctx context.Context) TimersOutput

func (TimersOutput) VapStatsInterval 

func (o TimersOutput) VapStatsInterval() pulumi.IntOutput

Time between running Virtual Access Point (VAP) reports (1 - 255 sec, default = 15).

func (TimersOutput) Vdomparam 

func (o TimersOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type TimersState 

type TimersState struct {
	// Time in minutes to wait before AP reboots when there is no controller detected (5 - 65535, default = 0, 0 for no reboot).
	ApRebootWaitInterval1 pulumi.IntPtrInput
	// Time in minutes to wait before AP reboots when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session (5 - 65535, default = 0, 0 for no reboot).
	ApRebootWaitInterval2 pulumi.IntPtrInput
	// Time to reboot the AP when there is no controller detected and standalone SSIDs are pushed to the AP in the previous session, format hh:mm.
	ApRebootWaitTime pulumi.StringPtrInput
	// Time after which a client is considered failed in RADIUS authentication and times out (5 - 30 sec, default = 5).
	AuthTimeout pulumi.IntPtrInput
	// Time between running Bluetooth Low Energy (BLE) reports (10 - 3600 sec, default = 30).
	BleScanReportIntv pulumi.IntPtrInput
	// Time after which a client is considered idle and disconnected from the home controller (2 - 3600 sec, default = 20, 0 for no timeout).
	ClientIdleRehomeTimeout pulumi.IntPtrInput
	// Time after which a client is considered idle and times out (20 - 3600 sec, default = 300, 0 for no timeout).
	ClientIdleTimeout pulumi.IntPtrInput
	// Weekday on which to run DARRP optimization. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.
	DarrpDay pulumi.StringPtrInput
	// Time for running Dynamic Automatic Radio Resource Provisioning (DARRP) optimizations (0 - 86400 sec, default = 1800).
	DarrpOptimize pulumi.IntPtrInput
	// Time at which DARRP optimizations run (you can add up to 8 times). The structure of `darrpTime` block is documented below.
	DarrpTimes TimersDarrpTimeArrayInput
	// Time between discovery requests (2 - 180 sec, default = 5).
	DiscoveryInterval pulumi.IntPtrInput
	// Dynamic radio mode assignment (DRMA) schedule interval in minutes (10 - 1440, default = 60).
	DrmaInterval pulumi.IntPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Time between echo requests sent by the managed WTP, AP, or FortiAP (1 - 255 sec, default = 30).
	EchoInterval pulumi.IntPtrInput
	// Time between recording logs about fake APs if periodic fake AP logging is configured (0 - 1440 min, default = 1).
	FakeApLog pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Time period to keep IPsec VPN interfaces up after WTP sessions are disconnected (30 - 3600 sec, default = 120).
	IpsecIntfCleanup pulumi.IntPtrInput
	// Maximal time in seconds between control requests sent by the managed WTP, AP, or FortiAP (0 - 255 sec, default = 0).
	NatSessionKeepAlive pulumi.IntPtrInput
	// Time between running radio reports (1 - 255 sec, default = 15).
	RadioStatsInterval pulumi.IntPtrInput
	// Time period in minutes to keep rogue AP after it is gone (default = 0).
	RogueApCleanup pulumi.IntPtrInput
	// Time between logging rogue AP messages if periodic rogue AP logging is configured (0 - 1440 min, default = 0).
	RogueApLog pulumi.IntPtrInput
	// Time between running station capability reports (1 - 255 sec, default = 30).
	StaCapabilityInterval pulumi.IntPtrInput
	// Time between running client presence flushes to remove clients that are listed but no longer present (0 - 86400 sec, default = 1800).
	StaLocateTimer pulumi.IntPtrInput
	// Time between running client (station) reports (1 - 255 sec, default = 1).
	StaStatsInterval pulumi.IntPtrInput
	// Time between running Virtual Access Point (VAP) reports (1 - 255 sec, default = 15).
	VapStatsInterval pulumi.IntPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (TimersState) ElementType 

func (TimersState) ElementType() reflect.Type

type Utmprofile 

type Utmprofile struct {
	pulumi.CustomResourceState

	// AntiVirus profile name.
	AntivirusProfile pulumi.StringOutput `pulumi:"antivirusProfile"`
	// Application control list name.
	ApplicationList pulumi.StringOutput `pulumi:"applicationList"`
	// Comment.
	Comment pulumi.StringOutput `pulumi:"comment"`
	// IPS sensor name.
	IpsSensor pulumi.StringOutput `pulumi:"ipsSensor"`
	// UTM profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `block`, `monitor`.
	ScanBotnetConnections pulumi.StringOutput `pulumi:"scanBotnetConnections"`
	// Enable/disable UTM logging. Valid values: `enable`, `disable`.
	UtmLog pulumi.StringOutput `pulumi:"utmLog"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// WebFilter profile name.
	WebfilterProfile pulumi.StringOutput `pulumi:"webfilterProfile"`
}

Configure UTM (Unified Threat Management) profile.

## Import

WirelessController UtmProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/utmprofile:Utmprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/utmprofile:Utmprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetUtmprofile 

func GetUtmprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *UtmprofileState, opts ...pulumi.ResourceOption) (*Utmprofile, error)

GetUtmprofile gets an existing Utmprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewUtmprofile 

func NewUtmprofile(ctx *pulumi.Context,
	name string, args *UtmprofileArgs, opts ...pulumi.ResourceOption) (*Utmprofile, error)

NewUtmprofile registers a new resource with the given unique name, arguments, and options.

func (*Utmprofile) ElementType 

func (*Utmprofile) ElementType() reflect.Type

func (*Utmprofile) ToUtmprofileOutput 

func (i *Utmprofile) ToUtmprofileOutput() UtmprofileOutput

func (*Utmprofile) ToUtmprofileOutputWithContext 

func (i *Utmprofile) ToUtmprofileOutputWithContext(ctx context.Context) UtmprofileOutput

type UtmprofileArgs 

type UtmprofileArgs struct {
	// AntiVirus profile name.
	AntivirusProfile pulumi.StringPtrInput
	// Application control list name.
	ApplicationList pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// IPS sensor name.
	IpsSensor pulumi.StringPtrInput
	// UTM profile name.
	Name pulumi.StringPtrInput
	// Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `block`, `monitor`.
	ScanBotnetConnections pulumi.StringPtrInput
	// Enable/disable UTM logging. Valid values: `enable`, `disable`.
	UtmLog pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// WebFilter profile name.
	WebfilterProfile pulumi.StringPtrInput
}

The set of arguments for constructing a Utmprofile resource.

func (UtmprofileArgs) ElementType 

func (UtmprofileArgs) ElementType() reflect.Type

type UtmprofileArray 

type UtmprofileArray []UtmprofileInput

func (UtmprofileArray) ElementType 

func (UtmprofileArray) ElementType() reflect.Type

func (UtmprofileArray) ToUtmprofileArrayOutput 

func (i UtmprofileArray) ToUtmprofileArrayOutput() UtmprofileArrayOutput

func (UtmprofileArray) ToUtmprofileArrayOutputWithContext 

func (i UtmprofileArray) ToUtmprofileArrayOutputWithContext(ctx context.Context) UtmprofileArrayOutput

type UtmprofileArrayInput 

type UtmprofileArrayInput interface {
	pulumi.Input

	ToUtmprofileArrayOutput() UtmprofileArrayOutput
	ToUtmprofileArrayOutputWithContext(context.Context) UtmprofileArrayOutput
}

UtmprofileArrayInput is an input type that accepts UtmprofileArray and UtmprofileArrayOutput values. You can construct a concrete instance of `UtmprofileArrayInput` via: 

UtmprofileArray{ UtmprofileArgs{...} }

type UtmprofileArrayOutput 

type UtmprofileArrayOutput struct{ *pulumi.OutputState }

func (UtmprofileArrayOutput) ElementType 

func (UtmprofileArrayOutput) ElementType() reflect.Type

func (UtmprofileArrayOutput) Index 

func (o UtmprofileArrayOutput) Index(i pulumi.IntInput) UtmprofileOutput

func (UtmprofileArrayOutput) ToUtmprofileArrayOutput 

func (o UtmprofileArrayOutput) ToUtmprofileArrayOutput() UtmprofileArrayOutput

func (UtmprofileArrayOutput) ToUtmprofileArrayOutputWithContext 

func (o UtmprofileArrayOutput) ToUtmprofileArrayOutputWithContext(ctx context.Context) UtmprofileArrayOutput

type UtmprofileInput 

type UtmprofileInput interface {
	pulumi.Input

	ToUtmprofileOutput() UtmprofileOutput
	ToUtmprofileOutputWithContext(ctx context.Context) UtmprofileOutput
}

type UtmprofileMap 

type UtmprofileMap map[string]UtmprofileInput

func (UtmprofileMap) ElementType 

func (UtmprofileMap) ElementType() reflect.Type

func (UtmprofileMap) ToUtmprofileMapOutput 

func (i UtmprofileMap) ToUtmprofileMapOutput() UtmprofileMapOutput

func (UtmprofileMap) ToUtmprofileMapOutputWithContext 

func (i UtmprofileMap) ToUtmprofileMapOutputWithContext(ctx context.Context) UtmprofileMapOutput

type UtmprofileMapInput 

type UtmprofileMapInput interface {
	pulumi.Input

	ToUtmprofileMapOutput() UtmprofileMapOutput
	ToUtmprofileMapOutputWithContext(context.Context) UtmprofileMapOutput
}

UtmprofileMapInput is an input type that accepts UtmprofileMap and UtmprofileMapOutput values. You can construct a concrete instance of `UtmprofileMapInput` via: 

UtmprofileMap{ "key": UtmprofileArgs{...} }

type UtmprofileMapOutput 

type UtmprofileMapOutput struct{ *pulumi.OutputState }

func (UtmprofileMapOutput) ElementType 

func (UtmprofileMapOutput) ElementType() reflect.Type

func (UtmprofileMapOutput) MapIndex 

func (o UtmprofileMapOutput) MapIndex(k pulumi.StringInput) UtmprofileOutput

func (UtmprofileMapOutput) ToUtmprofileMapOutput 

func (o UtmprofileMapOutput) ToUtmprofileMapOutput() UtmprofileMapOutput

func (UtmprofileMapOutput) ToUtmprofileMapOutputWithContext 

func (o UtmprofileMapOutput) ToUtmprofileMapOutputWithContext(ctx context.Context) UtmprofileMapOutput

type UtmprofileOutput 

type UtmprofileOutput struct{ *pulumi.OutputState }

func (UtmprofileOutput) AntivirusProfile 

func (o UtmprofileOutput) AntivirusProfile() pulumi.StringOutput

AntiVirus profile name.

func (UtmprofileOutput) ApplicationList 

func (o UtmprofileOutput) ApplicationList() pulumi.StringOutput

Application control list name.

func (UtmprofileOutput) Comment 

func (o UtmprofileOutput) Comment() pulumi.StringOutput

Comment.

func (UtmprofileOutput) ElementType 

func (UtmprofileOutput) ElementType() reflect.Type

func (UtmprofileOutput) IpsSensor 

func (o UtmprofileOutput) IpsSensor() pulumi.StringOutput

IPS sensor name.

func (UtmprofileOutput) Name 

func (o UtmprofileOutput) Name() pulumi.StringOutput

UTM profile name.

func (UtmprofileOutput) ScanBotnetConnections 

func (o UtmprofileOutput) ScanBotnetConnections() pulumi.StringOutput

Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `block`, `monitor`.

func (UtmprofileOutput) ToUtmprofileOutput 

func (o UtmprofileOutput) ToUtmprofileOutput() UtmprofileOutput

func (UtmprofileOutput) ToUtmprofileOutputWithContext 

func (o UtmprofileOutput) ToUtmprofileOutputWithContext(ctx context.Context) UtmprofileOutput

func (UtmprofileOutput) UtmLog 

func (o UtmprofileOutput) UtmLog() pulumi.StringOutput

Enable/disable UTM logging. Valid values: `enable`, `disable`.

func (UtmprofileOutput) Vdomparam 

func (o UtmprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (UtmprofileOutput) WebfilterProfile 

func (o UtmprofileOutput) WebfilterProfile() pulumi.StringOutput

WebFilter profile name.

type UtmprofileState 

type UtmprofileState struct {
	// AntiVirus profile name.
	AntivirusProfile pulumi.StringPtrInput
	// Application control list name.
	ApplicationList pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// IPS sensor name.
	IpsSensor pulumi.StringPtrInput
	// UTM profile name.
	Name pulumi.StringPtrInput
	// Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `block`, `monitor`.
	ScanBotnetConnections pulumi.StringPtrInput
	// Enable/disable UTM logging. Valid values: `enable`, `disable`.
	UtmLog pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// WebFilter profile name.
	WebfilterProfile pulumi.StringPtrInput
}

func (UtmprofileState) ElementType 

func (UtmprofileState) ElementType() reflect.Type

type Vap 

type Vap struct {
	pulumi.CustomResourceState

	// access-control-list profile name.
	AccessControlList pulumi.StringOutput `pulumi:"accessControlList"`
	// WiFi RADIUS accounting interim interval (60 - 86400 sec, default = 0).
	AcctInterimInterval pulumi.IntOutput `pulumi:"acctInterimInterval"`
	// Additional AKMs. Valid values: `akm6`.
	AdditionalAkms pulumi.StringOutput `pulumi:"additionalAkms"`
	// Address group ID.
	AddressGroup pulumi.StringOutput `pulumi:"addressGroup"`
	// Configure MAC address filtering policy for MAC addresses that are in the address-group. Valid values: `disable`, `allow`, `deny`.
	AddressGroupPolicy pulumi.StringOutput `pulumi:"addressGroupPolicy"`
	// Alias.
	Alias pulumi.StringOutput `pulumi:"alias"`
	// AntiVirus profile name.
	AntivirusProfile pulumi.StringOutput `pulumi:"antivirusProfile"`
	// Enable/disable application detection engine (default = disable). Valid values: `enable`, `disable`.
	ApplicationDetectionEngine pulumi.StringOutput `pulumi:"applicationDetectionEngine"`
	// Enable/disable application attribute based DSCP marking (default = disable). Valid values: `enable`, `disable`.
	ApplicationDscpMarking pulumi.StringOutput `pulumi:"applicationDscpMarking"`
	// Application control list name.
	ApplicationList pulumi.StringOutput `pulumi:"applicationList"`
	// Application report interval (30 - 864000 sec, default = 120).
	ApplicationReportIntv pulumi.IntOutput `pulumi:"applicationReportIntv"`
	// Airtime weight in percentage (default = 20).
	AtfWeight pulumi.IntOutput `pulumi:"atfWeight"`
	// Authentication protocol.
	Auth pulumi.StringOutput `pulumi:"auth"`
	// HTTPS server certificate.
	AuthCert pulumi.StringOutput `pulumi:"authCert"`
	// Address of captive portal.
	AuthPortalAddr pulumi.StringOutput `pulumi:"authPortalAddr"`
	// Fortinet beacon advertising IE data   (default = empty). Valid values: `name`, `model`, `serial-number`.
	BeaconAdvertising pulumi.StringOutput `pulumi:"beaconAdvertising"`
	// Enable/disable broadcasting the SSID (default = enable). Valid values: `enable`, `disable`.
	BroadcastSsid pulumi.StringOutput `pulumi:"broadcastSsid"`
	// Optional suppression of broadcast messages. For example, you can keep DHCP messages, ARP broadcasts, and so on off of the wireless network.
	BroadcastSuppression pulumi.StringOutput `pulumi:"broadcastSuppression"`
	// Enable/disable 802.11ax partial BSS color (default = enable). Valid values: `enable`, `disable`.
	BssColorPartial pulumi.StringOutput `pulumi:"bssColorPartial"`
	// Enable/disable forcing of disassociation after the BSTM request timer has been reached (default = enable). Valid values: `enable`, `disable`.
	BstmDisassociationImminent pulumi.StringOutput `pulumi:"bstmDisassociationImminent"`
	// Time interval for client to voluntarily leave AP before forcing a disassociation due to AP load-balancing (0 to 30, default = 10).
	BstmLoadBalancingDisassocTimer pulumi.IntOutput `pulumi:"bstmLoadBalancingDisassocTimer"`
	// Time interval for client to voluntarily leave AP before forcing a disassociation due to low RSSI (0 to 2000, default = 200).
	BstmRssiDisassocTimer pulumi.IntOutput `pulumi:"bstmRssiDisassocTimer"`
	// Local-bridging captive portal ac-name.
	CaptivePortalAcName pulumi.StringOutput `pulumi:"captivePortalAcName"`
	// Hard timeout - AP will always clear the session after timeout regardless of traffic (0 - 864000 sec, default = 0).
	CaptivePortalAuthTimeout pulumi.IntOutput `pulumi:"captivePortalAuthTimeout"`
	// Enable/disable RADIUS accounting for captive portal firewall authentication session. Valid values: `enable`, `disable`.
	CaptivePortalFwAccounting pulumi.StringOutput `pulumi:"captivePortalFwAccounting"`
	// Secret key to access the macauth RADIUS server.
	CaptivePortalMacauthRadiusSecret pulumi.StringPtrOutput `pulumi:"captivePortalMacauthRadiusSecret"`
	// Captive portal external RADIUS server domain name or IP address.
	CaptivePortalMacauthRadiusServer pulumi.StringOutput `pulumi:"captivePortalMacauthRadiusServer"`
	// Secret key to access the RADIUS server.
	CaptivePortalRadiusSecret pulumi.StringPtrOutput `pulumi:"captivePortalRadiusSecret"`
	// Captive portal RADIUS server domain name or IP address.
	CaptivePortalRadiusServer pulumi.StringOutput `pulumi:"captivePortalRadiusServer"`
	// Session timeout interval (0 - 864000 sec, default = 0).
	CaptivePortalSessionTimeoutInterval pulumi.IntOutput `pulumi:"captivePortalSessionTimeoutInterval"`
	// Enable/disable DHCP address enforcement (default = disable). Valid values: `enable`, `disable`.
	DhcpAddressEnforcement pulumi.StringOutput `pulumi:"dhcpAddressEnforcement"`
	// DHCP lease time in seconds for NAT IP address.
	DhcpLeaseTime pulumi.IntOutput `pulumi:"dhcpLeaseTime"`
	// Enable/disable insertion of DHCP option 43 (default = enable). Valid values: `enable`, `disable`.
	DhcpOption43Insertion pulumi.StringOutput `pulumi:"dhcpOption43Insertion"`
	// Enable/disable DHCP option 82 circuit-id insert (default = disable).
	DhcpOption82CircuitIdInsertion pulumi.StringOutput `pulumi:"dhcpOption82CircuitIdInsertion"`
	// Enable/disable DHCP option 82 insert (default = disable). Valid values: `enable`, `disable`.
	DhcpOption82Insertion pulumi.StringOutput `pulumi:"dhcpOption82Insertion"`
	// Enable/disable DHCP option 82 remote-id insert (default = disable). Valid values: `style-1`, `disable`.
	DhcpOption82RemoteIdInsertion pulumi.StringOutput `pulumi:"dhcpOption82RemoteIdInsertion"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Enable/disable dynamic VLAN assignment. Valid values: `enable`, `disable`.
	DynamicVlan pulumi.StringOutput `pulumi:"dynamicVlan"`
	// Enable/disable EAP re-authentication for WPA-Enterprise security. Valid values: `enable`, `disable`.
	EapReauth pulumi.StringOutput `pulumi:"eapReauth"`
	// EAP re-authentication interval (1800 - 864000 sec, default = 86400).
	EapReauthIntv pulumi.IntOutput `pulumi:"eapReauthIntv"`
	// Enable/disable retransmission of EAPOL-Key frames (message 3/4 and group message 1/2) (default = enable). Valid values: `disable`, `enable`.
	EapolKeyRetries pulumi.StringOutput `pulumi:"eapolKeyRetries"`
	// Encryption protocol to use (only available when security is set to a WPA type). Valid values: `TKIP`, `AES`, `TKIP-AES`.
	Encrypt pulumi.StringOutput `pulumi:"encrypt"`
	// Enable/disable fast roaming or pre-authentication with external APs not managed by the FortiGate (default = disable). Valid values: `enable`, `disable`.
	ExternalFastRoaming pulumi.StringOutput `pulumi:"externalFastRoaming"`
	// URL of external authentication logout server.
	ExternalLogout pulumi.StringOutput `pulumi:"externalLogout"`
	// URL of external authentication web server.
	ExternalWeb pulumi.StringOutput `pulumi:"externalWeb"`
	// URL query parameter detection (default = auto-detect). Valid values: `auto-detect`, `no-query-string`, `partial-query-string`.
	ExternalWebFormat pulumi.StringOutput `pulumi:"externalWebFormat"`
	// Enable/disable 802.11r Fast BSS Transition (FT) (default = disable). Valid values: `disable`, `enable`.
	FastBssTransition pulumi.StringOutput `pulumi:"fastBssTransition"`
	// Enable/disable fast-roaming, or pre-authentication, where supported by clients (default = disable). Valid values: `enable`, `disable`.
	FastRoaming pulumi.StringOutput `pulumi:"fastRoaming"`
	// Mobility domain identifier in FT (1 - 65535, default = 1000).
	FtMobilityDomain pulumi.IntOutput `pulumi:"ftMobilityDomain"`
	// Enable/disable FT over the Distribution System (DS). Valid values: `disable`, `enable`.
	FtOverDs pulumi.StringOutput `pulumi:"ftOverDs"`
	// Lifetime of the PMK-R0 key in FT, 1-65535 minutes.
	FtR0KeyLifetime pulumi.IntOutput `pulumi:"ftR0KeyLifetime"`
	// GAS comeback delay (0 or 100 - 10000 milliseconds, default = 500).
	GasComebackDelay pulumi.IntOutput `pulumi:"gasComebackDelay"`
	// GAS fragmentation limit (512 - 4096, default = 1024).
	GasFragmentationLimit pulumi.IntOutput `pulumi:"gasFragmentationLimit"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Enable/disable GTK rekey for WPA security. Valid values: `enable`, `disable`.
	GtkRekey pulumi.StringOutput `pulumi:"gtkRekey"`
	// GTK rekey interval (1800 - 864000 sec, default = 86400).
	GtkRekeyIntv pulumi.IntOutput `pulumi:"gtkRekeyIntv"`
	// Enable/disable 802.11ax high efficiency (default = enable). Valid values: `enable`, `disable`.
	HighEfficiency pulumi.StringOutput `pulumi:"highEfficiency"`
	// Hotspot 2.0 profile name.
	Hotspot20Profile pulumi.StringOutput `pulumi:"hotspot20Profile"`
	// Enable/disable IGMP snooping. Valid values: `enable`, `disable`.
	IgmpSnooping pulumi.StringOutput `pulumi:"igmpSnooping"`
	// Enable/disable blocking communication between clients on the same SSID (called intra-SSID privacy) (default = disable). Valid values: `enable`, `disable`.
	IntraVapPrivacy pulumi.StringOutput `pulumi:"intraVapPrivacy"`
	// IP address and subnet mask for the local standalone NAT subnet.
	Ip pulumi.StringOutput `pulumi:"ip"`
	// IPS sensor name.
	IpsSensor pulumi.StringOutput `pulumi:"ipsSensor"`
	// Optional rules of IPv6 packets. For example, you can keep RA, RS and so on off of the wireless network. Valid values: `drop-icmp6ra`, `drop-icmp6rs`, `drop-llmnr6`, `drop-icmp6mld2`, `drop-dhcp6s`, `drop-dhcp6c`, `ndp-proxy`, `drop-ns-dad`, `drop-ns-nondad`.
	Ipv6Rules pulumi.StringOutput `pulumi:"ipv6Rules"`
	// WEP Key.
	Key pulumi.StringPtrOutput `pulumi:"key"`
	// WEP key index (1 - 4).
	Keyindex pulumi.IntOutput `pulumi:"keyindex"`
	// Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.
	L3Roaming pulumi.StringOutput `pulumi:"l3Roaming"`
	// Select the way that layer 3 roaming traffic is passed (default = direct). Valid values: `direct`, `indirect`.
	L3RoamingMode pulumi.StringOutput `pulumi:"l3RoamingMode"`
	// VAP low-density parity-check (LDPC) coding configuration. Valid values: `disable`, `rx`, `tx`, `rxtx`.
	Ldpc pulumi.StringOutput `pulumi:"ldpc"`
	// Enable/disable AP local authentication. Valid values: `enable`, `disable`.
	LocalAuthentication pulumi.StringOutput `pulumi:"localAuthentication"`
	// Enable/disable bridging of wireless and Ethernet interfaces on the FortiAP (default = disable). Valid values: `enable`, `disable`.
	LocalBridging pulumi.StringOutput `pulumi:"localBridging"`
	// Allow/deny traffic destined for a Class A, B, or C private IP address (default = allow). Valid values: `allow`, `deny`.
	LocalLan pulumi.StringOutput `pulumi:"localLan"`
	// Enable/disable AP local standalone (default = disable). Valid values: `enable`, `disable`.
	LocalStandalone pulumi.StringOutput `pulumi:"localStandalone"`
	// Enable/disable AP local standalone DNS. Valid values: `enable`, `disable`.
	LocalStandaloneDns pulumi.StringOutput `pulumi:"localStandaloneDns"`
	// IPv4 addresses for the local standalone DNS.
	LocalStandaloneDnsIp pulumi.StringOutput `pulumi:"localStandaloneDnsIp"`
	// Enable/disable AP local standalone NAT mode. Valid values: `enable`, `disable`.
	LocalStandaloneNat pulumi.StringOutput `pulumi:"localStandaloneNat"`
	// Enable/disable MAC authentication bypass. Valid values: `enable`, `disable`.
	MacAuthBypass pulumi.StringOutput `pulumi:"macAuthBypass"`
	// MAC called station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacCalledStationDelimiter pulumi.StringOutput `pulumi:"macCalledStationDelimiter"`
	// MAC calling station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacCallingStationDelimiter pulumi.StringOutput `pulumi:"macCallingStationDelimiter"`
	// MAC case (default = uppercase). Valid values: `uppercase`, `lowercase`.
	MacCase pulumi.StringOutput `pulumi:"macCase"`
	// Enable/disable MAC filtering to block wireless clients by mac address. Valid values: `enable`, `disable`.
	MacFilter pulumi.StringOutput `pulumi:"macFilter"`
	// Create a list of MAC addresses for MAC address filtering. The structure of `macFilterList` block is documented below.
	MacFilterLists VapMacFilterListArrayOutput `pulumi:"macFilterLists"`
	// Allow or block clients with MAC addresses that are not in the filter list. Valid values: `allow`, `deny`.
	MacFilterPolicyOther pulumi.StringOutput `pulumi:"macFilterPolicyOther"`
	// MAC authentication password delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacPasswordDelimiter pulumi.StringOutput `pulumi:"macPasswordDelimiter"`
	// MAC authentication username delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacUsernameDelimiter pulumi.StringOutput `pulumi:"macUsernameDelimiter"`
	// Maximum number of clients that can connect simultaneously to the VAP (default = 0, meaning no limitation).
	MaxClients pulumi.IntOutput `pulumi:"maxClients"`
	// Maximum number of clients that can connect simultaneously to each radio (default = 0, meaning no limitation).
	MaxClientsAp pulumi.IntOutput `pulumi:"maxClientsAp"`
	// Enable/disable Multiband Operation (default = disable). Valid values: `disable`, `enable`.
	Mbo pulumi.StringOutput `pulumi:"mbo"`
	// MBO cell data connection preference (0, 1, or 255, default = 1). Valid values: `excluded`, `prefer-not`, `prefer-use`.
	MboCellDataConnPref pulumi.StringOutput `pulumi:"mboCellDataConnPref"`
	// Disable multicast enhancement when this many clients are receiving multicast traffic.
	MeDisableThresh pulumi.IntOutput `pulumi:"meDisableThresh"`
	// Enable/disable using this VAP as a WiFi mesh backhaul (default = disable). This entry is only available when security is set to a WPA type or open. Valid values: `enable`, `disable`.
	MeshBackhaul pulumi.StringOutput `pulumi:"meshBackhaul"`
	// Enable/disable multiple pre-shared keys (PSKs.) Valid values: `enable`, `disable`.
	Mpsk pulumi.StringOutput `pulumi:"mpsk"`
	// Number of pre-shared keys (PSKs) to allow if multiple pre-shared keys are enabled.
	MpskConcurrentClients pulumi.IntOutput `pulumi:"mpskConcurrentClients"`
	// Pre-shared keys that can be used to connect to this virtual access point. The structure of `mpskKey` block is documented below.
	MpskKeys VapMpskKeyArrayOutput `pulumi:"mpskKeys"`
	// MPSK profile name.
	MpskProfile pulumi.StringOutput `pulumi:"mpskProfile"`
	// Enable/disable Multi-user MIMO (default = enable). Valid values: `enable`, `disable`.
	MuMimo pulumi.StringOutput `pulumi:"muMimo"`
	// Enable/disable converting multicast to unicast to improve performance (default = disable). Valid values: `enable`, `disable`.
	MulticastEnhance pulumi.StringOutput `pulumi:"multicastEnhance"`
	// Multicast rate (0, 6000, 12000, or 24000 kbps, default = 0). Valid values: `0`, `6000`, `12000`, `24000`.
	MulticastRate pulumi.StringOutput `pulumi:"multicastRate"`
	// Enable/disable 802.11k assisted roaming (default = enable). Valid values: `disable`, `enable`.
	N80211k pulumi.StringOutput `pulumi:"n80211k"`
	// Enable/disable 802.11v assisted roaming (default = enable). Valid values: `disable`, `enable`.
	N80211v pulumi.StringOutput `pulumi:"n80211v"`
	// Enable/disable network access control. Valid values: `enable`, `disable`.
	Nac pulumi.StringOutput `pulumi:"nac"`
	// NAC profile name.
	NacProfile pulumi.StringOutput `pulumi:"nacProfile"`
	// Virtual AP name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Enable/disable dual-band neighbor report (default = disable). Valid values: `disable`, `enable`.
	NeighborReportDualBand pulumi.StringOutput `pulumi:"neighborReportDualBand"`
	// Enable/disable Opportunistic Key Caching (OKC) (default = enable). Valid values: `disable`, `enable`.
	Okc pulumi.StringOutput `pulumi:"okc"`
	// Enable/disable OSEN as part of key management (default = disable). Valid values: `enable`, `disable`.
	Osen pulumi.StringOutput `pulumi:"osen"`
	// OWE-Groups. Valid values: `19`, `20`, `21`.
	OweGroups pulumi.StringOutput `pulumi:"oweGroups"`
	// Enable/disable OWE transition mode support. Valid values: `disable`, `enable`.
	OweTransition pulumi.StringOutput `pulumi:"oweTransition"`
	// OWE transition mode peer SSID.
	OweTransitionSsid pulumi.StringOutput `pulumi:"oweTransitionSsid"`
	// WPA pre-shard key (PSK) to be used to authenticate WiFi users.
	Passphrase pulumi.StringPtrOutput `pulumi:"passphrase"`
	// Protected Management Frames (PMF) support (default = disable). Valid values: `disable`, `enable`, `optional`.
	Pmf pulumi.StringOutput `pulumi:"pmf"`
	// Protected Management Frames (PMF) comeback maximum timeout (1-20 sec).
	PmfAssocComebackTimeout pulumi.IntOutput `pulumi:"pmfAssocComebackTimeout"`
	// Protected Management Frames (PMF) SA query retry timeout interval (1 - 5 100s of msec).
	PmfSaQueryRetryTimeout pulumi.IntOutput `pulumi:"pmfSaQueryRetryTimeout"`
	// Enable/disable LAN port MAC authentication (default = disable). Valid values: `disable`, `radius`, `address-group`.
	PortMacauth pulumi.StringOutput `pulumi:"portMacauth"`
	// LAN port MAC authentication re-authentication timeout value (default = 7200 sec).
	PortMacauthReauthTimeout pulumi.IntOutput `pulumi:"portMacauthReauthTimeout"`
	// LAN port MAC authentication idle timeout value (default = 600 sec).
	PortMacauthTimeout pulumi.IntOutput `pulumi:"portMacauthTimeout"`
	// Replacement message group for this VAP (only available when security is set to a captive portal type).
	PortalMessageOverrideGroup pulumi.StringOutput `pulumi:"portalMessageOverrideGroup"`
	// Individual message overrides. The structure of `portalMessageOverrides` block is documented below.
	PortalMessageOverrides VapPortalMessageOverridesOutput `pulumi:"portalMessageOverrides"`
	// Captive portal functionality. Configure how the captive portal authenticates users and whether it includes a disclaimer.
	PortalType pulumi.StringOutput `pulumi:"portalType"`
	// Primary wireless access gateway profile name.
	PrimaryWagProfile pulumi.StringOutput `pulumi:"primaryWagProfile"`
	// Enable/disable probe response suppression (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.
	ProbeRespSuppression pulumi.StringOutput `pulumi:"probeRespSuppression"`
	// Minimum signal level/threshold in dBm required for the AP response to probe requests (-95 to -20, default = -80).
	ProbeRespThreshold pulumi.StringOutput `pulumi:"probeRespThreshold"`
	// Enable/disable PTK rekey for WPA-Enterprise security. Valid values: `enable`, `disable`.
	PtkRekey pulumi.StringOutput `pulumi:"ptkRekey"`
	// PTK rekey interval (1800 - 864000 sec, default = 86400).
	PtkRekeyIntv pulumi.IntOutput `pulumi:"ptkRekeyIntv"`
	// Quality of service profile name.
	QosProfile pulumi.StringOutput `pulumi:"qosProfile"`
	// Enable/disable station quarantine (default = enable). Valid values: `enable`, `disable`.
	Quarantine pulumi.StringOutput `pulumi:"quarantine"`
	// Minimum signal level/threshold in dBm required for the AP response to receive a packet in 2.4G band (-95 to -20, default = -79).
	Radio2gThreshold pulumi.StringOutput `pulumi:"radio2gThreshold"`
	// Minimum signal level/threshold in dBm required for the AP response to receive a packet in 5G band(-95 to -20, default = -76).
	Radio5gThreshold pulumi.StringOutput `pulumi:"radio5gThreshold"`
	// Enable/disable software radio sensitivity (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.
	RadioSensitivity pulumi.StringOutput `pulumi:"radioSensitivity"`
	// Enable/disable RADIUS-based MAC authentication of clients (default = disable). Valid values: `enable`, `disable`.
	RadiusMacAuth pulumi.StringOutput `pulumi:"radiusMacAuth"`
	// Don't send RADIUS MAC auth request again if the client has been rejected within specific interval (0 or 30 - 864000 seconds, default = 0, 0 to disable blocking).
	RadiusMacAuthBlockInterval pulumi.IntOutput `pulumi:"radiusMacAuthBlockInterval"`
	// RADIUS-based MAC authentication server.
	RadiusMacAuthServer pulumi.StringOutput `pulumi:"radiusMacAuthServer"`
	// Selective user groups that are permitted for RADIUS mac authentication. The structure of `radiusMacAuthUsergroups` block is documented below.
	RadiusMacAuthUsergroups VapRadiusMacAuthUsergroupArrayOutput `pulumi:"radiusMacAuthUsergroups"`
	// Enable/disable RADIUS-based MAC authentication of clients for MPSK authentication (default = disable). Valid values: `enable`, `disable`.
	RadiusMacMpskAuth pulumi.StringOutput `pulumi:"radiusMacMpskAuth"`
	// RADIUS MAC MPSK cache timeout interval (1800 - 864000, default = 86400).
	RadiusMacMpskTimeout pulumi.IntOutput `pulumi:"radiusMacMpskTimeout"`
	// RADIUS server to be used to authenticate WiFi users.
	RadiusServer pulumi.StringOutput `pulumi:"radiusServer"`
	// Allowed data rates for 802.11a.
	Rates11a pulumi.StringOutput `pulumi:"rates11a"`
	// Comma separated list of max supported VHT MCS for spatial streams 1 through 8.
	Rates11acMcsMap pulumi.StringOutput `pulumi:"rates11acMcsMap"`
	// Allowed data rates for 802.11ac with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.
	Rates11acSs12 pulumi.StringOutput `pulumi:"rates11acSs12"`
	// Allowed data rates for 802.11ac with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.
	Rates11acSs34 pulumi.StringOutput `pulumi:"rates11acSs34"`
	// Comma separated list of max supported HE MCS for spatial streams 1 through 8.
	Rates11axMcsMap pulumi.StringOutput `pulumi:"rates11axMcsMap"`
	// Allowed data rates for 802.11ax with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.
	Rates11axSs12 pulumi.StringOutput `pulumi:"rates11axSs12"`
	// Allowed data rates for 802.11ax with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.
	Rates11axSs34 pulumi.StringOutput `pulumi:"rates11axSs34"`
	// Allowed data rates for 802.11b/g.
	Rates11bg pulumi.StringOutput `pulumi:"rates11bg"`
	// Allowed data rates for 802.11n with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`, `mcs12/2`, `mcs13/2`, `mcs14/2`, `mcs15/2`.
	Rates11nSs12 pulumi.StringOutput `pulumi:"rates11nSs12"`
	// Allowed data rates for 802.11n with 3 or 4 spatial streams. Valid values: `mcs16/3`, `mcs17/3`, `mcs18/3`, `mcs19/3`, `mcs20/3`, `mcs21/3`, `mcs22/3`, `mcs23/3`, `mcs24/4`, `mcs25/4`, `mcs26/4`, `mcs27/4`, `mcs28/4`, `mcs29/4`, `mcs30/4`, `mcs31/4`.
	Rates11nSs34 pulumi.StringOutput `pulumi:"rates11nSs34"`
	// Enable/disable using accounting interim update instead of accounting start/stop on roaming for WPA-Enterprise security. Valid values: `enable`, `disable`.
	RoamingAcctInterimUpdate pulumi.StringOutput `pulumi:"roamingAcctInterimUpdate"`
	// SAE-Groups. Valid values: `19`, `20`, `21`.
	SaeGroups pulumi.StringOutput `pulumi:"saeGroups"`
	// Use hash-to-element-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.
	SaeH2eOnly pulumi.StringOutput `pulumi:"saeH2eOnly"`
	// Use hunting-and-pecking-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.
	SaeHnpOnly pulumi.StringOutput `pulumi:"saeHnpOnly"`
	// WPA3 SAE password to be used to authenticate WiFi users.
	SaePassword pulumi.StringPtrOutput `pulumi:"saePassword"`
	// Enable/disable WPA3 SAE-PK (default = disable). Valid values: `enable`, `disable`.
	SaePk pulumi.StringOutput `pulumi:"saePk"`
	// Private key used for WPA3 SAE-PK authentication.
	SaePrivateKey pulumi.StringOutput `pulumi:"saePrivateKey"`
	// Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `monitor`, `block`.
	ScanBotnetConnections pulumi.StringOutput `pulumi:"scanBotnetConnections"`
	// VAP schedule name.
	Schedule pulumi.StringOutput `pulumi:"schedule"`
	// Secondary wireless access gateway profile name.
	SecondaryWagProfile pulumi.StringOutput `pulumi:"secondaryWagProfile"`
	// Security mode for the wireless interface (default = wpa2-only-personal).
	Security pulumi.StringOutput `pulumi:"security"`
	// Optional security exempt list for captive portal authentication.
	SecurityExemptList pulumi.StringOutput `pulumi:"securityExemptList"`
	// Enable/disable obsolete security options. Valid values: `enable`, `disable`.
	SecurityObsoleteOption pulumi.StringOutput `pulumi:"securityObsoleteOption"`
	// Optional URL for redirecting users after they pass captive portal authentication.
	SecurityRedirectUrl pulumi.StringOutput `pulumi:"securityRedirectUrl"`
	// Selective user groups that are permitted to authenticate. The structure of `selectedUsergroups` block is documented below.
	SelectedUsergroups VapSelectedUsergroupArrayOutput `pulumi:"selectedUsergroups"`
	// Enable/disable split tunneling (default = disable). Valid values: `enable`, `disable`.
	SplitTunneling pulumi.StringOutput `pulumi:"splitTunneling"`
	// IEEE 802.11 service set identifier (SSID) for the wireless interface. Users who wish to use the wireless network must configure their computers to access this SSID name.
	Ssid pulumi.StringOutput `pulumi:"ssid"`
	// Enable/disable sticky client remove to maintain good signal level clients in SSID. (default = disable). Valid values: `enable`, `disable`.
	StickyClientRemove pulumi.StringOutput `pulumi:"stickyClientRemove"`
	// Minimum signal level/threshold in dBm required for the 2G client to be serviced by the AP (-95 to -20, default = -79).
	StickyClientThreshold2g pulumi.StringOutput `pulumi:"stickyClientThreshold2g"`
	// Minimum signal level/threshold in dBm required for the 5G client to be serviced by the AP (-95 to -20, default = -76).
	StickyClientThreshold5g pulumi.StringOutput `pulumi:"stickyClientThreshold5g"`
	// Minimum signal level/threshold in dBm required for the 6G client to be serviced by the AP (-95 to -20, default = -76).
	StickyClientThreshold6g pulumi.StringOutput `pulumi:"stickyClientThreshold6g"`
	// Enable/disable 802.11ax target wake time (default = enable). Valid values: `enable`, `disable`.
	TargetWakeTime pulumi.StringOutput `pulumi:"targetWakeTime"`
	// Enable/disable TKIP counter measure. Valid values: `enable`, `disable`.
	TkipCounterMeasure pulumi.StringOutput `pulumi:"tkipCounterMeasure"`
	// The time interval to send echo to both primary and secondary tunnel peers (1 - 65535 sec, default = 300).
	TunnelEchoInterval pulumi.IntOutput `pulumi:"tunnelEchoInterval"`
	// The time interval for secondary tunnel to fall back to primary tunnel (0 - 65535 sec, default = 7200).
	TunnelFallbackInterval pulumi.IntOutput `pulumi:"tunnelFallbackInterval"`
	// Firewall user group to be used to authenticate WiFi users. The structure of `usergroup` block is documented below.
	Usergroups VapUsergroupArrayOutput `pulumi:"usergroups"`
	// Enable/disable UTM logging. Valid values: `enable`, `disable`.
	UtmLog pulumi.StringOutput `pulumi:"utmLog"`
	// UTM profile name.
	UtmProfile pulumi.StringOutput `pulumi:"utmProfile"`
	// Enable to add one or more security profiles (AV, IPS, etc.) to the VAP. Valid values: `enable`, `disable`.
	UtmStatus pulumi.StringOutput `pulumi:"utmStatus"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Enable/disable automatic management of SSID VLAN interface. Valid values: `enable`, `disable`.
	VlanAuto pulumi.StringOutput `pulumi:"vlanAuto"`
	// Table for mapping VLAN name to VLAN ID. The structure of `vlanName` block is documented below.
	VlanNames VapVlanNameArrayOutput `pulumi:"vlanNames"`
	// Enable/disable VLAN pooling, to allow grouping of multiple wireless controller VLANs into VLAN pools (default = disable). When set to wtp-group, VLAN pooling occurs with VLAN assignment by wtp-group. Valid values: `wtp-group`, `round-robin`, `hash`, `disable`.
	VlanPooling pulumi.StringOutput `pulumi:"vlanPooling"`
	// VLAN pool. The structure of `vlanPool` block is documented below.
	VlanPools VapVlanPoolArrayOutput `pulumi:"vlanPools"`
	// Optional VLAN ID.
	Vlanid pulumi.IntOutput `pulumi:"vlanid"`
	// Enable/disable 802.11k and 802.11v assisted Voice-Enterprise roaming (default = disable). Valid values: `disable`, `enable`.
	VoiceEnterprise pulumi.StringOutput `pulumi:"voiceEnterprise"`
	// WebFilter profile name.
	WebfilterProfile pulumi.StringOutput `pulumi:"webfilterProfile"`
}

Configure Virtual Access Points (VAPs).

## Import

WirelessController Vap can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/vap:Vap labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/vap:Vap labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetVap 

func GetVap(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *VapState, opts ...pulumi.ResourceOption) (*Vap, error)

GetVap gets an existing Vap resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewVap 

func NewVap(ctx *pulumi.Context,
	name string, args *VapArgs, opts ...pulumi.ResourceOption) (*Vap, error)

NewVap registers a new resource with the given unique name, arguments, and options.

func (*Vap) ElementType 

func (*Vap) ElementType() reflect.Type

func (*Vap) ToVapOutput 

func (i *Vap) ToVapOutput() VapOutput

func (*Vap) ToVapOutputWithContext 

func (i *Vap) ToVapOutputWithContext(ctx context.Context) VapOutput

type VapArgs 

type VapArgs struct {
	// access-control-list profile name.
	AccessControlList pulumi.StringPtrInput
	// WiFi RADIUS accounting interim interval (60 - 86400 sec, default = 0).
	AcctInterimInterval pulumi.IntPtrInput
	// Additional AKMs. Valid values: `akm6`.
	AdditionalAkms pulumi.StringPtrInput
	// Address group ID.
	AddressGroup pulumi.StringPtrInput
	// Configure MAC address filtering policy for MAC addresses that are in the address-group. Valid values: `disable`, `allow`, `deny`.
	AddressGroupPolicy pulumi.StringPtrInput
	// Alias.
	Alias pulumi.StringPtrInput
	// AntiVirus profile name.
	AntivirusProfile pulumi.StringPtrInput
	// Enable/disable application detection engine (default = disable). Valid values: `enable`, `disable`.
	ApplicationDetectionEngine pulumi.StringPtrInput
	// Enable/disable application attribute based DSCP marking (default = disable). Valid values: `enable`, `disable`.
	ApplicationDscpMarking pulumi.StringPtrInput
	// Application control list name.
	ApplicationList pulumi.StringPtrInput
	// Application report interval (30 - 864000 sec, default = 120).
	ApplicationReportIntv pulumi.IntPtrInput
	// Airtime weight in percentage (default = 20).
	AtfWeight pulumi.IntPtrInput
	// Authentication protocol.
	Auth pulumi.StringPtrInput
	// HTTPS server certificate.
	AuthCert pulumi.StringPtrInput
	// Address of captive portal.
	AuthPortalAddr pulumi.StringPtrInput
	// Fortinet beacon advertising IE data   (default = empty). Valid values: `name`, `model`, `serial-number`.
	BeaconAdvertising pulumi.StringPtrInput
	// Enable/disable broadcasting the SSID (default = enable). Valid values: `enable`, `disable`.
	BroadcastSsid pulumi.StringPtrInput
	// Optional suppression of broadcast messages. For example, you can keep DHCP messages, ARP broadcasts, and so on off of the wireless network.
	BroadcastSuppression pulumi.StringPtrInput
	// Enable/disable 802.11ax partial BSS color (default = enable). Valid values: `enable`, `disable`.
	BssColorPartial pulumi.StringPtrInput
	// Enable/disable forcing of disassociation after the BSTM request timer has been reached (default = enable). Valid values: `enable`, `disable`.
	BstmDisassociationImminent pulumi.StringPtrInput
	// Time interval for client to voluntarily leave AP before forcing a disassociation due to AP load-balancing (0 to 30, default = 10).
	BstmLoadBalancingDisassocTimer pulumi.IntPtrInput
	// Time interval for client to voluntarily leave AP before forcing a disassociation due to low RSSI (0 to 2000, default = 200).
	BstmRssiDisassocTimer pulumi.IntPtrInput
	// Local-bridging captive portal ac-name.
	CaptivePortalAcName pulumi.StringPtrInput
	// Hard timeout - AP will always clear the session after timeout regardless of traffic (0 - 864000 sec, default = 0).
	CaptivePortalAuthTimeout pulumi.IntPtrInput
	// Enable/disable RADIUS accounting for captive portal firewall authentication session. Valid values: `enable`, `disable`.
	CaptivePortalFwAccounting pulumi.StringPtrInput
	// Secret key to access the macauth RADIUS server.
	CaptivePortalMacauthRadiusSecret pulumi.StringPtrInput
	// Captive portal external RADIUS server domain name or IP address.
	CaptivePortalMacauthRadiusServer pulumi.StringPtrInput
	// Secret key to access the RADIUS server.
	CaptivePortalRadiusSecret pulumi.StringPtrInput
	// Captive portal RADIUS server domain name or IP address.
	CaptivePortalRadiusServer pulumi.StringPtrInput
	// Session timeout interval (0 - 864000 sec, default = 0).
	CaptivePortalSessionTimeoutInterval pulumi.IntPtrInput
	// Enable/disable DHCP address enforcement (default = disable). Valid values: `enable`, `disable`.
	DhcpAddressEnforcement pulumi.StringPtrInput
	// DHCP lease time in seconds for NAT IP address.
	DhcpLeaseTime pulumi.IntPtrInput
	// Enable/disable insertion of DHCP option 43 (default = enable). Valid values: `enable`, `disable`.
	DhcpOption43Insertion pulumi.StringPtrInput
	// Enable/disable DHCP option 82 circuit-id insert (default = disable).
	DhcpOption82CircuitIdInsertion pulumi.StringPtrInput
	// Enable/disable DHCP option 82 insert (default = disable). Valid values: `enable`, `disable`.
	DhcpOption82Insertion pulumi.StringPtrInput
	// Enable/disable DHCP option 82 remote-id insert (default = disable). Valid values: `style-1`, `disable`.
	DhcpOption82RemoteIdInsertion pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Enable/disable dynamic VLAN assignment. Valid values: `enable`, `disable`.
	DynamicVlan pulumi.StringPtrInput
	// Enable/disable EAP re-authentication for WPA-Enterprise security. Valid values: `enable`, `disable`.
	EapReauth pulumi.StringPtrInput
	// EAP re-authentication interval (1800 - 864000 sec, default = 86400).
	EapReauthIntv pulumi.IntPtrInput
	// Enable/disable retransmission of EAPOL-Key frames (message 3/4 and group message 1/2) (default = enable). Valid values: `disable`, `enable`.
	EapolKeyRetries pulumi.StringPtrInput
	// Encryption protocol to use (only available when security is set to a WPA type). Valid values: `TKIP`, `AES`, `TKIP-AES`.
	Encrypt pulumi.StringPtrInput
	// Enable/disable fast roaming or pre-authentication with external APs not managed by the FortiGate (default = disable). Valid values: `enable`, `disable`.
	ExternalFastRoaming pulumi.StringPtrInput
	// URL of external authentication logout server.
	ExternalLogout pulumi.StringPtrInput
	// URL of external authentication web server.
	ExternalWeb pulumi.StringPtrInput
	// URL query parameter detection (default = auto-detect). Valid values: `auto-detect`, `no-query-string`, `partial-query-string`.
	ExternalWebFormat pulumi.StringPtrInput
	// Enable/disable 802.11r Fast BSS Transition (FT) (default = disable). Valid values: `disable`, `enable`.
	FastBssTransition pulumi.StringPtrInput
	// Enable/disable fast-roaming, or pre-authentication, where supported by clients (default = disable). Valid values: `enable`, `disable`.
	FastRoaming pulumi.StringPtrInput
	// Mobility domain identifier in FT (1 - 65535, default = 1000).
	FtMobilityDomain pulumi.IntPtrInput
	// Enable/disable FT over the Distribution System (DS). Valid values: `disable`, `enable`.
	FtOverDs pulumi.StringPtrInput
	// Lifetime of the PMK-R0 key in FT, 1-65535 minutes.
	FtR0KeyLifetime pulumi.IntPtrInput
	// GAS comeback delay (0 or 100 - 10000 milliseconds, default = 500).
	GasComebackDelay pulumi.IntPtrInput
	// GAS fragmentation limit (512 - 4096, default = 1024).
	GasFragmentationLimit pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable GTK rekey for WPA security. Valid values: `enable`, `disable`.
	GtkRekey pulumi.StringPtrInput
	// GTK rekey interval (1800 - 864000 sec, default = 86400).
	GtkRekeyIntv pulumi.IntPtrInput
	// Enable/disable 802.11ax high efficiency (default = enable). Valid values: `enable`, `disable`.
	HighEfficiency pulumi.StringPtrInput
	// Hotspot 2.0 profile name.
	Hotspot20Profile pulumi.StringPtrInput
	// Enable/disable IGMP snooping. Valid values: `enable`, `disable`.
	IgmpSnooping pulumi.StringPtrInput
	// Enable/disable blocking communication between clients on the same SSID (called intra-SSID privacy) (default = disable). Valid values: `enable`, `disable`.
	IntraVapPrivacy pulumi.StringPtrInput
	// IP address and subnet mask for the local standalone NAT subnet.
	Ip pulumi.StringPtrInput
	// IPS sensor name.
	IpsSensor pulumi.StringPtrInput
	// Optional rules of IPv6 packets. For example, you can keep RA, RS and so on off of the wireless network. Valid values: `drop-icmp6ra`, `drop-icmp6rs`, `drop-llmnr6`, `drop-icmp6mld2`, `drop-dhcp6s`, `drop-dhcp6c`, `ndp-proxy`, `drop-ns-dad`, `drop-ns-nondad`.
	Ipv6Rules pulumi.StringPtrInput
	// WEP Key.
	Key pulumi.StringPtrInput
	// WEP key index (1 - 4).
	Keyindex pulumi.IntPtrInput
	// Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.
	L3Roaming pulumi.StringPtrInput
	// Select the way that layer 3 roaming traffic is passed (default = direct). Valid values: `direct`, `indirect`.
	L3RoamingMode pulumi.StringPtrInput
	// VAP low-density parity-check (LDPC) coding configuration. Valid values: `disable`, `rx`, `tx`, `rxtx`.
	Ldpc pulumi.StringPtrInput
	// Enable/disable AP local authentication. Valid values: `enable`, `disable`.
	LocalAuthentication pulumi.StringPtrInput
	// Enable/disable bridging of wireless and Ethernet interfaces on the FortiAP (default = disable). Valid values: `enable`, `disable`.
	LocalBridging pulumi.StringPtrInput
	// Allow/deny traffic destined for a Class A, B, or C private IP address (default = allow). Valid values: `allow`, `deny`.
	LocalLan pulumi.StringPtrInput
	// Enable/disable AP local standalone (default = disable). Valid values: `enable`, `disable`.
	LocalStandalone pulumi.StringPtrInput
	// Enable/disable AP local standalone DNS. Valid values: `enable`, `disable`.
	LocalStandaloneDns pulumi.StringPtrInput
	// IPv4 addresses for the local standalone DNS.
	LocalStandaloneDnsIp pulumi.StringPtrInput
	// Enable/disable AP local standalone NAT mode. Valid values: `enable`, `disable`.
	LocalStandaloneNat pulumi.StringPtrInput
	// Enable/disable MAC authentication bypass. Valid values: `enable`, `disable`.
	MacAuthBypass pulumi.StringPtrInput
	// MAC called station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacCalledStationDelimiter pulumi.StringPtrInput
	// MAC calling station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacCallingStationDelimiter pulumi.StringPtrInput
	// MAC case (default = uppercase). Valid values: `uppercase`, `lowercase`.
	MacCase pulumi.StringPtrInput
	// Enable/disable MAC filtering to block wireless clients by mac address. Valid values: `enable`, `disable`.
	MacFilter pulumi.StringPtrInput
	// Create a list of MAC addresses for MAC address filtering. The structure of `macFilterList` block is documented below.
	MacFilterLists VapMacFilterListArrayInput
	// Allow or block clients with MAC addresses that are not in the filter list. Valid values: `allow`, `deny`.
	MacFilterPolicyOther pulumi.StringPtrInput
	// MAC authentication password delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacPasswordDelimiter pulumi.StringPtrInput
	// MAC authentication username delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacUsernameDelimiter pulumi.StringPtrInput
	// Maximum number of clients that can connect simultaneously to the VAP (default = 0, meaning no limitation).
	MaxClients pulumi.IntPtrInput
	// Maximum number of clients that can connect simultaneously to each radio (default = 0, meaning no limitation).
	MaxClientsAp pulumi.IntPtrInput
	// Enable/disable Multiband Operation (default = disable). Valid values: `disable`, `enable`.
	Mbo pulumi.StringPtrInput
	// MBO cell data connection preference (0, 1, or 255, default = 1). Valid values: `excluded`, `prefer-not`, `prefer-use`.
	MboCellDataConnPref pulumi.StringPtrInput
	// Disable multicast enhancement when this many clients are receiving multicast traffic.
	MeDisableThresh pulumi.IntPtrInput
	// Enable/disable using this VAP as a WiFi mesh backhaul (default = disable). This entry is only available when security is set to a WPA type or open. Valid values: `enable`, `disable`.
	MeshBackhaul pulumi.StringPtrInput
	// Enable/disable multiple pre-shared keys (PSKs.) Valid values: `enable`, `disable`.
	Mpsk pulumi.StringPtrInput
	// Number of pre-shared keys (PSKs) to allow if multiple pre-shared keys are enabled.
	MpskConcurrentClients pulumi.IntPtrInput
	// Pre-shared keys that can be used to connect to this virtual access point. The structure of `mpskKey` block is documented below.
	MpskKeys VapMpskKeyArrayInput
	// MPSK profile name.
	MpskProfile pulumi.StringPtrInput
	// Enable/disable Multi-user MIMO (default = enable). Valid values: `enable`, `disable`.
	MuMimo pulumi.StringPtrInput
	// Enable/disable converting multicast to unicast to improve performance (default = disable). Valid values: `enable`, `disable`.
	MulticastEnhance pulumi.StringPtrInput
	// Multicast rate (0, 6000, 12000, or 24000 kbps, default = 0). Valid values: `0`, `6000`, `12000`, `24000`.
	MulticastRate pulumi.StringPtrInput
	// Enable/disable 802.11k assisted roaming (default = enable). Valid values: `disable`, `enable`.
	N80211k pulumi.StringPtrInput
	// Enable/disable 802.11v assisted roaming (default = enable). Valid values: `disable`, `enable`.
	N80211v pulumi.StringPtrInput
	// Enable/disable network access control. Valid values: `enable`, `disable`.
	Nac pulumi.StringPtrInput
	// NAC profile name.
	NacProfile pulumi.StringPtrInput
	// Virtual AP name.
	Name pulumi.StringPtrInput
	// Enable/disable dual-band neighbor report (default = disable). Valid values: `disable`, `enable`.
	NeighborReportDualBand pulumi.StringPtrInput
	// Enable/disable Opportunistic Key Caching (OKC) (default = enable). Valid values: `disable`, `enable`.
	Okc pulumi.StringPtrInput
	// Enable/disable OSEN as part of key management (default = disable). Valid values: `enable`, `disable`.
	Osen pulumi.StringPtrInput
	// OWE-Groups. Valid values: `19`, `20`, `21`.
	OweGroups pulumi.StringPtrInput
	// Enable/disable OWE transition mode support. Valid values: `disable`, `enable`.
	OweTransition pulumi.StringPtrInput
	// OWE transition mode peer SSID.
	OweTransitionSsid pulumi.StringPtrInput
	// WPA pre-shard key (PSK) to be used to authenticate WiFi users.
	Passphrase pulumi.StringPtrInput
	// Protected Management Frames (PMF) support (default = disable). Valid values: `disable`, `enable`, `optional`.
	Pmf pulumi.StringPtrInput
	// Protected Management Frames (PMF) comeback maximum timeout (1-20 sec).
	PmfAssocComebackTimeout pulumi.IntPtrInput
	// Protected Management Frames (PMF) SA query retry timeout interval (1 - 5 100s of msec).
	PmfSaQueryRetryTimeout pulumi.IntPtrInput
	// Enable/disable LAN port MAC authentication (default = disable). Valid values: `disable`, `radius`, `address-group`.
	PortMacauth pulumi.StringPtrInput
	// LAN port MAC authentication re-authentication timeout value (default = 7200 sec).
	PortMacauthReauthTimeout pulumi.IntPtrInput
	// LAN port MAC authentication idle timeout value (default = 600 sec).
	PortMacauthTimeout pulumi.IntPtrInput
	// Replacement message group for this VAP (only available when security is set to a captive portal type).
	PortalMessageOverrideGroup pulumi.StringPtrInput
	// Individual message overrides. The structure of `portalMessageOverrides` block is documented below.
	PortalMessageOverrides VapPortalMessageOverridesPtrInput
	// Captive portal functionality. Configure how the captive portal authenticates users and whether it includes a disclaimer.
	PortalType pulumi.StringPtrInput
	// Primary wireless access gateway profile name.
	PrimaryWagProfile pulumi.StringPtrInput
	// Enable/disable probe response suppression (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.
	ProbeRespSuppression pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP response to probe requests (-95 to -20, default = -80).
	ProbeRespThreshold pulumi.StringPtrInput
	// Enable/disable PTK rekey for WPA-Enterprise security. Valid values: `enable`, `disable`.
	PtkRekey pulumi.StringPtrInput
	// PTK rekey interval (1800 - 864000 sec, default = 86400).
	PtkRekeyIntv pulumi.IntPtrInput
	// Quality of service profile name.
	QosProfile pulumi.StringPtrInput
	// Enable/disable station quarantine (default = enable). Valid values: `enable`, `disable`.
	Quarantine pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP response to receive a packet in 2.4G band (-95 to -20, default = -79).
	Radio2gThreshold pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP response to receive a packet in 5G band(-95 to -20, default = -76).
	Radio5gThreshold pulumi.StringPtrInput
	// Enable/disable software radio sensitivity (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.
	RadioSensitivity pulumi.StringPtrInput
	// Enable/disable RADIUS-based MAC authentication of clients (default = disable). Valid values: `enable`, `disable`.
	RadiusMacAuth pulumi.StringPtrInput
	// Don't send RADIUS MAC auth request again if the client has been rejected within specific interval (0 or 30 - 864000 seconds, default = 0, 0 to disable blocking).
	RadiusMacAuthBlockInterval pulumi.IntPtrInput
	// RADIUS-based MAC authentication server.
	RadiusMacAuthServer pulumi.StringPtrInput
	// Selective user groups that are permitted for RADIUS mac authentication. The structure of `radiusMacAuthUsergroups` block is documented below.
	RadiusMacAuthUsergroups VapRadiusMacAuthUsergroupArrayInput
	// Enable/disable RADIUS-based MAC authentication of clients for MPSK authentication (default = disable). Valid values: `enable`, `disable`.
	RadiusMacMpskAuth pulumi.StringPtrInput
	// RADIUS MAC MPSK cache timeout interval (1800 - 864000, default = 86400).
	RadiusMacMpskTimeout pulumi.IntPtrInput
	// RADIUS server to be used to authenticate WiFi users.
	RadiusServer pulumi.StringPtrInput
	// Allowed data rates for 802.11a.
	Rates11a pulumi.StringPtrInput
	// Comma separated list of max supported VHT MCS for spatial streams 1 through 8.
	Rates11acMcsMap pulumi.StringPtrInput
	// Allowed data rates for 802.11ac with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.
	Rates11acSs12 pulumi.StringPtrInput
	// Allowed data rates for 802.11ac with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.
	Rates11acSs34 pulumi.StringPtrInput
	// Comma separated list of max supported HE MCS for spatial streams 1 through 8.
	Rates11axMcsMap pulumi.StringPtrInput
	// Allowed data rates for 802.11ax with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.
	Rates11axSs12 pulumi.StringPtrInput
	// Allowed data rates for 802.11ax with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.
	Rates11axSs34 pulumi.StringPtrInput
	// Allowed data rates for 802.11b/g.
	Rates11bg pulumi.StringPtrInput
	// Allowed data rates for 802.11n with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`, `mcs12/2`, `mcs13/2`, `mcs14/2`, `mcs15/2`.
	Rates11nSs12 pulumi.StringPtrInput
	// Allowed data rates for 802.11n with 3 or 4 spatial streams. Valid values: `mcs16/3`, `mcs17/3`, `mcs18/3`, `mcs19/3`, `mcs20/3`, `mcs21/3`, `mcs22/3`, `mcs23/3`, `mcs24/4`, `mcs25/4`, `mcs26/4`, `mcs27/4`, `mcs28/4`, `mcs29/4`, `mcs30/4`, `mcs31/4`.
	Rates11nSs34 pulumi.StringPtrInput
	// Enable/disable using accounting interim update instead of accounting start/stop on roaming for WPA-Enterprise security. Valid values: `enable`, `disable`.
	RoamingAcctInterimUpdate pulumi.StringPtrInput
	// SAE-Groups. Valid values: `19`, `20`, `21`.
	SaeGroups pulumi.StringPtrInput
	// Use hash-to-element-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.
	SaeH2eOnly pulumi.StringPtrInput
	// Use hunting-and-pecking-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.
	SaeHnpOnly pulumi.StringPtrInput
	// WPA3 SAE password to be used to authenticate WiFi users.
	SaePassword pulumi.StringPtrInput
	// Enable/disable WPA3 SAE-PK (default = disable). Valid values: `enable`, `disable`.
	SaePk pulumi.StringPtrInput
	// Private key used for WPA3 SAE-PK authentication.
	SaePrivateKey pulumi.StringPtrInput
	// Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `monitor`, `block`.
	ScanBotnetConnections pulumi.StringPtrInput
	// VAP schedule name.
	Schedule pulumi.StringPtrInput
	// Secondary wireless access gateway profile name.
	SecondaryWagProfile pulumi.StringPtrInput
	// Security mode for the wireless interface (default = wpa2-only-personal).
	Security pulumi.StringPtrInput
	// Optional security exempt list for captive portal authentication.
	SecurityExemptList pulumi.StringPtrInput
	// Enable/disable obsolete security options. Valid values: `enable`, `disable`.
	SecurityObsoleteOption pulumi.StringPtrInput
	// Optional URL for redirecting users after they pass captive portal authentication.
	SecurityRedirectUrl pulumi.StringPtrInput
	// Selective user groups that are permitted to authenticate. The structure of `selectedUsergroups` block is documented below.
	SelectedUsergroups VapSelectedUsergroupArrayInput
	// Enable/disable split tunneling (default = disable). Valid values: `enable`, `disable`.
	SplitTunneling pulumi.StringPtrInput
	// IEEE 802.11 service set identifier (SSID) for the wireless interface. Users who wish to use the wireless network must configure their computers to access this SSID name.
	Ssid pulumi.StringPtrInput
	// Enable/disable sticky client remove to maintain good signal level clients in SSID. (default = disable). Valid values: `enable`, `disable`.
	StickyClientRemove pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the 2G client to be serviced by the AP (-95 to -20, default = -79).
	StickyClientThreshold2g pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the 5G client to be serviced by the AP (-95 to -20, default = -76).
	StickyClientThreshold5g pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the 6G client to be serviced by the AP (-95 to -20, default = -76).
	StickyClientThreshold6g pulumi.StringPtrInput
	// Enable/disable 802.11ax target wake time (default = enable). Valid values: `enable`, `disable`.
	TargetWakeTime pulumi.StringPtrInput
	// Enable/disable TKIP counter measure. Valid values: `enable`, `disable`.
	TkipCounterMeasure pulumi.StringPtrInput
	// The time interval to send echo to both primary and secondary tunnel peers (1 - 65535 sec, default = 300).
	TunnelEchoInterval pulumi.IntPtrInput
	// The time interval for secondary tunnel to fall back to primary tunnel (0 - 65535 sec, default = 7200).
	TunnelFallbackInterval pulumi.IntPtrInput
	// Firewall user group to be used to authenticate WiFi users. The structure of `usergroup` block is documented below.
	Usergroups VapUsergroupArrayInput
	// Enable/disable UTM logging. Valid values: `enable`, `disable`.
	UtmLog pulumi.StringPtrInput
	// UTM profile name.
	UtmProfile pulumi.StringPtrInput
	// Enable to add one or more security profiles (AV, IPS, etc.) to the VAP. Valid values: `enable`, `disable`.
	UtmStatus pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable automatic management of SSID VLAN interface. Valid values: `enable`, `disable`.
	VlanAuto pulumi.StringPtrInput
	// Table for mapping VLAN name to VLAN ID. The structure of `vlanName` block is documented below.
	VlanNames VapVlanNameArrayInput
	// Enable/disable VLAN pooling, to allow grouping of multiple wireless controller VLANs into VLAN pools (default = disable). When set to wtp-group, VLAN pooling occurs with VLAN assignment by wtp-group. Valid values: `wtp-group`, `round-robin`, `hash`, `disable`.
	VlanPooling pulumi.StringPtrInput
	// VLAN pool. The structure of `vlanPool` block is documented below.
	VlanPools VapVlanPoolArrayInput
	// Optional VLAN ID.
	Vlanid pulumi.IntPtrInput
	// Enable/disable 802.11k and 802.11v assisted Voice-Enterprise roaming (default = disable). Valid values: `disable`, `enable`.
	VoiceEnterprise pulumi.StringPtrInput
	// WebFilter profile name.
	WebfilterProfile pulumi.StringPtrInput
}

The set of arguments for constructing a Vap resource.

func (VapArgs) ElementType 

func (VapArgs) ElementType() reflect.Type

type VapArray 

type VapArray []VapInput

func (VapArray) ElementType 

func (VapArray) ElementType() reflect.Type

func (VapArray) ToVapArrayOutput 

func (i VapArray) ToVapArrayOutput() VapArrayOutput

func (VapArray) ToVapArrayOutputWithContext 

func (i VapArray) ToVapArrayOutputWithContext(ctx context.Context) VapArrayOutput

type VapArrayInput 

type VapArrayInput interface {
	pulumi.Input

	ToVapArrayOutput() VapArrayOutput
	ToVapArrayOutputWithContext(context.Context) VapArrayOutput
}

VapArrayInput is an input type that accepts VapArray and VapArrayOutput values. You can construct a concrete instance of `VapArrayInput` via: 

VapArray{ VapArgs{...} }

type VapArrayOutput 

type VapArrayOutput struct{ *pulumi.OutputState }

func (VapArrayOutput) ElementType 

func (VapArrayOutput) ElementType() reflect.Type

func (VapArrayOutput) Index 

func (o VapArrayOutput) Index(i pulumi.IntInput) VapOutput

func (VapArrayOutput) ToVapArrayOutput 

func (o VapArrayOutput) ToVapArrayOutput() VapArrayOutput

func (VapArrayOutput) ToVapArrayOutputWithContext 

func (o VapArrayOutput) ToVapArrayOutputWithContext(ctx context.Context) VapArrayOutput

type VapInput 

type VapInput interface {
	pulumi.Input

	ToVapOutput() VapOutput
	ToVapOutputWithContext(ctx context.Context) VapOutput
}

type VapMacFilterList 

type VapMacFilterList struct {
	// ID.
	Id *int `pulumi:"id"`
	// MAC address.
	Mac *string `pulumi:"mac"`
	// Deny or allow the client with this MAC address. Valid values: `allow`, `deny`.
	MacFilterPolicy *string `pulumi:"macFilterPolicy"`
}

type VapMacFilterListArgs 

type VapMacFilterListArgs struct {
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// MAC address.
	Mac pulumi.StringPtrInput `pulumi:"mac"`
	// Deny or allow the client with this MAC address. Valid values: `allow`, `deny`.
	MacFilterPolicy pulumi.StringPtrInput `pulumi:"macFilterPolicy"`
}

func (VapMacFilterListArgs) ElementType 

func (VapMacFilterListArgs) ElementType() reflect.Type

func (VapMacFilterListArgs) ToVapMacFilterListOutput 

func (i VapMacFilterListArgs) ToVapMacFilterListOutput() VapMacFilterListOutput

func (VapMacFilterListArgs) ToVapMacFilterListOutputWithContext 

func (i VapMacFilterListArgs) ToVapMacFilterListOutputWithContext(ctx context.Context) VapMacFilterListOutput

type VapMacFilterListArray 

type VapMacFilterListArray []VapMacFilterListInput

func (VapMacFilterListArray) ElementType 

func (VapMacFilterListArray) ElementType() reflect.Type

func (VapMacFilterListArray) ToVapMacFilterListArrayOutput 

func (i VapMacFilterListArray) ToVapMacFilterListArrayOutput() VapMacFilterListArrayOutput

func (VapMacFilterListArray) ToVapMacFilterListArrayOutputWithContext 

func (i VapMacFilterListArray) ToVapMacFilterListArrayOutputWithContext(ctx context.Context) VapMacFilterListArrayOutput

type VapMacFilterListArrayInput 

type VapMacFilterListArrayInput interface {
	pulumi.Input

	ToVapMacFilterListArrayOutput() VapMacFilterListArrayOutput
	ToVapMacFilterListArrayOutputWithContext(context.Context) VapMacFilterListArrayOutput
}

VapMacFilterListArrayInput is an input type that accepts VapMacFilterListArray and VapMacFilterListArrayOutput values. You can construct a concrete instance of `VapMacFilterListArrayInput` via: 

VapMacFilterListArray{ VapMacFilterListArgs{...} }

type VapMacFilterListArrayOutput 

type VapMacFilterListArrayOutput struct{ *pulumi.OutputState }

func (VapMacFilterListArrayOutput) ElementType 

func (VapMacFilterListArrayOutput) ElementType() reflect.Type

func (VapMacFilterListArrayOutput) Index 

func (o VapMacFilterListArrayOutput) Index(i pulumi.IntInput) VapMacFilterListOutput

func (VapMacFilterListArrayOutput) ToVapMacFilterListArrayOutput 

func (o VapMacFilterListArrayOutput) ToVapMacFilterListArrayOutput() VapMacFilterListArrayOutput

func (VapMacFilterListArrayOutput) ToVapMacFilterListArrayOutputWithContext 

func (o VapMacFilterListArrayOutput) ToVapMacFilterListArrayOutputWithContext(ctx context.Context) VapMacFilterListArrayOutput

type VapMacFilterListInput 

type VapMacFilterListInput interface {
	pulumi.Input

	ToVapMacFilterListOutput() VapMacFilterListOutput
	ToVapMacFilterListOutputWithContext(context.Context) VapMacFilterListOutput
}

VapMacFilterListInput is an input type that accepts VapMacFilterListArgs and VapMacFilterListOutput values. You can construct a concrete instance of `VapMacFilterListInput` via: 

VapMacFilterListArgs{...}

type VapMacFilterListOutput 

type VapMacFilterListOutput struct{ *pulumi.OutputState }

func (VapMacFilterListOutput) ElementType 

func (VapMacFilterListOutput) ElementType() reflect.Type

func (VapMacFilterListOutput) Id 

func (o VapMacFilterListOutput) Id() pulumi.IntPtrOutput

ID.

func (VapMacFilterListOutput) Mac 

func (o VapMacFilterListOutput) Mac() pulumi.StringPtrOutput

MAC address.

func (VapMacFilterListOutput) MacFilterPolicy 

func (o VapMacFilterListOutput) MacFilterPolicy() pulumi.StringPtrOutput

Deny or allow the client with this MAC address. Valid values: `allow`, `deny`.

func (VapMacFilterListOutput) ToVapMacFilterListOutput 

func (o VapMacFilterListOutput) ToVapMacFilterListOutput() VapMacFilterListOutput

func (VapMacFilterListOutput) ToVapMacFilterListOutputWithContext 

func (o VapMacFilterListOutput) ToVapMacFilterListOutputWithContext(ctx context.Context) VapMacFilterListOutput

type VapMap 

type VapMap map[string]VapInput

func (VapMap) ElementType 

func (VapMap) ElementType() reflect.Type

func (VapMap) ToVapMapOutput 

func (i VapMap) ToVapMapOutput() VapMapOutput

func (VapMap) ToVapMapOutputWithContext 

func (i VapMap) ToVapMapOutputWithContext(ctx context.Context) VapMapOutput

type VapMapInput 

type VapMapInput interface {
	pulumi.Input

	ToVapMapOutput() VapMapOutput
	ToVapMapOutputWithContext(context.Context) VapMapOutput
}

VapMapInput is an input type that accepts VapMap and VapMapOutput values. You can construct a concrete instance of `VapMapInput` via: 

VapMap{ "key": VapArgs{...} }

type VapMapOutput 

type VapMapOutput struct{ *pulumi.OutputState }

func (VapMapOutput) ElementType 

func (VapMapOutput) ElementType() reflect.Type

func (VapMapOutput) MapIndex 

func (o VapMapOutput) MapIndex(k pulumi.StringInput) VapOutput

func (VapMapOutput) ToVapMapOutput 

func (o VapMapOutput) ToVapMapOutput() VapMapOutput

func (VapMapOutput) ToVapMapOutputWithContext 

func (o VapMapOutput) ToVapMapOutputWithContext(ctx context.Context) VapMapOutput

type VapMpskKey 

type VapMpskKey struct {
	// Comment.
	Comment *string `pulumi:"comment"`
	// Number of clients that can connect using this pre-shared key.
	ConcurrentClients *string `pulumi:"concurrentClients"`
	// Pre-shared key name.
	KeyName *string `pulumi:"keyName"`
	// Firewall schedule for MPSK passphrase. The passphrase will be effective only when at least one schedule is valid. The structure of `mpskSchedules` block is documented below.
	MpskSchedules []VapMpskKeyMpskSchedule `pulumi:"mpskSchedules"`
	// WPA Pre-shared key.
	Passphrase *string `pulumi:"passphrase"`
}

type VapMpskKeyArgs 

type VapMpskKeyArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput `pulumi:"comment"`
	// Number of clients that can connect using this pre-shared key.
	ConcurrentClients pulumi.StringPtrInput `pulumi:"concurrentClients"`
	// Pre-shared key name.
	KeyName pulumi.StringPtrInput `pulumi:"keyName"`
	// Firewall schedule for MPSK passphrase. The passphrase will be effective only when at least one schedule is valid. The structure of `mpskSchedules` block is documented below.
	MpskSchedules VapMpskKeyMpskScheduleArrayInput `pulumi:"mpskSchedules"`
	// WPA Pre-shared key.
	Passphrase pulumi.StringPtrInput `pulumi:"passphrase"`
}

func (VapMpskKeyArgs) ElementType 

func (VapMpskKeyArgs) ElementType() reflect.Type

func (VapMpskKeyArgs) ToVapMpskKeyOutput 

func (i VapMpskKeyArgs) ToVapMpskKeyOutput() VapMpskKeyOutput

func (VapMpskKeyArgs) ToVapMpskKeyOutputWithContext 

func (i VapMpskKeyArgs) ToVapMpskKeyOutputWithContext(ctx context.Context) VapMpskKeyOutput

type VapMpskKeyArray 

type VapMpskKeyArray []VapMpskKeyInput

func (VapMpskKeyArray) ElementType 

func (VapMpskKeyArray) ElementType() reflect.Type

func (VapMpskKeyArray) ToVapMpskKeyArrayOutput 

func (i VapMpskKeyArray) ToVapMpskKeyArrayOutput() VapMpskKeyArrayOutput

func (VapMpskKeyArray) ToVapMpskKeyArrayOutputWithContext 

func (i VapMpskKeyArray) ToVapMpskKeyArrayOutputWithContext(ctx context.Context) VapMpskKeyArrayOutput

type VapMpskKeyArrayInput 

type VapMpskKeyArrayInput interface {
	pulumi.Input

	ToVapMpskKeyArrayOutput() VapMpskKeyArrayOutput
	ToVapMpskKeyArrayOutputWithContext(context.Context) VapMpskKeyArrayOutput
}

VapMpskKeyArrayInput is an input type that accepts VapMpskKeyArray and VapMpskKeyArrayOutput values. You can construct a concrete instance of `VapMpskKeyArrayInput` via: 

VapMpskKeyArray{ VapMpskKeyArgs{...} }

type VapMpskKeyArrayOutput 

type VapMpskKeyArrayOutput struct{ *pulumi.OutputState }

func (VapMpskKeyArrayOutput) ElementType 

func (VapMpskKeyArrayOutput) ElementType() reflect.Type

func (VapMpskKeyArrayOutput) Index 

func (o VapMpskKeyArrayOutput) Index(i pulumi.IntInput) VapMpskKeyOutput

func (VapMpskKeyArrayOutput) ToVapMpskKeyArrayOutput 

func (o VapMpskKeyArrayOutput) ToVapMpskKeyArrayOutput() VapMpskKeyArrayOutput

func (VapMpskKeyArrayOutput) ToVapMpskKeyArrayOutputWithContext 

func (o VapMpskKeyArrayOutput) ToVapMpskKeyArrayOutputWithContext(ctx context.Context) VapMpskKeyArrayOutput

type VapMpskKeyInput 

type VapMpskKeyInput interface {
	pulumi.Input

	ToVapMpskKeyOutput() VapMpskKeyOutput
	ToVapMpskKeyOutputWithContext(context.Context) VapMpskKeyOutput
}

VapMpskKeyInput is an input type that accepts VapMpskKeyArgs and VapMpskKeyOutput values. You can construct a concrete instance of `VapMpskKeyInput` via: 

VapMpskKeyArgs{...}

type VapMpskKeyMpskSchedule 

type VapMpskKeyMpskSchedule struct {
	// Schedule name.
	Name *string `pulumi:"name"`
}

type VapMpskKeyMpskScheduleArgs 

type VapMpskKeyMpskScheduleArgs struct {
	// Schedule name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (VapMpskKeyMpskScheduleArgs) ElementType 

func (VapMpskKeyMpskScheduleArgs) ElementType() reflect.Type

func (VapMpskKeyMpskScheduleArgs) ToVapMpskKeyMpskScheduleOutput 

func (i VapMpskKeyMpskScheduleArgs) ToVapMpskKeyMpskScheduleOutput() VapMpskKeyMpskScheduleOutput

func (VapMpskKeyMpskScheduleArgs) ToVapMpskKeyMpskScheduleOutputWithContext 

func (i VapMpskKeyMpskScheduleArgs) ToVapMpskKeyMpskScheduleOutputWithContext(ctx context.Context) VapMpskKeyMpskScheduleOutput

type VapMpskKeyMpskScheduleArray 

type VapMpskKeyMpskScheduleArray []VapMpskKeyMpskScheduleInput

func (VapMpskKeyMpskScheduleArray) ElementType 

func (VapMpskKeyMpskScheduleArray) ElementType() reflect.Type

func (VapMpskKeyMpskScheduleArray) ToVapMpskKeyMpskScheduleArrayOutput 

func (i VapMpskKeyMpskScheduleArray) ToVapMpskKeyMpskScheduleArrayOutput() VapMpskKeyMpskScheduleArrayOutput

func (VapMpskKeyMpskScheduleArray) ToVapMpskKeyMpskScheduleArrayOutputWithContext 

func (i VapMpskKeyMpskScheduleArray) ToVapMpskKeyMpskScheduleArrayOutputWithContext(ctx context.Context) VapMpskKeyMpskScheduleArrayOutput

type VapMpskKeyMpskScheduleArrayInput 

type VapMpskKeyMpskScheduleArrayInput interface {
	pulumi.Input

	ToVapMpskKeyMpskScheduleArrayOutput() VapMpskKeyMpskScheduleArrayOutput
	ToVapMpskKeyMpskScheduleArrayOutputWithContext(context.Context) VapMpskKeyMpskScheduleArrayOutput
}

VapMpskKeyMpskScheduleArrayInput is an input type that accepts VapMpskKeyMpskScheduleArray and VapMpskKeyMpskScheduleArrayOutput values. You can construct a concrete instance of `VapMpskKeyMpskScheduleArrayInput` via: 

VapMpskKeyMpskScheduleArray{ VapMpskKeyMpskScheduleArgs{...} }

type VapMpskKeyMpskScheduleArrayOutput 

type VapMpskKeyMpskScheduleArrayOutput struct{ *pulumi.OutputState }

func (VapMpskKeyMpskScheduleArrayOutput) ElementType 

func (VapMpskKeyMpskScheduleArrayOutput) ElementType() reflect.Type

func (VapMpskKeyMpskScheduleArrayOutput) Index 

func (o VapMpskKeyMpskScheduleArrayOutput) Index(i pulumi.IntInput) VapMpskKeyMpskScheduleOutput

func (VapMpskKeyMpskScheduleArrayOutput) ToVapMpskKeyMpskScheduleArrayOutput 

func (o VapMpskKeyMpskScheduleArrayOutput) ToVapMpskKeyMpskScheduleArrayOutput() VapMpskKeyMpskScheduleArrayOutput

func (VapMpskKeyMpskScheduleArrayOutput) ToVapMpskKeyMpskScheduleArrayOutputWithContext 

func (o VapMpskKeyMpskScheduleArrayOutput) ToVapMpskKeyMpskScheduleArrayOutputWithContext(ctx context.Context) VapMpskKeyMpskScheduleArrayOutput

type VapMpskKeyMpskScheduleInput 

type VapMpskKeyMpskScheduleInput interface {
	pulumi.Input

	ToVapMpskKeyMpskScheduleOutput() VapMpskKeyMpskScheduleOutput
	ToVapMpskKeyMpskScheduleOutputWithContext(context.Context) VapMpskKeyMpskScheduleOutput
}

VapMpskKeyMpskScheduleInput is an input type that accepts VapMpskKeyMpskScheduleArgs and VapMpskKeyMpskScheduleOutput values. You can construct a concrete instance of `VapMpskKeyMpskScheduleInput` via: 

VapMpskKeyMpskScheduleArgs{...}

type VapMpskKeyMpskScheduleOutput 

type VapMpskKeyMpskScheduleOutput struct{ *pulumi.OutputState }

func (VapMpskKeyMpskScheduleOutput) ElementType 

func (VapMpskKeyMpskScheduleOutput) ElementType() reflect.Type

func (VapMpskKeyMpskScheduleOutput) Name 

func (o VapMpskKeyMpskScheduleOutput) Name() pulumi.StringPtrOutput

Schedule name.

func (VapMpskKeyMpskScheduleOutput) ToVapMpskKeyMpskScheduleOutput 

func (o VapMpskKeyMpskScheduleOutput) ToVapMpskKeyMpskScheduleOutput() VapMpskKeyMpskScheduleOutput

func (VapMpskKeyMpskScheduleOutput) ToVapMpskKeyMpskScheduleOutputWithContext 

func (o VapMpskKeyMpskScheduleOutput) ToVapMpskKeyMpskScheduleOutputWithContext(ctx context.Context) VapMpskKeyMpskScheduleOutput

type VapMpskKeyOutput 

type VapMpskKeyOutput struct{ *pulumi.OutputState }

func (VapMpskKeyOutput) Comment 

func (o VapMpskKeyOutput) Comment() pulumi.StringPtrOutput

Comment.

func (VapMpskKeyOutput) ConcurrentClients 

func (o VapMpskKeyOutput) ConcurrentClients() pulumi.StringPtrOutput

Number of clients that can connect using this pre-shared key.

func (VapMpskKeyOutput) ElementType 

func (VapMpskKeyOutput) ElementType() reflect.Type

func (VapMpskKeyOutput) KeyName 

func (o VapMpskKeyOutput) KeyName() pulumi.StringPtrOutput

Pre-shared key name.

func (VapMpskKeyOutput) MpskSchedules 

func (o VapMpskKeyOutput) MpskSchedules() VapMpskKeyMpskScheduleArrayOutput

Firewall schedule for MPSK passphrase. The passphrase will be effective only when at least one schedule is valid. The structure of `mpskSchedules` block is documented below.

func (VapMpskKeyOutput) Passphrase 

func (o VapMpskKeyOutput) Passphrase() pulumi.StringPtrOutput

WPA Pre-shared key.

func (VapMpskKeyOutput) ToVapMpskKeyOutput 

func (o VapMpskKeyOutput) ToVapMpskKeyOutput() VapMpskKeyOutput

func (VapMpskKeyOutput) ToVapMpskKeyOutputWithContext 

func (o VapMpskKeyOutput) ToVapMpskKeyOutputWithContext(ctx context.Context) VapMpskKeyOutput

type VapOutput 

type VapOutput struct{ *pulumi.OutputState }

func (VapOutput) AccessControlList 

func (o VapOutput) AccessControlList() pulumi.StringOutput

access-control-list profile name.

func (VapOutput) AcctInterimInterval 

func (o VapOutput) AcctInterimInterval() pulumi.IntOutput

WiFi RADIUS accounting interim interval (60 - 86400 sec, default = 0).

func (VapOutput) AdditionalAkms 

func (o VapOutput) AdditionalAkms() pulumi.StringOutput

Additional AKMs. Valid values: `akm6`.

func (VapOutput) AddressGroup 

func (o VapOutput) AddressGroup() pulumi.StringOutput

Address group ID.

func (VapOutput) AddressGroupPolicy 

func (o VapOutput) AddressGroupPolicy() pulumi.StringOutput

Configure MAC address filtering policy for MAC addresses that are in the address-group. Valid values: `disable`, `allow`, `deny`.

func (VapOutput) Alias 

func (o VapOutput) Alias() pulumi.StringOutput

Alias.

func (VapOutput) AntivirusProfile 

func (o VapOutput) AntivirusProfile() pulumi.StringOutput

AntiVirus profile name.

func (VapOutput) ApplicationDetectionEngine 

func (o VapOutput) ApplicationDetectionEngine() pulumi.StringOutput

Enable/disable application detection engine (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) ApplicationDscpMarking 

func (o VapOutput) ApplicationDscpMarking() pulumi.StringOutput

Enable/disable application attribute based DSCP marking (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) ApplicationList 

func (o VapOutput) ApplicationList() pulumi.StringOutput

Application control list name.

func (VapOutput) ApplicationReportIntv 

func (o VapOutput) ApplicationReportIntv() pulumi.IntOutput

Application report interval (30 - 864000 sec, default = 120).

func (VapOutput) AtfWeight 

func (o VapOutput) AtfWeight() pulumi.IntOutput

Airtime weight in percentage (default = 20).

func (VapOutput) Auth 

func (o VapOutput) Auth() pulumi.StringOutput

Authentication protocol.

func (VapOutput) AuthCert 

func (o VapOutput) AuthCert() pulumi.StringOutput

HTTPS server certificate.

func (VapOutput) AuthPortalAddr 

func (o VapOutput) AuthPortalAddr() pulumi.StringOutput

Address of captive portal.

func (VapOutput) BeaconAdvertising 

func (o VapOutput) BeaconAdvertising() pulumi.StringOutput

Fortinet beacon advertising IE data (default = empty). Valid values: `name`, `model`, `serial-number`.

func (VapOutput) BroadcastSsid 

func (o VapOutput) BroadcastSsid() pulumi.StringOutput

Enable/disable broadcasting the SSID (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) BroadcastSuppression 

func (o VapOutput) BroadcastSuppression() pulumi.StringOutput

Optional suppression of broadcast messages. For example, you can keep DHCP messages, ARP broadcasts, and so on off of the wireless network.

func (VapOutput) BssColorPartial 

func (o VapOutput) BssColorPartial() pulumi.StringOutput

Enable/disable 802.11ax partial BSS color (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) BstmDisassociationImminent 

func (o VapOutput) BstmDisassociationImminent() pulumi.StringOutput

Enable/disable forcing of disassociation after the BSTM request timer has been reached (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) BstmLoadBalancingDisassocTimer 

func (o VapOutput) BstmLoadBalancingDisassocTimer() pulumi.IntOutput

Time interval for client to voluntarily leave AP before forcing a disassociation due to AP load-balancing (0 to 30, default = 10).

func (VapOutput) BstmRssiDisassocTimer 

func (o VapOutput) BstmRssiDisassocTimer() pulumi.IntOutput

Time interval for client to voluntarily leave AP before forcing a disassociation due to low RSSI (0 to 2000, default = 200).

func (VapOutput) CaptivePortalAcName 

func (o VapOutput) CaptivePortalAcName() pulumi.StringOutput

Local-bridging captive portal ac-name.

func (VapOutput) CaptivePortalAuthTimeout 

func (o VapOutput) CaptivePortalAuthTimeout() pulumi.IntOutput

Hard timeout - AP will always clear the session after timeout regardless of traffic (0 - 864000 sec, default = 0).

func (VapOutput) CaptivePortalFwAccounting 

func (o VapOutput) CaptivePortalFwAccounting() pulumi.StringOutput

Enable/disable RADIUS accounting for captive portal firewall authentication session. Valid values: `enable`, `disable`.

func (VapOutput) CaptivePortalMacauthRadiusSecret 

func (o VapOutput) CaptivePortalMacauthRadiusSecret() pulumi.StringPtrOutput

Secret key to access the macauth RADIUS server.

func (VapOutput) CaptivePortalMacauthRadiusServer 

func (o VapOutput) CaptivePortalMacauthRadiusServer() pulumi.StringOutput

Captive portal external RADIUS server domain name or IP address.

func (VapOutput) CaptivePortalRadiusSecret 

func (o VapOutput) CaptivePortalRadiusSecret() pulumi.StringPtrOutput

Secret key to access the RADIUS server.

func (VapOutput) CaptivePortalRadiusServer 

func (o VapOutput) CaptivePortalRadiusServer() pulumi.StringOutput

Captive portal RADIUS server domain name or IP address.

func (VapOutput) CaptivePortalSessionTimeoutInterval 

func (o VapOutput) CaptivePortalSessionTimeoutInterval() pulumi.IntOutput

Session timeout interval (0 - 864000 sec, default = 0).

func (VapOutput) DhcpAddressEnforcement 

func (o VapOutput) DhcpAddressEnforcement() pulumi.StringOutput

Enable/disable DHCP address enforcement (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) DhcpLeaseTime 

func (o VapOutput) DhcpLeaseTime() pulumi.IntOutput

DHCP lease time in seconds for NAT IP address.

func (VapOutput) DhcpOption43Insertion 

func (o VapOutput) DhcpOption43Insertion() pulumi.StringOutput

Enable/disable insertion of DHCP option 43 (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) DhcpOption82CircuitIdInsertion 

func (o VapOutput) DhcpOption82CircuitIdInsertion() pulumi.StringOutput

Enable/disable DHCP option 82 circuit-id insert (default = disable).

func (VapOutput) DhcpOption82Insertion 

func (o VapOutput) DhcpOption82Insertion() pulumi.StringOutput

Enable/disable DHCP option 82 insert (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) DhcpOption82RemoteIdInsertion 

func (o VapOutput) DhcpOption82RemoteIdInsertion() pulumi.StringOutput

Enable/disable DHCP option 82 remote-id insert (default = disable). Valid values: `style-1`, `disable`.

func (VapOutput) DynamicSortSubtable 

func (o VapOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (VapOutput) DynamicVlan 

func (o VapOutput) DynamicVlan() pulumi.StringOutput

Enable/disable dynamic VLAN assignment. Valid values: `enable`, `disable`.

func (VapOutput) EapReauth 

func (o VapOutput) EapReauth() pulumi.StringOutput

Enable/disable EAP re-authentication for WPA-Enterprise security. Valid values: `enable`, `disable`.

func (VapOutput) EapReauthIntv 

func (o VapOutput) EapReauthIntv() pulumi.IntOutput

EAP re-authentication interval (1800 - 864000 sec, default = 86400).

func (VapOutput) EapolKeyRetries 

func (o VapOutput) EapolKeyRetries() pulumi.StringOutput

Enable/disable retransmission of EAPOL-Key frames (message 3/4 and group message 1/2) (default = enable). Valid values: `disable`, `enable`.

func (VapOutput) ElementType 

func (VapOutput) ElementType() reflect.Type

func (VapOutput) Encrypt 

func (o VapOutput) Encrypt() pulumi.StringOutput

Encryption protocol to use (only available when security is set to a WPA type). Valid values: `TKIP`, `AES`, `TKIP-AES`.

func (VapOutput) ExternalFastRoaming 

func (o VapOutput) ExternalFastRoaming() pulumi.StringOutput

Enable/disable fast roaming or pre-authentication with external APs not managed by the FortiGate (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) ExternalLogout 

func (o VapOutput) ExternalLogout() pulumi.StringOutput

URL of external authentication logout server.

func (VapOutput) ExternalWeb 

func (o VapOutput) ExternalWeb() pulumi.StringOutput

URL of external authentication web server.

func (VapOutput) ExternalWebFormat 

func (o VapOutput) ExternalWebFormat() pulumi.StringOutput

URL query parameter detection (default = auto-detect). Valid values: `auto-detect`, `no-query-string`, `partial-query-string`.

func (VapOutput) FastBssTransition 

func (o VapOutput) FastBssTransition() pulumi.StringOutput

Enable/disable 802.11r Fast BSS Transition (FT) (default = disable). Valid values: `disable`, `enable`.

func (VapOutput) FastRoaming 

func (o VapOutput) FastRoaming() pulumi.StringOutput

Enable/disable fast-roaming, or pre-authentication, where supported by clients (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) FtMobilityDomain 

func (o VapOutput) FtMobilityDomain() pulumi.IntOutput

Mobility domain identifier in FT (1 - 65535, default = 1000).

func (VapOutput) FtOverDs 

func (o VapOutput) FtOverDs() pulumi.StringOutput

Enable/disable FT over the Distribution System (DS). Valid values: `disable`, `enable`.

func (VapOutput) FtR0KeyLifetime 

func (o VapOutput) FtR0KeyLifetime() pulumi.IntOutput

Lifetime of the PMK-R0 key in FT, 1-65535 minutes.

func (VapOutput) GasComebackDelay 

func (o VapOutput) GasComebackDelay() pulumi.IntOutput

GAS comeback delay (0 or 100 - 10000 milliseconds, default = 500).

func (VapOutput) GasFragmentationLimit 

func (o VapOutput) GasFragmentationLimit() pulumi.IntOutput

GAS fragmentation limit (512 - 4096, default = 1024).

func (VapOutput) GetAllTables 

func (o VapOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (VapOutput) GtkRekey 

func (o VapOutput) GtkRekey() pulumi.StringOutput

Enable/disable GTK rekey for WPA security. Valid values: `enable`, `disable`.

func (VapOutput) GtkRekeyIntv 

func (o VapOutput) GtkRekeyIntv() pulumi.IntOutput

GTK rekey interval (1800 - 864000 sec, default = 86400).

func (VapOutput) HighEfficiency 

func (o VapOutput) HighEfficiency() pulumi.StringOutput

Enable/disable 802.11ax high efficiency (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) Hotspot20Profile 

func (o VapOutput) Hotspot20Profile() pulumi.StringOutput

Hotspot 2.0 profile name.

func (VapOutput) IgmpSnooping 

func (o VapOutput) IgmpSnooping() pulumi.StringOutput

Enable/disable IGMP snooping. Valid values: `enable`, `disable`.

func (VapOutput) IntraVapPrivacy 

func (o VapOutput) IntraVapPrivacy() pulumi.StringOutput

Enable/disable blocking communication between clients on the same SSID (called intra-SSID privacy) (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) Ip 

func (o VapOutput) Ip() pulumi.StringOutput

IP address and subnet mask for the local standalone NAT subnet.

func (VapOutput) IpsSensor 

func (o VapOutput) IpsSensor() pulumi.StringOutput

IPS sensor name.

func (VapOutput) Ipv6Rules 

func (o VapOutput) Ipv6Rules() pulumi.StringOutput

Optional rules of IPv6 packets. For example, you can keep RA, RS and so on off of the wireless network. Valid values: `drop-icmp6ra`, `drop-icmp6rs`, `drop-llmnr6`, `drop-icmp6mld2`, `drop-dhcp6s`, `drop-dhcp6c`, `ndp-proxy`, `drop-ns-dad`, `drop-ns-nondad`.

func (VapOutput) Key 

func (o VapOutput) Key() pulumi.StringPtrOutput

WEP Key.

func (VapOutput) Keyindex 

func (o VapOutput) Keyindex() pulumi.IntOutput

WEP key index (1 - 4).

func (VapOutput) L3Roaming 

func (o VapOutput) L3Roaming() pulumi.StringOutput

Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) L3RoamingMode 

func (o VapOutput) L3RoamingMode() pulumi.StringOutput

Select the way that layer 3 roaming traffic is passed (default = direct). Valid values: `direct`, `indirect`.

func (VapOutput) Ldpc 

func (o VapOutput) Ldpc() pulumi.StringOutput

VAP low-density parity-check (LDPC) coding configuration. Valid values: `disable`, `rx`, `tx`, `rxtx`.

func (VapOutput) LocalAuthentication 

func (o VapOutput) LocalAuthentication() pulumi.StringOutput

Enable/disable AP local authentication. Valid values: `enable`, `disable`.

func (VapOutput) LocalBridging 

func (o VapOutput) LocalBridging() pulumi.StringOutput

Enable/disable bridging of wireless and Ethernet interfaces on the FortiAP (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) LocalLan 

func (o VapOutput) LocalLan() pulumi.StringOutput

Allow/deny traffic destined for a Class A, B, or C private IP address (default = allow). Valid values: `allow`, `deny`.

func (VapOutput) LocalStandalone 

func (o VapOutput) LocalStandalone() pulumi.StringOutput

Enable/disable AP local standalone (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) LocalStandaloneDns 

func (o VapOutput) LocalStandaloneDns() pulumi.StringOutput

Enable/disable AP local standalone DNS. Valid values: `enable`, `disable`.

func (VapOutput) LocalStandaloneDnsIp 

func (o VapOutput) LocalStandaloneDnsIp() pulumi.StringOutput

IPv4 addresses for the local standalone DNS.

func (VapOutput) LocalStandaloneNat 

func (o VapOutput) LocalStandaloneNat() pulumi.StringOutput

Enable/disable AP local standalone NAT mode. Valid values: `enable`, `disable`.

func (VapOutput) MacAuthBypass 

func (o VapOutput) MacAuthBypass() pulumi.StringOutput

Enable/disable MAC authentication bypass. Valid values: `enable`, `disable`.

func (VapOutput) MacCalledStationDelimiter 

func (o VapOutput) MacCalledStationDelimiter() pulumi.StringOutput

MAC called station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.

func (VapOutput) MacCallingStationDelimiter 

func (o VapOutput) MacCallingStationDelimiter() pulumi.StringOutput

MAC calling station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.

func (VapOutput) MacCase 

func (o VapOutput) MacCase() pulumi.StringOutput

MAC case (default = uppercase). Valid values: `uppercase`, `lowercase`.

func (VapOutput) MacFilter 

func (o VapOutput) MacFilter() pulumi.StringOutput

Enable/disable MAC filtering to block wireless clients by mac address. Valid values: `enable`, `disable`.

func (VapOutput) MacFilterLists 

func (o VapOutput) MacFilterLists() VapMacFilterListArrayOutput

Create a list of MAC addresses for MAC address filtering. The structure of `macFilterList` block is documented below.

func (VapOutput) MacFilterPolicyOther 

func (o VapOutput) MacFilterPolicyOther() pulumi.StringOutput

Allow or block clients with MAC addresses that are not in the filter list. Valid values: `allow`, `deny`.

func (VapOutput) MacPasswordDelimiter 

func (o VapOutput) MacPasswordDelimiter() pulumi.StringOutput

MAC authentication password delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.

func (VapOutput) MacUsernameDelimiter 

func (o VapOutput) MacUsernameDelimiter() pulumi.StringOutput

MAC authentication username delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.

func (VapOutput) MaxClients 

func (o VapOutput) MaxClients() pulumi.IntOutput

Maximum number of clients that can connect simultaneously to the VAP (default = 0, meaning no limitation).

func (VapOutput) MaxClientsAp 

func (o VapOutput) MaxClientsAp() pulumi.IntOutput

Maximum number of clients that can connect simultaneously to each radio (default = 0, meaning no limitation).

func (VapOutput) Mbo 

func (o VapOutput) Mbo() pulumi.StringOutput

Enable/disable Multiband Operation (default = disable). Valid values: `disable`, `enable`.

func (VapOutput) MboCellDataConnPref 

func (o VapOutput) MboCellDataConnPref() pulumi.StringOutput

MBO cell data connection preference (0, 1, or 255, default = 1). Valid values: `excluded`, `prefer-not`, `prefer-use`.

func (VapOutput) MeDisableThresh 

func (o VapOutput) MeDisableThresh() pulumi.IntOutput

Disable multicast enhancement when this many clients are receiving multicast traffic.

func (VapOutput) MeshBackhaul 

func (o VapOutput) MeshBackhaul() pulumi.StringOutput

Enable/disable using this VAP as a WiFi mesh backhaul (default = disable). This entry is only available when security is set to a WPA type or open. Valid values: `enable`, `disable`.

func (VapOutput) Mpsk 

func (o VapOutput) Mpsk() pulumi.StringOutput

Enable/disable multiple pre-shared keys (PSKs.) Valid values: `enable`, `disable`.

func (VapOutput) MpskConcurrentClients 

func (o VapOutput) MpskConcurrentClients() pulumi.IntOutput

Number of pre-shared keys (PSKs) to allow if multiple pre-shared keys are enabled.

func (VapOutput) MpskKeys 

func (o VapOutput) MpskKeys() VapMpskKeyArrayOutput

Pre-shared keys that can be used to connect to this virtual access point. The structure of `mpskKey` block is documented below.

func (VapOutput) MpskProfile 

func (o VapOutput) MpskProfile() pulumi.StringOutput

MPSK profile name.

func (VapOutput) MuMimo 

func (o VapOutput) MuMimo() pulumi.StringOutput

Enable/disable Multi-user MIMO (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) MulticastEnhance 

func (o VapOutput) MulticastEnhance() pulumi.StringOutput

Enable/disable converting multicast to unicast to improve performance (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) MulticastRate 

func (o VapOutput) MulticastRate() pulumi.StringOutput

Multicast rate (0, 6000, 12000, or 24000 kbps, default = 0). Valid values: `0`, `6000`, `12000`, `24000`.

func (VapOutput) N80211k 

func (o VapOutput) N80211k() pulumi.StringOutput

Enable/disable 802.11k assisted roaming (default = enable). Valid values: `disable`, `enable`.

func (VapOutput) N80211v 

func (o VapOutput) N80211v() pulumi.StringOutput

Enable/disable 802.11v assisted roaming (default = enable). Valid values: `disable`, `enable`.

func (VapOutput) Nac 

func (o VapOutput) Nac() pulumi.StringOutput

Enable/disable network access control. Valid values: `enable`, `disable`.

func (VapOutput) NacProfile 

func (o VapOutput) NacProfile() pulumi.StringOutput

NAC profile name.

func (VapOutput) Name 

func (o VapOutput) Name() pulumi.StringOutput

Virtual AP name.

func (VapOutput) NeighborReportDualBand 

func (o VapOutput) NeighborReportDualBand() pulumi.StringOutput

Enable/disable dual-band neighbor report (default = disable). Valid values: `disable`, `enable`.

func (VapOutput) Okc 

func (o VapOutput) Okc() pulumi.StringOutput

Enable/disable Opportunistic Key Caching (OKC) (default = enable). Valid values: `disable`, `enable`.

func (VapOutput) Osen 

func (o VapOutput) Osen() pulumi.StringOutput

Enable/disable OSEN as part of key management (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) OweGroups 

func (o VapOutput) OweGroups() pulumi.StringOutput

OWE-Groups. Valid values: `19`, `20`, `21`.

func (VapOutput) OweTransition 

func (o VapOutput) OweTransition() pulumi.StringOutput

Enable/disable OWE transition mode support. Valid values: `disable`, `enable`.

func (VapOutput) OweTransitionSsid 

func (o VapOutput) OweTransitionSsid() pulumi.StringOutput

OWE transition mode peer SSID.

func (VapOutput) Passphrase 

func (o VapOutput) Passphrase() pulumi.StringPtrOutput

WPA pre-shard key (PSK) to be used to authenticate WiFi users.

func (VapOutput) Pmf 

func (o VapOutput) Pmf() pulumi.StringOutput

Protected Management Frames (PMF) support (default = disable). Valid values: `disable`, `enable`, `optional`.

func (VapOutput) PmfAssocComebackTimeout 

func (o VapOutput) PmfAssocComebackTimeout() pulumi.IntOutput

Protected Management Frames (PMF) comeback maximum timeout (1-20 sec).

func (VapOutput) PmfSaQueryRetryTimeout 

func (o VapOutput) PmfSaQueryRetryTimeout() pulumi.IntOutput

Protected Management Frames (PMF) SA query retry timeout interval (1 - 5 100s of msec).

func (VapOutput) PortMacauth 

func (o VapOutput) PortMacauth() pulumi.StringOutput

Enable/disable LAN port MAC authentication (default = disable). Valid values: `disable`, `radius`, `address-group`.

func (VapOutput) PortMacauthReauthTimeout 

func (o VapOutput) PortMacauthReauthTimeout() pulumi.IntOutput

LAN port MAC authentication re-authentication timeout value (default = 7200 sec).

func (VapOutput) PortMacauthTimeout 

func (o VapOutput) PortMacauthTimeout() pulumi.IntOutput

LAN port MAC authentication idle timeout value (default = 600 sec).

func (VapOutput) PortalMessageOverrideGroup 

func (o VapOutput) PortalMessageOverrideGroup() pulumi.StringOutput

Replacement message group for this VAP (only available when security is set to a captive portal type).

func (VapOutput) PortalMessageOverrides 

func (o VapOutput) PortalMessageOverrides() VapPortalMessageOverridesOutput

Individual message overrides. The structure of `portalMessageOverrides` block is documented below.

func (VapOutput) PortalType 

func (o VapOutput) PortalType() pulumi.StringOutput

Captive portal functionality. Configure how the captive portal authenticates users and whether it includes a disclaimer.

func (VapOutput) PrimaryWagProfile 

func (o VapOutput) PrimaryWagProfile() pulumi.StringOutput

Primary wireless access gateway profile name.

func (VapOutput) ProbeRespSuppression 

func (o VapOutput) ProbeRespSuppression() pulumi.StringOutput

Enable/disable probe response suppression (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) ProbeRespThreshold 

func (o VapOutput) ProbeRespThreshold() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the AP response to probe requests (-95 to -20, default = -80).

func (VapOutput) PtkRekey 

func (o VapOutput) PtkRekey() pulumi.StringOutput

Enable/disable PTK rekey for WPA-Enterprise security. Valid values: `enable`, `disable`.

func (VapOutput) PtkRekeyIntv 

func (o VapOutput) PtkRekeyIntv() pulumi.IntOutput

PTK rekey interval (1800 - 864000 sec, default = 86400).

func (VapOutput) QosProfile 

func (o VapOutput) QosProfile() pulumi.StringOutput

Quality of service profile name.

func (VapOutput) Quarantine 

func (o VapOutput) Quarantine() pulumi.StringOutput

Enable/disable station quarantine (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) Radio2gThreshold 

func (o VapOutput) Radio2gThreshold() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the AP response to receive a packet in 2.4G band (-95 to -20, default = -79).

func (VapOutput) Radio5gThreshold 

func (o VapOutput) Radio5gThreshold() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the AP response to receive a packet in 5G band(-95 to -20, default = -76).

func (VapOutput) RadioSensitivity 

func (o VapOutput) RadioSensitivity() pulumi.StringOutput

Enable/disable software radio sensitivity (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) RadiusMacAuth 

func (o VapOutput) RadiusMacAuth() pulumi.StringOutput

Enable/disable RADIUS-based MAC authentication of clients (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) RadiusMacAuthBlockInterval 

func (o VapOutput) RadiusMacAuthBlockInterval() pulumi.IntOutput

Don't send RADIUS MAC auth request again if the client has been rejected within specific interval (0 or 30 - 864000 seconds, default = 0, 0 to disable blocking).

func (VapOutput) RadiusMacAuthServer 

func (o VapOutput) RadiusMacAuthServer() pulumi.StringOutput

RADIUS-based MAC authentication server.

func (VapOutput) RadiusMacAuthUsergroups 

func (o VapOutput) RadiusMacAuthUsergroups() VapRadiusMacAuthUsergroupArrayOutput

Selective user groups that are permitted for RADIUS mac authentication. The structure of `radiusMacAuthUsergroups` block is documented below.

func (VapOutput) RadiusMacMpskAuth 

func (o VapOutput) RadiusMacMpskAuth() pulumi.StringOutput

Enable/disable RADIUS-based MAC authentication of clients for MPSK authentication (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) RadiusMacMpskTimeout 

func (o VapOutput) RadiusMacMpskTimeout() pulumi.IntOutput

RADIUS MAC MPSK cache timeout interval (1800 - 864000, default = 86400).

func (VapOutput) RadiusServer 

func (o VapOutput) RadiusServer() pulumi.StringOutput

RADIUS server to be used to authenticate WiFi users.

func (VapOutput) Rates11a 

func (o VapOutput) Rates11a() pulumi.StringOutput

Allowed data rates for 802.11a.

func (VapOutput) Rates11acMcsMap 

func (o VapOutput) Rates11acMcsMap() pulumi.StringOutput

Comma separated list of max supported VHT MCS for spatial streams 1 through 8.

func (VapOutput) Rates11acSs12 

func (o VapOutput) Rates11acSs12() pulumi.StringOutput

Allowed data rates for 802.11ac with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.

func (VapOutput) Rates11acSs34 

func (o VapOutput) Rates11acSs34() pulumi.StringOutput

Allowed data rates for 802.11ac with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.

func (VapOutput) Rates11axMcsMap 

func (o VapOutput) Rates11axMcsMap() pulumi.StringOutput

Comma separated list of max supported HE MCS for spatial streams 1 through 8.

func (VapOutput) Rates11axSs12 

func (o VapOutput) Rates11axSs12() pulumi.StringOutput

Allowed data rates for 802.11ax with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.

func (VapOutput) Rates11axSs34 

func (o VapOutput) Rates11axSs34() pulumi.StringOutput

Allowed data rates for 802.11ax with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.

func (VapOutput) Rates11bg 

func (o VapOutput) Rates11bg() pulumi.StringOutput

Allowed data rates for 802.11b/g.

func (VapOutput) Rates11nSs12 

func (o VapOutput) Rates11nSs12() pulumi.StringOutput

Allowed data rates for 802.11n with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`, `mcs12/2`, `mcs13/2`, `mcs14/2`, `mcs15/2`.

func (VapOutput) Rates11nSs34 

func (o VapOutput) Rates11nSs34() pulumi.StringOutput

Allowed data rates for 802.11n with 3 or 4 spatial streams. Valid values: `mcs16/3`, `mcs17/3`, `mcs18/3`, `mcs19/3`, `mcs20/3`, `mcs21/3`, `mcs22/3`, `mcs23/3`, `mcs24/4`, `mcs25/4`, `mcs26/4`, `mcs27/4`, `mcs28/4`, `mcs29/4`, `mcs30/4`, `mcs31/4`.

func (VapOutput) RoamingAcctInterimUpdate 

func (o VapOutput) RoamingAcctInterimUpdate() pulumi.StringOutput

Enable/disable using accounting interim update instead of accounting start/stop on roaming for WPA-Enterprise security. Valid values: `enable`, `disable`.

func (VapOutput) SaeGroups 

func (o VapOutput) SaeGroups() pulumi.StringOutput

SAE-Groups. Valid values: `19`, `20`, `21`.

func (VapOutput) SaeH2eOnly 

func (o VapOutput) SaeH2eOnly() pulumi.StringOutput

Use hash-to-element-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) SaeHnpOnly 

func (o VapOutput) SaeHnpOnly() pulumi.StringOutput

Use hunting-and-pecking-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) SaePassword 

func (o VapOutput) SaePassword() pulumi.StringPtrOutput

WPA3 SAE password to be used to authenticate WiFi users.

func (VapOutput) SaePk 

func (o VapOutput) SaePk() pulumi.StringOutput

Enable/disable WPA3 SAE-PK (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) SaePrivateKey 

func (o VapOutput) SaePrivateKey() pulumi.StringOutput

Private key used for WPA3 SAE-PK authentication.

func (VapOutput) ScanBotnetConnections 

func (o VapOutput) ScanBotnetConnections() pulumi.StringOutput

Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `monitor`, `block`.

func (VapOutput) Schedule 

func (o VapOutput) Schedule() pulumi.StringOutput

VAP schedule name.

func (VapOutput) SecondaryWagProfile 

func (o VapOutput) SecondaryWagProfile() pulumi.StringOutput

Secondary wireless access gateway profile name.

func (VapOutput) Security 

func (o VapOutput) Security() pulumi.StringOutput

Security mode for the wireless interface (default = wpa2-only-personal).

func (VapOutput) SecurityExemptList 

func (o VapOutput) SecurityExemptList() pulumi.StringOutput

Optional security exempt list for captive portal authentication.

func (VapOutput) SecurityObsoleteOption 

func (o VapOutput) SecurityObsoleteOption() pulumi.StringOutput

Enable/disable obsolete security options. Valid values: `enable`, `disable`.

func (VapOutput) SecurityRedirectUrl 

func (o VapOutput) SecurityRedirectUrl() pulumi.StringOutput

Optional URL for redirecting users after they pass captive portal authentication.

func (VapOutput) SelectedUsergroups 

func (o VapOutput) SelectedUsergroups() VapSelectedUsergroupArrayOutput

Selective user groups that are permitted to authenticate. The structure of `selectedUsergroups` block is documented below.

func (VapOutput) SplitTunneling 

func (o VapOutput) SplitTunneling() pulumi.StringOutput

Enable/disable split tunneling (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) Ssid 

func (o VapOutput) Ssid() pulumi.StringOutput

IEEE 802.11 service set identifier (SSID) for the wireless interface. Users who wish to use the wireless network must configure their computers to access this SSID name.

func (VapOutput) StickyClientRemove 

func (o VapOutput) StickyClientRemove() pulumi.StringOutput

Enable/disable sticky client remove to maintain good signal level clients in SSID. (default = disable). Valid values: `enable`, `disable`.

func (VapOutput) StickyClientThreshold2g 

func (o VapOutput) StickyClientThreshold2g() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the 2G client to be serviced by the AP (-95 to -20, default = -79).

func (VapOutput) StickyClientThreshold5g 

func (o VapOutput) StickyClientThreshold5g() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the 5G client to be serviced by the AP (-95 to -20, default = -76).

func (VapOutput) StickyClientThreshold6g 

func (o VapOutput) StickyClientThreshold6g() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the 6G client to be serviced by the AP (-95 to -20, default = -76).

func (VapOutput) TargetWakeTime 

func (o VapOutput) TargetWakeTime() pulumi.StringOutput

Enable/disable 802.11ax target wake time (default = enable). Valid values: `enable`, `disable`.

func (VapOutput) TkipCounterMeasure 

func (o VapOutput) TkipCounterMeasure() pulumi.StringOutput

Enable/disable TKIP counter measure. Valid values: `enable`, `disable`.

func (VapOutput) ToVapOutput 

func (o VapOutput) ToVapOutput() VapOutput

func (VapOutput) ToVapOutputWithContext 

func (o VapOutput) ToVapOutputWithContext(ctx context.Context) VapOutput

func (VapOutput) TunnelEchoInterval 

func (o VapOutput) TunnelEchoInterval() pulumi.IntOutput

The time interval to send echo to both primary and secondary tunnel peers (1 - 65535 sec, default = 300).

func (VapOutput) TunnelFallbackInterval 

func (o VapOutput) TunnelFallbackInterval() pulumi.IntOutput

The time interval for secondary tunnel to fall back to primary tunnel (0 - 65535 sec, default = 7200).

func (VapOutput) Usergroups 

func (o VapOutput) Usergroups() VapUsergroupArrayOutput

Firewall user group to be used to authenticate WiFi users. The structure of `usergroup` block is documented below.

func (VapOutput) UtmLog 

func (o VapOutput) UtmLog() pulumi.StringOutput

Enable/disable UTM logging. Valid values: `enable`, `disable`.

func (VapOutput) UtmProfile 

func (o VapOutput) UtmProfile() pulumi.StringOutput

UTM profile name.

func (VapOutput) UtmStatus 

func (o VapOutput) UtmStatus() pulumi.StringOutput

Enable to add one or more security profiles (AV, IPS, etc.) to the VAP. Valid values: `enable`, `disable`.

func (VapOutput) Vdomparam 

func (o VapOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (VapOutput) VlanAuto 

func (o VapOutput) VlanAuto() pulumi.StringOutput

Enable/disable automatic management of SSID VLAN interface. Valid values: `enable`, `disable`.

func (VapOutput) VlanNames 

func (o VapOutput) VlanNames() VapVlanNameArrayOutput

Table for mapping VLAN name to VLAN ID. The structure of `vlanName` block is documented below.

func (VapOutput) VlanPooling 

func (o VapOutput) VlanPooling() pulumi.StringOutput

Enable/disable VLAN pooling, to allow grouping of multiple wireless controller VLANs into VLAN pools (default = disable). When set to wtp-group, VLAN pooling occurs with VLAN assignment by wtp-group. Valid values: `wtp-group`, `round-robin`, `hash`, `disable`.

func (VapOutput) VlanPools 

func (o VapOutput) VlanPools() VapVlanPoolArrayOutput

VLAN pool. The structure of `vlanPool` block is documented below.

func (VapOutput) Vlanid 

func (o VapOutput) Vlanid() pulumi.IntOutput

Optional VLAN ID.

func (VapOutput) VoiceEnterprise 

func (o VapOutput) VoiceEnterprise() pulumi.StringOutput

Enable/disable 802.11k and 802.11v assisted Voice-Enterprise roaming (default = disable). Valid values: `disable`, `enable`.

func (VapOutput) WebfilterProfile 

func (o VapOutput) WebfilterProfile() pulumi.StringOutput

WebFilter profile name.

type VapPortalMessageOverrides 

type VapPortalMessageOverrides struct {
	// Override auth-disclaimer-page message with message from portal-message-overrides group.
	AuthDisclaimerPage *string `pulumi:"authDisclaimerPage"`
	// Override auth-login-failed-page message with message from portal-message-overrides group.
	AuthLoginFailedPage *string `pulumi:"authLoginFailedPage"`
	// Override auth-login-page message with message from portal-message-overrides group.
	AuthLoginPage *string `pulumi:"authLoginPage"`
	// Override auth-reject-page message with message from portal-message-overrides group.
	AuthRejectPage *string `pulumi:"authRejectPage"`
}

type VapPortalMessageOverridesArgs 

type VapPortalMessageOverridesArgs struct {
	// Override auth-disclaimer-page message with message from portal-message-overrides group.
	AuthDisclaimerPage pulumi.StringPtrInput `pulumi:"authDisclaimerPage"`
	// Override auth-login-failed-page message with message from portal-message-overrides group.
	AuthLoginFailedPage pulumi.StringPtrInput `pulumi:"authLoginFailedPage"`
	// Override auth-login-page message with message from portal-message-overrides group.
	AuthLoginPage pulumi.StringPtrInput `pulumi:"authLoginPage"`
	// Override auth-reject-page message with message from portal-message-overrides group.
	AuthRejectPage pulumi.StringPtrInput `pulumi:"authRejectPage"`
}

func (VapPortalMessageOverridesArgs) ElementType 

func (VapPortalMessageOverridesArgs) ElementType() reflect.Type

func (VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesOutput 

func (i VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesOutput() VapPortalMessageOverridesOutput

func (VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesOutputWithContext 

func (i VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesOutputWithContext(ctx context.Context) VapPortalMessageOverridesOutput

func (VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesPtrOutput 

func (i VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesPtrOutput() VapPortalMessageOverridesPtrOutput

func (VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesPtrOutputWithContext 

func (i VapPortalMessageOverridesArgs) ToVapPortalMessageOverridesPtrOutputWithContext(ctx context.Context) VapPortalMessageOverridesPtrOutput

type VapPortalMessageOverridesInput 

type VapPortalMessageOverridesInput interface {
	pulumi.Input

	ToVapPortalMessageOverridesOutput() VapPortalMessageOverridesOutput
	ToVapPortalMessageOverridesOutputWithContext(context.Context) VapPortalMessageOverridesOutput
}

VapPortalMessageOverridesInput is an input type that accepts VapPortalMessageOverridesArgs and VapPortalMessageOverridesOutput values. You can construct a concrete instance of `VapPortalMessageOverridesInput` via: 

VapPortalMessageOverridesArgs{...}

type VapPortalMessageOverridesOutput 

type VapPortalMessageOverridesOutput struct{ *pulumi.OutputState }

func (VapPortalMessageOverridesOutput) AuthDisclaimerPage 

func (o VapPortalMessageOverridesOutput) AuthDisclaimerPage() pulumi.StringPtrOutput

Override auth-disclaimer-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesOutput) AuthLoginFailedPage 

func (o VapPortalMessageOverridesOutput) AuthLoginFailedPage() pulumi.StringPtrOutput

Override auth-login-failed-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesOutput) AuthLoginPage 

func (o VapPortalMessageOverridesOutput) AuthLoginPage() pulumi.StringPtrOutput

Override auth-login-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesOutput) AuthRejectPage 

func (o VapPortalMessageOverridesOutput) AuthRejectPage() pulumi.StringPtrOutput

Override auth-reject-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesOutput) ElementType 

func (VapPortalMessageOverridesOutput) ElementType() reflect.Type

func (VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesOutput 

func (o VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesOutput() VapPortalMessageOverridesOutput

func (VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesOutputWithContext 

func (o VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesOutputWithContext(ctx context.Context) VapPortalMessageOverridesOutput

func (VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesPtrOutput 

func (o VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesPtrOutput() VapPortalMessageOverridesPtrOutput

func (VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesPtrOutputWithContext 

func (o VapPortalMessageOverridesOutput) ToVapPortalMessageOverridesPtrOutputWithContext(ctx context.Context) VapPortalMessageOverridesPtrOutput

type VapPortalMessageOverridesPtrInput 

type VapPortalMessageOverridesPtrInput interface {
	pulumi.Input

	ToVapPortalMessageOverridesPtrOutput() VapPortalMessageOverridesPtrOutput
	ToVapPortalMessageOverridesPtrOutputWithContext(context.Context) VapPortalMessageOverridesPtrOutput
}

VapPortalMessageOverridesPtrInput is an input type that accepts VapPortalMessageOverridesArgs, VapPortalMessageOverridesPtr and VapPortalMessageOverridesPtrOutput values. You can construct a concrete instance of `VapPortalMessageOverridesPtrInput` via: 

        VapPortalMessageOverridesArgs{...}

or:

        nil

func VapPortalMessageOverridesPtr 

func VapPortalMessageOverridesPtr(v *VapPortalMessageOverridesArgs) VapPortalMessageOverridesPtrInput

type VapPortalMessageOverridesPtrOutput 

type VapPortalMessageOverridesPtrOutput struct{ *pulumi.OutputState }

func (VapPortalMessageOverridesPtrOutput) AuthDisclaimerPage 

func (o VapPortalMessageOverridesPtrOutput) AuthDisclaimerPage() pulumi.StringPtrOutput

Override auth-disclaimer-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesPtrOutput) AuthLoginFailedPage 

func (o VapPortalMessageOverridesPtrOutput) AuthLoginFailedPage() pulumi.StringPtrOutput

Override auth-login-failed-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesPtrOutput) AuthLoginPage 

func (o VapPortalMessageOverridesPtrOutput) AuthLoginPage() pulumi.StringPtrOutput

Override auth-login-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesPtrOutput) AuthRejectPage 

func (o VapPortalMessageOverridesPtrOutput) AuthRejectPage() pulumi.StringPtrOutput

Override auth-reject-page message with message from portal-message-overrides group.

func (VapPortalMessageOverridesPtrOutput) Elem 

func (o VapPortalMessageOverridesPtrOutput) Elem() VapPortalMessageOverridesOutput

func (VapPortalMessageOverridesPtrOutput) ElementType 

func (VapPortalMessageOverridesPtrOutput) ElementType() reflect.Type

func (VapPortalMessageOverridesPtrOutput) ToVapPortalMessageOverridesPtrOutput 

func (o VapPortalMessageOverridesPtrOutput) ToVapPortalMessageOverridesPtrOutput() VapPortalMessageOverridesPtrOutput

func (VapPortalMessageOverridesPtrOutput) ToVapPortalMessageOverridesPtrOutputWithContext 

func (o VapPortalMessageOverridesPtrOutput) ToVapPortalMessageOverridesPtrOutputWithContext(ctx context.Context) VapPortalMessageOverridesPtrOutput

type VapRadiusMacAuthUsergroup 

type VapRadiusMacAuthUsergroup struct {
	// User group name.
	Name *string `pulumi:"name"`
}

type VapRadiusMacAuthUsergroupArgs 

type VapRadiusMacAuthUsergroupArgs struct {
	// User group name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (VapRadiusMacAuthUsergroupArgs) ElementType 

func (VapRadiusMacAuthUsergroupArgs) ElementType() reflect.Type

func (VapRadiusMacAuthUsergroupArgs) ToVapRadiusMacAuthUsergroupOutput 

func (i VapRadiusMacAuthUsergroupArgs) ToVapRadiusMacAuthUsergroupOutput() VapRadiusMacAuthUsergroupOutput

func (VapRadiusMacAuthUsergroupArgs) ToVapRadiusMacAuthUsergroupOutputWithContext 

func (i VapRadiusMacAuthUsergroupArgs) ToVapRadiusMacAuthUsergroupOutputWithContext(ctx context.Context) VapRadiusMacAuthUsergroupOutput

type VapRadiusMacAuthUsergroupArray 

type VapRadiusMacAuthUsergroupArray []VapRadiusMacAuthUsergroupInput

func (VapRadiusMacAuthUsergroupArray) ElementType 

func (VapRadiusMacAuthUsergroupArray) ElementType() reflect.Type

func (VapRadiusMacAuthUsergroupArray) ToVapRadiusMacAuthUsergroupArrayOutput 

func (i VapRadiusMacAuthUsergroupArray) ToVapRadiusMacAuthUsergroupArrayOutput() VapRadiusMacAuthUsergroupArrayOutput

func (VapRadiusMacAuthUsergroupArray) ToVapRadiusMacAuthUsergroupArrayOutputWithContext 

func (i VapRadiusMacAuthUsergroupArray) ToVapRadiusMacAuthUsergroupArrayOutputWithContext(ctx context.Context) VapRadiusMacAuthUsergroupArrayOutput

type VapRadiusMacAuthUsergroupArrayInput 

type VapRadiusMacAuthUsergroupArrayInput interface {
	pulumi.Input

	ToVapRadiusMacAuthUsergroupArrayOutput() VapRadiusMacAuthUsergroupArrayOutput
	ToVapRadiusMacAuthUsergroupArrayOutputWithContext(context.Context) VapRadiusMacAuthUsergroupArrayOutput
}

VapRadiusMacAuthUsergroupArrayInput is an input type that accepts VapRadiusMacAuthUsergroupArray and VapRadiusMacAuthUsergroupArrayOutput values. You can construct a concrete instance of `VapRadiusMacAuthUsergroupArrayInput` via: 

VapRadiusMacAuthUsergroupArray{ VapRadiusMacAuthUsergroupArgs{...} }

type VapRadiusMacAuthUsergroupArrayOutput 

type VapRadiusMacAuthUsergroupArrayOutput struct{ *pulumi.OutputState }

func (VapRadiusMacAuthUsergroupArrayOutput) ElementType 

func (VapRadiusMacAuthUsergroupArrayOutput) ElementType() reflect.Type

func (VapRadiusMacAuthUsergroupArrayOutput) Index 

func (o VapRadiusMacAuthUsergroupArrayOutput) Index(i pulumi.IntInput) VapRadiusMacAuthUsergroupOutput

func (VapRadiusMacAuthUsergroupArrayOutput) ToVapRadiusMacAuthUsergroupArrayOutput 

func (o VapRadiusMacAuthUsergroupArrayOutput) ToVapRadiusMacAuthUsergroupArrayOutput() VapRadiusMacAuthUsergroupArrayOutput

func (VapRadiusMacAuthUsergroupArrayOutput) ToVapRadiusMacAuthUsergroupArrayOutputWithContext 

func (o VapRadiusMacAuthUsergroupArrayOutput) ToVapRadiusMacAuthUsergroupArrayOutputWithContext(ctx context.Context) VapRadiusMacAuthUsergroupArrayOutput

type VapRadiusMacAuthUsergroupInput 

type VapRadiusMacAuthUsergroupInput interface {
	pulumi.Input

	ToVapRadiusMacAuthUsergroupOutput() VapRadiusMacAuthUsergroupOutput
	ToVapRadiusMacAuthUsergroupOutputWithContext(context.Context) VapRadiusMacAuthUsergroupOutput
}

VapRadiusMacAuthUsergroupInput is an input type that accepts VapRadiusMacAuthUsergroupArgs and VapRadiusMacAuthUsergroupOutput values. You can construct a concrete instance of `VapRadiusMacAuthUsergroupInput` via: 

VapRadiusMacAuthUsergroupArgs{...}

type VapRadiusMacAuthUsergroupOutput 

type VapRadiusMacAuthUsergroupOutput struct{ *pulumi.OutputState }

func (VapRadiusMacAuthUsergroupOutput) ElementType 

func (VapRadiusMacAuthUsergroupOutput) ElementType() reflect.Type

func (VapRadiusMacAuthUsergroupOutput) Name 

func (o VapRadiusMacAuthUsergroupOutput) Name() pulumi.StringPtrOutput

User group name.

func (VapRadiusMacAuthUsergroupOutput) ToVapRadiusMacAuthUsergroupOutput 

func (o VapRadiusMacAuthUsergroupOutput) ToVapRadiusMacAuthUsergroupOutput() VapRadiusMacAuthUsergroupOutput

func (VapRadiusMacAuthUsergroupOutput) ToVapRadiusMacAuthUsergroupOutputWithContext 

func (o VapRadiusMacAuthUsergroupOutput) ToVapRadiusMacAuthUsergroupOutputWithContext(ctx context.Context) VapRadiusMacAuthUsergroupOutput

type VapSelectedUsergroup 

type VapSelectedUsergroup struct {
	// User group name.
	Name *string `pulumi:"name"`
}

type VapSelectedUsergroupArgs 

type VapSelectedUsergroupArgs struct {
	// User group name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (VapSelectedUsergroupArgs) ElementType 

func (VapSelectedUsergroupArgs) ElementType() reflect.Type

func (VapSelectedUsergroupArgs) ToVapSelectedUsergroupOutput 

func (i VapSelectedUsergroupArgs) ToVapSelectedUsergroupOutput() VapSelectedUsergroupOutput

func (VapSelectedUsergroupArgs) ToVapSelectedUsergroupOutputWithContext 

func (i VapSelectedUsergroupArgs) ToVapSelectedUsergroupOutputWithContext(ctx context.Context) VapSelectedUsergroupOutput

type VapSelectedUsergroupArray 

type VapSelectedUsergroupArray []VapSelectedUsergroupInput

func (VapSelectedUsergroupArray) ElementType 

func (VapSelectedUsergroupArray) ElementType() reflect.Type

func (VapSelectedUsergroupArray) ToVapSelectedUsergroupArrayOutput 

func (i VapSelectedUsergroupArray) ToVapSelectedUsergroupArrayOutput() VapSelectedUsergroupArrayOutput

func (VapSelectedUsergroupArray) ToVapSelectedUsergroupArrayOutputWithContext 

func (i VapSelectedUsergroupArray) ToVapSelectedUsergroupArrayOutputWithContext(ctx context.Context) VapSelectedUsergroupArrayOutput

type VapSelectedUsergroupArrayInput 

type VapSelectedUsergroupArrayInput interface {
	pulumi.Input

	ToVapSelectedUsergroupArrayOutput() VapSelectedUsergroupArrayOutput
	ToVapSelectedUsergroupArrayOutputWithContext(context.Context) VapSelectedUsergroupArrayOutput
}

VapSelectedUsergroupArrayInput is an input type that accepts VapSelectedUsergroupArray and VapSelectedUsergroupArrayOutput values. You can construct a concrete instance of `VapSelectedUsergroupArrayInput` via: 

VapSelectedUsergroupArray{ VapSelectedUsergroupArgs{...} }

type VapSelectedUsergroupArrayOutput 

type VapSelectedUsergroupArrayOutput struct{ *pulumi.OutputState }

func (VapSelectedUsergroupArrayOutput) ElementType 

func (VapSelectedUsergroupArrayOutput) ElementType() reflect.Type

func (VapSelectedUsergroupArrayOutput) Index 

func (o VapSelectedUsergroupArrayOutput) Index(i pulumi.IntInput) VapSelectedUsergroupOutput

func (VapSelectedUsergroupArrayOutput) ToVapSelectedUsergroupArrayOutput 

func (o VapSelectedUsergroupArrayOutput) ToVapSelectedUsergroupArrayOutput() VapSelectedUsergroupArrayOutput

func (VapSelectedUsergroupArrayOutput) ToVapSelectedUsergroupArrayOutputWithContext 

func (o VapSelectedUsergroupArrayOutput) ToVapSelectedUsergroupArrayOutputWithContext(ctx context.Context) VapSelectedUsergroupArrayOutput

type VapSelectedUsergroupInput 

type VapSelectedUsergroupInput interface {
	pulumi.Input

	ToVapSelectedUsergroupOutput() VapSelectedUsergroupOutput
	ToVapSelectedUsergroupOutputWithContext(context.Context) VapSelectedUsergroupOutput
}

VapSelectedUsergroupInput is an input type that accepts VapSelectedUsergroupArgs and VapSelectedUsergroupOutput values. You can construct a concrete instance of `VapSelectedUsergroupInput` via: 

VapSelectedUsergroupArgs{...}

type VapSelectedUsergroupOutput 

type VapSelectedUsergroupOutput struct{ *pulumi.OutputState }

func (VapSelectedUsergroupOutput) ElementType 

func (VapSelectedUsergroupOutput) ElementType() reflect.Type

func (VapSelectedUsergroupOutput) Name 

func (o VapSelectedUsergroupOutput) Name() pulumi.StringPtrOutput

User group name.

func (VapSelectedUsergroupOutput) ToVapSelectedUsergroupOutput 

func (o VapSelectedUsergroupOutput) ToVapSelectedUsergroupOutput() VapSelectedUsergroupOutput

func (VapSelectedUsergroupOutput) ToVapSelectedUsergroupOutputWithContext 

func (o VapSelectedUsergroupOutput) ToVapSelectedUsergroupOutputWithContext(ctx context.Context) VapSelectedUsergroupOutput

type VapState 

type VapState struct {
	// access-control-list profile name.
	AccessControlList pulumi.StringPtrInput
	// WiFi RADIUS accounting interim interval (60 - 86400 sec, default = 0).
	AcctInterimInterval pulumi.IntPtrInput
	// Additional AKMs. Valid values: `akm6`.
	AdditionalAkms pulumi.StringPtrInput
	// Address group ID.
	AddressGroup pulumi.StringPtrInput
	// Configure MAC address filtering policy for MAC addresses that are in the address-group. Valid values: `disable`, `allow`, `deny`.
	AddressGroupPolicy pulumi.StringPtrInput
	// Alias.
	Alias pulumi.StringPtrInput
	// AntiVirus profile name.
	AntivirusProfile pulumi.StringPtrInput
	// Enable/disable application detection engine (default = disable). Valid values: `enable`, `disable`.
	ApplicationDetectionEngine pulumi.StringPtrInput
	// Enable/disable application attribute based DSCP marking (default = disable). Valid values: `enable`, `disable`.
	ApplicationDscpMarking pulumi.StringPtrInput
	// Application control list name.
	ApplicationList pulumi.StringPtrInput
	// Application report interval (30 - 864000 sec, default = 120).
	ApplicationReportIntv pulumi.IntPtrInput
	// Airtime weight in percentage (default = 20).
	AtfWeight pulumi.IntPtrInput
	// Authentication protocol.
	Auth pulumi.StringPtrInput
	// HTTPS server certificate.
	AuthCert pulumi.StringPtrInput
	// Address of captive portal.
	AuthPortalAddr pulumi.StringPtrInput
	// Fortinet beacon advertising IE data   (default = empty). Valid values: `name`, `model`, `serial-number`.
	BeaconAdvertising pulumi.StringPtrInput
	// Enable/disable broadcasting the SSID (default = enable). Valid values: `enable`, `disable`.
	BroadcastSsid pulumi.StringPtrInput
	// Optional suppression of broadcast messages. For example, you can keep DHCP messages, ARP broadcasts, and so on off of the wireless network.
	BroadcastSuppression pulumi.StringPtrInput
	// Enable/disable 802.11ax partial BSS color (default = enable). Valid values: `enable`, `disable`.
	BssColorPartial pulumi.StringPtrInput
	// Enable/disable forcing of disassociation after the BSTM request timer has been reached (default = enable). Valid values: `enable`, `disable`.
	BstmDisassociationImminent pulumi.StringPtrInput
	// Time interval for client to voluntarily leave AP before forcing a disassociation due to AP load-balancing (0 to 30, default = 10).
	BstmLoadBalancingDisassocTimer pulumi.IntPtrInput
	// Time interval for client to voluntarily leave AP before forcing a disassociation due to low RSSI (0 to 2000, default = 200).
	BstmRssiDisassocTimer pulumi.IntPtrInput
	// Local-bridging captive portal ac-name.
	CaptivePortalAcName pulumi.StringPtrInput
	// Hard timeout - AP will always clear the session after timeout regardless of traffic (0 - 864000 sec, default = 0).
	CaptivePortalAuthTimeout pulumi.IntPtrInput
	// Enable/disable RADIUS accounting for captive portal firewall authentication session. Valid values: `enable`, `disable`.
	CaptivePortalFwAccounting pulumi.StringPtrInput
	// Secret key to access the macauth RADIUS server.
	CaptivePortalMacauthRadiusSecret pulumi.StringPtrInput
	// Captive portal external RADIUS server domain name or IP address.
	CaptivePortalMacauthRadiusServer pulumi.StringPtrInput
	// Secret key to access the RADIUS server.
	CaptivePortalRadiusSecret pulumi.StringPtrInput
	// Captive portal RADIUS server domain name or IP address.
	CaptivePortalRadiusServer pulumi.StringPtrInput
	// Session timeout interval (0 - 864000 sec, default = 0).
	CaptivePortalSessionTimeoutInterval pulumi.IntPtrInput
	// Enable/disable DHCP address enforcement (default = disable). Valid values: `enable`, `disable`.
	DhcpAddressEnforcement pulumi.StringPtrInput
	// DHCP lease time in seconds for NAT IP address.
	DhcpLeaseTime pulumi.IntPtrInput
	// Enable/disable insertion of DHCP option 43 (default = enable). Valid values: `enable`, `disable`.
	DhcpOption43Insertion pulumi.StringPtrInput
	// Enable/disable DHCP option 82 circuit-id insert (default = disable).
	DhcpOption82CircuitIdInsertion pulumi.StringPtrInput
	// Enable/disable DHCP option 82 insert (default = disable). Valid values: `enable`, `disable`.
	DhcpOption82Insertion pulumi.StringPtrInput
	// Enable/disable DHCP option 82 remote-id insert (default = disable). Valid values: `style-1`, `disable`.
	DhcpOption82RemoteIdInsertion pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Enable/disable dynamic VLAN assignment. Valid values: `enable`, `disable`.
	DynamicVlan pulumi.StringPtrInput
	// Enable/disable EAP re-authentication for WPA-Enterprise security. Valid values: `enable`, `disable`.
	EapReauth pulumi.StringPtrInput
	// EAP re-authentication interval (1800 - 864000 sec, default = 86400).
	EapReauthIntv pulumi.IntPtrInput
	// Enable/disable retransmission of EAPOL-Key frames (message 3/4 and group message 1/2) (default = enable). Valid values: `disable`, `enable`.
	EapolKeyRetries pulumi.StringPtrInput
	// Encryption protocol to use (only available when security is set to a WPA type). Valid values: `TKIP`, `AES`, `TKIP-AES`.
	Encrypt pulumi.StringPtrInput
	// Enable/disable fast roaming or pre-authentication with external APs not managed by the FortiGate (default = disable). Valid values: `enable`, `disable`.
	ExternalFastRoaming pulumi.StringPtrInput
	// URL of external authentication logout server.
	ExternalLogout pulumi.StringPtrInput
	// URL of external authentication web server.
	ExternalWeb pulumi.StringPtrInput
	// URL query parameter detection (default = auto-detect). Valid values: `auto-detect`, `no-query-string`, `partial-query-string`.
	ExternalWebFormat pulumi.StringPtrInput
	// Enable/disable 802.11r Fast BSS Transition (FT) (default = disable). Valid values: `disable`, `enable`.
	FastBssTransition pulumi.StringPtrInput
	// Enable/disable fast-roaming, or pre-authentication, where supported by clients (default = disable). Valid values: `enable`, `disable`.
	FastRoaming pulumi.StringPtrInput
	// Mobility domain identifier in FT (1 - 65535, default = 1000).
	FtMobilityDomain pulumi.IntPtrInput
	// Enable/disable FT over the Distribution System (DS). Valid values: `disable`, `enable`.
	FtOverDs pulumi.StringPtrInput
	// Lifetime of the PMK-R0 key in FT, 1-65535 minutes.
	FtR0KeyLifetime pulumi.IntPtrInput
	// GAS comeback delay (0 or 100 - 10000 milliseconds, default = 500).
	GasComebackDelay pulumi.IntPtrInput
	// GAS fragmentation limit (512 - 4096, default = 1024).
	GasFragmentationLimit pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable GTK rekey for WPA security. Valid values: `enable`, `disable`.
	GtkRekey pulumi.StringPtrInput
	// GTK rekey interval (1800 - 864000 sec, default = 86400).
	GtkRekeyIntv pulumi.IntPtrInput
	// Enable/disable 802.11ax high efficiency (default = enable). Valid values: `enable`, `disable`.
	HighEfficiency pulumi.StringPtrInput
	// Hotspot 2.0 profile name.
	Hotspot20Profile pulumi.StringPtrInput
	// Enable/disable IGMP snooping. Valid values: `enable`, `disable`.
	IgmpSnooping pulumi.StringPtrInput
	// Enable/disable blocking communication between clients on the same SSID (called intra-SSID privacy) (default = disable). Valid values: `enable`, `disable`.
	IntraVapPrivacy pulumi.StringPtrInput
	// IP address and subnet mask for the local standalone NAT subnet.
	Ip pulumi.StringPtrInput
	// IPS sensor name.
	IpsSensor pulumi.StringPtrInput
	// Optional rules of IPv6 packets. For example, you can keep RA, RS and so on off of the wireless network. Valid values: `drop-icmp6ra`, `drop-icmp6rs`, `drop-llmnr6`, `drop-icmp6mld2`, `drop-dhcp6s`, `drop-dhcp6c`, `ndp-proxy`, `drop-ns-dad`, `drop-ns-nondad`.
	Ipv6Rules pulumi.StringPtrInput
	// WEP Key.
	Key pulumi.StringPtrInput
	// WEP key index (1 - 4).
	Keyindex pulumi.IntPtrInput
	// Enable/disable layer 3 roaming (default = disable). Valid values: `enable`, `disable`.
	L3Roaming pulumi.StringPtrInput
	// Select the way that layer 3 roaming traffic is passed (default = direct). Valid values: `direct`, `indirect`.
	L3RoamingMode pulumi.StringPtrInput
	// VAP low-density parity-check (LDPC) coding configuration. Valid values: `disable`, `rx`, `tx`, `rxtx`.
	Ldpc pulumi.StringPtrInput
	// Enable/disable AP local authentication. Valid values: `enable`, `disable`.
	LocalAuthentication pulumi.StringPtrInput
	// Enable/disable bridging of wireless and Ethernet interfaces on the FortiAP (default = disable). Valid values: `enable`, `disable`.
	LocalBridging pulumi.StringPtrInput
	// Allow/deny traffic destined for a Class A, B, or C private IP address (default = allow). Valid values: `allow`, `deny`.
	LocalLan pulumi.StringPtrInput
	// Enable/disable AP local standalone (default = disable). Valid values: `enable`, `disable`.
	LocalStandalone pulumi.StringPtrInput
	// Enable/disable AP local standalone DNS. Valid values: `enable`, `disable`.
	LocalStandaloneDns pulumi.StringPtrInput
	// IPv4 addresses for the local standalone DNS.
	LocalStandaloneDnsIp pulumi.StringPtrInput
	// Enable/disable AP local standalone NAT mode. Valid values: `enable`, `disable`.
	LocalStandaloneNat pulumi.StringPtrInput
	// Enable/disable MAC authentication bypass. Valid values: `enable`, `disable`.
	MacAuthBypass pulumi.StringPtrInput
	// MAC called station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacCalledStationDelimiter pulumi.StringPtrInput
	// MAC calling station delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacCallingStationDelimiter pulumi.StringPtrInput
	// MAC case (default = uppercase). Valid values: `uppercase`, `lowercase`.
	MacCase pulumi.StringPtrInput
	// Enable/disable MAC filtering to block wireless clients by mac address. Valid values: `enable`, `disable`.
	MacFilter pulumi.StringPtrInput
	// Create a list of MAC addresses for MAC address filtering. The structure of `macFilterList` block is documented below.
	MacFilterLists VapMacFilterListArrayInput
	// Allow or block clients with MAC addresses that are not in the filter list. Valid values: `allow`, `deny`.
	MacFilterPolicyOther pulumi.StringPtrInput
	// MAC authentication password delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacPasswordDelimiter pulumi.StringPtrInput
	// MAC authentication username delimiter (default = hyphen). Valid values: `hyphen`, `single-hyphen`, `colon`, `none`.
	MacUsernameDelimiter pulumi.StringPtrInput
	// Maximum number of clients that can connect simultaneously to the VAP (default = 0, meaning no limitation).
	MaxClients pulumi.IntPtrInput
	// Maximum number of clients that can connect simultaneously to each radio (default = 0, meaning no limitation).
	MaxClientsAp pulumi.IntPtrInput
	// Enable/disable Multiband Operation (default = disable). Valid values: `disable`, `enable`.
	Mbo pulumi.StringPtrInput
	// MBO cell data connection preference (0, 1, or 255, default = 1). Valid values: `excluded`, `prefer-not`, `prefer-use`.
	MboCellDataConnPref pulumi.StringPtrInput
	// Disable multicast enhancement when this many clients are receiving multicast traffic.
	MeDisableThresh pulumi.IntPtrInput
	// Enable/disable using this VAP as a WiFi mesh backhaul (default = disable). This entry is only available when security is set to a WPA type or open. Valid values: `enable`, `disable`.
	MeshBackhaul pulumi.StringPtrInput
	// Enable/disable multiple pre-shared keys (PSKs.) Valid values: `enable`, `disable`.
	Mpsk pulumi.StringPtrInput
	// Number of pre-shared keys (PSKs) to allow if multiple pre-shared keys are enabled.
	MpskConcurrentClients pulumi.IntPtrInput
	// Pre-shared keys that can be used to connect to this virtual access point. The structure of `mpskKey` block is documented below.
	MpskKeys VapMpskKeyArrayInput
	// MPSK profile name.
	MpskProfile pulumi.StringPtrInput
	// Enable/disable Multi-user MIMO (default = enable). Valid values: `enable`, `disable`.
	MuMimo pulumi.StringPtrInput
	// Enable/disable converting multicast to unicast to improve performance (default = disable). Valid values: `enable`, `disable`.
	MulticastEnhance pulumi.StringPtrInput
	// Multicast rate (0, 6000, 12000, or 24000 kbps, default = 0). Valid values: `0`, `6000`, `12000`, `24000`.
	MulticastRate pulumi.StringPtrInput
	// Enable/disable 802.11k assisted roaming (default = enable). Valid values: `disable`, `enable`.
	N80211k pulumi.StringPtrInput
	// Enable/disable 802.11v assisted roaming (default = enable). Valid values: `disable`, `enable`.
	N80211v pulumi.StringPtrInput
	// Enable/disable network access control. Valid values: `enable`, `disable`.
	Nac pulumi.StringPtrInput
	// NAC profile name.
	NacProfile pulumi.StringPtrInput
	// Virtual AP name.
	Name pulumi.StringPtrInput
	// Enable/disable dual-band neighbor report (default = disable). Valid values: `disable`, `enable`.
	NeighborReportDualBand pulumi.StringPtrInput
	// Enable/disable Opportunistic Key Caching (OKC) (default = enable). Valid values: `disable`, `enable`.
	Okc pulumi.StringPtrInput
	// Enable/disable OSEN as part of key management (default = disable). Valid values: `enable`, `disable`.
	Osen pulumi.StringPtrInput
	// OWE-Groups. Valid values: `19`, `20`, `21`.
	OweGroups pulumi.StringPtrInput
	// Enable/disable OWE transition mode support. Valid values: `disable`, `enable`.
	OweTransition pulumi.StringPtrInput
	// OWE transition mode peer SSID.
	OweTransitionSsid pulumi.StringPtrInput
	// WPA pre-shard key (PSK) to be used to authenticate WiFi users.
	Passphrase pulumi.StringPtrInput
	// Protected Management Frames (PMF) support (default = disable). Valid values: `disable`, `enable`, `optional`.
	Pmf pulumi.StringPtrInput
	// Protected Management Frames (PMF) comeback maximum timeout (1-20 sec).
	PmfAssocComebackTimeout pulumi.IntPtrInput
	// Protected Management Frames (PMF) SA query retry timeout interval (1 - 5 100s of msec).
	PmfSaQueryRetryTimeout pulumi.IntPtrInput
	// Enable/disable LAN port MAC authentication (default = disable). Valid values: `disable`, `radius`, `address-group`.
	PortMacauth pulumi.StringPtrInput
	// LAN port MAC authentication re-authentication timeout value (default = 7200 sec).
	PortMacauthReauthTimeout pulumi.IntPtrInput
	// LAN port MAC authentication idle timeout value (default = 600 sec).
	PortMacauthTimeout pulumi.IntPtrInput
	// Replacement message group for this VAP (only available when security is set to a captive portal type).
	PortalMessageOverrideGroup pulumi.StringPtrInput
	// Individual message overrides. The structure of `portalMessageOverrides` block is documented below.
	PortalMessageOverrides VapPortalMessageOverridesPtrInput
	// Captive portal functionality. Configure how the captive portal authenticates users and whether it includes a disclaimer.
	PortalType pulumi.StringPtrInput
	// Primary wireless access gateway profile name.
	PrimaryWagProfile pulumi.StringPtrInput
	// Enable/disable probe response suppression (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.
	ProbeRespSuppression pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP response to probe requests (-95 to -20, default = -80).
	ProbeRespThreshold pulumi.StringPtrInput
	// Enable/disable PTK rekey for WPA-Enterprise security. Valid values: `enable`, `disable`.
	PtkRekey pulumi.StringPtrInput
	// PTK rekey interval (1800 - 864000 sec, default = 86400).
	PtkRekeyIntv pulumi.IntPtrInput
	// Quality of service profile name.
	QosProfile pulumi.StringPtrInput
	// Enable/disable station quarantine (default = enable). Valid values: `enable`, `disable`.
	Quarantine pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP response to receive a packet in 2.4G band (-95 to -20, default = -79).
	Radio2gThreshold pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP response to receive a packet in 5G band(-95 to -20, default = -76).
	Radio5gThreshold pulumi.StringPtrInput
	// Enable/disable software radio sensitivity (to ignore weak signals) (default = disable). Valid values: `enable`, `disable`.
	RadioSensitivity pulumi.StringPtrInput
	// Enable/disable RADIUS-based MAC authentication of clients (default = disable). Valid values: `enable`, `disable`.
	RadiusMacAuth pulumi.StringPtrInput
	// Don't send RADIUS MAC auth request again if the client has been rejected within specific interval (0 or 30 - 864000 seconds, default = 0, 0 to disable blocking).
	RadiusMacAuthBlockInterval pulumi.IntPtrInput
	// RADIUS-based MAC authentication server.
	RadiusMacAuthServer pulumi.StringPtrInput
	// Selective user groups that are permitted for RADIUS mac authentication. The structure of `radiusMacAuthUsergroups` block is documented below.
	RadiusMacAuthUsergroups VapRadiusMacAuthUsergroupArrayInput
	// Enable/disable RADIUS-based MAC authentication of clients for MPSK authentication (default = disable). Valid values: `enable`, `disable`.
	RadiusMacMpskAuth pulumi.StringPtrInput
	// RADIUS MAC MPSK cache timeout interval (1800 - 864000, default = 86400).
	RadiusMacMpskTimeout pulumi.IntPtrInput
	// RADIUS server to be used to authenticate WiFi users.
	RadiusServer pulumi.StringPtrInput
	// Allowed data rates for 802.11a.
	Rates11a pulumi.StringPtrInput
	// Comma separated list of max supported VHT MCS for spatial streams 1 through 8.
	Rates11acMcsMap pulumi.StringPtrInput
	// Allowed data rates for 802.11ac with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.
	Rates11acSs12 pulumi.StringPtrInput
	// Allowed data rates for 802.11ac with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.
	Rates11acSs34 pulumi.StringPtrInput
	// Comma separated list of max supported HE MCS for spatial streams 1 through 8.
	Rates11axMcsMap pulumi.StringPtrInput
	// Allowed data rates for 802.11ax with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/1`, `mcs9/1`, `mcs10/1`, `mcs11/1`, `mcs0/2`, `mcs1/2`, `mcs2/2`, `mcs3/2`, `mcs4/2`, `mcs5/2`, `mcs6/2`, `mcs7/2`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`.
	Rates11axSs12 pulumi.StringPtrInput
	// Allowed data rates for 802.11ax with 3 or 4 spatial streams. Valid values: `mcs0/3`, `mcs1/3`, `mcs2/3`, `mcs3/3`, `mcs4/3`, `mcs5/3`, `mcs6/3`, `mcs7/3`, `mcs8/3`, `mcs9/3`, `mcs10/3`, `mcs11/3`, `mcs0/4`, `mcs1/4`, `mcs2/4`, `mcs3/4`, `mcs4/4`, `mcs5/4`, `mcs6/4`, `mcs7/4`, `mcs8/4`, `mcs9/4`, `mcs10/4`, `mcs11/4`.
	Rates11axSs34 pulumi.StringPtrInput
	// Allowed data rates for 802.11b/g.
	Rates11bg pulumi.StringPtrInput
	// Allowed data rates for 802.11n with 1 or 2 spatial streams. Valid values: `mcs0/1`, `mcs1/1`, `mcs2/1`, `mcs3/1`, `mcs4/1`, `mcs5/1`, `mcs6/1`, `mcs7/1`, `mcs8/2`, `mcs9/2`, `mcs10/2`, `mcs11/2`, `mcs12/2`, `mcs13/2`, `mcs14/2`, `mcs15/2`.
	Rates11nSs12 pulumi.StringPtrInput
	// Allowed data rates for 802.11n with 3 or 4 spatial streams. Valid values: `mcs16/3`, `mcs17/3`, `mcs18/3`, `mcs19/3`, `mcs20/3`, `mcs21/3`, `mcs22/3`, `mcs23/3`, `mcs24/4`, `mcs25/4`, `mcs26/4`, `mcs27/4`, `mcs28/4`, `mcs29/4`, `mcs30/4`, `mcs31/4`.
	Rates11nSs34 pulumi.StringPtrInput
	// Enable/disable using accounting interim update instead of accounting start/stop on roaming for WPA-Enterprise security. Valid values: `enable`, `disable`.
	RoamingAcctInterimUpdate pulumi.StringPtrInput
	// SAE-Groups. Valid values: `19`, `20`, `21`.
	SaeGroups pulumi.StringPtrInput
	// Use hash-to-element-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.
	SaeH2eOnly pulumi.StringPtrInput
	// Use hunting-and-pecking-only mechanism for PWE derivation (default = disable). Valid values: `enable`, `disable`.
	SaeHnpOnly pulumi.StringPtrInput
	// WPA3 SAE password to be used to authenticate WiFi users.
	SaePassword pulumi.StringPtrInput
	// Enable/disable WPA3 SAE-PK (default = disable). Valid values: `enable`, `disable`.
	SaePk pulumi.StringPtrInput
	// Private key used for WPA3 SAE-PK authentication.
	SaePrivateKey pulumi.StringPtrInput
	// Block or monitor connections to Botnet servers or disable Botnet scanning. Valid values: `disable`, `monitor`, `block`.
	ScanBotnetConnections pulumi.StringPtrInput
	// VAP schedule name.
	Schedule pulumi.StringPtrInput
	// Secondary wireless access gateway profile name.
	SecondaryWagProfile pulumi.StringPtrInput
	// Security mode for the wireless interface (default = wpa2-only-personal).
	Security pulumi.StringPtrInput
	// Optional security exempt list for captive portal authentication.
	SecurityExemptList pulumi.StringPtrInput
	// Enable/disable obsolete security options. Valid values: `enable`, `disable`.
	SecurityObsoleteOption pulumi.StringPtrInput
	// Optional URL for redirecting users after they pass captive portal authentication.
	SecurityRedirectUrl pulumi.StringPtrInput
	// Selective user groups that are permitted to authenticate. The structure of `selectedUsergroups` block is documented below.
	SelectedUsergroups VapSelectedUsergroupArrayInput
	// Enable/disable split tunneling (default = disable). Valid values: `enable`, `disable`.
	SplitTunneling pulumi.StringPtrInput
	// IEEE 802.11 service set identifier (SSID) for the wireless interface. Users who wish to use the wireless network must configure their computers to access this SSID name.
	Ssid pulumi.StringPtrInput
	// Enable/disable sticky client remove to maintain good signal level clients in SSID. (default = disable). Valid values: `enable`, `disable`.
	StickyClientRemove pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the 2G client to be serviced by the AP (-95 to -20, default = -79).
	StickyClientThreshold2g pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the 5G client to be serviced by the AP (-95 to -20, default = -76).
	StickyClientThreshold5g pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the 6G client to be serviced by the AP (-95 to -20, default = -76).
	StickyClientThreshold6g pulumi.StringPtrInput
	// Enable/disable 802.11ax target wake time (default = enable). Valid values: `enable`, `disable`.
	TargetWakeTime pulumi.StringPtrInput
	// Enable/disable TKIP counter measure. Valid values: `enable`, `disable`.
	TkipCounterMeasure pulumi.StringPtrInput
	// The time interval to send echo to both primary and secondary tunnel peers (1 - 65535 sec, default = 300).
	TunnelEchoInterval pulumi.IntPtrInput
	// The time interval for secondary tunnel to fall back to primary tunnel (0 - 65535 sec, default = 7200).
	TunnelFallbackInterval pulumi.IntPtrInput
	// Firewall user group to be used to authenticate WiFi users. The structure of `usergroup` block is documented below.
	Usergroups VapUsergroupArrayInput
	// Enable/disable UTM logging. Valid values: `enable`, `disable`.
	UtmLog pulumi.StringPtrInput
	// UTM profile name.
	UtmProfile pulumi.StringPtrInput
	// Enable to add one or more security profiles (AV, IPS, etc.) to the VAP. Valid values: `enable`, `disable`.
	UtmStatus pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable automatic management of SSID VLAN interface. Valid values: `enable`, `disable`.
	VlanAuto pulumi.StringPtrInput
	// Table for mapping VLAN name to VLAN ID. The structure of `vlanName` block is documented below.
	VlanNames VapVlanNameArrayInput
	// Enable/disable VLAN pooling, to allow grouping of multiple wireless controller VLANs into VLAN pools (default = disable). When set to wtp-group, VLAN pooling occurs with VLAN assignment by wtp-group. Valid values: `wtp-group`, `round-robin`, `hash`, `disable`.
	VlanPooling pulumi.StringPtrInput
	// VLAN pool. The structure of `vlanPool` block is documented below.
	VlanPools VapVlanPoolArrayInput
	// Optional VLAN ID.
	Vlanid pulumi.IntPtrInput
	// Enable/disable 802.11k and 802.11v assisted Voice-Enterprise roaming (default = disable). Valid values: `disable`, `enable`.
	VoiceEnterprise pulumi.StringPtrInput
	// WebFilter profile name.
	WebfilterProfile pulumi.StringPtrInput
}

func (VapState) ElementType 

func (VapState) ElementType() reflect.Type

type VapUsergroup 

type VapUsergroup struct {
	// User group name.
	Name *string `pulumi:"name"`
}

type VapUsergroupArgs 

type VapUsergroupArgs struct {
	// User group name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (VapUsergroupArgs) ElementType 

func (VapUsergroupArgs) ElementType() reflect.Type

func (VapUsergroupArgs) ToVapUsergroupOutput 

func (i VapUsergroupArgs) ToVapUsergroupOutput() VapUsergroupOutput

func (VapUsergroupArgs) ToVapUsergroupOutputWithContext 

func (i VapUsergroupArgs) ToVapUsergroupOutputWithContext(ctx context.Context) VapUsergroupOutput

type VapUsergroupArray 

type VapUsergroupArray []VapUsergroupInput

func (VapUsergroupArray) ElementType 

func (VapUsergroupArray) ElementType() reflect.Type

func (VapUsergroupArray) ToVapUsergroupArrayOutput 

func (i VapUsergroupArray) ToVapUsergroupArrayOutput() VapUsergroupArrayOutput

func (VapUsergroupArray) ToVapUsergroupArrayOutputWithContext 

func (i VapUsergroupArray) ToVapUsergroupArrayOutputWithContext(ctx context.Context) VapUsergroupArrayOutput

type VapUsergroupArrayInput 

type VapUsergroupArrayInput interface {
	pulumi.Input

	ToVapUsergroupArrayOutput() VapUsergroupArrayOutput
	ToVapUsergroupArrayOutputWithContext(context.Context) VapUsergroupArrayOutput
}

VapUsergroupArrayInput is an input type that accepts VapUsergroupArray and VapUsergroupArrayOutput values. You can construct a concrete instance of `VapUsergroupArrayInput` via: 

VapUsergroupArray{ VapUsergroupArgs{...} }

type VapUsergroupArrayOutput 

type VapUsergroupArrayOutput struct{ *pulumi.OutputState }

func (VapUsergroupArrayOutput) ElementType 

func (VapUsergroupArrayOutput) ElementType() reflect.Type

func (VapUsergroupArrayOutput) Index 

func (o VapUsergroupArrayOutput) Index(i pulumi.IntInput) VapUsergroupOutput

func (VapUsergroupArrayOutput) ToVapUsergroupArrayOutput 

func (o VapUsergroupArrayOutput) ToVapUsergroupArrayOutput() VapUsergroupArrayOutput

func (VapUsergroupArrayOutput) ToVapUsergroupArrayOutputWithContext 

func (o VapUsergroupArrayOutput) ToVapUsergroupArrayOutputWithContext(ctx context.Context) VapUsergroupArrayOutput

type VapUsergroupInput 

type VapUsergroupInput interface {
	pulumi.Input

	ToVapUsergroupOutput() VapUsergroupOutput
	ToVapUsergroupOutputWithContext(context.Context) VapUsergroupOutput
}

VapUsergroupInput is an input type that accepts VapUsergroupArgs and VapUsergroupOutput values. You can construct a concrete instance of `VapUsergroupInput` via: 

VapUsergroupArgs{...}

type VapUsergroupOutput 

type VapUsergroupOutput struct{ *pulumi.OutputState }

func (VapUsergroupOutput) ElementType 

func (VapUsergroupOutput) ElementType() reflect.Type

func (VapUsergroupOutput) Name 

func (o VapUsergroupOutput) Name() pulumi.StringPtrOutput

User group name.

func (VapUsergroupOutput) ToVapUsergroupOutput 

func (o VapUsergroupOutput) ToVapUsergroupOutput() VapUsergroupOutput

func (VapUsergroupOutput) ToVapUsergroupOutputWithContext 

func (o VapUsergroupOutput) ToVapUsergroupOutputWithContext(ctx context.Context) VapUsergroupOutput

type VapVlanName 

type VapVlanName struct {
	// VLAN name.
	Name *string `pulumi:"name"`
	// VLAN ID.
	VlanId *int `pulumi:"vlanId"`
}

type VapVlanNameArgs 

type VapVlanNameArgs struct {
	// VLAN name.
	Name pulumi.StringPtrInput `pulumi:"name"`
	// VLAN ID.
	VlanId pulumi.IntPtrInput `pulumi:"vlanId"`
}

func (VapVlanNameArgs) ElementType 

func (VapVlanNameArgs) ElementType() reflect.Type

func (VapVlanNameArgs) ToVapVlanNameOutput 

func (i VapVlanNameArgs) ToVapVlanNameOutput() VapVlanNameOutput

func (VapVlanNameArgs) ToVapVlanNameOutputWithContext 

func (i VapVlanNameArgs) ToVapVlanNameOutputWithContext(ctx context.Context) VapVlanNameOutput

type VapVlanNameArray 

type VapVlanNameArray []VapVlanNameInput

func (VapVlanNameArray) ElementType 

func (VapVlanNameArray) ElementType() reflect.Type

func (VapVlanNameArray) ToVapVlanNameArrayOutput 

func (i VapVlanNameArray) ToVapVlanNameArrayOutput() VapVlanNameArrayOutput

func (VapVlanNameArray) ToVapVlanNameArrayOutputWithContext 

func (i VapVlanNameArray) ToVapVlanNameArrayOutputWithContext(ctx context.Context) VapVlanNameArrayOutput

type VapVlanNameArrayInput 

type VapVlanNameArrayInput interface {
	pulumi.Input

	ToVapVlanNameArrayOutput() VapVlanNameArrayOutput
	ToVapVlanNameArrayOutputWithContext(context.Context) VapVlanNameArrayOutput
}

VapVlanNameArrayInput is an input type that accepts VapVlanNameArray and VapVlanNameArrayOutput values. You can construct a concrete instance of `VapVlanNameArrayInput` via: 

VapVlanNameArray{ VapVlanNameArgs{...} }

type VapVlanNameArrayOutput 

type VapVlanNameArrayOutput struct{ *pulumi.OutputState }

func (VapVlanNameArrayOutput) ElementType 

func (VapVlanNameArrayOutput) ElementType() reflect.Type

func (VapVlanNameArrayOutput) Index 

func (o VapVlanNameArrayOutput) Index(i pulumi.IntInput) VapVlanNameOutput

func (VapVlanNameArrayOutput) ToVapVlanNameArrayOutput 

func (o VapVlanNameArrayOutput) ToVapVlanNameArrayOutput() VapVlanNameArrayOutput

func (VapVlanNameArrayOutput) ToVapVlanNameArrayOutputWithContext 

func (o VapVlanNameArrayOutput) ToVapVlanNameArrayOutputWithContext(ctx context.Context) VapVlanNameArrayOutput

type VapVlanNameInput 

type VapVlanNameInput interface {
	pulumi.Input

	ToVapVlanNameOutput() VapVlanNameOutput
	ToVapVlanNameOutputWithContext(context.Context) VapVlanNameOutput
}

VapVlanNameInput is an input type that accepts VapVlanNameArgs and VapVlanNameOutput values. You can construct a concrete instance of `VapVlanNameInput` via: 

VapVlanNameArgs{...}

type VapVlanNameOutput 

type VapVlanNameOutput struct{ *pulumi.OutputState }

func (VapVlanNameOutput) ElementType 

func (VapVlanNameOutput) ElementType() reflect.Type

func (VapVlanNameOutput) Name 

func (o VapVlanNameOutput) Name() pulumi.StringPtrOutput

VLAN name.

func (VapVlanNameOutput) ToVapVlanNameOutput 

func (o VapVlanNameOutput) ToVapVlanNameOutput() VapVlanNameOutput

func (VapVlanNameOutput) ToVapVlanNameOutputWithContext 

func (o VapVlanNameOutput) ToVapVlanNameOutputWithContext(ctx context.Context) VapVlanNameOutput

func (VapVlanNameOutput) VlanId 

func (o VapVlanNameOutput) VlanId() pulumi.IntPtrOutput

VLAN ID.

type VapVlanPool 

type VapVlanPool struct {
	// ID.
	Id *int `pulumi:"id"`
	// WTP group name.
	WtpGroup *string `pulumi:"wtpGroup"`
}

type VapVlanPoolArgs 

type VapVlanPoolArgs struct {
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// WTP group name.
	WtpGroup pulumi.StringPtrInput `pulumi:"wtpGroup"`
}

func (VapVlanPoolArgs) ElementType 

func (VapVlanPoolArgs) ElementType() reflect.Type

func (VapVlanPoolArgs) ToVapVlanPoolOutput 

func (i VapVlanPoolArgs) ToVapVlanPoolOutput() VapVlanPoolOutput

func (VapVlanPoolArgs) ToVapVlanPoolOutputWithContext 

func (i VapVlanPoolArgs) ToVapVlanPoolOutputWithContext(ctx context.Context) VapVlanPoolOutput

type VapVlanPoolArray 

type VapVlanPoolArray []VapVlanPoolInput

func (VapVlanPoolArray) ElementType 

func (VapVlanPoolArray) ElementType() reflect.Type

func (VapVlanPoolArray) ToVapVlanPoolArrayOutput 

func (i VapVlanPoolArray) ToVapVlanPoolArrayOutput() VapVlanPoolArrayOutput

func (VapVlanPoolArray) ToVapVlanPoolArrayOutputWithContext 

func (i VapVlanPoolArray) ToVapVlanPoolArrayOutputWithContext(ctx context.Context) VapVlanPoolArrayOutput

type VapVlanPoolArrayInput 

type VapVlanPoolArrayInput interface {
	pulumi.Input

	ToVapVlanPoolArrayOutput() VapVlanPoolArrayOutput
	ToVapVlanPoolArrayOutputWithContext(context.Context) VapVlanPoolArrayOutput
}

VapVlanPoolArrayInput is an input type that accepts VapVlanPoolArray and VapVlanPoolArrayOutput values. You can construct a concrete instance of `VapVlanPoolArrayInput` via: 

VapVlanPoolArray{ VapVlanPoolArgs{...} }

type VapVlanPoolArrayOutput 

type VapVlanPoolArrayOutput struct{ *pulumi.OutputState }

func (VapVlanPoolArrayOutput) ElementType 

func (VapVlanPoolArrayOutput) ElementType() reflect.Type

func (VapVlanPoolArrayOutput) Index 

func (o VapVlanPoolArrayOutput) Index(i pulumi.IntInput) VapVlanPoolOutput

func (VapVlanPoolArrayOutput) ToVapVlanPoolArrayOutput 

func (o VapVlanPoolArrayOutput) ToVapVlanPoolArrayOutput() VapVlanPoolArrayOutput

func (VapVlanPoolArrayOutput) ToVapVlanPoolArrayOutputWithContext 

func (o VapVlanPoolArrayOutput) ToVapVlanPoolArrayOutputWithContext(ctx context.Context) VapVlanPoolArrayOutput

type VapVlanPoolInput 

type VapVlanPoolInput interface {
	pulumi.Input

	ToVapVlanPoolOutput() VapVlanPoolOutput
	ToVapVlanPoolOutputWithContext(context.Context) VapVlanPoolOutput
}

VapVlanPoolInput is an input type that accepts VapVlanPoolArgs and VapVlanPoolOutput values. You can construct a concrete instance of `VapVlanPoolInput` via: 

VapVlanPoolArgs{...}

type VapVlanPoolOutput 

type VapVlanPoolOutput struct{ *pulumi.OutputState }

func (VapVlanPoolOutput) ElementType 

func (VapVlanPoolOutput) ElementType() reflect.Type

func (VapVlanPoolOutput) Id 

func (o VapVlanPoolOutput) Id() pulumi.IntPtrOutput

ID.

func (VapVlanPoolOutput) ToVapVlanPoolOutput 

func (o VapVlanPoolOutput) ToVapVlanPoolOutput() VapVlanPoolOutput

func (VapVlanPoolOutput) ToVapVlanPoolOutputWithContext 

func (o VapVlanPoolOutput) ToVapVlanPoolOutputWithContext(ctx context.Context) VapVlanPoolOutput

func (VapVlanPoolOutput) WtpGroup 

func (o VapVlanPoolOutput) WtpGroup() pulumi.StringPtrOutput

WTP group name.

type Vapgroup 

type Vapgroup struct {
	pulumi.CustomResourceState

	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Group Name
	Name pulumi.StringOutput `pulumi:"name"`
	// List of SSIDs to be included in the VAP group. The structure of `vaps` block is documented below.
	Vaps VapgroupVapArrayOutput `pulumi:"vaps"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
}

Configure virtual Access Point (VAP) groups.

## Import

WirelessController VapGroup can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/vapgroup:Vapgroup labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/vapgroup:Vapgroup labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetVapgroup 

func GetVapgroup(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *VapgroupState, opts ...pulumi.ResourceOption) (*Vapgroup, error)

GetVapgroup gets an existing Vapgroup resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewVapgroup 

func NewVapgroup(ctx *pulumi.Context,
	name string, args *VapgroupArgs, opts ...pulumi.ResourceOption) (*Vapgroup, error)

NewVapgroup registers a new resource with the given unique name, arguments, and options.

func (*Vapgroup) ElementType 

func (*Vapgroup) ElementType() reflect.Type

func (*Vapgroup) ToVapgroupOutput 

func (i *Vapgroup) ToVapgroupOutput() VapgroupOutput

func (*Vapgroup) ToVapgroupOutputWithContext 

func (i *Vapgroup) ToVapgroupOutputWithContext(ctx context.Context) VapgroupOutput

type VapgroupArgs 

type VapgroupArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Group Name
	Name pulumi.StringPtrInput
	// List of SSIDs to be included in the VAP group. The structure of `vaps` block is documented below.
	Vaps VapgroupVapArrayInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

The set of arguments for constructing a Vapgroup resource.

func (VapgroupArgs) ElementType 

func (VapgroupArgs) ElementType() reflect.Type

type VapgroupArray 

type VapgroupArray []VapgroupInput

func (VapgroupArray) ElementType 

func (VapgroupArray) ElementType() reflect.Type

func (VapgroupArray) ToVapgroupArrayOutput 

func (i VapgroupArray) ToVapgroupArrayOutput() VapgroupArrayOutput

func (VapgroupArray) ToVapgroupArrayOutputWithContext 

func (i VapgroupArray) ToVapgroupArrayOutputWithContext(ctx context.Context) VapgroupArrayOutput

type VapgroupArrayInput 

type VapgroupArrayInput interface {
	pulumi.Input

	ToVapgroupArrayOutput() VapgroupArrayOutput
	ToVapgroupArrayOutputWithContext(context.Context) VapgroupArrayOutput
}

VapgroupArrayInput is an input type that accepts VapgroupArray and VapgroupArrayOutput values. You can construct a concrete instance of `VapgroupArrayInput` via: 

VapgroupArray{ VapgroupArgs{...} }

type VapgroupArrayOutput 

type VapgroupArrayOutput struct{ *pulumi.OutputState }

func (VapgroupArrayOutput) ElementType 

func (VapgroupArrayOutput) ElementType() reflect.Type

func (VapgroupArrayOutput) Index 

func (o VapgroupArrayOutput) Index(i pulumi.IntInput) VapgroupOutput

func (VapgroupArrayOutput) ToVapgroupArrayOutput 

func (o VapgroupArrayOutput) ToVapgroupArrayOutput() VapgroupArrayOutput

func (VapgroupArrayOutput) ToVapgroupArrayOutputWithContext 

func (o VapgroupArrayOutput) ToVapgroupArrayOutputWithContext(ctx context.Context) VapgroupArrayOutput

type VapgroupInput 

type VapgroupInput interface {
	pulumi.Input

	ToVapgroupOutput() VapgroupOutput
	ToVapgroupOutputWithContext(ctx context.Context) VapgroupOutput
}

type VapgroupMap 

type VapgroupMap map[string]VapgroupInput

func (VapgroupMap) ElementType 

func (VapgroupMap) ElementType() reflect.Type

func (VapgroupMap) ToVapgroupMapOutput 

func (i VapgroupMap) ToVapgroupMapOutput() VapgroupMapOutput

func (VapgroupMap) ToVapgroupMapOutputWithContext 

func (i VapgroupMap) ToVapgroupMapOutputWithContext(ctx context.Context) VapgroupMapOutput

type VapgroupMapInput 

type VapgroupMapInput interface {
	pulumi.Input

	ToVapgroupMapOutput() VapgroupMapOutput
	ToVapgroupMapOutputWithContext(context.Context) VapgroupMapOutput
}

VapgroupMapInput is an input type that accepts VapgroupMap and VapgroupMapOutput values. You can construct a concrete instance of `VapgroupMapInput` via: 

VapgroupMap{ "key": VapgroupArgs{...} }

type VapgroupMapOutput 

type VapgroupMapOutput struct{ *pulumi.OutputState }

func (VapgroupMapOutput) ElementType 

func (VapgroupMapOutput) ElementType() reflect.Type

func (VapgroupMapOutput) MapIndex 

func (o VapgroupMapOutput) MapIndex(k pulumi.StringInput) VapgroupOutput

func (VapgroupMapOutput) ToVapgroupMapOutput 

func (o VapgroupMapOutput) ToVapgroupMapOutput() VapgroupMapOutput

func (VapgroupMapOutput) ToVapgroupMapOutputWithContext 

func (o VapgroupMapOutput) ToVapgroupMapOutputWithContext(ctx context.Context) VapgroupMapOutput

type VapgroupOutput 

type VapgroupOutput struct{ *pulumi.OutputState }

func (VapgroupOutput) Comment 

func (o VapgroupOutput) Comment() pulumi.StringPtrOutput

Comment.

func (VapgroupOutput) DynamicSortSubtable 

func (o VapgroupOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (VapgroupOutput) ElementType 

func (VapgroupOutput) ElementType() reflect.Type

func (VapgroupOutput) GetAllTables 

func (o VapgroupOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (VapgroupOutput) Name 

func (o VapgroupOutput) Name() pulumi.StringOutput

Group Name

func (VapgroupOutput) ToVapgroupOutput 

func (o VapgroupOutput) ToVapgroupOutput() VapgroupOutput

func (VapgroupOutput) ToVapgroupOutputWithContext 

func (o VapgroupOutput) ToVapgroupOutputWithContext(ctx context.Context) VapgroupOutput

func (VapgroupOutput) Vaps 

func (o VapgroupOutput) Vaps() VapgroupVapArrayOutput

List of SSIDs to be included in the VAP group. The structure of `vaps` block is documented below.

func (VapgroupOutput) Vdomparam 

func (o VapgroupOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

type VapgroupState 

type VapgroupState struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Group Name
	Name pulumi.StringPtrInput
	// List of SSIDs to be included in the VAP group. The structure of `vaps` block is documented below.
	Vaps VapgroupVapArrayInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
}

func (VapgroupState) ElementType 

func (VapgroupState) ElementType() reflect.Type

type VapgroupVap 

type VapgroupVap struct {
	// vap name
	Name *string `pulumi:"name"`
}

type VapgroupVapArgs 

type VapgroupVapArgs struct {
	// vap name
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (VapgroupVapArgs) ElementType 

func (VapgroupVapArgs) ElementType() reflect.Type

func (VapgroupVapArgs) ToVapgroupVapOutput 

func (i VapgroupVapArgs) ToVapgroupVapOutput() VapgroupVapOutput

func (VapgroupVapArgs) ToVapgroupVapOutputWithContext 

func (i VapgroupVapArgs) ToVapgroupVapOutputWithContext(ctx context.Context) VapgroupVapOutput

type VapgroupVapArray 

type VapgroupVapArray []VapgroupVapInput

func (VapgroupVapArray) ElementType 

func (VapgroupVapArray) ElementType() reflect.Type

func (VapgroupVapArray) ToVapgroupVapArrayOutput 

func (i VapgroupVapArray) ToVapgroupVapArrayOutput() VapgroupVapArrayOutput

func (VapgroupVapArray) ToVapgroupVapArrayOutputWithContext 

func (i VapgroupVapArray) ToVapgroupVapArrayOutputWithContext(ctx context.Context) VapgroupVapArrayOutput

type VapgroupVapArrayInput 

type VapgroupVapArrayInput interface {
	pulumi.Input

	ToVapgroupVapArrayOutput() VapgroupVapArrayOutput
	ToVapgroupVapArrayOutputWithContext(context.Context) VapgroupVapArrayOutput
}

VapgroupVapArrayInput is an input type that accepts VapgroupVapArray and VapgroupVapArrayOutput values. You can construct a concrete instance of `VapgroupVapArrayInput` via: 

VapgroupVapArray{ VapgroupVapArgs{...} }

type VapgroupVapArrayOutput 

type VapgroupVapArrayOutput struct{ *pulumi.OutputState }

func (VapgroupVapArrayOutput) ElementType 

func (VapgroupVapArrayOutput) ElementType() reflect.Type

func (VapgroupVapArrayOutput) Index 

func (o VapgroupVapArrayOutput) Index(i pulumi.IntInput) VapgroupVapOutput

func (VapgroupVapArrayOutput) ToVapgroupVapArrayOutput 

func (o VapgroupVapArrayOutput) ToVapgroupVapArrayOutput() VapgroupVapArrayOutput

func (VapgroupVapArrayOutput) ToVapgroupVapArrayOutputWithContext 

func (o VapgroupVapArrayOutput) ToVapgroupVapArrayOutputWithContext(ctx context.Context) VapgroupVapArrayOutput

type VapgroupVapInput 

type VapgroupVapInput interface {
	pulumi.Input

	ToVapgroupVapOutput() VapgroupVapOutput
	ToVapgroupVapOutputWithContext(context.Context) VapgroupVapOutput
}

VapgroupVapInput is an input type that accepts VapgroupVapArgs and VapgroupVapOutput values. You can construct a concrete instance of `VapgroupVapInput` via: 

VapgroupVapArgs{...}

type VapgroupVapOutput 

type VapgroupVapOutput struct{ *pulumi.OutputState }

func (VapgroupVapOutput) ElementType 

func (VapgroupVapOutput) ElementType() reflect.Type

func (VapgroupVapOutput) Name 

func (o VapgroupVapOutput) Name() pulumi.StringPtrOutput

vap name

func (VapgroupVapOutput) ToVapgroupVapOutput 

func (o VapgroupVapOutput) ToVapgroupVapOutput() VapgroupVapOutput

func (VapgroupVapOutput) ToVapgroupVapOutputWithContext 

func (o VapgroupVapOutput) ToVapgroupVapOutputWithContext(ctx context.Context) VapgroupVapOutput

type Wagprofile 

type Wagprofile struct {
	pulumi.CustomResourceState

	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// IP address of the monitoring DHCP request packet sent through the tunnel.
	DhcpIpAddr pulumi.StringOutput `pulumi:"dhcpIpAddr"`
	// Tunnel profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Interval between two tunnel monitoring echo packets (1 - 65535 sec, default = 1).
	PingInterval pulumi.IntOutput `pulumi:"pingInterval"`
	// Number of the tunnel monitoring echo packets (1 - 65535, default = 5).
	PingNumber pulumi.IntOutput `pulumi:"pingNumber"`
	// Window of time for the return packets from the tunnel's remote end (1 - 65535 sec, default = 160).
	ReturnPacketTimeout pulumi.IntOutput `pulumi:"returnPacketTimeout"`
	// Tunnel type. Valid values: `l2tpv3`, `gre`.
	TunnelType pulumi.StringOutput `pulumi:"tunnelType"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// IP Address of the wireless access gateway.
	WagIp pulumi.StringOutput `pulumi:"wagIp"`
	// UDP port of the wireless access gateway.
	WagPort pulumi.IntOutput `pulumi:"wagPort"`
}

Configure wireless access gateway (WAG) profiles used for tunnels on AP. Applies to FortiOS Version `>= 6.2.4`.

## Import

WirelessController WagProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/wagprofile:Wagprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/wagprofile:Wagprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetWagprofile 

func GetWagprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *WagprofileState, opts ...pulumi.ResourceOption) (*Wagprofile, error)

GetWagprofile gets an existing Wagprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewWagprofile 

func NewWagprofile(ctx *pulumi.Context,
	name string, args *WagprofileArgs, opts ...pulumi.ResourceOption) (*Wagprofile, error)

NewWagprofile registers a new resource with the given unique name, arguments, and options.

func (*Wagprofile) ElementType 

func (*Wagprofile) ElementType() reflect.Type

func (*Wagprofile) ToWagprofileOutput 

func (i *Wagprofile) ToWagprofileOutput() WagprofileOutput

func (*Wagprofile) ToWagprofileOutputWithContext 

func (i *Wagprofile) ToWagprofileOutputWithContext(ctx context.Context) WagprofileOutput

type WagprofileArgs 

type WagprofileArgs struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// IP address of the monitoring DHCP request packet sent through the tunnel.
	DhcpIpAddr pulumi.StringPtrInput
	// Tunnel profile name.
	Name pulumi.StringPtrInput
	// Interval between two tunnel monitoring echo packets (1 - 65535 sec, default = 1).
	PingInterval pulumi.IntPtrInput
	// Number of the tunnel monitoring echo packets (1 - 65535, default = 5).
	PingNumber pulumi.IntPtrInput
	// Window of time for the return packets from the tunnel's remote end (1 - 65535 sec, default = 160).
	ReturnPacketTimeout pulumi.IntPtrInput
	// Tunnel type. Valid values: `l2tpv3`, `gre`.
	TunnelType pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// IP Address of the wireless access gateway.
	WagIp pulumi.StringPtrInput
	// UDP port of the wireless access gateway.
	WagPort pulumi.IntPtrInput
}

The set of arguments for constructing a Wagprofile resource.

func (WagprofileArgs) ElementType 

func (WagprofileArgs) ElementType() reflect.Type

type WagprofileArray 

type WagprofileArray []WagprofileInput

func (WagprofileArray) ElementType 

func (WagprofileArray) ElementType() reflect.Type

func (WagprofileArray) ToWagprofileArrayOutput 

func (i WagprofileArray) ToWagprofileArrayOutput() WagprofileArrayOutput

func (WagprofileArray) ToWagprofileArrayOutputWithContext 

func (i WagprofileArray) ToWagprofileArrayOutputWithContext(ctx context.Context) WagprofileArrayOutput

type WagprofileArrayInput 

type WagprofileArrayInput interface {
	pulumi.Input

	ToWagprofileArrayOutput() WagprofileArrayOutput
	ToWagprofileArrayOutputWithContext(context.Context) WagprofileArrayOutput
}

WagprofileArrayInput is an input type that accepts WagprofileArray and WagprofileArrayOutput values. You can construct a concrete instance of `WagprofileArrayInput` via: 

WagprofileArray{ WagprofileArgs{...} }

type WagprofileArrayOutput 

type WagprofileArrayOutput struct{ *pulumi.OutputState }

func (WagprofileArrayOutput) ElementType 

func (WagprofileArrayOutput) ElementType() reflect.Type

func (WagprofileArrayOutput) Index 

func (o WagprofileArrayOutput) Index(i pulumi.IntInput) WagprofileOutput

func (WagprofileArrayOutput) ToWagprofileArrayOutput 

func (o WagprofileArrayOutput) ToWagprofileArrayOutput() WagprofileArrayOutput

func (WagprofileArrayOutput) ToWagprofileArrayOutputWithContext 

func (o WagprofileArrayOutput) ToWagprofileArrayOutputWithContext(ctx context.Context) WagprofileArrayOutput

type WagprofileInput 

type WagprofileInput interface {
	pulumi.Input

	ToWagprofileOutput() WagprofileOutput
	ToWagprofileOutputWithContext(ctx context.Context) WagprofileOutput
}

type WagprofileMap 

type WagprofileMap map[string]WagprofileInput

func (WagprofileMap) ElementType 

func (WagprofileMap) ElementType() reflect.Type

func (WagprofileMap) ToWagprofileMapOutput 

func (i WagprofileMap) ToWagprofileMapOutput() WagprofileMapOutput

func (WagprofileMap) ToWagprofileMapOutputWithContext 

func (i WagprofileMap) ToWagprofileMapOutputWithContext(ctx context.Context) WagprofileMapOutput

type WagprofileMapInput 

type WagprofileMapInput interface {
	pulumi.Input

	ToWagprofileMapOutput() WagprofileMapOutput
	ToWagprofileMapOutputWithContext(context.Context) WagprofileMapOutput
}

WagprofileMapInput is an input type that accepts WagprofileMap and WagprofileMapOutput values. You can construct a concrete instance of `WagprofileMapInput` via: 

WagprofileMap{ "key": WagprofileArgs{...} }

type WagprofileMapOutput 

type WagprofileMapOutput struct{ *pulumi.OutputState }

func (WagprofileMapOutput) ElementType 

func (WagprofileMapOutput) ElementType() reflect.Type

func (WagprofileMapOutput) MapIndex 

func (o WagprofileMapOutput) MapIndex(k pulumi.StringInput) WagprofileOutput

func (WagprofileMapOutput) ToWagprofileMapOutput 

func (o WagprofileMapOutput) ToWagprofileMapOutput() WagprofileMapOutput

func (WagprofileMapOutput) ToWagprofileMapOutputWithContext 

func (o WagprofileMapOutput) ToWagprofileMapOutputWithContext(ctx context.Context) WagprofileMapOutput

type WagprofileOutput 

type WagprofileOutput struct{ *pulumi.OutputState }

func (WagprofileOutput) Comment 

func (o WagprofileOutput) Comment() pulumi.StringPtrOutput

Comment.

func (WagprofileOutput) DhcpIpAddr 

func (o WagprofileOutput) DhcpIpAddr() pulumi.StringOutput

IP address of the monitoring DHCP request packet sent through the tunnel.

func (WagprofileOutput) ElementType 

func (WagprofileOutput) ElementType() reflect.Type

func (WagprofileOutput) Name 

func (o WagprofileOutput) Name() pulumi.StringOutput

Tunnel profile name.

func (WagprofileOutput) PingInterval 

func (o WagprofileOutput) PingInterval() pulumi.IntOutput

Interval between two tunnel monitoring echo packets (1 - 65535 sec, default = 1).

func (WagprofileOutput) PingNumber 

func (o WagprofileOutput) PingNumber() pulumi.IntOutput

Number of the tunnel monitoring echo packets (1 - 65535, default = 5).

func (WagprofileOutput) ReturnPacketTimeout 

func (o WagprofileOutput) ReturnPacketTimeout() pulumi.IntOutput

Window of time for the return packets from the tunnel's remote end (1 - 65535 sec, default = 160).

func (WagprofileOutput) ToWagprofileOutput 

func (o WagprofileOutput) ToWagprofileOutput() WagprofileOutput

func (WagprofileOutput) ToWagprofileOutputWithContext 

func (o WagprofileOutput) ToWagprofileOutputWithContext(ctx context.Context) WagprofileOutput

func (WagprofileOutput) TunnelType 

func (o WagprofileOutput) TunnelType() pulumi.StringOutput

Tunnel type. Valid values: `l2tpv3`, `gre`.

func (WagprofileOutput) Vdomparam 

func (o WagprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (WagprofileOutput) WagIp 

func (o WagprofileOutput) WagIp() pulumi.StringOutput

IP Address of the wireless access gateway.

func (WagprofileOutput) WagPort 

func (o WagprofileOutput) WagPort() pulumi.IntOutput

UDP port of the wireless access gateway.

type WagprofileState 

type WagprofileState struct {
	// Comment.
	Comment pulumi.StringPtrInput
	// IP address of the monitoring DHCP request packet sent through the tunnel.
	DhcpIpAddr pulumi.StringPtrInput
	// Tunnel profile name.
	Name pulumi.StringPtrInput
	// Interval between two tunnel monitoring echo packets (1 - 65535 sec, default = 1).
	PingInterval pulumi.IntPtrInput
	// Number of the tunnel monitoring echo packets (1 - 65535, default = 5).
	PingNumber pulumi.IntPtrInput
	// Window of time for the return packets from the tunnel's remote end (1 - 65535 sec, default = 160).
	ReturnPacketTimeout pulumi.IntPtrInput
	// Tunnel type. Valid values: `l2tpv3`, `gre`.
	TunnelType pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// IP Address of the wireless access gateway.
	WagIp pulumi.StringPtrInput
	// UDP port of the wireless access gateway.
	WagPort pulumi.IntPtrInput
}

func (WagprofileState) ElementType 

func (WagprofileState) ElementType() reflect.Type

type Widsprofile 

type Widsprofile struct {
	pulumi.CustomResourceState

	// Enable/disable on-wire rogue AP auto-suppression (default = disable). Valid values: `enable`, `disable`.
	ApAutoSuppress pulumi.StringOutput `pulumi:"apAutoSuppress"`
	// Optionally turn off scanning for one or more days of the week. Separate the days with a space. By default, no days are set. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.
	ApBgscanDisableDay pulumi.StringOutput `pulumi:"apBgscanDisableDay"`
	// End time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).
	ApBgscanDisableEnd pulumi.StringOutput `pulumi:"apBgscanDisableEnd"`
	// Firewall schedules for turning off FortiAP radio background scan. Background scan will be disabled when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `apBgscanDisableSchedules` block is documented below.
	ApBgscanDisableSchedules WidsprofileApBgscanDisableScheduleArrayOutput `pulumi:"apBgscanDisableSchedules"`
	// Start time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).
	ApBgscanDisableStart pulumi.StringOutput `pulumi:"apBgscanDisableStart"`
	// Listening time on a scanning channel (10 - 1000 msec, default = 20).
	ApBgscanDuration pulumi.IntOutput `pulumi:"apBgscanDuration"`
	// Waiting time for channel inactivity before scanning this channel (0 - 1000 msec, default = 0).
	ApBgscanIdle pulumi.IntOutput `pulumi:"apBgscanIdle"`
	// Period of time between scanning two channels (1 - 600 sec, default = 1).
	ApBgscanIntv pulumi.IntOutput `pulumi:"apBgscanIntv"`
	// Period of time between background scans (60 - 3600 sec, default = 600).
	ApBgscanPeriod pulumi.IntOutput `pulumi:"apBgscanPeriod"`
	// Period of time between background scan reports (15 - 600 sec, default = 30).
	ApBgscanReportIntv pulumi.IntOutput `pulumi:"apBgscanReportIntv"`
	// Period of time between foreground scan reports (15 - 600 sec, default = 15).
	ApFgscanReportIntv pulumi.IntOutput `pulumi:"apFgscanReportIntv"`
	// Enable/disable rogue AP detection. Valid values: `disable`, `enable`.
	ApScan pulumi.StringOutput `pulumi:"apScan"`
	// Selected ap scan channel list for 2.4G and 5G bands. The structure of `apScanChannelList2g5g` block is documented below.
	ApScanChannelList2g5gs WidsprofileApScanChannelList2g5gArrayOutput `pulumi:"apScanChannelList2g5gs"`
	// Selected ap scan channel list for 6G band. The structure of `apScanChannelList6g` block is documented below.
	ApScanChannelList6gs WidsprofileApScanChannelList6gArrayOutput `pulumi:"apScanChannelList6gs"`
	// Enable/disable passive scanning. Enable means do not send probe request on any channels (default = disable). Valid values: `enable`, `disable`.
	ApScanPassive pulumi.StringOutput `pulumi:"apScanPassive"`
	// Minimum signal level/threshold in dBm required for the AP to report detected rogue AP (-95 to -20, default = -90).
	ApScanThreshold pulumi.StringOutput `pulumi:"apScanThreshold"`
	// Enable/disable asleap attack detection (default = disable). Valid values: `enable`, `disable`.
	AsleapAttack pulumi.StringOutput `pulumi:"asleapAttack"`
	// The threshold value for association frame flooding.
	AssocFloodThresh pulumi.IntOutput `pulumi:"assocFloodThresh"`
	// Number of seconds after which a station is considered not connected.
	AssocFloodTime pulumi.IntOutput `pulumi:"assocFloodTime"`
	// Enable/disable association frame flooding detection (default = disable). Valid values: `enable`, `disable`.
	AssocFrameFlood pulumi.StringOutput `pulumi:"assocFrameFlood"`
	// The threshold value for authentication frame flooding.
	AuthFloodThresh pulumi.IntOutput `pulumi:"authFloodThresh"`
	// Number of seconds after which a station is considered not connected.
	AuthFloodTime pulumi.IntOutput `pulumi:"authFloodTime"`
	// Enable/disable authentication frame flooding detection (default = disable). Valid values: `enable`, `disable`.
	AuthFrameFlood pulumi.StringOutput `pulumi:"authFrameFlood"`
	// Comment.
	Comment pulumi.StringOutput `pulumi:"comment"`
	// Enable/disable broadcasting de-authentication detection (default = disable). Valid values: `enable`, `disable`.
	DeauthBroadcast pulumi.StringOutput `pulumi:"deauthBroadcast"`
	// Threshold value per second to deauth unknown src for DoS attack (0: no limit).
	DeauthUnknownSrcThresh pulumi.IntOutput `pulumi:"deauthUnknownSrcThresh"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Enable/disable EAPOL-Failure flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolFailFlood pulumi.StringOutput `pulumi:"eapolFailFlood"`
	// The detection interval for EAPOL-Failure flooding (1 - 3600 sec).
	EapolFailIntv pulumi.IntOutput `pulumi:"eapolFailIntv"`
	// The threshold value for EAPOL-Failure flooding in specified interval.
	EapolFailThresh pulumi.IntOutput `pulumi:"eapolFailThresh"`
	// Enable/disable EAPOL-Logoff flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolLogoffFlood pulumi.StringOutput `pulumi:"eapolLogoffFlood"`
	// The detection interval for EAPOL-Logoff flooding (1 - 3600 sec).
	EapolLogoffIntv pulumi.IntOutput `pulumi:"eapolLogoffIntv"`
	// The threshold value for EAPOL-Logoff flooding in specified interval.
	EapolLogoffThresh pulumi.IntOutput `pulumi:"eapolLogoffThresh"`
	// Enable/disable premature EAPOL-Failure flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.
	EapolPreFailFlood pulumi.StringOutput `pulumi:"eapolPreFailFlood"`
	// The detection interval for premature EAPOL-Failure flooding (1 - 3600 sec).
	EapolPreFailIntv pulumi.IntOutput `pulumi:"eapolPreFailIntv"`
	// The threshold value for premature EAPOL-Failure flooding in specified interval.
	EapolPreFailThresh pulumi.IntOutput `pulumi:"eapolPreFailThresh"`
	// Enable/disable premature EAPOL-Success flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.
	EapolPreSuccFlood pulumi.StringOutput `pulumi:"eapolPreSuccFlood"`
	// The detection interval for premature EAPOL-Success flooding (1 - 3600 sec).
	EapolPreSuccIntv pulumi.IntOutput `pulumi:"eapolPreSuccIntv"`
	// The threshold value for premature EAPOL-Success flooding in specified interval.
	EapolPreSuccThresh pulumi.IntOutput `pulumi:"eapolPreSuccThresh"`
	// Enable/disable EAPOL-Start flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolStartFlood pulumi.StringOutput `pulumi:"eapolStartFlood"`
	// The detection interval for EAPOL-Start flooding (1 - 3600 sec).
	EapolStartIntv pulumi.IntOutput `pulumi:"eapolStartIntv"`
	// The threshold value for EAPOL-Start flooding in specified interval.
	EapolStartThresh pulumi.IntOutput `pulumi:"eapolStartThresh"`
	// Enable/disable EAPOL-Success flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolSuccFlood pulumi.StringOutput `pulumi:"eapolSuccFlood"`
	// The detection interval for EAPOL-Success flooding (1 - 3600 sec).
	EapolSuccIntv pulumi.IntOutput `pulumi:"eapolSuccIntv"`
	// The threshold value for EAPOL-Success flooding in specified interval.
	EapolSuccThresh pulumi.IntOutput `pulumi:"eapolSuccThresh"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Enable/disable invalid MAC OUI detection. Valid values: `enable`, `disable`.
	InvalidMacOui pulumi.StringOutput `pulumi:"invalidMacOui"`
	// Enable/disable long duration attack detection based on user configured threshold (default = disable). Valid values: `enable`, `disable`.
	LongDurationAttack pulumi.StringOutput `pulumi:"longDurationAttack"`
	// Threshold value for long duration attack detection (1000 - 32767 usec, default = 8200).
	LongDurationThresh pulumi.IntOutput `pulumi:"longDurationThresh"`
	// WIDS profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Enable/disable null SSID probe response detection (default = disable). Valid values: `enable`, `disable`.
	NullSsidProbeResp pulumi.StringOutput `pulumi:"nullSsidProbeResp"`
	// Scan WiFi nearby stations (default = disable). Valid values: `disable`, `foreign`, `both`.
	SensorMode pulumi.StringOutput `pulumi:"sensorMode"`
	// Enable/disable spoofed de-authentication attack detection (default = disable). Valid values: `enable`, `disable`.
	SpoofedDeauth pulumi.StringOutput `pulumi:"spoofedDeauth"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	//
	// The `apScanChannelList2g5g` block supports:
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Enable/disable weak WEP IV (Initialization Vector) detection (default = disable). Valid values: `enable`, `disable`.
	WeakWepIv pulumi.StringOutput `pulumi:"weakWepIv"`
	// Enable/disable wireless bridge detection (default = disable). Valid values: `enable`, `disable`.
	WirelessBridge pulumi.StringOutput `pulumi:"wirelessBridge"`
}

Configure wireless intrusion detection system (WIDS) profiles.

## Import

WirelessController WidsProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/widsprofile:Widsprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/widsprofile:Widsprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetWidsprofile 

func GetWidsprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *WidsprofileState, opts ...pulumi.ResourceOption) (*Widsprofile, error)

GetWidsprofile gets an existing Widsprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewWidsprofile 

func NewWidsprofile(ctx *pulumi.Context,
	name string, args *WidsprofileArgs, opts ...pulumi.ResourceOption) (*Widsprofile, error)

NewWidsprofile registers a new resource with the given unique name, arguments, and options.

func (*Widsprofile) ElementType 

func (*Widsprofile) ElementType() reflect.Type

func (*Widsprofile) ToWidsprofileOutput 

func (i *Widsprofile) ToWidsprofileOutput() WidsprofileOutput

func (*Widsprofile) ToWidsprofileOutputWithContext 

func (i *Widsprofile) ToWidsprofileOutputWithContext(ctx context.Context) WidsprofileOutput

type WidsprofileApBgscanDisableSchedule 

type WidsprofileApBgscanDisableSchedule struct {
	// Schedule name.
	Name *string `pulumi:"name"`
}

type WidsprofileApBgscanDisableScheduleArgs 

type WidsprofileApBgscanDisableScheduleArgs struct {
	// Schedule name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WidsprofileApBgscanDisableScheduleArgs) ElementType 

func (WidsprofileApBgscanDisableScheduleArgs) ElementType() reflect.Type

func (WidsprofileApBgscanDisableScheduleArgs) ToWidsprofileApBgscanDisableScheduleOutput 

func (i WidsprofileApBgscanDisableScheduleArgs) ToWidsprofileApBgscanDisableScheduleOutput() WidsprofileApBgscanDisableScheduleOutput

func (WidsprofileApBgscanDisableScheduleArgs) ToWidsprofileApBgscanDisableScheduleOutputWithContext 

func (i WidsprofileApBgscanDisableScheduleArgs) ToWidsprofileApBgscanDisableScheduleOutputWithContext(ctx context.Context) WidsprofileApBgscanDisableScheduleOutput

type WidsprofileApBgscanDisableScheduleArray 

type WidsprofileApBgscanDisableScheduleArray []WidsprofileApBgscanDisableScheduleInput

func (WidsprofileApBgscanDisableScheduleArray) ElementType 

func (WidsprofileApBgscanDisableScheduleArray) ElementType() reflect.Type

func (WidsprofileApBgscanDisableScheduleArray) ToWidsprofileApBgscanDisableScheduleArrayOutput 

func (i WidsprofileApBgscanDisableScheduleArray) ToWidsprofileApBgscanDisableScheduleArrayOutput() WidsprofileApBgscanDisableScheduleArrayOutput

func (WidsprofileApBgscanDisableScheduleArray) ToWidsprofileApBgscanDisableScheduleArrayOutputWithContext 

func (i WidsprofileApBgscanDisableScheduleArray) ToWidsprofileApBgscanDisableScheduleArrayOutputWithContext(ctx context.Context) WidsprofileApBgscanDisableScheduleArrayOutput

type WidsprofileApBgscanDisableScheduleArrayInput 

type WidsprofileApBgscanDisableScheduleArrayInput interface {
	pulumi.Input

	ToWidsprofileApBgscanDisableScheduleArrayOutput() WidsprofileApBgscanDisableScheduleArrayOutput
	ToWidsprofileApBgscanDisableScheduleArrayOutputWithContext(context.Context) WidsprofileApBgscanDisableScheduleArrayOutput
}

WidsprofileApBgscanDisableScheduleArrayInput is an input type that accepts WidsprofileApBgscanDisableScheduleArray and WidsprofileApBgscanDisableScheduleArrayOutput values. You can construct a concrete instance of `WidsprofileApBgscanDisableScheduleArrayInput` via: 

WidsprofileApBgscanDisableScheduleArray{ WidsprofileApBgscanDisableScheduleArgs{...} }

type WidsprofileApBgscanDisableScheduleArrayOutput 

type WidsprofileApBgscanDisableScheduleArrayOutput struct{ *pulumi.OutputState }

func (WidsprofileApBgscanDisableScheduleArrayOutput) ElementType 

func (WidsprofileApBgscanDisableScheduleArrayOutput) ElementType() reflect.Type

func (WidsprofileApBgscanDisableScheduleArrayOutput) Index 

func (o WidsprofileApBgscanDisableScheduleArrayOutput) Index(i pulumi.IntInput) WidsprofileApBgscanDisableScheduleOutput

func (WidsprofileApBgscanDisableScheduleArrayOutput) ToWidsprofileApBgscanDisableScheduleArrayOutput 

func (o WidsprofileApBgscanDisableScheduleArrayOutput) ToWidsprofileApBgscanDisableScheduleArrayOutput() WidsprofileApBgscanDisableScheduleArrayOutput

func (WidsprofileApBgscanDisableScheduleArrayOutput) ToWidsprofileApBgscanDisableScheduleArrayOutputWithContext 

func (o WidsprofileApBgscanDisableScheduleArrayOutput) ToWidsprofileApBgscanDisableScheduleArrayOutputWithContext(ctx context.Context) WidsprofileApBgscanDisableScheduleArrayOutput

type WidsprofileApBgscanDisableScheduleInput 

type WidsprofileApBgscanDisableScheduleInput interface {
	pulumi.Input

	ToWidsprofileApBgscanDisableScheduleOutput() WidsprofileApBgscanDisableScheduleOutput
	ToWidsprofileApBgscanDisableScheduleOutputWithContext(context.Context) WidsprofileApBgscanDisableScheduleOutput
}

WidsprofileApBgscanDisableScheduleInput is an input type that accepts WidsprofileApBgscanDisableScheduleArgs and WidsprofileApBgscanDisableScheduleOutput values. You can construct a concrete instance of `WidsprofileApBgscanDisableScheduleInput` via: 

WidsprofileApBgscanDisableScheduleArgs{...}

type WidsprofileApBgscanDisableScheduleOutput 

type WidsprofileApBgscanDisableScheduleOutput struct{ *pulumi.OutputState }

func (WidsprofileApBgscanDisableScheduleOutput) ElementType 

func (WidsprofileApBgscanDisableScheduleOutput) ElementType() reflect.Type

func (WidsprofileApBgscanDisableScheduleOutput) Name 

func (o WidsprofileApBgscanDisableScheduleOutput) Name() pulumi.StringPtrOutput

Schedule name.

func (WidsprofileApBgscanDisableScheduleOutput) ToWidsprofileApBgscanDisableScheduleOutput 

func (o WidsprofileApBgscanDisableScheduleOutput) ToWidsprofileApBgscanDisableScheduleOutput() WidsprofileApBgscanDisableScheduleOutput

func (WidsprofileApBgscanDisableScheduleOutput) ToWidsprofileApBgscanDisableScheduleOutputWithContext 

func (o WidsprofileApBgscanDisableScheduleOutput) ToWidsprofileApBgscanDisableScheduleOutputWithContext(ctx context.Context) WidsprofileApBgscanDisableScheduleOutput

type WidsprofileApScanChannelList2g5g 

type WidsprofileApScanChannelList2g5g struct {
	// Channel 6g number.
	Chan *string `pulumi:"chan"`
}

type WidsprofileApScanChannelList2g5gArgs 

type WidsprofileApScanChannelList2g5gArgs struct {
	// Channel 6g number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WidsprofileApScanChannelList2g5gArgs) ElementType 

func (WidsprofileApScanChannelList2g5gArgs) ElementType() reflect.Type

func (WidsprofileApScanChannelList2g5gArgs) ToWidsprofileApScanChannelList2g5gOutput 

func (i WidsprofileApScanChannelList2g5gArgs) ToWidsprofileApScanChannelList2g5gOutput() WidsprofileApScanChannelList2g5gOutput

func (WidsprofileApScanChannelList2g5gArgs) ToWidsprofileApScanChannelList2g5gOutputWithContext 

func (i WidsprofileApScanChannelList2g5gArgs) ToWidsprofileApScanChannelList2g5gOutputWithContext(ctx context.Context) WidsprofileApScanChannelList2g5gOutput

type WidsprofileApScanChannelList2g5gArray 

type WidsprofileApScanChannelList2g5gArray []WidsprofileApScanChannelList2g5gInput

func (WidsprofileApScanChannelList2g5gArray) ElementType 

func (WidsprofileApScanChannelList2g5gArray) ElementType() reflect.Type

func (WidsprofileApScanChannelList2g5gArray) ToWidsprofileApScanChannelList2g5gArrayOutput 

func (i WidsprofileApScanChannelList2g5gArray) ToWidsprofileApScanChannelList2g5gArrayOutput() WidsprofileApScanChannelList2g5gArrayOutput

func (WidsprofileApScanChannelList2g5gArray) ToWidsprofileApScanChannelList2g5gArrayOutputWithContext 

func (i WidsprofileApScanChannelList2g5gArray) ToWidsprofileApScanChannelList2g5gArrayOutputWithContext(ctx context.Context) WidsprofileApScanChannelList2g5gArrayOutput

type WidsprofileApScanChannelList2g5gArrayInput 

type WidsprofileApScanChannelList2g5gArrayInput interface {
	pulumi.Input

	ToWidsprofileApScanChannelList2g5gArrayOutput() WidsprofileApScanChannelList2g5gArrayOutput
	ToWidsprofileApScanChannelList2g5gArrayOutputWithContext(context.Context) WidsprofileApScanChannelList2g5gArrayOutput
}

WidsprofileApScanChannelList2g5gArrayInput is an input type that accepts WidsprofileApScanChannelList2g5gArray and WidsprofileApScanChannelList2g5gArrayOutput values. You can construct a concrete instance of `WidsprofileApScanChannelList2g5gArrayInput` via: 

WidsprofileApScanChannelList2g5gArray{ WidsprofileApScanChannelList2g5gArgs{...} }

type WidsprofileApScanChannelList2g5gArrayOutput 

type WidsprofileApScanChannelList2g5gArrayOutput struct{ *pulumi.OutputState }

func (WidsprofileApScanChannelList2g5gArrayOutput) ElementType 

func (WidsprofileApScanChannelList2g5gArrayOutput) ElementType() reflect.Type

func (WidsprofileApScanChannelList2g5gArrayOutput) Index 

func (o WidsprofileApScanChannelList2g5gArrayOutput) Index(i pulumi.IntInput) WidsprofileApScanChannelList2g5gOutput

func (WidsprofileApScanChannelList2g5gArrayOutput) ToWidsprofileApScanChannelList2g5gArrayOutput 

func (o WidsprofileApScanChannelList2g5gArrayOutput) ToWidsprofileApScanChannelList2g5gArrayOutput() WidsprofileApScanChannelList2g5gArrayOutput

func (WidsprofileApScanChannelList2g5gArrayOutput) ToWidsprofileApScanChannelList2g5gArrayOutputWithContext 

func (o WidsprofileApScanChannelList2g5gArrayOutput) ToWidsprofileApScanChannelList2g5gArrayOutputWithContext(ctx context.Context) WidsprofileApScanChannelList2g5gArrayOutput

type WidsprofileApScanChannelList2g5gInput 

type WidsprofileApScanChannelList2g5gInput interface {
	pulumi.Input

	ToWidsprofileApScanChannelList2g5gOutput() WidsprofileApScanChannelList2g5gOutput
	ToWidsprofileApScanChannelList2g5gOutputWithContext(context.Context) WidsprofileApScanChannelList2g5gOutput
}

WidsprofileApScanChannelList2g5gInput is an input type that accepts WidsprofileApScanChannelList2g5gArgs and WidsprofileApScanChannelList2g5gOutput values. You can construct a concrete instance of `WidsprofileApScanChannelList2g5gInput` via: 

WidsprofileApScanChannelList2g5gArgs{...}

type WidsprofileApScanChannelList2g5gOutput 

type WidsprofileApScanChannelList2g5gOutput struct{ *pulumi.OutputState }

func (WidsprofileApScanChannelList2g5gOutput) Chan 

func (o WidsprofileApScanChannelList2g5gOutput) Chan() pulumi.StringPtrOutput

Channel 6g number.

func (WidsprofileApScanChannelList2g5gOutput) ElementType 

func (WidsprofileApScanChannelList2g5gOutput) ElementType() reflect.Type

func (WidsprofileApScanChannelList2g5gOutput) ToWidsprofileApScanChannelList2g5gOutput 

func (o WidsprofileApScanChannelList2g5gOutput) ToWidsprofileApScanChannelList2g5gOutput() WidsprofileApScanChannelList2g5gOutput

func (WidsprofileApScanChannelList2g5gOutput) ToWidsprofileApScanChannelList2g5gOutputWithContext 

func (o WidsprofileApScanChannelList2g5gOutput) ToWidsprofileApScanChannelList2g5gOutputWithContext(ctx context.Context) WidsprofileApScanChannelList2g5gOutput

type WidsprofileApScanChannelList6g 

type WidsprofileApScanChannelList6g struct {
	// Channel 6g number.
	Chan *string `pulumi:"chan"`
}

type WidsprofileApScanChannelList6gArgs 

type WidsprofileApScanChannelList6gArgs struct {
	// Channel 6g number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WidsprofileApScanChannelList6gArgs) ElementType 

func (WidsprofileApScanChannelList6gArgs) ElementType() reflect.Type

func (WidsprofileApScanChannelList6gArgs) ToWidsprofileApScanChannelList6gOutput 

func (i WidsprofileApScanChannelList6gArgs) ToWidsprofileApScanChannelList6gOutput() WidsprofileApScanChannelList6gOutput

func (WidsprofileApScanChannelList6gArgs) ToWidsprofileApScanChannelList6gOutputWithContext 

func (i WidsprofileApScanChannelList6gArgs) ToWidsprofileApScanChannelList6gOutputWithContext(ctx context.Context) WidsprofileApScanChannelList6gOutput

type WidsprofileApScanChannelList6gArray 

type WidsprofileApScanChannelList6gArray []WidsprofileApScanChannelList6gInput

func (WidsprofileApScanChannelList6gArray) ElementType 

func (WidsprofileApScanChannelList6gArray) ElementType() reflect.Type

func (WidsprofileApScanChannelList6gArray) ToWidsprofileApScanChannelList6gArrayOutput 

func (i WidsprofileApScanChannelList6gArray) ToWidsprofileApScanChannelList6gArrayOutput() WidsprofileApScanChannelList6gArrayOutput

func (WidsprofileApScanChannelList6gArray) ToWidsprofileApScanChannelList6gArrayOutputWithContext 

func (i WidsprofileApScanChannelList6gArray) ToWidsprofileApScanChannelList6gArrayOutputWithContext(ctx context.Context) WidsprofileApScanChannelList6gArrayOutput

type WidsprofileApScanChannelList6gArrayInput 

type WidsprofileApScanChannelList6gArrayInput interface {
	pulumi.Input

	ToWidsprofileApScanChannelList6gArrayOutput() WidsprofileApScanChannelList6gArrayOutput
	ToWidsprofileApScanChannelList6gArrayOutputWithContext(context.Context) WidsprofileApScanChannelList6gArrayOutput
}

WidsprofileApScanChannelList6gArrayInput is an input type that accepts WidsprofileApScanChannelList6gArray and WidsprofileApScanChannelList6gArrayOutput values. You can construct a concrete instance of `WidsprofileApScanChannelList6gArrayInput` via: 

WidsprofileApScanChannelList6gArray{ WidsprofileApScanChannelList6gArgs{...} }

type WidsprofileApScanChannelList6gArrayOutput 

type WidsprofileApScanChannelList6gArrayOutput struct{ *pulumi.OutputState }

func (WidsprofileApScanChannelList6gArrayOutput) ElementType 

func (WidsprofileApScanChannelList6gArrayOutput) ElementType() reflect.Type

func (WidsprofileApScanChannelList6gArrayOutput) Index 

func (o WidsprofileApScanChannelList6gArrayOutput) Index(i pulumi.IntInput) WidsprofileApScanChannelList6gOutput

func (WidsprofileApScanChannelList6gArrayOutput) ToWidsprofileApScanChannelList6gArrayOutput 

func (o WidsprofileApScanChannelList6gArrayOutput) ToWidsprofileApScanChannelList6gArrayOutput() WidsprofileApScanChannelList6gArrayOutput

func (WidsprofileApScanChannelList6gArrayOutput) ToWidsprofileApScanChannelList6gArrayOutputWithContext 

func (o WidsprofileApScanChannelList6gArrayOutput) ToWidsprofileApScanChannelList6gArrayOutputWithContext(ctx context.Context) WidsprofileApScanChannelList6gArrayOutput

type WidsprofileApScanChannelList6gInput 

type WidsprofileApScanChannelList6gInput interface {
	pulumi.Input

	ToWidsprofileApScanChannelList6gOutput() WidsprofileApScanChannelList6gOutput
	ToWidsprofileApScanChannelList6gOutputWithContext(context.Context) WidsprofileApScanChannelList6gOutput
}

WidsprofileApScanChannelList6gInput is an input type that accepts WidsprofileApScanChannelList6gArgs and WidsprofileApScanChannelList6gOutput values. You can construct a concrete instance of `WidsprofileApScanChannelList6gInput` via: 

WidsprofileApScanChannelList6gArgs{...}

type WidsprofileApScanChannelList6gOutput 

type WidsprofileApScanChannelList6gOutput struct{ *pulumi.OutputState }

func (WidsprofileApScanChannelList6gOutput) Chan 

func (o WidsprofileApScanChannelList6gOutput) Chan() pulumi.StringPtrOutput

Channel 6g number.

func (WidsprofileApScanChannelList6gOutput) ElementType 

func (WidsprofileApScanChannelList6gOutput) ElementType() reflect.Type

func (WidsprofileApScanChannelList6gOutput) ToWidsprofileApScanChannelList6gOutput 

func (o WidsprofileApScanChannelList6gOutput) ToWidsprofileApScanChannelList6gOutput() WidsprofileApScanChannelList6gOutput

func (WidsprofileApScanChannelList6gOutput) ToWidsprofileApScanChannelList6gOutputWithContext 

func (o WidsprofileApScanChannelList6gOutput) ToWidsprofileApScanChannelList6gOutputWithContext(ctx context.Context) WidsprofileApScanChannelList6gOutput

type WidsprofileArgs 

type WidsprofileArgs struct {
	// Enable/disable on-wire rogue AP auto-suppression (default = disable). Valid values: `enable`, `disable`.
	ApAutoSuppress pulumi.StringPtrInput
	// Optionally turn off scanning for one or more days of the week. Separate the days with a space. By default, no days are set. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.
	ApBgscanDisableDay pulumi.StringPtrInput
	// End time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).
	ApBgscanDisableEnd pulumi.StringPtrInput
	// Firewall schedules for turning off FortiAP radio background scan. Background scan will be disabled when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `apBgscanDisableSchedules` block is documented below.
	ApBgscanDisableSchedules WidsprofileApBgscanDisableScheduleArrayInput
	// Start time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).
	ApBgscanDisableStart pulumi.StringPtrInput
	// Listening time on a scanning channel (10 - 1000 msec, default = 20).
	ApBgscanDuration pulumi.IntPtrInput
	// Waiting time for channel inactivity before scanning this channel (0 - 1000 msec, default = 0).
	ApBgscanIdle pulumi.IntPtrInput
	// Period of time between scanning two channels (1 - 600 sec, default = 1).
	ApBgscanIntv pulumi.IntPtrInput
	// Period of time between background scans (60 - 3600 sec, default = 600).
	ApBgscanPeriod pulumi.IntPtrInput
	// Period of time between background scan reports (15 - 600 sec, default = 30).
	ApBgscanReportIntv pulumi.IntPtrInput
	// Period of time between foreground scan reports (15 - 600 sec, default = 15).
	ApFgscanReportIntv pulumi.IntPtrInput
	// Enable/disable rogue AP detection. Valid values: `disable`, `enable`.
	ApScan pulumi.StringPtrInput
	// Selected ap scan channel list for 2.4G and 5G bands. The structure of `apScanChannelList2g5g` block is documented below.
	ApScanChannelList2g5gs WidsprofileApScanChannelList2g5gArrayInput
	// Selected ap scan channel list for 6G band. The structure of `apScanChannelList6g` block is documented below.
	ApScanChannelList6gs WidsprofileApScanChannelList6gArrayInput
	// Enable/disable passive scanning. Enable means do not send probe request on any channels (default = disable). Valid values: `enable`, `disable`.
	ApScanPassive pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP to report detected rogue AP (-95 to -20, default = -90).
	ApScanThreshold pulumi.StringPtrInput
	// Enable/disable asleap attack detection (default = disable). Valid values: `enable`, `disable`.
	AsleapAttack pulumi.StringPtrInput
	// The threshold value for association frame flooding.
	AssocFloodThresh pulumi.IntPtrInput
	// Number of seconds after which a station is considered not connected.
	AssocFloodTime pulumi.IntPtrInput
	// Enable/disable association frame flooding detection (default = disable). Valid values: `enable`, `disable`.
	AssocFrameFlood pulumi.StringPtrInput
	// The threshold value for authentication frame flooding.
	AuthFloodThresh pulumi.IntPtrInput
	// Number of seconds after which a station is considered not connected.
	AuthFloodTime pulumi.IntPtrInput
	// Enable/disable authentication frame flooding detection (default = disable). Valid values: `enable`, `disable`.
	AuthFrameFlood pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Enable/disable broadcasting de-authentication detection (default = disable). Valid values: `enable`, `disable`.
	DeauthBroadcast pulumi.StringPtrInput
	// Threshold value per second to deauth unknown src for DoS attack (0: no limit).
	DeauthUnknownSrcThresh pulumi.IntPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Enable/disable EAPOL-Failure flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolFailFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Failure flooding (1 - 3600 sec).
	EapolFailIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Failure flooding in specified interval.
	EapolFailThresh pulumi.IntPtrInput
	// Enable/disable EAPOL-Logoff flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolLogoffFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Logoff flooding (1 - 3600 sec).
	EapolLogoffIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Logoff flooding in specified interval.
	EapolLogoffThresh pulumi.IntPtrInput
	// Enable/disable premature EAPOL-Failure flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.
	EapolPreFailFlood pulumi.StringPtrInput
	// The detection interval for premature EAPOL-Failure flooding (1 - 3600 sec).
	EapolPreFailIntv pulumi.IntPtrInput
	// The threshold value for premature EAPOL-Failure flooding in specified interval.
	EapolPreFailThresh pulumi.IntPtrInput
	// Enable/disable premature EAPOL-Success flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.
	EapolPreSuccFlood pulumi.StringPtrInput
	// The detection interval for premature EAPOL-Success flooding (1 - 3600 sec).
	EapolPreSuccIntv pulumi.IntPtrInput
	// The threshold value for premature EAPOL-Success flooding in specified interval.
	EapolPreSuccThresh pulumi.IntPtrInput
	// Enable/disable EAPOL-Start flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolStartFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Start flooding (1 - 3600 sec).
	EapolStartIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Start flooding in specified interval.
	EapolStartThresh pulumi.IntPtrInput
	// Enable/disable EAPOL-Success flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolSuccFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Success flooding (1 - 3600 sec).
	EapolSuccIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Success flooding in specified interval.
	EapolSuccThresh pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable invalid MAC OUI detection. Valid values: `enable`, `disable`.
	InvalidMacOui pulumi.StringPtrInput
	// Enable/disable long duration attack detection based on user configured threshold (default = disable). Valid values: `enable`, `disable`.
	LongDurationAttack pulumi.StringPtrInput
	// Threshold value for long duration attack detection (1000 - 32767 usec, default = 8200).
	LongDurationThresh pulumi.IntPtrInput
	// WIDS profile name.
	Name pulumi.StringPtrInput
	// Enable/disable null SSID probe response detection (default = disable). Valid values: `enable`, `disable`.
	NullSsidProbeResp pulumi.StringPtrInput
	// Scan WiFi nearby stations (default = disable). Valid values: `disable`, `foreign`, `both`.
	SensorMode pulumi.StringPtrInput
	// Enable/disable spoofed de-authentication attack detection (default = disable). Valid values: `enable`, `disable`.
	SpoofedDeauth pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	//
	// The `apScanChannelList2g5g` block supports:
	Vdomparam pulumi.StringPtrInput
	// Enable/disable weak WEP IV (Initialization Vector) detection (default = disable). Valid values: `enable`, `disable`.
	WeakWepIv pulumi.StringPtrInput
	// Enable/disable wireless bridge detection (default = disable). Valid values: `enable`, `disable`.
	WirelessBridge pulumi.StringPtrInput
}

The set of arguments for constructing a Widsprofile resource.

func (WidsprofileArgs) ElementType 

func (WidsprofileArgs) ElementType() reflect.Type

type WidsprofileArray 

type WidsprofileArray []WidsprofileInput

func (WidsprofileArray) ElementType 

func (WidsprofileArray) ElementType() reflect.Type

func (WidsprofileArray) ToWidsprofileArrayOutput 

func (i WidsprofileArray) ToWidsprofileArrayOutput() WidsprofileArrayOutput

func (WidsprofileArray) ToWidsprofileArrayOutputWithContext 

func (i WidsprofileArray) ToWidsprofileArrayOutputWithContext(ctx context.Context) WidsprofileArrayOutput

type WidsprofileArrayInput 

type WidsprofileArrayInput interface {
	pulumi.Input

	ToWidsprofileArrayOutput() WidsprofileArrayOutput
	ToWidsprofileArrayOutputWithContext(context.Context) WidsprofileArrayOutput
}

WidsprofileArrayInput is an input type that accepts WidsprofileArray and WidsprofileArrayOutput values. You can construct a concrete instance of `WidsprofileArrayInput` via: 

WidsprofileArray{ WidsprofileArgs{...} }

type WidsprofileArrayOutput 

type WidsprofileArrayOutput struct{ *pulumi.OutputState }

func (WidsprofileArrayOutput) ElementType 

func (WidsprofileArrayOutput) ElementType() reflect.Type

func (WidsprofileArrayOutput) Index 

func (o WidsprofileArrayOutput) Index(i pulumi.IntInput) WidsprofileOutput

func (WidsprofileArrayOutput) ToWidsprofileArrayOutput 

func (o WidsprofileArrayOutput) ToWidsprofileArrayOutput() WidsprofileArrayOutput

func (WidsprofileArrayOutput) ToWidsprofileArrayOutputWithContext 

func (o WidsprofileArrayOutput) ToWidsprofileArrayOutputWithContext(ctx context.Context) WidsprofileArrayOutput

type WidsprofileInput 

type WidsprofileInput interface {
	pulumi.Input

	ToWidsprofileOutput() WidsprofileOutput
	ToWidsprofileOutputWithContext(ctx context.Context) WidsprofileOutput
}

type WidsprofileMap 

type WidsprofileMap map[string]WidsprofileInput

func (WidsprofileMap) ElementType 

func (WidsprofileMap) ElementType() reflect.Type

func (WidsprofileMap) ToWidsprofileMapOutput 

func (i WidsprofileMap) ToWidsprofileMapOutput() WidsprofileMapOutput

func (WidsprofileMap) ToWidsprofileMapOutputWithContext 

func (i WidsprofileMap) ToWidsprofileMapOutputWithContext(ctx context.Context) WidsprofileMapOutput

type WidsprofileMapInput 

type WidsprofileMapInput interface {
	pulumi.Input

	ToWidsprofileMapOutput() WidsprofileMapOutput
	ToWidsprofileMapOutputWithContext(context.Context) WidsprofileMapOutput
}

WidsprofileMapInput is an input type that accepts WidsprofileMap and WidsprofileMapOutput values. You can construct a concrete instance of `WidsprofileMapInput` via: 

WidsprofileMap{ "key": WidsprofileArgs{...} }

type WidsprofileMapOutput 

type WidsprofileMapOutput struct{ *pulumi.OutputState }

func (WidsprofileMapOutput) ElementType 

func (WidsprofileMapOutput) ElementType() reflect.Type

func (WidsprofileMapOutput) MapIndex 

func (o WidsprofileMapOutput) MapIndex(k pulumi.StringInput) WidsprofileOutput

func (WidsprofileMapOutput) ToWidsprofileMapOutput 

func (o WidsprofileMapOutput) ToWidsprofileMapOutput() WidsprofileMapOutput

func (WidsprofileMapOutput) ToWidsprofileMapOutputWithContext 

func (o WidsprofileMapOutput) ToWidsprofileMapOutputWithContext(ctx context.Context) WidsprofileMapOutput

type WidsprofileOutput 

type WidsprofileOutput struct{ *pulumi.OutputState }

func (WidsprofileOutput) ApAutoSuppress 

func (o WidsprofileOutput) ApAutoSuppress() pulumi.StringOutput

Enable/disable on-wire rogue AP auto-suppression (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) ApBgscanDisableDay 

func (o WidsprofileOutput) ApBgscanDisableDay() pulumi.StringOutput

Optionally turn off scanning for one or more days of the week. Separate the days with a space. By default, no days are set. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.

func (WidsprofileOutput) ApBgscanDisableEnd 

func (o WidsprofileOutput) ApBgscanDisableEnd() pulumi.StringOutput

End time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).

func (WidsprofileOutput) ApBgscanDisableSchedules 

func (o WidsprofileOutput) ApBgscanDisableSchedules() WidsprofileApBgscanDisableScheduleArrayOutput

Firewall schedules for turning off FortiAP radio background scan. Background scan will be disabled when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `apBgscanDisableSchedules` block is documented below.

func (WidsprofileOutput) ApBgscanDisableStart 

func (o WidsprofileOutput) ApBgscanDisableStart() pulumi.StringOutput

Start time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).

func (WidsprofileOutput) ApBgscanDuration 

func (o WidsprofileOutput) ApBgscanDuration() pulumi.IntOutput

Listening time on a scanning channel (10 - 1000 msec, default = 20).

func (WidsprofileOutput) ApBgscanIdle 

func (o WidsprofileOutput) ApBgscanIdle() pulumi.IntOutput

Waiting time for channel inactivity before scanning this channel (0 - 1000 msec, default = 0).

func (WidsprofileOutput) ApBgscanIntv 

func (o WidsprofileOutput) ApBgscanIntv() pulumi.IntOutput

Period of time between scanning two channels (1 - 600 sec, default = 1).

func (WidsprofileOutput) ApBgscanPeriod 

func (o WidsprofileOutput) ApBgscanPeriod() pulumi.IntOutput

Period of time between background scans (60 - 3600 sec, default = 600).

func (WidsprofileOutput) ApBgscanReportIntv 

func (o WidsprofileOutput) ApBgscanReportIntv() pulumi.IntOutput

Period of time between background scan reports (15 - 600 sec, default = 30).

func (WidsprofileOutput) ApFgscanReportIntv 

func (o WidsprofileOutput) ApFgscanReportIntv() pulumi.IntOutput

Period of time between foreground scan reports (15 - 600 sec, default = 15).

func (WidsprofileOutput) ApScan 

func (o WidsprofileOutput) ApScan() pulumi.StringOutput

Enable/disable rogue AP detection. Valid values: `disable`, `enable`.

func (WidsprofileOutput) ApScanChannelList2g5gs 

func (o WidsprofileOutput) ApScanChannelList2g5gs() WidsprofileApScanChannelList2g5gArrayOutput

Selected ap scan channel list for 2.4G and 5G bands. The structure of `apScanChannelList2g5g` block is documented below.

func (WidsprofileOutput) ApScanChannelList6gs 

func (o WidsprofileOutput) ApScanChannelList6gs() WidsprofileApScanChannelList6gArrayOutput

Selected ap scan channel list for 6G band. The structure of `apScanChannelList6g` block is documented below.

func (WidsprofileOutput) ApScanPassive 

func (o WidsprofileOutput) ApScanPassive() pulumi.StringOutput

Enable/disable passive scanning. Enable means do not send probe request on any channels (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) ApScanThreshold 

func (o WidsprofileOutput) ApScanThreshold() pulumi.StringOutput

Minimum signal level/threshold in dBm required for the AP to report detected rogue AP (-95 to -20, default = -90).

func (WidsprofileOutput) AsleapAttack 

func (o WidsprofileOutput) AsleapAttack() pulumi.StringOutput

Enable/disable asleap attack detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) AssocFloodThresh 

func (o WidsprofileOutput) AssocFloodThresh() pulumi.IntOutput

The threshold value for association frame flooding.

func (WidsprofileOutput) AssocFloodTime 

func (o WidsprofileOutput) AssocFloodTime() pulumi.IntOutput

Number of seconds after which a station is considered not connected.

func (WidsprofileOutput) AssocFrameFlood 

func (o WidsprofileOutput) AssocFrameFlood() pulumi.StringOutput

Enable/disable association frame flooding detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) AuthFloodThresh 

func (o WidsprofileOutput) AuthFloodThresh() pulumi.IntOutput

The threshold value for authentication frame flooding.

func (WidsprofileOutput) AuthFloodTime 

func (o WidsprofileOutput) AuthFloodTime() pulumi.IntOutput

Number of seconds after which a station is considered not connected.

func (WidsprofileOutput) AuthFrameFlood 

func (o WidsprofileOutput) AuthFrameFlood() pulumi.StringOutput

Enable/disable authentication frame flooding detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) Comment 

func (o WidsprofileOutput) Comment() pulumi.StringOutput

Comment.

func (WidsprofileOutput) DeauthBroadcast 

func (o WidsprofileOutput) DeauthBroadcast() pulumi.StringOutput

Enable/disable broadcasting de-authentication detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) DeauthUnknownSrcThresh 

func (o WidsprofileOutput) DeauthUnknownSrcThresh() pulumi.IntOutput

Threshold value per second to deauth unknown src for DoS attack (0: no limit).

func (WidsprofileOutput) DynamicSortSubtable 

func (o WidsprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (WidsprofileOutput) EapolFailFlood 

func (o WidsprofileOutput) EapolFailFlood() pulumi.StringOutput

Enable/disable EAPOL-Failure flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) EapolFailIntv 

func (o WidsprofileOutput) EapolFailIntv() pulumi.IntOutput

The detection interval for EAPOL-Failure flooding (1 - 3600 sec).

func (WidsprofileOutput) EapolFailThresh 

func (o WidsprofileOutput) EapolFailThresh() pulumi.IntOutput

The threshold value for EAPOL-Failure flooding in specified interval.

func (WidsprofileOutput) EapolLogoffFlood 

func (o WidsprofileOutput) EapolLogoffFlood() pulumi.StringOutput

Enable/disable EAPOL-Logoff flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) EapolLogoffIntv 

func (o WidsprofileOutput) EapolLogoffIntv() pulumi.IntOutput

The detection interval for EAPOL-Logoff flooding (1 - 3600 sec).

func (WidsprofileOutput) EapolLogoffThresh 

func (o WidsprofileOutput) EapolLogoffThresh() pulumi.IntOutput

The threshold value for EAPOL-Logoff flooding in specified interval.

func (WidsprofileOutput) EapolPreFailFlood 

func (o WidsprofileOutput) EapolPreFailFlood() pulumi.StringOutput

Enable/disable premature EAPOL-Failure flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) EapolPreFailIntv 

func (o WidsprofileOutput) EapolPreFailIntv() pulumi.IntOutput

The detection interval for premature EAPOL-Failure flooding (1 - 3600 sec).

func (WidsprofileOutput) EapolPreFailThresh 

func (o WidsprofileOutput) EapolPreFailThresh() pulumi.IntOutput

The threshold value for premature EAPOL-Failure flooding in specified interval.

func (WidsprofileOutput) EapolPreSuccFlood 

func (o WidsprofileOutput) EapolPreSuccFlood() pulumi.StringOutput

Enable/disable premature EAPOL-Success flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) EapolPreSuccIntv 

func (o WidsprofileOutput) EapolPreSuccIntv() pulumi.IntOutput

The detection interval for premature EAPOL-Success flooding (1 - 3600 sec).

func (WidsprofileOutput) EapolPreSuccThresh 

func (o WidsprofileOutput) EapolPreSuccThresh() pulumi.IntOutput

The threshold value for premature EAPOL-Success flooding in specified interval.

func (WidsprofileOutput) EapolStartFlood 

func (o WidsprofileOutput) EapolStartFlood() pulumi.StringOutput

Enable/disable EAPOL-Start flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) EapolStartIntv 

func (o WidsprofileOutput) EapolStartIntv() pulumi.IntOutput

The detection interval for EAPOL-Start flooding (1 - 3600 sec).

func (WidsprofileOutput) EapolStartThresh 

func (o WidsprofileOutput) EapolStartThresh() pulumi.IntOutput

The threshold value for EAPOL-Start flooding in specified interval.

func (WidsprofileOutput) EapolSuccFlood 

func (o WidsprofileOutput) EapolSuccFlood() pulumi.StringOutput

Enable/disable EAPOL-Success flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) EapolSuccIntv 

func (o WidsprofileOutput) EapolSuccIntv() pulumi.IntOutput

The detection interval for EAPOL-Success flooding (1 - 3600 sec).

func (WidsprofileOutput) EapolSuccThresh 

func (o WidsprofileOutput) EapolSuccThresh() pulumi.IntOutput

The threshold value for EAPOL-Success flooding in specified interval.

func (WidsprofileOutput) ElementType 

func (WidsprofileOutput) ElementType() reflect.Type

func (WidsprofileOutput) GetAllTables 

func (o WidsprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (WidsprofileOutput) InvalidMacOui 

func (o WidsprofileOutput) InvalidMacOui() pulumi.StringOutput

Enable/disable invalid MAC OUI detection. Valid values: `enable`, `disable`.

func (WidsprofileOutput) LongDurationAttack 

func (o WidsprofileOutput) LongDurationAttack() pulumi.StringOutput

Enable/disable long duration attack detection based on user configured threshold (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) LongDurationThresh 

func (o WidsprofileOutput) LongDurationThresh() pulumi.IntOutput

Threshold value for long duration attack detection (1000 - 32767 usec, default = 8200).

func (WidsprofileOutput) Name 

func (o WidsprofileOutput) Name() pulumi.StringOutput

WIDS profile name.

func (WidsprofileOutput) NullSsidProbeResp 

func (o WidsprofileOutput) NullSsidProbeResp() pulumi.StringOutput

Enable/disable null SSID probe response detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) SensorMode 

func (o WidsprofileOutput) SensorMode() pulumi.StringOutput

Scan WiFi nearby stations (default = disable). Valid values: `disable`, `foreign`, `both`.

func (WidsprofileOutput) SpoofedDeauth 

func (o WidsprofileOutput) SpoofedDeauth() pulumi.StringOutput

Enable/disable spoofed de-authentication attack detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) ToWidsprofileOutput 

func (o WidsprofileOutput) ToWidsprofileOutput() WidsprofileOutput

func (WidsprofileOutput) ToWidsprofileOutputWithContext 

func (o WidsprofileOutput) ToWidsprofileOutputWithContext(ctx context.Context) WidsprofileOutput

func (WidsprofileOutput) Vdomparam 

func (o WidsprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

The `apScanChannelList2g5g` block supports:

func (WidsprofileOutput) WeakWepIv 

func (o WidsprofileOutput) WeakWepIv() pulumi.StringOutput

Enable/disable weak WEP IV (Initialization Vector) detection (default = disable). Valid values: `enable`, `disable`.

func (WidsprofileOutput) WirelessBridge 

func (o WidsprofileOutput) WirelessBridge() pulumi.StringOutput

Enable/disable wireless bridge detection (default = disable). Valid values: `enable`, `disable`.

type WidsprofileState 

type WidsprofileState struct {
	// Enable/disable on-wire rogue AP auto-suppression (default = disable). Valid values: `enable`, `disable`.
	ApAutoSuppress pulumi.StringPtrInput
	// Optionally turn off scanning for one or more days of the week. Separate the days with a space. By default, no days are set. Valid values: `sunday`, `monday`, `tuesday`, `wednesday`, `thursday`, `friday`, `saturday`.
	ApBgscanDisableDay pulumi.StringPtrInput
	// End time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).
	ApBgscanDisableEnd pulumi.StringPtrInput
	// Firewall schedules for turning off FortiAP radio background scan. Background scan will be disabled when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `apBgscanDisableSchedules` block is documented below.
	ApBgscanDisableSchedules WidsprofileApBgscanDisableScheduleArrayInput
	// Start time, using a 24-hour clock in the format of hh:mm, for disabling background scanning (default = 00:00).
	ApBgscanDisableStart pulumi.StringPtrInput
	// Listening time on a scanning channel (10 - 1000 msec, default = 20).
	ApBgscanDuration pulumi.IntPtrInput
	// Waiting time for channel inactivity before scanning this channel (0 - 1000 msec, default = 0).
	ApBgscanIdle pulumi.IntPtrInput
	// Period of time between scanning two channels (1 - 600 sec, default = 1).
	ApBgscanIntv pulumi.IntPtrInput
	// Period of time between background scans (60 - 3600 sec, default = 600).
	ApBgscanPeriod pulumi.IntPtrInput
	// Period of time between background scan reports (15 - 600 sec, default = 30).
	ApBgscanReportIntv pulumi.IntPtrInput
	// Period of time between foreground scan reports (15 - 600 sec, default = 15).
	ApFgscanReportIntv pulumi.IntPtrInput
	// Enable/disable rogue AP detection. Valid values: `disable`, `enable`.
	ApScan pulumi.StringPtrInput
	// Selected ap scan channel list for 2.4G and 5G bands. The structure of `apScanChannelList2g5g` block is documented below.
	ApScanChannelList2g5gs WidsprofileApScanChannelList2g5gArrayInput
	// Selected ap scan channel list for 6G band. The structure of `apScanChannelList6g` block is documented below.
	ApScanChannelList6gs WidsprofileApScanChannelList6gArrayInput
	// Enable/disable passive scanning. Enable means do not send probe request on any channels (default = disable). Valid values: `enable`, `disable`.
	ApScanPassive pulumi.StringPtrInput
	// Minimum signal level/threshold in dBm required for the AP to report detected rogue AP (-95 to -20, default = -90).
	ApScanThreshold pulumi.StringPtrInput
	// Enable/disable asleap attack detection (default = disable). Valid values: `enable`, `disable`.
	AsleapAttack pulumi.StringPtrInput
	// The threshold value for association frame flooding.
	AssocFloodThresh pulumi.IntPtrInput
	// Number of seconds after which a station is considered not connected.
	AssocFloodTime pulumi.IntPtrInput
	// Enable/disable association frame flooding detection (default = disable). Valid values: `enable`, `disable`.
	AssocFrameFlood pulumi.StringPtrInput
	// The threshold value for authentication frame flooding.
	AuthFloodThresh pulumi.IntPtrInput
	// Number of seconds after which a station is considered not connected.
	AuthFloodTime pulumi.IntPtrInput
	// Enable/disable authentication frame flooding detection (default = disable). Valid values: `enable`, `disable`.
	AuthFrameFlood pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Enable/disable broadcasting de-authentication detection (default = disable). Valid values: `enable`, `disable`.
	DeauthBroadcast pulumi.StringPtrInput
	// Threshold value per second to deauth unknown src for DoS attack (0: no limit).
	DeauthUnknownSrcThresh pulumi.IntPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Enable/disable EAPOL-Failure flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolFailFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Failure flooding (1 - 3600 sec).
	EapolFailIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Failure flooding in specified interval.
	EapolFailThresh pulumi.IntPtrInput
	// Enable/disable EAPOL-Logoff flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolLogoffFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Logoff flooding (1 - 3600 sec).
	EapolLogoffIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Logoff flooding in specified interval.
	EapolLogoffThresh pulumi.IntPtrInput
	// Enable/disable premature EAPOL-Failure flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.
	EapolPreFailFlood pulumi.StringPtrInput
	// The detection interval for premature EAPOL-Failure flooding (1 - 3600 sec).
	EapolPreFailIntv pulumi.IntPtrInput
	// The threshold value for premature EAPOL-Failure flooding in specified interval.
	EapolPreFailThresh pulumi.IntPtrInput
	// Enable/disable premature EAPOL-Success flooding (to STA) detection (default = disable). Valid values: `enable`, `disable`.
	EapolPreSuccFlood pulumi.StringPtrInput
	// The detection interval for premature EAPOL-Success flooding (1 - 3600 sec).
	EapolPreSuccIntv pulumi.IntPtrInput
	// The threshold value for premature EAPOL-Success flooding in specified interval.
	EapolPreSuccThresh pulumi.IntPtrInput
	// Enable/disable EAPOL-Start flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolStartFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Start flooding (1 - 3600 sec).
	EapolStartIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Start flooding in specified interval.
	EapolStartThresh pulumi.IntPtrInput
	// Enable/disable EAPOL-Success flooding (to AP) detection (default = disable). Valid values: `enable`, `disable`.
	EapolSuccFlood pulumi.StringPtrInput
	// The detection interval for EAPOL-Success flooding (1 - 3600 sec).
	EapolSuccIntv pulumi.IntPtrInput
	// The threshold value for EAPOL-Success flooding in specified interval.
	EapolSuccThresh pulumi.IntPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable invalid MAC OUI detection. Valid values: `enable`, `disable`.
	InvalidMacOui pulumi.StringPtrInput
	// Enable/disable long duration attack detection based on user configured threshold (default = disable). Valid values: `enable`, `disable`.
	LongDurationAttack pulumi.StringPtrInput
	// Threshold value for long duration attack detection (1000 - 32767 usec, default = 8200).
	LongDurationThresh pulumi.IntPtrInput
	// WIDS profile name.
	Name pulumi.StringPtrInput
	// Enable/disable null SSID probe response detection (default = disable). Valid values: `enable`, `disable`.
	NullSsidProbeResp pulumi.StringPtrInput
	// Scan WiFi nearby stations (default = disable). Valid values: `disable`, `foreign`, `both`.
	SensorMode pulumi.StringPtrInput
	// Enable/disable spoofed de-authentication attack detection (default = disable). Valid values: `enable`, `disable`.
	SpoofedDeauth pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	//
	// The `apScanChannelList2g5g` block supports:
	Vdomparam pulumi.StringPtrInput
	// Enable/disable weak WEP IV (Initialization Vector) detection (default = disable). Valid values: `enable`, `disable`.
	WeakWepIv pulumi.StringPtrInput
	// Enable/disable wireless bridge detection (default = disable). Valid values: `enable`, `disable`.
	WirelessBridge pulumi.StringPtrInput
}

func (WidsprofileState) ElementType 

func (WidsprofileState) ElementType() reflect.Type

type Wtp 

type Wtp struct {
	pulumi.CustomResourceState

	// Configure how the FortiGate operating as a wireless controller discovers and manages this WTP, AP or FortiAP. Valid values: `discovered`, `disable`, `enable`.
	Admin pulumi.StringOutput `pulumi:"admin"`
	// Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.
	Allowaccess pulumi.StringOutput `pulumi:"allowaccess"`
	// AP local configuration profile name.
	ApcfgProfile pulumi.StringOutput `pulumi:"apcfgProfile"`
	// Override BLE Major ID.
	BleMajorId pulumi.IntOutput `pulumi:"bleMajorId"`
	// Override BLE Minor ID.
	BleMinorId pulumi.IntOutput `pulumi:"bleMinorId"`
	// Bonjour profile name.
	BonjourProfile pulumi.StringOutput `pulumi:"bonjourProfile"`
	// WTP latitude coordinate.
	CoordinateLatitude pulumi.StringOutput `pulumi:"coordinateLatitude"`
	// WTP longitude coordinate.
	CoordinateLongitude pulumi.StringOutput `pulumi:"coordinateLongitude"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Firmware version to provision to this FortiAP on bootup (major.minor.build, i.e. 6.2.1234).
	FirmwareProvision pulumi.StringOutput `pulumi:"firmwareProvision"`
	// Enable/disable one-time automatic provisioning of the latest firmware version. Valid values: `disable`, `once`.
	FirmwareProvisionLatest pulumi.StringOutput `pulumi:"firmwareProvisionLatest"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Enable/disable WTP image download. Valid values: `enable`, `disable`.
	ImageDownload pulumi.StringOutput `pulumi:"imageDownload"`
	// Index (0 - 4294967295).
	Index pulumi.IntOutput `pulumi:"index"`
	// Method by which IP fragmentation is prevented for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.
	IpFragmentPreventing pulumi.StringOutput `pulumi:"ipFragmentPreventing"`
	// WTP LAN port mapping. The structure of `lan` block is documented below.
	Lan WtpLanOutput `pulumi:"lan"`
	// Enable to allow the FortiAPs LEDs to light. Disable to keep the LEDs off. You may want to keep the LEDs off so they are not distracting in low light areas etc. Valid values: `enable`, `disable`.
	LedState pulumi.StringOutput `pulumi:"ledState"`
	// Field for describing the physical location of the WTP, AP or FortiAP.
	Location pulumi.StringOutput `pulumi:"location"`
	// Set the managed WTP, FortiAP, or AP's administrator password.
	LoginPasswd pulumi.StringPtrOutput `pulumi:"loginPasswd"`
	// Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.
	LoginPasswdChange pulumi.StringOutput `pulumi:"loginPasswdChange"`
	// Enable/disable mesh Ethernet bridge when WTP is configured as a mesh branch/leaf AP. Valid values: `default`, `enable`, `disable`.
	MeshBridgeEnable pulumi.StringOutput `pulumi:"meshBridgeEnable"`
	// WTP, AP or FortiAP configuration name.
	Name pulumi.StringOutput `pulumi:"name"`
	// Enable to override the WTP profile management access configuration. Valid values: `enable`, `disable`.
	OverrideAllowaccess pulumi.StringOutput `pulumi:"overrideAllowaccess"`
	// Enable/disable overriding the WTP profile IP fragment prevention setting. Valid values: `enable`, `disable`.
	OverrideIpFragment pulumi.StringOutput `pulumi:"overrideIpFragment"`
	// Enable to override the WTP profile LAN port setting. Valid values: `enable`, `disable`.
	OverrideLan pulumi.StringOutput `pulumi:"overrideLan"`
	// Enable to override the profile LED state setting for this FortiAP. You must enable this option to use the led-state command to turn off the FortiAP's LEDs. Valid values: `enable`, `disable`.
	OverrideLedState pulumi.StringOutput `pulumi:"overrideLedState"`
	// Enable to override the WTP profile login-password (administrator password) setting. Valid values: `enable`, `disable`.
	OverrideLoginPasswdChange pulumi.StringOutput `pulumi:"overrideLoginPasswdChange"`
	// Enable/disable overriding the WTP profile split tunneling setting. Valid values: `enable`, `disable`.
	OverrideSplitTunnel pulumi.StringOutput `pulumi:"overrideSplitTunnel"`
	// Enable/disable overriding the wan-port-mode in the WTP profile. Valid values: `enable`, `disable`.
	OverrideWanPortMode pulumi.StringOutput `pulumi:"overrideWanPortMode"`
	// Purdue Level of this WTP. Valid values: `1`, `1.5`, `2`, `2.5`, `3`, `3.5`, `4`, `5`, `5.5`.
	PurdueLevel pulumi.StringOutput `pulumi:"purdueLevel"`
	// Configuration options for radio 1. The structure of `radio1` block is documented below.
	Radio1 WtpRadio1Output `pulumi:"radio1"`
	// Configuration options for radio 2. The structure of `radio2` block is documented below.
	Radio2 WtpRadio2Output `pulumi:"radio2"`
	// Configuration options for radio 3. The structure of `radio3` block is documented below.
	Radio3 WtpRadio3Output `pulumi:"radio3"`
	// Configuration options for radio 4. The structure of `radio4` block is documented below.
	Radio4 WtpRadio4Output `pulumi:"radio4"`
	// Region name WTP is associated with.
	Region pulumi.StringOutput `pulumi:"region"`
	// Relative horizontal region coordinate (between 0 and 1).
	RegionX pulumi.StringOutput `pulumi:"regionX"`
	// Relative vertical region coordinate (between 0 and 1).
	RegionY pulumi.StringOutput `pulumi:"regionY"`
	// Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.
	SplitTunnelingAclLocalApSubnet pulumi.StringOutput `pulumi:"splitTunnelingAclLocalApSubnet"`
	// Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.
	SplitTunnelingAclPath pulumi.StringOutput `pulumi:"splitTunnelingAclPath"`
	// Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.
	SplitTunnelingAcls WtpSplitTunnelingAclArrayOutput `pulumi:"splitTunnelingAcls"`
	// Downlink tunnel MTU in octets. Set the value to either 0 (by default), 576, or 1500.
	TunMtuDownlink pulumi.IntOutput `pulumi:"tunMtuDownlink"`
	// Uplink tunnel maximum transmission unit (MTU) in octets (eight-bit bytes). Set the value to either 0 (by default), 576, or 1500.
	TunMtuUplink pulumi.IntOutput `pulumi:"tunMtuUplink"`
	// Universally Unique Identifier (UUID; automatically assigned but can be manually reset).
	Uuid pulumi.StringOutput `pulumi:"uuid"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Enable/disable using the FortiAP WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.
	WanPortMode pulumi.StringOutput `pulumi:"wanPortMode"`
	// WTP ID.
	WtpId pulumi.StringOutput `pulumi:"wtpId"`
	// WTP, AP, or FortiAP operating mode; normal (by default) or remote. A tunnel mode SSID can be assigned to an AP in normal mode but not remote mode, while a local-bridge mode SSID can be assigned to an AP in either normal mode or remote mode. Valid values: `normal`, `remote`.
	WtpMode pulumi.StringOutput `pulumi:"wtpMode"`
	// WTP profile name to apply to this WTP, AP or FortiAP.
	WtpProfile pulumi.StringOutput `pulumi:"wtpProfile"`
}

Configure Wireless Termination Points (WTPs), that is, FortiAPs or APs to be managed by FortiGate.

## Import

WirelessController Wtp can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/wtp:Wtp labelname {{wtp_id}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/wtp:Wtp labelname {{wtp_id}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetWtp 

func GetWtp(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *WtpState, opts ...pulumi.ResourceOption) (*Wtp, error)

GetWtp gets an existing Wtp resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewWtp 

func NewWtp(ctx *pulumi.Context,
	name string, args *WtpArgs, opts ...pulumi.ResourceOption) (*Wtp, error)

NewWtp registers a new resource with the given unique name, arguments, and options.

func (*Wtp) ElementType 

func (*Wtp) ElementType() reflect.Type

func (*Wtp) ToWtpOutput 

func (i *Wtp) ToWtpOutput() WtpOutput

func (*Wtp) ToWtpOutputWithContext 

func (i *Wtp) ToWtpOutputWithContext(ctx context.Context) WtpOutput

type WtpArgs 

type WtpArgs struct {
	// Configure how the FortiGate operating as a wireless controller discovers and manages this WTP, AP or FortiAP. Valid values: `discovered`, `disable`, `enable`.
	Admin pulumi.StringPtrInput
	// Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.
	Allowaccess pulumi.StringPtrInput
	// AP local configuration profile name.
	ApcfgProfile pulumi.StringPtrInput
	// Override BLE Major ID.
	BleMajorId pulumi.IntPtrInput
	// Override BLE Minor ID.
	BleMinorId pulumi.IntPtrInput
	// Bonjour profile name.
	BonjourProfile pulumi.StringPtrInput
	// WTP latitude coordinate.
	CoordinateLatitude pulumi.StringPtrInput
	// WTP longitude coordinate.
	CoordinateLongitude pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Firmware version to provision to this FortiAP on bootup (major.minor.build, i.e. 6.2.1234).
	FirmwareProvision pulumi.StringPtrInput
	// Enable/disable one-time automatic provisioning of the latest firmware version. Valid values: `disable`, `once`.
	FirmwareProvisionLatest pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable WTP image download. Valid values: `enable`, `disable`.
	ImageDownload pulumi.StringPtrInput
	// Index (0 - 4294967295).
	Index pulumi.IntPtrInput
	// Method by which IP fragmentation is prevented for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.
	IpFragmentPreventing pulumi.StringPtrInput
	// WTP LAN port mapping. The structure of `lan` block is documented below.
	Lan WtpLanPtrInput
	// Enable to allow the FortiAPs LEDs to light. Disable to keep the LEDs off. You may want to keep the LEDs off so they are not distracting in low light areas etc. Valid values: `enable`, `disable`.
	LedState pulumi.StringPtrInput
	// Field for describing the physical location of the WTP, AP or FortiAP.
	Location pulumi.StringPtrInput
	// Set the managed WTP, FortiAP, or AP's administrator password.
	LoginPasswd pulumi.StringPtrInput
	// Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.
	LoginPasswdChange pulumi.StringPtrInput
	// Enable/disable mesh Ethernet bridge when WTP is configured as a mesh branch/leaf AP. Valid values: `default`, `enable`, `disable`.
	MeshBridgeEnable pulumi.StringPtrInput
	// WTP, AP or FortiAP configuration name.
	Name pulumi.StringPtrInput
	// Enable to override the WTP profile management access configuration. Valid values: `enable`, `disable`.
	OverrideAllowaccess pulumi.StringPtrInput
	// Enable/disable overriding the WTP profile IP fragment prevention setting. Valid values: `enable`, `disable`.
	OverrideIpFragment pulumi.StringPtrInput
	// Enable to override the WTP profile LAN port setting. Valid values: `enable`, `disable`.
	OverrideLan pulumi.StringPtrInput
	// Enable to override the profile LED state setting for this FortiAP. You must enable this option to use the led-state command to turn off the FortiAP's LEDs. Valid values: `enable`, `disable`.
	OverrideLedState pulumi.StringPtrInput
	// Enable to override the WTP profile login-password (administrator password) setting. Valid values: `enable`, `disable`.
	OverrideLoginPasswdChange pulumi.StringPtrInput
	// Enable/disable overriding the WTP profile split tunneling setting. Valid values: `enable`, `disable`.
	OverrideSplitTunnel pulumi.StringPtrInput
	// Enable/disable overriding the wan-port-mode in the WTP profile. Valid values: `enable`, `disable`.
	OverrideWanPortMode pulumi.StringPtrInput
	// Purdue Level of this WTP. Valid values: `1`, `1.5`, `2`, `2.5`, `3`, `3.5`, `4`, `5`, `5.5`.
	PurdueLevel pulumi.StringPtrInput
	// Configuration options for radio 1. The structure of `radio1` block is documented below.
	Radio1 WtpRadio1PtrInput
	// Configuration options for radio 2. The structure of `radio2` block is documented below.
	Radio2 WtpRadio2PtrInput
	// Configuration options for radio 3. The structure of `radio3` block is documented below.
	Radio3 WtpRadio3PtrInput
	// Configuration options for radio 4. The structure of `radio4` block is documented below.
	Radio4 WtpRadio4PtrInput
	// Region name WTP is associated with.
	Region pulumi.StringPtrInput
	// Relative horizontal region coordinate (between 0 and 1).
	RegionX pulumi.StringPtrInput
	// Relative vertical region coordinate (between 0 and 1).
	RegionY pulumi.StringPtrInput
	// Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.
	SplitTunnelingAclLocalApSubnet pulumi.StringPtrInput
	// Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.
	SplitTunnelingAclPath pulumi.StringPtrInput
	// Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.
	SplitTunnelingAcls WtpSplitTunnelingAclArrayInput
	// Downlink tunnel MTU in octets. Set the value to either 0 (by default), 576, or 1500.
	TunMtuDownlink pulumi.IntPtrInput
	// Uplink tunnel maximum transmission unit (MTU) in octets (eight-bit bytes). Set the value to either 0 (by default), 576, or 1500.
	TunMtuUplink pulumi.IntPtrInput
	// Universally Unique Identifier (UUID; automatically assigned but can be manually reset).
	Uuid pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable using the FortiAP WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.
	WanPortMode pulumi.StringPtrInput
	// WTP ID.
	WtpId pulumi.StringPtrInput
	// WTP, AP, or FortiAP operating mode; normal (by default) or remote. A tunnel mode SSID can be assigned to an AP in normal mode but not remote mode, while a local-bridge mode SSID can be assigned to an AP in either normal mode or remote mode. Valid values: `normal`, `remote`.
	WtpMode pulumi.StringPtrInput
	// WTP profile name to apply to this WTP, AP or FortiAP.
	WtpProfile pulumi.StringInput
}

The set of arguments for constructing a Wtp resource.

func (WtpArgs) ElementType 

func (WtpArgs) ElementType() reflect.Type

type WtpArray 

type WtpArray []WtpInput

func (WtpArray) ElementType 

func (WtpArray) ElementType() reflect.Type

func (WtpArray) ToWtpArrayOutput 

func (i WtpArray) ToWtpArrayOutput() WtpArrayOutput

func (WtpArray) ToWtpArrayOutputWithContext 

func (i WtpArray) ToWtpArrayOutputWithContext(ctx context.Context) WtpArrayOutput

type WtpArrayInput 

type WtpArrayInput interface {
	pulumi.Input

	ToWtpArrayOutput() WtpArrayOutput
	ToWtpArrayOutputWithContext(context.Context) WtpArrayOutput
}

WtpArrayInput is an input type that accepts WtpArray and WtpArrayOutput values. You can construct a concrete instance of `WtpArrayInput` via: 

WtpArray{ WtpArgs{...} }

type WtpArrayOutput 

type WtpArrayOutput struct{ *pulumi.OutputState }

func (WtpArrayOutput) ElementType 

func (WtpArrayOutput) ElementType() reflect.Type

func (WtpArrayOutput) Index 

func (o WtpArrayOutput) Index(i pulumi.IntInput) WtpOutput

func (WtpArrayOutput) ToWtpArrayOutput 

func (o WtpArrayOutput) ToWtpArrayOutput() WtpArrayOutput

func (WtpArrayOutput) ToWtpArrayOutputWithContext 

func (o WtpArrayOutput) ToWtpArrayOutputWithContext(ctx context.Context) WtpArrayOutput

type WtpInput 

type WtpInput interface {
	pulumi.Input

	ToWtpOutput() WtpOutput
	ToWtpOutputWithContext(ctx context.Context) WtpOutput
}

type WtpLan 

type WtpLan struct {
	// LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port1Mode *string `pulumi:"port1Mode"`
	// Bridge LAN port 1 to SSID.
	Port1Ssid *string `pulumi:"port1Ssid"`
	// LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port2Mode *string `pulumi:"port2Mode"`
	// Bridge LAN port 2 to SSID.
	Port2Ssid *string `pulumi:"port2Ssid"`
	// LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port3Mode *string `pulumi:"port3Mode"`
	// Bridge LAN port 3 to SSID.
	Port3Ssid *string `pulumi:"port3Ssid"`
	// LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port4Mode *string `pulumi:"port4Mode"`
	// Bridge LAN port 4 to SSID.
	Port4Ssid *string `pulumi:"port4Ssid"`
	// LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port5Mode *string `pulumi:"port5Mode"`
	// Bridge LAN port 5 to SSID.
	Port5Ssid *string `pulumi:"port5Ssid"`
	// LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port6Mode *string `pulumi:"port6Mode"`
	// Bridge LAN port 6 to SSID.
	Port6Ssid *string `pulumi:"port6Ssid"`
	// LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port7Mode *string `pulumi:"port7Mode"`
	// Bridge LAN port 7 to SSID.
	Port7Ssid *string `pulumi:"port7Ssid"`
	// LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port8Mode *string `pulumi:"port8Mode"`
	// Bridge LAN port 8 to SSID.
	Port8Ssid *string `pulumi:"port8Ssid"`
	// ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortEslMode *string `pulumi:"portEslMode"`
	// Bridge ESL port to SSID.
	//
	// The `radio1` block supports:
	PortEslSsid *string `pulumi:"portEslSsid"`
	// LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortMode *string `pulumi:"portMode"`
	// Bridge LAN port to SSID.
	PortSsid *string `pulumi:"portSsid"`
}

type WtpLanArgs 

type WtpLanArgs struct {
	// LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port1Mode pulumi.StringPtrInput `pulumi:"port1Mode"`
	// Bridge LAN port 1 to SSID.
	Port1Ssid pulumi.StringPtrInput `pulumi:"port1Ssid"`
	// LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port2Mode pulumi.StringPtrInput `pulumi:"port2Mode"`
	// Bridge LAN port 2 to SSID.
	Port2Ssid pulumi.StringPtrInput `pulumi:"port2Ssid"`
	// LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port3Mode pulumi.StringPtrInput `pulumi:"port3Mode"`
	// Bridge LAN port 3 to SSID.
	Port3Ssid pulumi.StringPtrInput `pulumi:"port3Ssid"`
	// LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port4Mode pulumi.StringPtrInput `pulumi:"port4Mode"`
	// Bridge LAN port 4 to SSID.
	Port4Ssid pulumi.StringPtrInput `pulumi:"port4Ssid"`
	// LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port5Mode pulumi.StringPtrInput `pulumi:"port5Mode"`
	// Bridge LAN port 5 to SSID.
	Port5Ssid pulumi.StringPtrInput `pulumi:"port5Ssid"`
	// LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port6Mode pulumi.StringPtrInput `pulumi:"port6Mode"`
	// Bridge LAN port 6 to SSID.
	Port6Ssid pulumi.StringPtrInput `pulumi:"port6Ssid"`
	// LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port7Mode pulumi.StringPtrInput `pulumi:"port7Mode"`
	// Bridge LAN port 7 to SSID.
	Port7Ssid pulumi.StringPtrInput `pulumi:"port7Ssid"`
	// LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port8Mode pulumi.StringPtrInput `pulumi:"port8Mode"`
	// Bridge LAN port 8 to SSID.
	Port8Ssid pulumi.StringPtrInput `pulumi:"port8Ssid"`
	// ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortEslMode pulumi.StringPtrInput `pulumi:"portEslMode"`
	// Bridge ESL port to SSID.
	//
	// The `radio1` block supports:
	PortEslSsid pulumi.StringPtrInput `pulumi:"portEslSsid"`
	// LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortMode pulumi.StringPtrInput `pulumi:"portMode"`
	// Bridge LAN port to SSID.
	PortSsid pulumi.StringPtrInput `pulumi:"portSsid"`
}

func (WtpLanArgs) ElementType 

func (WtpLanArgs) ElementType() reflect.Type

func (WtpLanArgs) ToWtpLanOutput 

func (i WtpLanArgs) ToWtpLanOutput() WtpLanOutput

func (WtpLanArgs) ToWtpLanOutputWithContext 

func (i WtpLanArgs) ToWtpLanOutputWithContext(ctx context.Context) WtpLanOutput

func (WtpLanArgs) ToWtpLanPtrOutput 

func (i WtpLanArgs) ToWtpLanPtrOutput() WtpLanPtrOutput

func (WtpLanArgs) ToWtpLanPtrOutputWithContext 

func (i WtpLanArgs) ToWtpLanPtrOutputWithContext(ctx context.Context) WtpLanPtrOutput

type WtpLanInput 

type WtpLanInput interface {
	pulumi.Input

	ToWtpLanOutput() WtpLanOutput
	ToWtpLanOutputWithContext(context.Context) WtpLanOutput
}

WtpLanInput is an input type that accepts WtpLanArgs and WtpLanOutput values. You can construct a concrete instance of `WtpLanInput` via: 

WtpLanArgs{...}

type WtpLanOutput 

type WtpLanOutput struct{ *pulumi.OutputState }

func (WtpLanOutput) ElementType 

func (WtpLanOutput) ElementType() reflect.Type

func (WtpLanOutput) Port1Mode 

func (o WtpLanOutput) Port1Mode() pulumi.StringPtrOutput

LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port1Ssid 

func (o WtpLanOutput) Port1Ssid() pulumi.StringPtrOutput

Bridge LAN port 1 to SSID.

func (WtpLanOutput) Port2Mode 

func (o WtpLanOutput) Port2Mode() pulumi.StringPtrOutput

LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port2Ssid 

func (o WtpLanOutput) Port2Ssid() pulumi.StringPtrOutput

Bridge LAN port 2 to SSID.

func (WtpLanOutput) Port3Mode 

func (o WtpLanOutput) Port3Mode() pulumi.StringPtrOutput

LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port3Ssid 

func (o WtpLanOutput) Port3Ssid() pulumi.StringPtrOutput

Bridge LAN port 3 to SSID.

func (WtpLanOutput) Port4Mode 

func (o WtpLanOutput) Port4Mode() pulumi.StringPtrOutput

LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port4Ssid 

func (o WtpLanOutput) Port4Ssid() pulumi.StringPtrOutput

Bridge LAN port 4 to SSID.

func (WtpLanOutput) Port5Mode 

func (o WtpLanOutput) Port5Mode() pulumi.StringPtrOutput

LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port5Ssid 

func (o WtpLanOutput) Port5Ssid() pulumi.StringPtrOutput

Bridge LAN port 5 to SSID.

func (WtpLanOutput) Port6Mode 

func (o WtpLanOutput) Port6Mode() pulumi.StringPtrOutput

LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port6Ssid 

func (o WtpLanOutput) Port6Ssid() pulumi.StringPtrOutput

Bridge LAN port 6 to SSID.

func (WtpLanOutput) Port7Mode 

func (o WtpLanOutput) Port7Mode() pulumi.StringPtrOutput

LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port7Ssid 

func (o WtpLanOutput) Port7Ssid() pulumi.StringPtrOutput

Bridge LAN port 7 to SSID.

func (WtpLanOutput) Port8Mode 

func (o WtpLanOutput) Port8Mode() pulumi.StringPtrOutput

LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) Port8Ssid 

func (o WtpLanOutput) Port8Ssid() pulumi.StringPtrOutput

Bridge LAN port 8 to SSID.

func (WtpLanOutput) PortEslMode 

func (o WtpLanOutput) PortEslMode() pulumi.StringPtrOutput

ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) PortEslSsid 

func (o WtpLanOutput) PortEslSsid() pulumi.StringPtrOutput

Bridge ESL port to SSID.

The `radio1` block supports:

func (WtpLanOutput) PortMode 

func (o WtpLanOutput) PortMode() pulumi.StringPtrOutput

LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanOutput) PortSsid 

func (o WtpLanOutput) PortSsid() pulumi.StringPtrOutput

Bridge LAN port to SSID.

func (WtpLanOutput) ToWtpLanOutput 

func (o WtpLanOutput) ToWtpLanOutput() WtpLanOutput

func (WtpLanOutput) ToWtpLanOutputWithContext 

func (o WtpLanOutput) ToWtpLanOutputWithContext(ctx context.Context) WtpLanOutput

func (WtpLanOutput) ToWtpLanPtrOutput 

func (o WtpLanOutput) ToWtpLanPtrOutput() WtpLanPtrOutput

func (WtpLanOutput) ToWtpLanPtrOutputWithContext 

func (o WtpLanOutput) ToWtpLanPtrOutputWithContext(ctx context.Context) WtpLanPtrOutput

type WtpLanPtrInput 

type WtpLanPtrInput interface {
	pulumi.Input

	ToWtpLanPtrOutput() WtpLanPtrOutput
	ToWtpLanPtrOutputWithContext(context.Context) WtpLanPtrOutput
}

WtpLanPtrInput is an input type that accepts WtpLanArgs, WtpLanPtr and WtpLanPtrOutput values. You can construct a concrete instance of `WtpLanPtrInput` via: 

        WtpLanArgs{...}

or:

        nil

func WtpLanPtr 

func WtpLanPtr(v *WtpLanArgs) WtpLanPtrInput

type WtpLanPtrOutput 

type WtpLanPtrOutput struct{ *pulumi.OutputState }

func (WtpLanPtrOutput) Elem 

func (o WtpLanPtrOutput) Elem() WtpLanOutput

func (WtpLanPtrOutput) ElementType 

func (WtpLanPtrOutput) ElementType() reflect.Type

func (WtpLanPtrOutput) Port1Mode 

func (o WtpLanPtrOutput) Port1Mode() pulumi.StringPtrOutput

LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port1Ssid 

func (o WtpLanPtrOutput) Port1Ssid() pulumi.StringPtrOutput

Bridge LAN port 1 to SSID.

func (WtpLanPtrOutput) Port2Mode 

func (o WtpLanPtrOutput) Port2Mode() pulumi.StringPtrOutput

LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port2Ssid 

func (o WtpLanPtrOutput) Port2Ssid() pulumi.StringPtrOutput

Bridge LAN port 2 to SSID.

func (WtpLanPtrOutput) Port3Mode 

func (o WtpLanPtrOutput) Port3Mode() pulumi.StringPtrOutput

LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port3Ssid 

func (o WtpLanPtrOutput) Port3Ssid() pulumi.StringPtrOutput

Bridge LAN port 3 to SSID.

func (WtpLanPtrOutput) Port4Mode 

func (o WtpLanPtrOutput) Port4Mode() pulumi.StringPtrOutput

LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port4Ssid 

func (o WtpLanPtrOutput) Port4Ssid() pulumi.StringPtrOutput

Bridge LAN port 4 to SSID.

func (WtpLanPtrOutput) Port5Mode 

func (o WtpLanPtrOutput) Port5Mode() pulumi.StringPtrOutput

LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port5Ssid 

func (o WtpLanPtrOutput) Port5Ssid() pulumi.StringPtrOutput

Bridge LAN port 5 to SSID.

func (WtpLanPtrOutput) Port6Mode 

func (o WtpLanPtrOutput) Port6Mode() pulumi.StringPtrOutput

LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port6Ssid 

func (o WtpLanPtrOutput) Port6Ssid() pulumi.StringPtrOutput

Bridge LAN port 6 to SSID.

func (WtpLanPtrOutput) Port7Mode 

func (o WtpLanPtrOutput) Port7Mode() pulumi.StringPtrOutput

LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port7Ssid 

func (o WtpLanPtrOutput) Port7Ssid() pulumi.StringPtrOutput

Bridge LAN port 7 to SSID.

func (WtpLanPtrOutput) Port8Mode 

func (o WtpLanPtrOutput) Port8Mode() pulumi.StringPtrOutput

LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) Port8Ssid 

func (o WtpLanPtrOutput) Port8Ssid() pulumi.StringPtrOutput

Bridge LAN port 8 to SSID.

func (WtpLanPtrOutput) PortEslMode 

func (o WtpLanPtrOutput) PortEslMode() pulumi.StringPtrOutput

ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) PortEslSsid 

func (o WtpLanPtrOutput) PortEslSsid() pulumi.StringPtrOutput

Bridge ESL port to SSID.

The `radio1` block supports:

func (WtpLanPtrOutput) PortMode 

func (o WtpLanPtrOutput) PortMode() pulumi.StringPtrOutput

LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpLanPtrOutput) PortSsid 

func (o WtpLanPtrOutput) PortSsid() pulumi.StringPtrOutput

Bridge LAN port to SSID.

func (WtpLanPtrOutput) ToWtpLanPtrOutput 

func (o WtpLanPtrOutput) ToWtpLanPtrOutput() WtpLanPtrOutput

func (WtpLanPtrOutput) ToWtpLanPtrOutputWithContext 

func (o WtpLanPtrOutput) ToWtpLanPtrOutputWithContext(ctx context.Context) WtpLanPtrOutput

type WtpMap 

type WtpMap map[string]WtpInput

func (WtpMap) ElementType 

func (WtpMap) ElementType() reflect.Type

func (WtpMap) ToWtpMapOutput 

func (i WtpMap) ToWtpMapOutput() WtpMapOutput

func (WtpMap) ToWtpMapOutputWithContext 

func (i WtpMap) ToWtpMapOutputWithContext(ctx context.Context) WtpMapOutput

type WtpMapInput 

type WtpMapInput interface {
	pulumi.Input

	ToWtpMapOutput() WtpMapOutput
	ToWtpMapOutputWithContext(context.Context) WtpMapOutput
}

WtpMapInput is an input type that accepts WtpMap and WtpMapOutput values. You can construct a concrete instance of `WtpMapInput` via: 

WtpMap{ "key": WtpArgs{...} }

type WtpMapOutput 

type WtpMapOutput struct{ *pulumi.OutputState }

func (WtpMapOutput) ElementType 

func (WtpMapOutput) ElementType() reflect.Type

func (WtpMapOutput) MapIndex 

func (o WtpMapOutput) MapIndex(k pulumi.StringInput) WtpOutput

func (WtpMapOutput) ToWtpMapOutput 

func (o WtpMapOutput) ToWtpMapOutput() WtpMapOutput

func (WtpMapOutput) ToWtpMapOutputWithContext 

func (o WtpMapOutput) ToWtpMapOutputWithContext(ctx context.Context) WtpMapOutput

type WtpOutput 

type WtpOutput struct{ *pulumi.OutputState }

func (WtpOutput) Admin 

func (o WtpOutput) Admin() pulumi.StringOutput

Configure how the FortiGate operating as a wireless controller discovers and manages this WTP, AP or FortiAP. Valid values: `discovered`, `disable`, `enable`.

func (WtpOutput) Allowaccess 

func (o WtpOutput) Allowaccess() pulumi.StringOutput

Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.

func (WtpOutput) ApcfgProfile 

func (o WtpOutput) ApcfgProfile() pulumi.StringOutput

AP local configuration profile name.

func (WtpOutput) BleMajorId 

func (o WtpOutput) BleMajorId() pulumi.IntOutput

Override BLE Major ID.

func (WtpOutput) BleMinorId 

func (o WtpOutput) BleMinorId() pulumi.IntOutput

Override BLE Minor ID.

func (WtpOutput) BonjourProfile 

func (o WtpOutput) BonjourProfile() pulumi.StringOutput

Bonjour profile name.

func (WtpOutput) CoordinateLatitude 

func (o WtpOutput) CoordinateLatitude() pulumi.StringOutput

WTP latitude coordinate.

func (WtpOutput) CoordinateLongitude 

func (o WtpOutput) CoordinateLongitude() pulumi.StringOutput

WTP longitude coordinate.

func (WtpOutput) DynamicSortSubtable 

func (o WtpOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (WtpOutput) ElementType 

func (WtpOutput) ElementType() reflect.Type

func (WtpOutput) FirmwareProvision 

func (o WtpOutput) FirmwareProvision() pulumi.StringOutput

Firmware version to provision to this FortiAP on bootup (major.minor.build, i.e. 6.2.1234).

func (WtpOutput) FirmwareProvisionLatest 

func (o WtpOutput) FirmwareProvisionLatest() pulumi.StringOutput

Enable/disable one-time automatic provisioning of the latest firmware version. Valid values: `disable`, `once`.

func (WtpOutput) GetAllTables 

func (o WtpOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (WtpOutput) ImageDownload 

func (o WtpOutput) ImageDownload() pulumi.StringOutput

Enable/disable WTP image download. Valid values: `enable`, `disable`.

func (WtpOutput) Index 

func (o WtpOutput) Index() pulumi.IntOutput

Index (0 - 4294967295).

func (WtpOutput) IpFragmentPreventing 

func (o WtpOutput) IpFragmentPreventing() pulumi.StringOutput

Method by which IP fragmentation is prevented for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.

func (WtpOutput) Lan 

func (o WtpOutput) Lan() WtpLanOutput

WTP LAN port mapping. The structure of `lan` block is documented below.

func (WtpOutput) LedState 

func (o WtpOutput) LedState() pulumi.StringOutput

Enable to allow the FortiAPs LEDs to light. Disable to keep the LEDs off. You may want to keep the LEDs off so they are not distracting in low light areas etc. Valid values: `enable`, `disable`.

func (WtpOutput) Location 

func (o WtpOutput) Location() pulumi.StringOutput

Field for describing the physical location of the WTP, AP or FortiAP.

func (WtpOutput) LoginPasswd 

func (o WtpOutput) LoginPasswd() pulumi.StringPtrOutput

Set the managed WTP, FortiAP, or AP's administrator password.

func (WtpOutput) LoginPasswdChange 

func (o WtpOutput) LoginPasswdChange() pulumi.StringOutput

Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.

func (WtpOutput) MeshBridgeEnable 

func (o WtpOutput) MeshBridgeEnable() pulumi.StringOutput

Enable/disable mesh Ethernet bridge when WTP is configured as a mesh branch/leaf AP. Valid values: `default`, `enable`, `disable`.

func (WtpOutput) Name 

func (o WtpOutput) Name() pulumi.StringOutput

WTP, AP or FortiAP configuration name.

func (WtpOutput) OverrideAllowaccess 

func (o WtpOutput) OverrideAllowaccess() pulumi.StringOutput

Enable to override the WTP profile management access configuration. Valid values: `enable`, `disable`.

func (WtpOutput) OverrideIpFragment 

func (o WtpOutput) OverrideIpFragment() pulumi.StringOutput

Enable/disable overriding the WTP profile IP fragment prevention setting. Valid values: `enable`, `disable`.

func (WtpOutput) OverrideLan 

func (o WtpOutput) OverrideLan() pulumi.StringOutput

Enable to override the WTP profile LAN port setting. Valid values: `enable`, `disable`.

func (WtpOutput) OverrideLedState 

func (o WtpOutput) OverrideLedState() pulumi.StringOutput

Enable to override the profile LED state setting for this FortiAP. You must enable this option to use the led-state command to turn off the FortiAP's LEDs. Valid values: `enable`, `disable`.

func (WtpOutput) OverrideLoginPasswdChange 

func (o WtpOutput) OverrideLoginPasswdChange() pulumi.StringOutput

Enable to override the WTP profile login-password (administrator password) setting. Valid values: `enable`, `disable`.

func (WtpOutput) OverrideSplitTunnel 

func (o WtpOutput) OverrideSplitTunnel() pulumi.StringOutput

Enable/disable overriding the WTP profile split tunneling setting. Valid values: `enable`, `disable`.

func (WtpOutput) OverrideWanPortMode 

func (o WtpOutput) OverrideWanPortMode() pulumi.StringOutput

Enable/disable overriding the wan-port-mode in the WTP profile. Valid values: `enable`, `disable`.

func (WtpOutput) PurdueLevel 

func (o WtpOutput) PurdueLevel() pulumi.StringOutput

Purdue Level of this WTP. Valid values: `1`, `1.5`, `2`, `2.5`, `3`, `3.5`, `4`, `5`, `5.5`.

func (WtpOutput) Radio1 

func (o WtpOutput) Radio1() WtpRadio1Output

Configuration options for radio 1. The structure of `radio1` block is documented below.

func (WtpOutput) Radio2 

func (o WtpOutput) Radio2() WtpRadio2Output

Configuration options for radio 2. The structure of `radio2` block is documented below.

func (WtpOutput) Radio3 

func (o WtpOutput) Radio3() WtpRadio3Output

Configuration options for radio 3. The structure of `radio3` block is documented below.

func (WtpOutput) Radio4 

func (o WtpOutput) Radio4() WtpRadio4Output

Configuration options for radio 4. The structure of `radio4` block is documented below.

func (WtpOutput) Region 

func (o WtpOutput) Region() pulumi.StringOutput

Region name WTP is associated with.

func (WtpOutput) RegionX 

func (o WtpOutput) RegionX() pulumi.StringOutput

Relative horizontal region coordinate (between 0 and 1).

func (WtpOutput) RegionY 

func (o WtpOutput) RegionY() pulumi.StringOutput

Relative vertical region coordinate (between 0 and 1).

func (WtpOutput) SplitTunnelingAclLocalApSubnet 

func (o WtpOutput) SplitTunnelingAclLocalApSubnet() pulumi.StringOutput

Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.

func (WtpOutput) SplitTunnelingAclPath 

func (o WtpOutput) SplitTunnelingAclPath() pulumi.StringOutput

Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.

func (WtpOutput) SplitTunnelingAcls 

func (o WtpOutput) SplitTunnelingAcls() WtpSplitTunnelingAclArrayOutput

Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.

func (WtpOutput) ToWtpOutput 

func (o WtpOutput) ToWtpOutput() WtpOutput

func (WtpOutput) ToWtpOutputWithContext 

func (o WtpOutput) ToWtpOutputWithContext(ctx context.Context) WtpOutput
func (o WtpOutput) TunMtuDownlink() pulumi.IntOutput

Downlink tunnel MTU in octets. Set the value to either 0 (by default), 576, or 1500. 

func (o WtpOutput) TunMtuUplink() pulumi.IntOutput

Uplink tunnel maximum transmission unit (MTU) in octets (eight-bit bytes). Set the value to either 0 (by default), 576, or 1500.

func (WtpOutput) Uuid 

func (o WtpOutput) Uuid() pulumi.StringOutput

Universally Unique Identifier (UUID; automatically assigned but can be manually reset).

func (WtpOutput) Vdomparam 

func (o WtpOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (WtpOutput) WanPortMode 

func (o WtpOutput) WanPortMode() pulumi.StringOutput

Enable/disable using the FortiAP WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.

func (WtpOutput) WtpId 

func (o WtpOutput) WtpId() pulumi.StringOutput

WTP ID.

func (WtpOutput) WtpMode 

func (o WtpOutput) WtpMode() pulumi.StringOutput

WTP, AP, or FortiAP operating mode; normal (by default) or remote. A tunnel mode SSID can be assigned to an AP in normal mode but not remote mode, while a local-bridge mode SSID can be assigned to an AP in either normal mode or remote mode. Valid values: `normal`, `remote`.

func (WtpOutput) WtpProfile 

func (o WtpOutput) WtpProfile() pulumi.StringOutput

WTP profile name to apply to this WTP, AP or FortiAP.

type WtpRadio1 

type WtpRadio1 struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band *string `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpRadio1Channel `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode *string `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis *string `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand *string `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel *string `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower *string `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps *string `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// radio-id
	RadioId *int `pulumi:"radioId"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpRadio1Vap `pulumi:"vaps"`
}

type WtpRadio1Args 

type WtpRadio1Args struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpRadio1ChannelArrayInput `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode pulumi.StringPtrInput `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis pulumi.StringPtrInput `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand pulumi.StringPtrInput `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel pulumi.StringPtrInput `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower pulumi.StringPtrInput `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps pulumi.StringPtrInput `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// radio-id
	RadioId pulumi.IntPtrInput `pulumi:"radioId"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpRadio1VapArrayInput `pulumi:"vaps"`
}

func (WtpRadio1Args) ElementType 

func (WtpRadio1Args) ElementType() reflect.Type

func (WtpRadio1Args) ToWtpRadio1Output 

func (i WtpRadio1Args) ToWtpRadio1Output() WtpRadio1Output

func (WtpRadio1Args) ToWtpRadio1OutputWithContext 

func (i WtpRadio1Args) ToWtpRadio1OutputWithContext(ctx context.Context) WtpRadio1Output

func (WtpRadio1Args) ToWtpRadio1PtrOutput 

func (i WtpRadio1Args) ToWtpRadio1PtrOutput() WtpRadio1PtrOutput

func (WtpRadio1Args) ToWtpRadio1PtrOutputWithContext 

func (i WtpRadio1Args) ToWtpRadio1PtrOutputWithContext(ctx context.Context) WtpRadio1PtrOutput

type WtpRadio1Channel 

type WtpRadio1Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpRadio1ChannelArgs 

type WtpRadio1ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpRadio1ChannelArgs) ElementType 

func (WtpRadio1ChannelArgs) ElementType() reflect.Type

func (WtpRadio1ChannelArgs) ToWtpRadio1ChannelOutput 

func (i WtpRadio1ChannelArgs) ToWtpRadio1ChannelOutput() WtpRadio1ChannelOutput

func (WtpRadio1ChannelArgs) ToWtpRadio1ChannelOutputWithContext 

func (i WtpRadio1ChannelArgs) ToWtpRadio1ChannelOutputWithContext(ctx context.Context) WtpRadio1ChannelOutput

type WtpRadio1ChannelArray 

type WtpRadio1ChannelArray []WtpRadio1ChannelInput

func (WtpRadio1ChannelArray) ElementType 

func (WtpRadio1ChannelArray) ElementType() reflect.Type

func (WtpRadio1ChannelArray) ToWtpRadio1ChannelArrayOutput 

func (i WtpRadio1ChannelArray) ToWtpRadio1ChannelArrayOutput() WtpRadio1ChannelArrayOutput

func (WtpRadio1ChannelArray) ToWtpRadio1ChannelArrayOutputWithContext 

func (i WtpRadio1ChannelArray) ToWtpRadio1ChannelArrayOutputWithContext(ctx context.Context) WtpRadio1ChannelArrayOutput

type WtpRadio1ChannelArrayInput 

type WtpRadio1ChannelArrayInput interface {
	pulumi.Input

	ToWtpRadio1ChannelArrayOutput() WtpRadio1ChannelArrayOutput
	ToWtpRadio1ChannelArrayOutputWithContext(context.Context) WtpRadio1ChannelArrayOutput
}

WtpRadio1ChannelArrayInput is an input type that accepts WtpRadio1ChannelArray and WtpRadio1ChannelArrayOutput values. You can construct a concrete instance of `WtpRadio1ChannelArrayInput` via: 

WtpRadio1ChannelArray{ WtpRadio1ChannelArgs{...} }

type WtpRadio1ChannelArrayOutput 

type WtpRadio1ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio1ChannelArrayOutput) ElementType 

func (WtpRadio1ChannelArrayOutput) ElementType() reflect.Type

func (WtpRadio1ChannelArrayOutput) Index 

func (o WtpRadio1ChannelArrayOutput) Index(i pulumi.IntInput) WtpRadio1ChannelOutput

func (WtpRadio1ChannelArrayOutput) ToWtpRadio1ChannelArrayOutput 

func (o WtpRadio1ChannelArrayOutput) ToWtpRadio1ChannelArrayOutput() WtpRadio1ChannelArrayOutput

func (WtpRadio1ChannelArrayOutput) ToWtpRadio1ChannelArrayOutputWithContext 

func (o WtpRadio1ChannelArrayOutput) ToWtpRadio1ChannelArrayOutputWithContext(ctx context.Context) WtpRadio1ChannelArrayOutput

type WtpRadio1ChannelInput 

type WtpRadio1ChannelInput interface {
	pulumi.Input

	ToWtpRadio1ChannelOutput() WtpRadio1ChannelOutput
	ToWtpRadio1ChannelOutputWithContext(context.Context) WtpRadio1ChannelOutput
}

WtpRadio1ChannelInput is an input type that accepts WtpRadio1ChannelArgs and WtpRadio1ChannelOutput values. You can construct a concrete instance of `WtpRadio1ChannelInput` via: 

WtpRadio1ChannelArgs{...}

type WtpRadio1ChannelOutput 

type WtpRadio1ChannelOutput struct{ *pulumi.OutputState }

func (WtpRadio1ChannelOutput) Chan 

func (o WtpRadio1ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpRadio1ChannelOutput) ElementType 

func (WtpRadio1ChannelOutput) ElementType() reflect.Type

func (WtpRadio1ChannelOutput) ToWtpRadio1ChannelOutput 

func (o WtpRadio1ChannelOutput) ToWtpRadio1ChannelOutput() WtpRadio1ChannelOutput

func (WtpRadio1ChannelOutput) ToWtpRadio1ChannelOutputWithContext 

func (o WtpRadio1ChannelOutput) ToWtpRadio1ChannelOutputWithContext(ctx context.Context) WtpRadio1ChannelOutput

type WtpRadio1Input 

type WtpRadio1Input interface {
	pulumi.Input

	ToWtpRadio1Output() WtpRadio1Output
	ToWtpRadio1OutputWithContext(context.Context) WtpRadio1Output
}

WtpRadio1Input is an input type that accepts WtpRadio1Args and WtpRadio1Output values. You can construct a concrete instance of `WtpRadio1Input` via: 

WtpRadio1Args{...}

type WtpRadio1Output 

type WtpRadio1Output struct{ *pulumi.OutputState }

func (WtpRadio1Output) AutoPowerHigh 

func (o WtpRadio1Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio1Output) AutoPowerLevel 

func (o WtpRadio1Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio1Output) AutoPowerLow 

func (o WtpRadio1Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio1Output) AutoPowerTarget 

func (o WtpRadio1Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio1Output) Band 

func (o WtpRadio1Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio1Output) Channels 

func (o WtpRadio1Output) Channels() WtpRadio1ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio1Output) DrmaManualMode 

func (o WtpRadio1Output) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio1Output) ElementType 

func (WtpRadio1Output) ElementType() reflect.Type

func (WtpRadio1Output) OverrideAnalysis 

func (o WtpRadio1Output) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio1Output) OverrideBand 

func (o WtpRadio1Output) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio1Output) OverrideChannel 

func (o WtpRadio1Output) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio1Output) OverrideTxpower 

func (o WtpRadio1Output) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio1Output) OverrideVaps 

func (o WtpRadio1Output) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio1Output) PowerLevel 

func (o WtpRadio1Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio1Output) PowerMode 

func (o WtpRadio1Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio1Output) PowerValue 

func (o WtpRadio1Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio1Output) RadioId 

func (o WtpRadio1Output) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpRadio1Output) SpectrumAnalysis 

func (o WtpRadio1Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio1Output) ToWtpRadio1Output 

func (o WtpRadio1Output) ToWtpRadio1Output() WtpRadio1Output

func (WtpRadio1Output) ToWtpRadio1OutputWithContext 

func (o WtpRadio1Output) ToWtpRadio1OutputWithContext(ctx context.Context) WtpRadio1Output

func (WtpRadio1Output) ToWtpRadio1PtrOutput 

func (o WtpRadio1Output) ToWtpRadio1PtrOutput() WtpRadio1PtrOutput

func (WtpRadio1Output) ToWtpRadio1PtrOutputWithContext 

func (o WtpRadio1Output) ToWtpRadio1PtrOutputWithContext(ctx context.Context) WtpRadio1PtrOutput

func (WtpRadio1Output) VapAll 

func (o WtpRadio1Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio1Output) Vaps 

func (o WtpRadio1Output) Vaps() WtpRadio1VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio1PtrInput 

type WtpRadio1PtrInput interface {
	pulumi.Input

	ToWtpRadio1PtrOutput() WtpRadio1PtrOutput
	ToWtpRadio1PtrOutputWithContext(context.Context) WtpRadio1PtrOutput
}

WtpRadio1PtrInput is an input type that accepts WtpRadio1Args, WtpRadio1Ptr and WtpRadio1PtrOutput values. You can construct a concrete instance of `WtpRadio1PtrInput` via: 

        WtpRadio1Args{...}

or:

        nil

func WtpRadio1Ptr 

func WtpRadio1Ptr(v *WtpRadio1Args) WtpRadio1PtrInput

type WtpRadio1PtrOutput 

type WtpRadio1PtrOutput struct{ *pulumi.OutputState }

func (WtpRadio1PtrOutput) AutoPowerHigh 

func (o WtpRadio1PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio1PtrOutput) AutoPowerLevel 

func (o WtpRadio1PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio1PtrOutput) AutoPowerLow 

func (o WtpRadio1PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio1PtrOutput) AutoPowerTarget 

func (o WtpRadio1PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio1PtrOutput) Band 

func (o WtpRadio1PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio1PtrOutput) Channels 

func (o WtpRadio1PtrOutput) Channels() WtpRadio1ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio1PtrOutput) DrmaManualMode 

func (o WtpRadio1PtrOutput) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio1PtrOutput) Elem 

func (o WtpRadio1PtrOutput) Elem() WtpRadio1Output

func (WtpRadio1PtrOutput) ElementType 

func (WtpRadio1PtrOutput) ElementType() reflect.Type

func (WtpRadio1PtrOutput) OverrideAnalysis 

func (o WtpRadio1PtrOutput) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio1PtrOutput) OverrideBand 

func (o WtpRadio1PtrOutput) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio1PtrOutput) OverrideChannel 

func (o WtpRadio1PtrOutput) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio1PtrOutput) OverrideTxpower 

func (o WtpRadio1PtrOutput) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio1PtrOutput) OverrideVaps 

func (o WtpRadio1PtrOutput) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio1PtrOutput) PowerLevel 

func (o WtpRadio1PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio1PtrOutput) PowerMode 

func (o WtpRadio1PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio1PtrOutput) PowerValue 

func (o WtpRadio1PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio1PtrOutput) RadioId 

func (o WtpRadio1PtrOutput) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpRadio1PtrOutput) SpectrumAnalysis 

func (o WtpRadio1PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio1PtrOutput) ToWtpRadio1PtrOutput 

func (o WtpRadio1PtrOutput) ToWtpRadio1PtrOutput() WtpRadio1PtrOutput

func (WtpRadio1PtrOutput) ToWtpRadio1PtrOutputWithContext 

func (o WtpRadio1PtrOutput) ToWtpRadio1PtrOutputWithContext(ctx context.Context) WtpRadio1PtrOutput

func (WtpRadio1PtrOutput) VapAll 

func (o WtpRadio1PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio1PtrOutput) Vaps 

func (o WtpRadio1PtrOutput) Vaps() WtpRadio1VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio1Vap 

type WtpRadio1Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpRadio1VapArgs 

type WtpRadio1VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpRadio1VapArgs) ElementType 

func (WtpRadio1VapArgs) ElementType() reflect.Type

func (WtpRadio1VapArgs) ToWtpRadio1VapOutput 

func (i WtpRadio1VapArgs) ToWtpRadio1VapOutput() WtpRadio1VapOutput

func (WtpRadio1VapArgs) ToWtpRadio1VapOutputWithContext 

func (i WtpRadio1VapArgs) ToWtpRadio1VapOutputWithContext(ctx context.Context) WtpRadio1VapOutput

type WtpRadio1VapArray 

type WtpRadio1VapArray []WtpRadio1VapInput

func (WtpRadio1VapArray) ElementType 

func (WtpRadio1VapArray) ElementType() reflect.Type

func (WtpRadio1VapArray) ToWtpRadio1VapArrayOutput 

func (i WtpRadio1VapArray) ToWtpRadio1VapArrayOutput() WtpRadio1VapArrayOutput

func (WtpRadio1VapArray) ToWtpRadio1VapArrayOutputWithContext 

func (i WtpRadio1VapArray) ToWtpRadio1VapArrayOutputWithContext(ctx context.Context) WtpRadio1VapArrayOutput

type WtpRadio1VapArrayInput 

type WtpRadio1VapArrayInput interface {
	pulumi.Input

	ToWtpRadio1VapArrayOutput() WtpRadio1VapArrayOutput
	ToWtpRadio1VapArrayOutputWithContext(context.Context) WtpRadio1VapArrayOutput
}

WtpRadio1VapArrayInput is an input type that accepts WtpRadio1VapArray and WtpRadio1VapArrayOutput values. You can construct a concrete instance of `WtpRadio1VapArrayInput` via: 

WtpRadio1VapArray{ WtpRadio1VapArgs{...} }

type WtpRadio1VapArrayOutput 

type WtpRadio1VapArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio1VapArrayOutput) ElementType 

func (WtpRadio1VapArrayOutput) ElementType() reflect.Type

func (WtpRadio1VapArrayOutput) Index 

func (o WtpRadio1VapArrayOutput) Index(i pulumi.IntInput) WtpRadio1VapOutput

func (WtpRadio1VapArrayOutput) ToWtpRadio1VapArrayOutput 

func (o WtpRadio1VapArrayOutput) ToWtpRadio1VapArrayOutput() WtpRadio1VapArrayOutput

func (WtpRadio1VapArrayOutput) ToWtpRadio1VapArrayOutputWithContext 

func (o WtpRadio1VapArrayOutput) ToWtpRadio1VapArrayOutputWithContext(ctx context.Context) WtpRadio1VapArrayOutput

type WtpRadio1VapInput 

type WtpRadio1VapInput interface {
	pulumi.Input

	ToWtpRadio1VapOutput() WtpRadio1VapOutput
	ToWtpRadio1VapOutputWithContext(context.Context) WtpRadio1VapOutput
}

WtpRadio1VapInput is an input type that accepts WtpRadio1VapArgs and WtpRadio1VapOutput values. You can construct a concrete instance of `WtpRadio1VapInput` via: 

WtpRadio1VapArgs{...}

type WtpRadio1VapOutput 

type WtpRadio1VapOutput struct{ *pulumi.OutputState }

func (WtpRadio1VapOutput) ElementType 

func (WtpRadio1VapOutput) ElementType() reflect.Type

func (WtpRadio1VapOutput) Name 

func (o WtpRadio1VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpRadio1VapOutput) ToWtpRadio1VapOutput 

func (o WtpRadio1VapOutput) ToWtpRadio1VapOutput() WtpRadio1VapOutput

func (WtpRadio1VapOutput) ToWtpRadio1VapOutputWithContext 

func (o WtpRadio1VapOutput) ToWtpRadio1VapOutputWithContext(ctx context.Context) WtpRadio1VapOutput

type WtpRadio2 

type WtpRadio2 struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band *string `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpRadio2Channel `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode *string `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis *string `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand *string `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel *string `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower *string `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps *string `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// radio-id
	RadioId *int `pulumi:"radioId"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpRadio2Vap `pulumi:"vaps"`
}

type WtpRadio2Args 

type WtpRadio2Args struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpRadio2ChannelArrayInput `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode pulumi.StringPtrInput `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis pulumi.StringPtrInput `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand pulumi.StringPtrInput `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel pulumi.StringPtrInput `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower pulumi.StringPtrInput `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps pulumi.StringPtrInput `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// radio-id
	RadioId pulumi.IntPtrInput `pulumi:"radioId"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpRadio2VapArrayInput `pulumi:"vaps"`
}

func (WtpRadio2Args) ElementType 

func (WtpRadio2Args) ElementType() reflect.Type

func (WtpRadio2Args) ToWtpRadio2Output 

func (i WtpRadio2Args) ToWtpRadio2Output() WtpRadio2Output

func (WtpRadio2Args) ToWtpRadio2OutputWithContext 

func (i WtpRadio2Args) ToWtpRadio2OutputWithContext(ctx context.Context) WtpRadio2Output

func (WtpRadio2Args) ToWtpRadio2PtrOutput 

func (i WtpRadio2Args) ToWtpRadio2PtrOutput() WtpRadio2PtrOutput

func (WtpRadio2Args) ToWtpRadio2PtrOutputWithContext 

func (i WtpRadio2Args) ToWtpRadio2PtrOutputWithContext(ctx context.Context) WtpRadio2PtrOutput

type WtpRadio2Channel 

type WtpRadio2Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpRadio2ChannelArgs 

type WtpRadio2ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpRadio2ChannelArgs) ElementType 

func (WtpRadio2ChannelArgs) ElementType() reflect.Type

func (WtpRadio2ChannelArgs) ToWtpRadio2ChannelOutput 

func (i WtpRadio2ChannelArgs) ToWtpRadio2ChannelOutput() WtpRadio2ChannelOutput

func (WtpRadio2ChannelArgs) ToWtpRadio2ChannelOutputWithContext 

func (i WtpRadio2ChannelArgs) ToWtpRadio2ChannelOutputWithContext(ctx context.Context) WtpRadio2ChannelOutput

type WtpRadio2ChannelArray 

type WtpRadio2ChannelArray []WtpRadio2ChannelInput

func (WtpRadio2ChannelArray) ElementType 

func (WtpRadio2ChannelArray) ElementType() reflect.Type

func (WtpRadio2ChannelArray) ToWtpRadio2ChannelArrayOutput 

func (i WtpRadio2ChannelArray) ToWtpRadio2ChannelArrayOutput() WtpRadio2ChannelArrayOutput

func (WtpRadio2ChannelArray) ToWtpRadio2ChannelArrayOutputWithContext 

func (i WtpRadio2ChannelArray) ToWtpRadio2ChannelArrayOutputWithContext(ctx context.Context) WtpRadio2ChannelArrayOutput

type WtpRadio2ChannelArrayInput 

type WtpRadio2ChannelArrayInput interface {
	pulumi.Input

	ToWtpRadio2ChannelArrayOutput() WtpRadio2ChannelArrayOutput
	ToWtpRadio2ChannelArrayOutputWithContext(context.Context) WtpRadio2ChannelArrayOutput
}

WtpRadio2ChannelArrayInput is an input type that accepts WtpRadio2ChannelArray and WtpRadio2ChannelArrayOutput values. You can construct a concrete instance of `WtpRadio2ChannelArrayInput` via: 

WtpRadio2ChannelArray{ WtpRadio2ChannelArgs{...} }

type WtpRadio2ChannelArrayOutput 

type WtpRadio2ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio2ChannelArrayOutput) ElementType 

func (WtpRadio2ChannelArrayOutput) ElementType() reflect.Type

func (WtpRadio2ChannelArrayOutput) Index 

func (o WtpRadio2ChannelArrayOutput) Index(i pulumi.IntInput) WtpRadio2ChannelOutput

func (WtpRadio2ChannelArrayOutput) ToWtpRadio2ChannelArrayOutput 

func (o WtpRadio2ChannelArrayOutput) ToWtpRadio2ChannelArrayOutput() WtpRadio2ChannelArrayOutput

func (WtpRadio2ChannelArrayOutput) ToWtpRadio2ChannelArrayOutputWithContext 

func (o WtpRadio2ChannelArrayOutput) ToWtpRadio2ChannelArrayOutputWithContext(ctx context.Context) WtpRadio2ChannelArrayOutput

type WtpRadio2ChannelInput 

type WtpRadio2ChannelInput interface {
	pulumi.Input

	ToWtpRadio2ChannelOutput() WtpRadio2ChannelOutput
	ToWtpRadio2ChannelOutputWithContext(context.Context) WtpRadio2ChannelOutput
}

WtpRadio2ChannelInput is an input type that accepts WtpRadio2ChannelArgs and WtpRadio2ChannelOutput values. You can construct a concrete instance of `WtpRadio2ChannelInput` via: 

WtpRadio2ChannelArgs{...}

type WtpRadio2ChannelOutput 

type WtpRadio2ChannelOutput struct{ *pulumi.OutputState }

func (WtpRadio2ChannelOutput) Chan 

func (o WtpRadio2ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpRadio2ChannelOutput) ElementType 

func (WtpRadio2ChannelOutput) ElementType() reflect.Type

func (WtpRadio2ChannelOutput) ToWtpRadio2ChannelOutput 

func (o WtpRadio2ChannelOutput) ToWtpRadio2ChannelOutput() WtpRadio2ChannelOutput

func (WtpRadio2ChannelOutput) ToWtpRadio2ChannelOutputWithContext 

func (o WtpRadio2ChannelOutput) ToWtpRadio2ChannelOutputWithContext(ctx context.Context) WtpRadio2ChannelOutput

type WtpRadio2Input 

type WtpRadio2Input interface {
	pulumi.Input

	ToWtpRadio2Output() WtpRadio2Output
	ToWtpRadio2OutputWithContext(context.Context) WtpRadio2Output
}

WtpRadio2Input is an input type that accepts WtpRadio2Args and WtpRadio2Output values. You can construct a concrete instance of `WtpRadio2Input` via: 

WtpRadio2Args{...}

type WtpRadio2Output 

type WtpRadio2Output struct{ *pulumi.OutputState }

func (WtpRadio2Output) AutoPowerHigh 

func (o WtpRadio2Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio2Output) AutoPowerLevel 

func (o WtpRadio2Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio2Output) AutoPowerLow 

func (o WtpRadio2Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio2Output) AutoPowerTarget 

func (o WtpRadio2Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio2Output) Band 

func (o WtpRadio2Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio2Output) Channels 

func (o WtpRadio2Output) Channels() WtpRadio2ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio2Output) DrmaManualMode 

func (o WtpRadio2Output) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio2Output) ElementType 

func (WtpRadio2Output) ElementType() reflect.Type

func (WtpRadio2Output) OverrideAnalysis 

func (o WtpRadio2Output) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio2Output) OverrideBand 

func (o WtpRadio2Output) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio2Output) OverrideChannel 

func (o WtpRadio2Output) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio2Output) OverrideTxpower 

func (o WtpRadio2Output) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio2Output) OverrideVaps 

func (o WtpRadio2Output) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio2Output) PowerLevel 

func (o WtpRadio2Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio2Output) PowerMode 

func (o WtpRadio2Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio2Output) PowerValue 

func (o WtpRadio2Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio2Output) RadioId 

func (o WtpRadio2Output) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpRadio2Output) SpectrumAnalysis 

func (o WtpRadio2Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio2Output) ToWtpRadio2Output 

func (o WtpRadio2Output) ToWtpRadio2Output() WtpRadio2Output

func (WtpRadio2Output) ToWtpRadio2OutputWithContext 

func (o WtpRadio2Output) ToWtpRadio2OutputWithContext(ctx context.Context) WtpRadio2Output

func (WtpRadio2Output) ToWtpRadio2PtrOutput 

func (o WtpRadio2Output) ToWtpRadio2PtrOutput() WtpRadio2PtrOutput

func (WtpRadio2Output) ToWtpRadio2PtrOutputWithContext 

func (o WtpRadio2Output) ToWtpRadio2PtrOutputWithContext(ctx context.Context) WtpRadio2PtrOutput

func (WtpRadio2Output) VapAll 

func (o WtpRadio2Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio2Output) Vaps 

func (o WtpRadio2Output) Vaps() WtpRadio2VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio2PtrInput 

type WtpRadio2PtrInput interface {
	pulumi.Input

	ToWtpRadio2PtrOutput() WtpRadio2PtrOutput
	ToWtpRadio2PtrOutputWithContext(context.Context) WtpRadio2PtrOutput
}

WtpRadio2PtrInput is an input type that accepts WtpRadio2Args, WtpRadio2Ptr and WtpRadio2PtrOutput values. You can construct a concrete instance of `WtpRadio2PtrInput` via: 

        WtpRadio2Args{...}

or:

        nil

func WtpRadio2Ptr 

func WtpRadio2Ptr(v *WtpRadio2Args) WtpRadio2PtrInput

type WtpRadio2PtrOutput 

type WtpRadio2PtrOutput struct{ *pulumi.OutputState }

func (WtpRadio2PtrOutput) AutoPowerHigh 

func (o WtpRadio2PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio2PtrOutput) AutoPowerLevel 

func (o WtpRadio2PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio2PtrOutput) AutoPowerLow 

func (o WtpRadio2PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio2PtrOutput) AutoPowerTarget 

func (o WtpRadio2PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio2PtrOutput) Band 

func (o WtpRadio2PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio2PtrOutput) Channels 

func (o WtpRadio2PtrOutput) Channels() WtpRadio2ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio2PtrOutput) DrmaManualMode 

func (o WtpRadio2PtrOutput) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio2PtrOutput) Elem 

func (o WtpRadio2PtrOutput) Elem() WtpRadio2Output

func (WtpRadio2PtrOutput) ElementType 

func (WtpRadio2PtrOutput) ElementType() reflect.Type

func (WtpRadio2PtrOutput) OverrideAnalysis 

func (o WtpRadio2PtrOutput) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio2PtrOutput) OverrideBand 

func (o WtpRadio2PtrOutput) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio2PtrOutput) OverrideChannel 

func (o WtpRadio2PtrOutput) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio2PtrOutput) OverrideTxpower 

func (o WtpRadio2PtrOutput) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio2PtrOutput) OverrideVaps 

func (o WtpRadio2PtrOutput) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio2PtrOutput) PowerLevel 

func (o WtpRadio2PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio2PtrOutput) PowerMode 

func (o WtpRadio2PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio2PtrOutput) PowerValue 

func (o WtpRadio2PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio2PtrOutput) RadioId 

func (o WtpRadio2PtrOutput) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpRadio2PtrOutput) SpectrumAnalysis 

func (o WtpRadio2PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio2PtrOutput) ToWtpRadio2PtrOutput 

func (o WtpRadio2PtrOutput) ToWtpRadio2PtrOutput() WtpRadio2PtrOutput

func (WtpRadio2PtrOutput) ToWtpRadio2PtrOutputWithContext 

func (o WtpRadio2PtrOutput) ToWtpRadio2PtrOutputWithContext(ctx context.Context) WtpRadio2PtrOutput

func (WtpRadio2PtrOutput) VapAll 

func (o WtpRadio2PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio2PtrOutput) Vaps 

func (o WtpRadio2PtrOutput) Vaps() WtpRadio2VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio2Vap 

type WtpRadio2Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpRadio2VapArgs 

type WtpRadio2VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpRadio2VapArgs) ElementType 

func (WtpRadio2VapArgs) ElementType() reflect.Type

func (WtpRadio2VapArgs) ToWtpRadio2VapOutput 

func (i WtpRadio2VapArgs) ToWtpRadio2VapOutput() WtpRadio2VapOutput

func (WtpRadio2VapArgs) ToWtpRadio2VapOutputWithContext 

func (i WtpRadio2VapArgs) ToWtpRadio2VapOutputWithContext(ctx context.Context) WtpRadio2VapOutput

type WtpRadio2VapArray 

type WtpRadio2VapArray []WtpRadio2VapInput

func (WtpRadio2VapArray) ElementType 

func (WtpRadio2VapArray) ElementType() reflect.Type

func (WtpRadio2VapArray) ToWtpRadio2VapArrayOutput 

func (i WtpRadio2VapArray) ToWtpRadio2VapArrayOutput() WtpRadio2VapArrayOutput

func (WtpRadio2VapArray) ToWtpRadio2VapArrayOutputWithContext 

func (i WtpRadio2VapArray) ToWtpRadio2VapArrayOutputWithContext(ctx context.Context) WtpRadio2VapArrayOutput

type WtpRadio2VapArrayInput 

type WtpRadio2VapArrayInput interface {
	pulumi.Input

	ToWtpRadio2VapArrayOutput() WtpRadio2VapArrayOutput
	ToWtpRadio2VapArrayOutputWithContext(context.Context) WtpRadio2VapArrayOutput
}

WtpRadio2VapArrayInput is an input type that accepts WtpRadio2VapArray and WtpRadio2VapArrayOutput values. You can construct a concrete instance of `WtpRadio2VapArrayInput` via: 

WtpRadio2VapArray{ WtpRadio2VapArgs{...} }

type WtpRadio2VapArrayOutput 

type WtpRadio2VapArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio2VapArrayOutput) ElementType 

func (WtpRadio2VapArrayOutput) ElementType() reflect.Type

func (WtpRadio2VapArrayOutput) Index 

func (o WtpRadio2VapArrayOutput) Index(i pulumi.IntInput) WtpRadio2VapOutput

func (WtpRadio2VapArrayOutput) ToWtpRadio2VapArrayOutput 

func (o WtpRadio2VapArrayOutput) ToWtpRadio2VapArrayOutput() WtpRadio2VapArrayOutput

func (WtpRadio2VapArrayOutput) ToWtpRadio2VapArrayOutputWithContext 

func (o WtpRadio2VapArrayOutput) ToWtpRadio2VapArrayOutputWithContext(ctx context.Context) WtpRadio2VapArrayOutput

type WtpRadio2VapInput 

type WtpRadio2VapInput interface {
	pulumi.Input

	ToWtpRadio2VapOutput() WtpRadio2VapOutput
	ToWtpRadio2VapOutputWithContext(context.Context) WtpRadio2VapOutput
}

WtpRadio2VapInput is an input type that accepts WtpRadio2VapArgs and WtpRadio2VapOutput values. You can construct a concrete instance of `WtpRadio2VapInput` via: 

WtpRadio2VapArgs{...}

type WtpRadio2VapOutput 

type WtpRadio2VapOutput struct{ *pulumi.OutputState }

func (WtpRadio2VapOutput) ElementType 

func (WtpRadio2VapOutput) ElementType() reflect.Type

func (WtpRadio2VapOutput) Name 

func (o WtpRadio2VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpRadio2VapOutput) ToWtpRadio2VapOutput 

func (o WtpRadio2VapOutput) ToWtpRadio2VapOutput() WtpRadio2VapOutput

func (WtpRadio2VapOutput) ToWtpRadio2VapOutputWithContext 

func (o WtpRadio2VapOutput) ToWtpRadio2VapOutputWithContext(ctx context.Context) WtpRadio2VapOutput

type WtpRadio3 

type WtpRadio3 struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band *string `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpRadio3Channel `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode *string `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis *string `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand *string `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel *string `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower *string `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps *string `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpRadio3Vap `pulumi:"vaps"`
}

type WtpRadio3Args 

type WtpRadio3Args struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpRadio3ChannelArrayInput `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode pulumi.StringPtrInput `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis pulumi.StringPtrInput `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand pulumi.StringPtrInput `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel pulumi.StringPtrInput `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower pulumi.StringPtrInput `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps pulumi.StringPtrInput `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpRadio3VapArrayInput `pulumi:"vaps"`
}

func (WtpRadio3Args) ElementType 

func (WtpRadio3Args) ElementType() reflect.Type

func (WtpRadio3Args) ToWtpRadio3Output 

func (i WtpRadio3Args) ToWtpRadio3Output() WtpRadio3Output

func (WtpRadio3Args) ToWtpRadio3OutputWithContext 

func (i WtpRadio3Args) ToWtpRadio3OutputWithContext(ctx context.Context) WtpRadio3Output

func (WtpRadio3Args) ToWtpRadio3PtrOutput 

func (i WtpRadio3Args) ToWtpRadio3PtrOutput() WtpRadio3PtrOutput

func (WtpRadio3Args) ToWtpRadio3PtrOutputWithContext 

func (i WtpRadio3Args) ToWtpRadio3PtrOutputWithContext(ctx context.Context) WtpRadio3PtrOutput

type WtpRadio3Channel 

type WtpRadio3Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpRadio3ChannelArgs 

type WtpRadio3ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpRadio3ChannelArgs) ElementType 

func (WtpRadio3ChannelArgs) ElementType() reflect.Type

func (WtpRadio3ChannelArgs) ToWtpRadio3ChannelOutput 

func (i WtpRadio3ChannelArgs) ToWtpRadio3ChannelOutput() WtpRadio3ChannelOutput

func (WtpRadio3ChannelArgs) ToWtpRadio3ChannelOutputWithContext 

func (i WtpRadio3ChannelArgs) ToWtpRadio3ChannelOutputWithContext(ctx context.Context) WtpRadio3ChannelOutput

type WtpRadio3ChannelArray 

type WtpRadio3ChannelArray []WtpRadio3ChannelInput

func (WtpRadio3ChannelArray) ElementType 

func (WtpRadio3ChannelArray) ElementType() reflect.Type

func (WtpRadio3ChannelArray) ToWtpRadio3ChannelArrayOutput 

func (i WtpRadio3ChannelArray) ToWtpRadio3ChannelArrayOutput() WtpRadio3ChannelArrayOutput

func (WtpRadio3ChannelArray) ToWtpRadio3ChannelArrayOutputWithContext 

func (i WtpRadio3ChannelArray) ToWtpRadio3ChannelArrayOutputWithContext(ctx context.Context) WtpRadio3ChannelArrayOutput

type WtpRadio3ChannelArrayInput 

type WtpRadio3ChannelArrayInput interface {
	pulumi.Input

	ToWtpRadio3ChannelArrayOutput() WtpRadio3ChannelArrayOutput
	ToWtpRadio3ChannelArrayOutputWithContext(context.Context) WtpRadio3ChannelArrayOutput
}

WtpRadio3ChannelArrayInput is an input type that accepts WtpRadio3ChannelArray and WtpRadio3ChannelArrayOutput values. You can construct a concrete instance of `WtpRadio3ChannelArrayInput` via: 

WtpRadio3ChannelArray{ WtpRadio3ChannelArgs{...} }

type WtpRadio3ChannelArrayOutput 

type WtpRadio3ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio3ChannelArrayOutput) ElementType 

func (WtpRadio3ChannelArrayOutput) ElementType() reflect.Type

func (WtpRadio3ChannelArrayOutput) Index 

func (o WtpRadio3ChannelArrayOutput) Index(i pulumi.IntInput) WtpRadio3ChannelOutput

func (WtpRadio3ChannelArrayOutput) ToWtpRadio3ChannelArrayOutput 

func (o WtpRadio3ChannelArrayOutput) ToWtpRadio3ChannelArrayOutput() WtpRadio3ChannelArrayOutput

func (WtpRadio3ChannelArrayOutput) ToWtpRadio3ChannelArrayOutputWithContext 

func (o WtpRadio3ChannelArrayOutput) ToWtpRadio3ChannelArrayOutputWithContext(ctx context.Context) WtpRadio3ChannelArrayOutput

type WtpRadio3ChannelInput 

type WtpRadio3ChannelInput interface {
	pulumi.Input

	ToWtpRadio3ChannelOutput() WtpRadio3ChannelOutput
	ToWtpRadio3ChannelOutputWithContext(context.Context) WtpRadio3ChannelOutput
}

WtpRadio3ChannelInput is an input type that accepts WtpRadio3ChannelArgs and WtpRadio3ChannelOutput values. You can construct a concrete instance of `WtpRadio3ChannelInput` via: 

WtpRadio3ChannelArgs{...}

type WtpRadio3ChannelOutput 

type WtpRadio3ChannelOutput struct{ *pulumi.OutputState }

func (WtpRadio3ChannelOutput) Chan 

func (o WtpRadio3ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpRadio3ChannelOutput) ElementType 

func (WtpRadio3ChannelOutput) ElementType() reflect.Type

func (WtpRadio3ChannelOutput) ToWtpRadio3ChannelOutput 

func (o WtpRadio3ChannelOutput) ToWtpRadio3ChannelOutput() WtpRadio3ChannelOutput

func (WtpRadio3ChannelOutput) ToWtpRadio3ChannelOutputWithContext 

func (o WtpRadio3ChannelOutput) ToWtpRadio3ChannelOutputWithContext(ctx context.Context) WtpRadio3ChannelOutput

type WtpRadio3Input 

type WtpRadio3Input interface {
	pulumi.Input

	ToWtpRadio3Output() WtpRadio3Output
	ToWtpRadio3OutputWithContext(context.Context) WtpRadio3Output
}

WtpRadio3Input is an input type that accepts WtpRadio3Args and WtpRadio3Output values. You can construct a concrete instance of `WtpRadio3Input` via: 

WtpRadio3Args{...}

type WtpRadio3Output 

type WtpRadio3Output struct{ *pulumi.OutputState }

func (WtpRadio3Output) AutoPowerHigh 

func (o WtpRadio3Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio3Output) AutoPowerLevel 

func (o WtpRadio3Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio3Output) AutoPowerLow 

func (o WtpRadio3Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio3Output) AutoPowerTarget 

func (o WtpRadio3Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio3Output) Band 

func (o WtpRadio3Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio3Output) Channels 

func (o WtpRadio3Output) Channels() WtpRadio3ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio3Output) DrmaManualMode 

func (o WtpRadio3Output) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio3Output) ElementType 

func (WtpRadio3Output) ElementType() reflect.Type

func (WtpRadio3Output) OverrideAnalysis 

func (o WtpRadio3Output) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio3Output) OverrideBand 

func (o WtpRadio3Output) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio3Output) OverrideChannel 

func (o WtpRadio3Output) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio3Output) OverrideTxpower 

func (o WtpRadio3Output) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio3Output) OverrideVaps 

func (o WtpRadio3Output) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio3Output) PowerLevel 

func (o WtpRadio3Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio3Output) PowerMode 

func (o WtpRadio3Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio3Output) PowerValue 

func (o WtpRadio3Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio3Output) SpectrumAnalysis 

func (o WtpRadio3Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio3Output) ToWtpRadio3Output 

func (o WtpRadio3Output) ToWtpRadio3Output() WtpRadio3Output

func (WtpRadio3Output) ToWtpRadio3OutputWithContext 

func (o WtpRadio3Output) ToWtpRadio3OutputWithContext(ctx context.Context) WtpRadio3Output

func (WtpRadio3Output) ToWtpRadio3PtrOutput 

func (o WtpRadio3Output) ToWtpRadio3PtrOutput() WtpRadio3PtrOutput

func (WtpRadio3Output) ToWtpRadio3PtrOutputWithContext 

func (o WtpRadio3Output) ToWtpRadio3PtrOutputWithContext(ctx context.Context) WtpRadio3PtrOutput

func (WtpRadio3Output) VapAll 

func (o WtpRadio3Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio3Output) Vaps 

func (o WtpRadio3Output) Vaps() WtpRadio3VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio3PtrInput 

type WtpRadio3PtrInput interface {
	pulumi.Input

	ToWtpRadio3PtrOutput() WtpRadio3PtrOutput
	ToWtpRadio3PtrOutputWithContext(context.Context) WtpRadio3PtrOutput
}

WtpRadio3PtrInput is an input type that accepts WtpRadio3Args, WtpRadio3Ptr and WtpRadio3PtrOutput values. You can construct a concrete instance of `WtpRadio3PtrInput` via: 

        WtpRadio3Args{...}

or:

        nil

func WtpRadio3Ptr 

func WtpRadio3Ptr(v *WtpRadio3Args) WtpRadio3PtrInput

type WtpRadio3PtrOutput 

type WtpRadio3PtrOutput struct{ *pulumi.OutputState }

func (WtpRadio3PtrOutput) AutoPowerHigh 

func (o WtpRadio3PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio3PtrOutput) AutoPowerLevel 

func (o WtpRadio3PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio3PtrOutput) AutoPowerLow 

func (o WtpRadio3PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio3PtrOutput) AutoPowerTarget 

func (o WtpRadio3PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio3PtrOutput) Band 

func (o WtpRadio3PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio3PtrOutput) Channels 

func (o WtpRadio3PtrOutput) Channels() WtpRadio3ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio3PtrOutput) DrmaManualMode 

func (o WtpRadio3PtrOutput) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio3PtrOutput) Elem 

func (o WtpRadio3PtrOutput) Elem() WtpRadio3Output

func (WtpRadio3PtrOutput) ElementType 

func (WtpRadio3PtrOutput) ElementType() reflect.Type

func (WtpRadio3PtrOutput) OverrideAnalysis 

func (o WtpRadio3PtrOutput) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio3PtrOutput) OverrideBand 

func (o WtpRadio3PtrOutput) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio3PtrOutput) OverrideChannel 

func (o WtpRadio3PtrOutput) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio3PtrOutput) OverrideTxpower 

func (o WtpRadio3PtrOutput) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio3PtrOutput) OverrideVaps 

func (o WtpRadio3PtrOutput) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio3PtrOutput) PowerLevel 

func (o WtpRadio3PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio3PtrOutput) PowerMode 

func (o WtpRadio3PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio3PtrOutput) PowerValue 

func (o WtpRadio3PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio3PtrOutput) SpectrumAnalysis 

func (o WtpRadio3PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio3PtrOutput) ToWtpRadio3PtrOutput 

func (o WtpRadio3PtrOutput) ToWtpRadio3PtrOutput() WtpRadio3PtrOutput

func (WtpRadio3PtrOutput) ToWtpRadio3PtrOutputWithContext 

func (o WtpRadio3PtrOutput) ToWtpRadio3PtrOutputWithContext(ctx context.Context) WtpRadio3PtrOutput

func (WtpRadio3PtrOutput) VapAll 

func (o WtpRadio3PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio3PtrOutput) Vaps 

func (o WtpRadio3PtrOutput) Vaps() WtpRadio3VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio3Vap 

type WtpRadio3Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpRadio3VapArgs 

type WtpRadio3VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpRadio3VapArgs) ElementType 

func (WtpRadio3VapArgs) ElementType() reflect.Type

func (WtpRadio3VapArgs) ToWtpRadio3VapOutput 

func (i WtpRadio3VapArgs) ToWtpRadio3VapOutput() WtpRadio3VapOutput

func (WtpRadio3VapArgs) ToWtpRadio3VapOutputWithContext 

func (i WtpRadio3VapArgs) ToWtpRadio3VapOutputWithContext(ctx context.Context) WtpRadio3VapOutput

type WtpRadio3VapArray 

type WtpRadio3VapArray []WtpRadio3VapInput

func (WtpRadio3VapArray) ElementType 

func (WtpRadio3VapArray) ElementType() reflect.Type

func (WtpRadio3VapArray) ToWtpRadio3VapArrayOutput 

func (i WtpRadio3VapArray) ToWtpRadio3VapArrayOutput() WtpRadio3VapArrayOutput

func (WtpRadio3VapArray) ToWtpRadio3VapArrayOutputWithContext 

func (i WtpRadio3VapArray) ToWtpRadio3VapArrayOutputWithContext(ctx context.Context) WtpRadio3VapArrayOutput

type WtpRadio3VapArrayInput 

type WtpRadio3VapArrayInput interface {
	pulumi.Input

	ToWtpRadio3VapArrayOutput() WtpRadio3VapArrayOutput
	ToWtpRadio3VapArrayOutputWithContext(context.Context) WtpRadio3VapArrayOutput
}

WtpRadio3VapArrayInput is an input type that accepts WtpRadio3VapArray and WtpRadio3VapArrayOutput values. You can construct a concrete instance of `WtpRadio3VapArrayInput` via: 

WtpRadio3VapArray{ WtpRadio3VapArgs{...} }

type WtpRadio3VapArrayOutput 

type WtpRadio3VapArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio3VapArrayOutput) ElementType 

func (WtpRadio3VapArrayOutput) ElementType() reflect.Type

func (WtpRadio3VapArrayOutput) Index 

func (o WtpRadio3VapArrayOutput) Index(i pulumi.IntInput) WtpRadio3VapOutput

func (WtpRadio3VapArrayOutput) ToWtpRadio3VapArrayOutput 

func (o WtpRadio3VapArrayOutput) ToWtpRadio3VapArrayOutput() WtpRadio3VapArrayOutput

func (WtpRadio3VapArrayOutput) ToWtpRadio3VapArrayOutputWithContext 

func (o WtpRadio3VapArrayOutput) ToWtpRadio3VapArrayOutputWithContext(ctx context.Context) WtpRadio3VapArrayOutput

type WtpRadio3VapInput 

type WtpRadio3VapInput interface {
	pulumi.Input

	ToWtpRadio3VapOutput() WtpRadio3VapOutput
	ToWtpRadio3VapOutputWithContext(context.Context) WtpRadio3VapOutput
}

WtpRadio3VapInput is an input type that accepts WtpRadio3VapArgs and WtpRadio3VapOutput values. You can construct a concrete instance of `WtpRadio3VapInput` via: 

WtpRadio3VapArgs{...}

type WtpRadio3VapOutput 

type WtpRadio3VapOutput struct{ *pulumi.OutputState }

func (WtpRadio3VapOutput) ElementType 

func (WtpRadio3VapOutput) ElementType() reflect.Type

func (WtpRadio3VapOutput) Name 

func (o WtpRadio3VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpRadio3VapOutput) ToWtpRadio3VapOutput 

func (o WtpRadio3VapOutput) ToWtpRadio3VapOutput() WtpRadio3VapOutput

func (WtpRadio3VapOutput) ToWtpRadio3VapOutputWithContext 

func (o WtpRadio3VapOutput) ToWtpRadio3VapOutputWithContext(ctx context.Context) WtpRadio3VapOutput

type WtpRadio4 

type WtpRadio4 struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band *string `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpRadio4Channel `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode *string `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis *string `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand *string `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel *string `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower *string `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps *string `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpRadio4Vap `pulumi:"vaps"`
}

type WtpRadio4Args 

type WtpRadio4Args struct {
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 4 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpRadio4ChannelArrayInput `pulumi:"channels"`
	// Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.
	DrmaManualMode pulumi.StringPtrInput `pulumi:"drmaManualMode"`
	// Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.
	OverrideAnalysis pulumi.StringPtrInput `pulumi:"overrideAnalysis"`
	// Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.
	OverrideBand pulumi.StringPtrInput `pulumi:"overrideBand"`
	// Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.
	OverrideChannel pulumi.StringPtrInput `pulumi:"overrideChannel"`
	// Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.
	OverrideTxpower pulumi.StringPtrInput `pulumi:"overrideTxpower"`
	// Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.
	OverrideVaps pulumi.StringPtrInput `pulumi:"overrideVaps"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpRadio4VapArrayInput `pulumi:"vaps"`
}

func (WtpRadio4Args) ElementType 

func (WtpRadio4Args) ElementType() reflect.Type

func (WtpRadio4Args) ToWtpRadio4Output 

func (i WtpRadio4Args) ToWtpRadio4Output() WtpRadio4Output

func (WtpRadio4Args) ToWtpRadio4OutputWithContext 

func (i WtpRadio4Args) ToWtpRadio4OutputWithContext(ctx context.Context) WtpRadio4Output

func (WtpRadio4Args) ToWtpRadio4PtrOutput 

func (i WtpRadio4Args) ToWtpRadio4PtrOutput() WtpRadio4PtrOutput

func (WtpRadio4Args) ToWtpRadio4PtrOutputWithContext 

func (i WtpRadio4Args) ToWtpRadio4PtrOutputWithContext(ctx context.Context) WtpRadio4PtrOutput

type WtpRadio4Channel 

type WtpRadio4Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpRadio4ChannelArgs 

type WtpRadio4ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpRadio4ChannelArgs) ElementType 

func (WtpRadio4ChannelArgs) ElementType() reflect.Type

func (WtpRadio4ChannelArgs) ToWtpRadio4ChannelOutput 

func (i WtpRadio4ChannelArgs) ToWtpRadio4ChannelOutput() WtpRadio4ChannelOutput

func (WtpRadio4ChannelArgs) ToWtpRadio4ChannelOutputWithContext 

func (i WtpRadio4ChannelArgs) ToWtpRadio4ChannelOutputWithContext(ctx context.Context) WtpRadio4ChannelOutput

type WtpRadio4ChannelArray 

type WtpRadio4ChannelArray []WtpRadio4ChannelInput

func (WtpRadio4ChannelArray) ElementType 

func (WtpRadio4ChannelArray) ElementType() reflect.Type

func (WtpRadio4ChannelArray) ToWtpRadio4ChannelArrayOutput 

func (i WtpRadio4ChannelArray) ToWtpRadio4ChannelArrayOutput() WtpRadio4ChannelArrayOutput

func (WtpRadio4ChannelArray) ToWtpRadio4ChannelArrayOutputWithContext 

func (i WtpRadio4ChannelArray) ToWtpRadio4ChannelArrayOutputWithContext(ctx context.Context) WtpRadio4ChannelArrayOutput

type WtpRadio4ChannelArrayInput 

type WtpRadio4ChannelArrayInput interface {
	pulumi.Input

	ToWtpRadio4ChannelArrayOutput() WtpRadio4ChannelArrayOutput
	ToWtpRadio4ChannelArrayOutputWithContext(context.Context) WtpRadio4ChannelArrayOutput
}

WtpRadio4ChannelArrayInput is an input type that accepts WtpRadio4ChannelArray and WtpRadio4ChannelArrayOutput values. You can construct a concrete instance of `WtpRadio4ChannelArrayInput` via: 

WtpRadio4ChannelArray{ WtpRadio4ChannelArgs{...} }

type WtpRadio4ChannelArrayOutput 

type WtpRadio4ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio4ChannelArrayOutput) ElementType 

func (WtpRadio4ChannelArrayOutput) ElementType() reflect.Type

func (WtpRadio4ChannelArrayOutput) Index 

func (o WtpRadio4ChannelArrayOutput) Index(i pulumi.IntInput) WtpRadio4ChannelOutput

func (WtpRadio4ChannelArrayOutput) ToWtpRadio4ChannelArrayOutput 

func (o WtpRadio4ChannelArrayOutput) ToWtpRadio4ChannelArrayOutput() WtpRadio4ChannelArrayOutput

func (WtpRadio4ChannelArrayOutput) ToWtpRadio4ChannelArrayOutputWithContext 

func (o WtpRadio4ChannelArrayOutput) ToWtpRadio4ChannelArrayOutputWithContext(ctx context.Context) WtpRadio4ChannelArrayOutput

type WtpRadio4ChannelInput 

type WtpRadio4ChannelInput interface {
	pulumi.Input

	ToWtpRadio4ChannelOutput() WtpRadio4ChannelOutput
	ToWtpRadio4ChannelOutputWithContext(context.Context) WtpRadio4ChannelOutput
}

WtpRadio4ChannelInput is an input type that accepts WtpRadio4ChannelArgs and WtpRadio4ChannelOutput values. You can construct a concrete instance of `WtpRadio4ChannelInput` via: 

WtpRadio4ChannelArgs{...}

type WtpRadio4ChannelOutput 

type WtpRadio4ChannelOutput struct{ *pulumi.OutputState }

func (WtpRadio4ChannelOutput) Chan 

func (o WtpRadio4ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpRadio4ChannelOutput) ElementType 

func (WtpRadio4ChannelOutput) ElementType() reflect.Type

func (WtpRadio4ChannelOutput) ToWtpRadio4ChannelOutput 

func (o WtpRadio4ChannelOutput) ToWtpRadio4ChannelOutput() WtpRadio4ChannelOutput

func (WtpRadio4ChannelOutput) ToWtpRadio4ChannelOutputWithContext 

func (o WtpRadio4ChannelOutput) ToWtpRadio4ChannelOutputWithContext(ctx context.Context) WtpRadio4ChannelOutput

type WtpRadio4Input 

type WtpRadio4Input interface {
	pulumi.Input

	ToWtpRadio4Output() WtpRadio4Output
	ToWtpRadio4OutputWithContext(context.Context) WtpRadio4Output
}

WtpRadio4Input is an input type that accepts WtpRadio4Args and WtpRadio4Output values. You can construct a concrete instance of `WtpRadio4Input` via: 

WtpRadio4Args{...}

type WtpRadio4Output 

type WtpRadio4Output struct{ *pulumi.OutputState }

func (WtpRadio4Output) AutoPowerHigh 

func (o WtpRadio4Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio4Output) AutoPowerLevel 

func (o WtpRadio4Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio4Output) AutoPowerLow 

func (o WtpRadio4Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio4Output) AutoPowerTarget 

func (o WtpRadio4Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio4Output) Band 

func (o WtpRadio4Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio4Output) Channels 

func (o WtpRadio4Output) Channels() WtpRadio4ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio4Output) DrmaManualMode 

func (o WtpRadio4Output) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio4Output) ElementType 

func (WtpRadio4Output) ElementType() reflect.Type

func (WtpRadio4Output) OverrideAnalysis 

func (o WtpRadio4Output) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio4Output) OverrideBand 

func (o WtpRadio4Output) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio4Output) OverrideChannel 

func (o WtpRadio4Output) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio4Output) OverrideTxpower 

func (o WtpRadio4Output) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio4Output) OverrideVaps 

func (o WtpRadio4Output) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio4Output) PowerLevel 

func (o WtpRadio4Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio4Output) PowerMode 

func (o WtpRadio4Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio4Output) PowerValue 

func (o WtpRadio4Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio4Output) SpectrumAnalysis 

func (o WtpRadio4Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio4Output) ToWtpRadio4Output 

func (o WtpRadio4Output) ToWtpRadio4Output() WtpRadio4Output

func (WtpRadio4Output) ToWtpRadio4OutputWithContext 

func (o WtpRadio4Output) ToWtpRadio4OutputWithContext(ctx context.Context) WtpRadio4Output

func (WtpRadio4Output) ToWtpRadio4PtrOutput 

func (o WtpRadio4Output) ToWtpRadio4PtrOutput() WtpRadio4PtrOutput

func (WtpRadio4Output) ToWtpRadio4PtrOutputWithContext 

func (o WtpRadio4Output) ToWtpRadio4PtrOutputWithContext(ctx context.Context) WtpRadio4PtrOutput

func (WtpRadio4Output) VapAll 

func (o WtpRadio4Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio4Output) Vaps 

func (o WtpRadio4Output) Vaps() WtpRadio4VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio4PtrInput 

type WtpRadio4PtrInput interface {
	pulumi.Input

	ToWtpRadio4PtrOutput() WtpRadio4PtrOutput
	ToWtpRadio4PtrOutputWithContext(context.Context) WtpRadio4PtrOutput
}

WtpRadio4PtrInput is an input type that accepts WtpRadio4Args, WtpRadio4Ptr and WtpRadio4PtrOutput values. You can construct a concrete instance of `WtpRadio4PtrInput` via: 

        WtpRadio4Args{...}

or:

        nil

func WtpRadio4Ptr 

func WtpRadio4Ptr(v *WtpRadio4Args) WtpRadio4PtrInput

type WtpRadio4PtrOutput 

type WtpRadio4PtrOutput struct{ *pulumi.OutputState }

func (WtpRadio4PtrOutput) AutoPowerHigh 

func (o WtpRadio4PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio4PtrOutput) AutoPowerLevel 

func (o WtpRadio4PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpRadio4PtrOutput) AutoPowerLow 

func (o WtpRadio4PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpRadio4PtrOutput) AutoPowerTarget 

func (o WtpRadio4PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpRadio4PtrOutput) Band 

func (o WtpRadio4PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 4 operates on.

func (WtpRadio4PtrOutput) Channels 

func (o WtpRadio4PtrOutput) Channels() WtpRadio4ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpRadio4PtrOutput) DrmaManualMode 

func (o WtpRadio4PtrOutput) DrmaManualMode() pulumi.StringPtrOutput

Radio mode to be used for DRMA manual mode (default = ncf). Valid values: `ap`, `monitor`, `ncf`, `ncf-peek`.

func (WtpRadio4PtrOutput) Elem 

func (o WtpRadio4PtrOutput) Elem() WtpRadio4Output

func (WtpRadio4PtrOutput) ElementType 

func (WtpRadio4PtrOutput) ElementType() reflect.Type

func (WtpRadio4PtrOutput) OverrideAnalysis 

func (o WtpRadio4PtrOutput) OverrideAnalysis() pulumi.StringPtrOutput

Enable to override the WTP profile spectrum analysis configuration. Valid values: `enable`, `disable`.

func (WtpRadio4PtrOutput) OverrideBand 

func (o WtpRadio4PtrOutput) OverrideBand() pulumi.StringPtrOutput

Enable to override the WTP profile band setting. Valid values: `enable`, `disable`.

func (WtpRadio4PtrOutput) OverrideChannel 

func (o WtpRadio4PtrOutput) OverrideChannel() pulumi.StringPtrOutput

Enable to override WTP profile channel settings. Valid values: `enable`, `disable`.

func (WtpRadio4PtrOutput) OverrideTxpower 

func (o WtpRadio4PtrOutput) OverrideTxpower() pulumi.StringPtrOutput

Enable to override the WTP profile power level configuration. Valid values: `enable`, `disable`.

func (WtpRadio4PtrOutput) OverrideVaps 

func (o WtpRadio4PtrOutput) OverrideVaps() pulumi.StringPtrOutput

Enable to override WTP profile Virtual Access Point (VAP) settings. Valid values: `enable`, `disable`.

func (WtpRadio4PtrOutput) PowerLevel 

func (o WtpRadio4PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpRadio4PtrOutput) PowerMode 

func (o WtpRadio4PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpRadio4PtrOutput) PowerValue 

func (o WtpRadio4PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpRadio4PtrOutput) SpectrumAnalysis 

func (o WtpRadio4PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpRadio4PtrOutput) ToWtpRadio4PtrOutput 

func (o WtpRadio4PtrOutput) ToWtpRadio4PtrOutput() WtpRadio4PtrOutput

func (WtpRadio4PtrOutput) ToWtpRadio4PtrOutputWithContext 

func (o WtpRadio4PtrOutput) ToWtpRadio4PtrOutputWithContext(ctx context.Context) WtpRadio4PtrOutput

func (WtpRadio4PtrOutput) VapAll 

func (o WtpRadio4PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpRadio4PtrOutput) Vaps 

func (o WtpRadio4PtrOutput) Vaps() WtpRadio4VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

type WtpRadio4Vap 

type WtpRadio4Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpRadio4VapArgs 

type WtpRadio4VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpRadio4VapArgs) ElementType 

func (WtpRadio4VapArgs) ElementType() reflect.Type

func (WtpRadio4VapArgs) ToWtpRadio4VapOutput 

func (i WtpRadio4VapArgs) ToWtpRadio4VapOutput() WtpRadio4VapOutput

func (WtpRadio4VapArgs) ToWtpRadio4VapOutputWithContext 

func (i WtpRadio4VapArgs) ToWtpRadio4VapOutputWithContext(ctx context.Context) WtpRadio4VapOutput

type WtpRadio4VapArray 

type WtpRadio4VapArray []WtpRadio4VapInput

func (WtpRadio4VapArray) ElementType 

func (WtpRadio4VapArray) ElementType() reflect.Type

func (WtpRadio4VapArray) ToWtpRadio4VapArrayOutput 

func (i WtpRadio4VapArray) ToWtpRadio4VapArrayOutput() WtpRadio4VapArrayOutput

func (WtpRadio4VapArray) ToWtpRadio4VapArrayOutputWithContext 

func (i WtpRadio4VapArray) ToWtpRadio4VapArrayOutputWithContext(ctx context.Context) WtpRadio4VapArrayOutput

type WtpRadio4VapArrayInput 

type WtpRadio4VapArrayInput interface {
	pulumi.Input

	ToWtpRadio4VapArrayOutput() WtpRadio4VapArrayOutput
	ToWtpRadio4VapArrayOutputWithContext(context.Context) WtpRadio4VapArrayOutput
}

WtpRadio4VapArrayInput is an input type that accepts WtpRadio4VapArray and WtpRadio4VapArrayOutput values. You can construct a concrete instance of `WtpRadio4VapArrayInput` via: 

WtpRadio4VapArray{ WtpRadio4VapArgs{...} }

type WtpRadio4VapArrayOutput 

type WtpRadio4VapArrayOutput struct{ *pulumi.OutputState }

func (WtpRadio4VapArrayOutput) ElementType 

func (WtpRadio4VapArrayOutput) ElementType() reflect.Type

func (WtpRadio4VapArrayOutput) Index 

func (o WtpRadio4VapArrayOutput) Index(i pulumi.IntInput) WtpRadio4VapOutput

func (WtpRadio4VapArrayOutput) ToWtpRadio4VapArrayOutput 

func (o WtpRadio4VapArrayOutput) ToWtpRadio4VapArrayOutput() WtpRadio4VapArrayOutput

func (WtpRadio4VapArrayOutput) ToWtpRadio4VapArrayOutputWithContext 

func (o WtpRadio4VapArrayOutput) ToWtpRadio4VapArrayOutputWithContext(ctx context.Context) WtpRadio4VapArrayOutput

type WtpRadio4VapInput 

type WtpRadio4VapInput interface {
	pulumi.Input

	ToWtpRadio4VapOutput() WtpRadio4VapOutput
	ToWtpRadio4VapOutputWithContext(context.Context) WtpRadio4VapOutput
}

WtpRadio4VapInput is an input type that accepts WtpRadio4VapArgs and WtpRadio4VapOutput values. You can construct a concrete instance of `WtpRadio4VapInput` via: 

WtpRadio4VapArgs{...}

type WtpRadio4VapOutput 

type WtpRadio4VapOutput struct{ *pulumi.OutputState }

func (WtpRadio4VapOutput) ElementType 

func (WtpRadio4VapOutput) ElementType() reflect.Type

func (WtpRadio4VapOutput) Name 

func (o WtpRadio4VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpRadio4VapOutput) ToWtpRadio4VapOutput 

func (o WtpRadio4VapOutput) ToWtpRadio4VapOutput() WtpRadio4VapOutput

func (WtpRadio4VapOutput) ToWtpRadio4VapOutputWithContext 

func (o WtpRadio4VapOutput) ToWtpRadio4VapOutputWithContext(ctx context.Context) WtpRadio4VapOutput

type WtpSplitTunnelingAcl 

type WtpSplitTunnelingAcl struct {
	// Destination IP and mask for the split-tunneling subnet.
	DestIp *string `pulumi:"destIp"`
	// ID.
	Id *int `pulumi:"id"`
}

type WtpSplitTunnelingAclArgs 

type WtpSplitTunnelingAclArgs struct {
	// Destination IP and mask for the split-tunneling subnet.
	DestIp pulumi.StringPtrInput `pulumi:"destIp"`
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
}

func (WtpSplitTunnelingAclArgs) ElementType 

func (WtpSplitTunnelingAclArgs) ElementType() reflect.Type

func (WtpSplitTunnelingAclArgs) ToWtpSplitTunnelingAclOutput 

func (i WtpSplitTunnelingAclArgs) ToWtpSplitTunnelingAclOutput() WtpSplitTunnelingAclOutput

func (WtpSplitTunnelingAclArgs) ToWtpSplitTunnelingAclOutputWithContext 

func (i WtpSplitTunnelingAclArgs) ToWtpSplitTunnelingAclOutputWithContext(ctx context.Context) WtpSplitTunnelingAclOutput

type WtpSplitTunnelingAclArray 

type WtpSplitTunnelingAclArray []WtpSplitTunnelingAclInput

func (WtpSplitTunnelingAclArray) ElementType 

func (WtpSplitTunnelingAclArray) ElementType() reflect.Type

func (WtpSplitTunnelingAclArray) ToWtpSplitTunnelingAclArrayOutput 

func (i WtpSplitTunnelingAclArray) ToWtpSplitTunnelingAclArrayOutput() WtpSplitTunnelingAclArrayOutput

func (WtpSplitTunnelingAclArray) ToWtpSplitTunnelingAclArrayOutputWithContext 

func (i WtpSplitTunnelingAclArray) ToWtpSplitTunnelingAclArrayOutputWithContext(ctx context.Context) WtpSplitTunnelingAclArrayOutput

type WtpSplitTunnelingAclArrayInput 

type WtpSplitTunnelingAclArrayInput interface {
	pulumi.Input

	ToWtpSplitTunnelingAclArrayOutput() WtpSplitTunnelingAclArrayOutput
	ToWtpSplitTunnelingAclArrayOutputWithContext(context.Context) WtpSplitTunnelingAclArrayOutput
}

WtpSplitTunnelingAclArrayInput is an input type that accepts WtpSplitTunnelingAclArray and WtpSplitTunnelingAclArrayOutput values. You can construct a concrete instance of `WtpSplitTunnelingAclArrayInput` via: 

WtpSplitTunnelingAclArray{ WtpSplitTunnelingAclArgs{...} }

type WtpSplitTunnelingAclArrayOutput 

type WtpSplitTunnelingAclArrayOutput struct{ *pulumi.OutputState }

func (WtpSplitTunnelingAclArrayOutput) ElementType 

func (WtpSplitTunnelingAclArrayOutput) ElementType() reflect.Type

func (WtpSplitTunnelingAclArrayOutput) Index 

func (o WtpSplitTunnelingAclArrayOutput) Index(i pulumi.IntInput) WtpSplitTunnelingAclOutput

func (WtpSplitTunnelingAclArrayOutput) ToWtpSplitTunnelingAclArrayOutput 

func (o WtpSplitTunnelingAclArrayOutput) ToWtpSplitTunnelingAclArrayOutput() WtpSplitTunnelingAclArrayOutput

func (WtpSplitTunnelingAclArrayOutput) ToWtpSplitTunnelingAclArrayOutputWithContext 

func (o WtpSplitTunnelingAclArrayOutput) ToWtpSplitTunnelingAclArrayOutputWithContext(ctx context.Context) WtpSplitTunnelingAclArrayOutput

type WtpSplitTunnelingAclInput 

type WtpSplitTunnelingAclInput interface {
	pulumi.Input

	ToWtpSplitTunnelingAclOutput() WtpSplitTunnelingAclOutput
	ToWtpSplitTunnelingAclOutputWithContext(context.Context) WtpSplitTunnelingAclOutput
}

WtpSplitTunnelingAclInput is an input type that accepts WtpSplitTunnelingAclArgs and WtpSplitTunnelingAclOutput values. You can construct a concrete instance of `WtpSplitTunnelingAclInput` via: 

WtpSplitTunnelingAclArgs{...}

type WtpSplitTunnelingAclOutput 

type WtpSplitTunnelingAclOutput struct{ *pulumi.OutputState }

func (WtpSplitTunnelingAclOutput) DestIp 

func (o WtpSplitTunnelingAclOutput) DestIp() pulumi.StringPtrOutput

Destination IP and mask for the split-tunneling subnet.

func (WtpSplitTunnelingAclOutput) ElementType 

func (WtpSplitTunnelingAclOutput) ElementType() reflect.Type

func (WtpSplitTunnelingAclOutput) Id 

func (o WtpSplitTunnelingAclOutput) Id() pulumi.IntPtrOutput

ID.

func (WtpSplitTunnelingAclOutput) ToWtpSplitTunnelingAclOutput 

func (o WtpSplitTunnelingAclOutput) ToWtpSplitTunnelingAclOutput() WtpSplitTunnelingAclOutput

func (WtpSplitTunnelingAclOutput) ToWtpSplitTunnelingAclOutputWithContext 

func (o WtpSplitTunnelingAclOutput) ToWtpSplitTunnelingAclOutputWithContext(ctx context.Context) WtpSplitTunnelingAclOutput

type WtpState 

type WtpState struct {
	// Configure how the FortiGate operating as a wireless controller discovers and manages this WTP, AP or FortiAP. Valid values: `discovered`, `disable`, `enable`.
	Admin pulumi.StringPtrInput
	// Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.
	Allowaccess pulumi.StringPtrInput
	// AP local configuration profile name.
	ApcfgProfile pulumi.StringPtrInput
	// Override BLE Major ID.
	BleMajorId pulumi.IntPtrInput
	// Override BLE Minor ID.
	BleMinorId pulumi.IntPtrInput
	// Bonjour profile name.
	BonjourProfile pulumi.StringPtrInput
	// WTP latitude coordinate.
	CoordinateLatitude pulumi.StringPtrInput
	// WTP longitude coordinate.
	CoordinateLongitude pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Firmware version to provision to this FortiAP on bootup (major.minor.build, i.e. 6.2.1234).
	FirmwareProvision pulumi.StringPtrInput
	// Enable/disable one-time automatic provisioning of the latest firmware version. Valid values: `disable`, `once`.
	FirmwareProvisionLatest pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable WTP image download. Valid values: `enable`, `disable`.
	ImageDownload pulumi.StringPtrInput
	// Index (0 - 4294967295).
	Index pulumi.IntPtrInput
	// Method by which IP fragmentation is prevented for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.
	IpFragmentPreventing pulumi.StringPtrInput
	// WTP LAN port mapping. The structure of `lan` block is documented below.
	Lan WtpLanPtrInput
	// Enable to allow the FortiAPs LEDs to light. Disable to keep the LEDs off. You may want to keep the LEDs off so they are not distracting in low light areas etc. Valid values: `enable`, `disable`.
	LedState pulumi.StringPtrInput
	// Field for describing the physical location of the WTP, AP or FortiAP.
	Location pulumi.StringPtrInput
	// Set the managed WTP, FortiAP, or AP's administrator password.
	LoginPasswd pulumi.StringPtrInput
	// Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.
	LoginPasswdChange pulumi.StringPtrInput
	// Enable/disable mesh Ethernet bridge when WTP is configured as a mesh branch/leaf AP. Valid values: `default`, `enable`, `disable`.
	MeshBridgeEnable pulumi.StringPtrInput
	// WTP, AP or FortiAP configuration name.
	Name pulumi.StringPtrInput
	// Enable to override the WTP profile management access configuration. Valid values: `enable`, `disable`.
	OverrideAllowaccess pulumi.StringPtrInput
	// Enable/disable overriding the WTP profile IP fragment prevention setting. Valid values: `enable`, `disable`.
	OverrideIpFragment pulumi.StringPtrInput
	// Enable to override the WTP profile LAN port setting. Valid values: `enable`, `disable`.
	OverrideLan pulumi.StringPtrInput
	// Enable to override the profile LED state setting for this FortiAP. You must enable this option to use the led-state command to turn off the FortiAP's LEDs. Valid values: `enable`, `disable`.
	OverrideLedState pulumi.StringPtrInput
	// Enable to override the WTP profile login-password (administrator password) setting. Valid values: `enable`, `disable`.
	OverrideLoginPasswdChange pulumi.StringPtrInput
	// Enable/disable overriding the WTP profile split tunneling setting. Valid values: `enable`, `disable`.
	OverrideSplitTunnel pulumi.StringPtrInput
	// Enable/disable overriding the wan-port-mode in the WTP profile. Valid values: `enable`, `disable`.
	OverrideWanPortMode pulumi.StringPtrInput
	// Purdue Level of this WTP. Valid values: `1`, `1.5`, `2`, `2.5`, `3`, `3.5`, `4`, `5`, `5.5`.
	PurdueLevel pulumi.StringPtrInput
	// Configuration options for radio 1. The structure of `radio1` block is documented below.
	Radio1 WtpRadio1PtrInput
	// Configuration options for radio 2. The structure of `radio2` block is documented below.
	Radio2 WtpRadio2PtrInput
	// Configuration options for radio 3. The structure of `radio3` block is documented below.
	Radio3 WtpRadio3PtrInput
	// Configuration options for radio 4. The structure of `radio4` block is documented below.
	Radio4 WtpRadio4PtrInput
	// Region name WTP is associated with.
	Region pulumi.StringPtrInput
	// Relative horizontal region coordinate (between 0 and 1).
	RegionX pulumi.StringPtrInput
	// Relative vertical region coordinate (between 0 and 1).
	RegionY pulumi.StringPtrInput
	// Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.
	SplitTunnelingAclLocalApSubnet pulumi.StringPtrInput
	// Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.
	SplitTunnelingAclPath pulumi.StringPtrInput
	// Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.
	SplitTunnelingAcls WtpSplitTunnelingAclArrayInput
	// Downlink tunnel MTU in octets. Set the value to either 0 (by default), 576, or 1500.
	TunMtuDownlink pulumi.IntPtrInput
	// Uplink tunnel maximum transmission unit (MTU) in octets (eight-bit bytes). Set the value to either 0 (by default), 576, or 1500.
	TunMtuUplink pulumi.IntPtrInput
	// Universally Unique Identifier (UUID; automatically assigned but can be manually reset).
	Uuid pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Enable/disable using the FortiAP WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.
	WanPortMode pulumi.StringPtrInput
	// WTP ID.
	WtpId pulumi.StringPtrInput
	// WTP, AP, or FortiAP operating mode; normal (by default) or remote. A tunnel mode SSID can be assigned to an AP in normal mode but not remote mode, while a local-bridge mode SSID can be assigned to an AP in either normal mode or remote mode. Valid values: `normal`, `remote`.
	WtpMode pulumi.StringPtrInput
	// WTP profile name to apply to this WTP, AP or FortiAP.
	WtpProfile pulumi.StringPtrInput
}

func (WtpState) ElementType 

func (WtpState) ElementType() reflect.Type

type Wtpgroup 

type Wtpgroup struct {
	pulumi.CustomResourceState

	// Override BLE Major ID.
	BleMajorId pulumi.IntOutput `pulumi:"bleMajorId"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// WTP group name.
	Name pulumi.StringOutput `pulumi:"name"`
	// FortiAP models to define the WTP group platform type.
	PlatformType pulumi.StringOutput `pulumi:"platformType"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// WTP list. The structure of `wtps` block is documented below.
	Wtps WtpgroupWtpArrayOutput `pulumi:"wtps"`
}

Configure WTP groups.

## Import

WirelessController WtpGroup can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/wtpgroup:Wtpgroup labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/wtpgroup:Wtpgroup labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetWtpgroup 

func GetWtpgroup(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *WtpgroupState, opts ...pulumi.ResourceOption) (*Wtpgroup, error)

GetWtpgroup gets an existing Wtpgroup resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewWtpgroup 

func NewWtpgroup(ctx *pulumi.Context,
	name string, args *WtpgroupArgs, opts ...pulumi.ResourceOption) (*Wtpgroup, error)

NewWtpgroup registers a new resource with the given unique name, arguments, and options.

func (*Wtpgroup) ElementType 

func (*Wtpgroup) ElementType() reflect.Type

func (*Wtpgroup) ToWtpgroupOutput 

func (i *Wtpgroup) ToWtpgroupOutput() WtpgroupOutput

func (*Wtpgroup) ToWtpgroupOutputWithContext 

func (i *Wtpgroup) ToWtpgroupOutputWithContext(ctx context.Context) WtpgroupOutput

type WtpgroupArgs 

type WtpgroupArgs struct {
	// Override BLE Major ID.
	BleMajorId pulumi.IntPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// WTP group name.
	Name pulumi.StringPtrInput
	// FortiAP models to define the WTP group platform type.
	PlatformType pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// WTP list. The structure of `wtps` block is documented below.
	Wtps WtpgroupWtpArrayInput
}

The set of arguments for constructing a Wtpgroup resource.

func (WtpgroupArgs) ElementType 

func (WtpgroupArgs) ElementType() reflect.Type

type WtpgroupArray 

type WtpgroupArray []WtpgroupInput

func (WtpgroupArray) ElementType 

func (WtpgroupArray) ElementType() reflect.Type

func (WtpgroupArray) ToWtpgroupArrayOutput 

func (i WtpgroupArray) ToWtpgroupArrayOutput() WtpgroupArrayOutput

func (WtpgroupArray) ToWtpgroupArrayOutputWithContext 

func (i WtpgroupArray) ToWtpgroupArrayOutputWithContext(ctx context.Context) WtpgroupArrayOutput

type WtpgroupArrayInput 

type WtpgroupArrayInput interface {
	pulumi.Input

	ToWtpgroupArrayOutput() WtpgroupArrayOutput
	ToWtpgroupArrayOutputWithContext(context.Context) WtpgroupArrayOutput
}

WtpgroupArrayInput is an input type that accepts WtpgroupArray and WtpgroupArrayOutput values. You can construct a concrete instance of `WtpgroupArrayInput` via: 

WtpgroupArray{ WtpgroupArgs{...} }

type WtpgroupArrayOutput 

type WtpgroupArrayOutput struct{ *pulumi.OutputState }

func (WtpgroupArrayOutput) ElementType 

func (WtpgroupArrayOutput) ElementType() reflect.Type

func (WtpgroupArrayOutput) Index 

func (o WtpgroupArrayOutput) Index(i pulumi.IntInput) WtpgroupOutput

func (WtpgroupArrayOutput) ToWtpgroupArrayOutput 

func (o WtpgroupArrayOutput) ToWtpgroupArrayOutput() WtpgroupArrayOutput

func (WtpgroupArrayOutput) ToWtpgroupArrayOutputWithContext 

func (o WtpgroupArrayOutput) ToWtpgroupArrayOutputWithContext(ctx context.Context) WtpgroupArrayOutput

type WtpgroupInput 

type WtpgroupInput interface {
	pulumi.Input

	ToWtpgroupOutput() WtpgroupOutput
	ToWtpgroupOutputWithContext(ctx context.Context) WtpgroupOutput
}

type WtpgroupMap 

type WtpgroupMap map[string]WtpgroupInput

func (WtpgroupMap) ElementType 

func (WtpgroupMap) ElementType() reflect.Type

func (WtpgroupMap) ToWtpgroupMapOutput 

func (i WtpgroupMap) ToWtpgroupMapOutput() WtpgroupMapOutput

func (WtpgroupMap) ToWtpgroupMapOutputWithContext 

func (i WtpgroupMap) ToWtpgroupMapOutputWithContext(ctx context.Context) WtpgroupMapOutput

type WtpgroupMapInput 

type WtpgroupMapInput interface {
	pulumi.Input

	ToWtpgroupMapOutput() WtpgroupMapOutput
	ToWtpgroupMapOutputWithContext(context.Context) WtpgroupMapOutput
}

WtpgroupMapInput is an input type that accepts WtpgroupMap and WtpgroupMapOutput values. You can construct a concrete instance of `WtpgroupMapInput` via: 

WtpgroupMap{ "key": WtpgroupArgs{...} }

type WtpgroupMapOutput 

type WtpgroupMapOutput struct{ *pulumi.OutputState }

func (WtpgroupMapOutput) ElementType 

func (WtpgroupMapOutput) ElementType() reflect.Type

func (WtpgroupMapOutput) MapIndex 

func (o WtpgroupMapOutput) MapIndex(k pulumi.StringInput) WtpgroupOutput

func (WtpgroupMapOutput) ToWtpgroupMapOutput 

func (o WtpgroupMapOutput) ToWtpgroupMapOutput() WtpgroupMapOutput

func (WtpgroupMapOutput) ToWtpgroupMapOutputWithContext 

func (o WtpgroupMapOutput) ToWtpgroupMapOutputWithContext(ctx context.Context) WtpgroupMapOutput

type WtpgroupOutput 

type WtpgroupOutput struct{ *pulumi.OutputState }

func (WtpgroupOutput) BleMajorId 

func (o WtpgroupOutput) BleMajorId() pulumi.IntOutput

Override BLE Major ID.

func (WtpgroupOutput) DynamicSortSubtable 

func (o WtpgroupOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (WtpgroupOutput) ElementType 

func (WtpgroupOutput) ElementType() reflect.Type

func (WtpgroupOutput) GetAllTables 

func (o WtpgroupOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (WtpgroupOutput) Name 

func (o WtpgroupOutput) Name() pulumi.StringOutput

WTP group name.

func (WtpgroupOutput) PlatformType 

func (o WtpgroupOutput) PlatformType() pulumi.StringOutput

FortiAP models to define the WTP group platform type.

func (WtpgroupOutput) ToWtpgroupOutput 

func (o WtpgroupOutput) ToWtpgroupOutput() WtpgroupOutput

func (WtpgroupOutput) ToWtpgroupOutputWithContext 

func (o WtpgroupOutput) ToWtpgroupOutputWithContext(ctx context.Context) WtpgroupOutput

func (WtpgroupOutput) Vdomparam 

func (o WtpgroupOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (WtpgroupOutput) Wtps 

func (o WtpgroupOutput) Wtps() WtpgroupWtpArrayOutput

WTP list. The structure of `wtps` block is documented below.

type WtpgroupState 

type WtpgroupState struct {
	// Override BLE Major ID.
	BleMajorId pulumi.IntPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// WTP group name.
	Name pulumi.StringPtrInput
	// FortiAP models to define the WTP group platform type.
	PlatformType pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// WTP list. The structure of `wtps` block is documented below.
	Wtps WtpgroupWtpArrayInput
}

func (WtpgroupState) ElementType 

func (WtpgroupState) ElementType() reflect.Type

type WtpgroupWtp 

type WtpgroupWtp struct {
	// WTP ID.
	WtpId *string `pulumi:"wtpId"`
}

type WtpgroupWtpArgs 

type WtpgroupWtpArgs struct {
	// WTP ID.
	WtpId pulumi.StringPtrInput `pulumi:"wtpId"`
}

func (WtpgroupWtpArgs) ElementType 

func (WtpgroupWtpArgs) ElementType() reflect.Type

func (WtpgroupWtpArgs) ToWtpgroupWtpOutput 

func (i WtpgroupWtpArgs) ToWtpgroupWtpOutput() WtpgroupWtpOutput

func (WtpgroupWtpArgs) ToWtpgroupWtpOutputWithContext 

func (i WtpgroupWtpArgs) ToWtpgroupWtpOutputWithContext(ctx context.Context) WtpgroupWtpOutput

type WtpgroupWtpArray 

type WtpgroupWtpArray []WtpgroupWtpInput

func (WtpgroupWtpArray) ElementType 

func (WtpgroupWtpArray) ElementType() reflect.Type

func (WtpgroupWtpArray) ToWtpgroupWtpArrayOutput 

func (i WtpgroupWtpArray) ToWtpgroupWtpArrayOutput() WtpgroupWtpArrayOutput

func (WtpgroupWtpArray) ToWtpgroupWtpArrayOutputWithContext 

func (i WtpgroupWtpArray) ToWtpgroupWtpArrayOutputWithContext(ctx context.Context) WtpgroupWtpArrayOutput

type WtpgroupWtpArrayInput 

type WtpgroupWtpArrayInput interface {
	pulumi.Input

	ToWtpgroupWtpArrayOutput() WtpgroupWtpArrayOutput
	ToWtpgroupWtpArrayOutputWithContext(context.Context) WtpgroupWtpArrayOutput
}

WtpgroupWtpArrayInput is an input type that accepts WtpgroupWtpArray and WtpgroupWtpArrayOutput values. You can construct a concrete instance of `WtpgroupWtpArrayInput` via: 

WtpgroupWtpArray{ WtpgroupWtpArgs{...} }

type WtpgroupWtpArrayOutput 

type WtpgroupWtpArrayOutput struct{ *pulumi.OutputState }

func (WtpgroupWtpArrayOutput) ElementType 

func (WtpgroupWtpArrayOutput) ElementType() reflect.Type

func (WtpgroupWtpArrayOutput) Index 

func (o WtpgroupWtpArrayOutput) Index(i pulumi.IntInput) WtpgroupWtpOutput

func (WtpgroupWtpArrayOutput) ToWtpgroupWtpArrayOutput 

func (o WtpgroupWtpArrayOutput) ToWtpgroupWtpArrayOutput() WtpgroupWtpArrayOutput

func (WtpgroupWtpArrayOutput) ToWtpgroupWtpArrayOutputWithContext 

func (o WtpgroupWtpArrayOutput) ToWtpgroupWtpArrayOutputWithContext(ctx context.Context) WtpgroupWtpArrayOutput

type WtpgroupWtpInput 

type WtpgroupWtpInput interface {
	pulumi.Input

	ToWtpgroupWtpOutput() WtpgroupWtpOutput
	ToWtpgroupWtpOutputWithContext(context.Context) WtpgroupWtpOutput
}

WtpgroupWtpInput is an input type that accepts WtpgroupWtpArgs and WtpgroupWtpOutput values. You can construct a concrete instance of `WtpgroupWtpInput` via: 

WtpgroupWtpArgs{...}

type WtpgroupWtpOutput 

type WtpgroupWtpOutput struct{ *pulumi.OutputState }

func (WtpgroupWtpOutput) ElementType 

func (WtpgroupWtpOutput) ElementType() reflect.Type

func (WtpgroupWtpOutput) ToWtpgroupWtpOutput 

func (o WtpgroupWtpOutput) ToWtpgroupWtpOutput() WtpgroupWtpOutput

func (WtpgroupWtpOutput) ToWtpgroupWtpOutputWithContext 

func (o WtpgroupWtpOutput) ToWtpgroupWtpOutputWithContext(ctx context.Context) WtpgroupWtpOutput

func (WtpgroupWtpOutput) WtpId 

func (o WtpgroupWtpOutput) WtpId() pulumi.StringPtrOutput

WTP ID.

type Wtpprofile 

type Wtpprofile struct {
	pulumi.CustomResourceState

	// Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.
	Allowaccess pulumi.StringOutput `pulumi:"allowaccess"`
	// Country in which this WTP, FortiAP or AP will operate (default = NA, automatically use the country configured for the current VDOM).
	ApCountry pulumi.StringOutput `pulumi:"apCountry"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringOutput `pulumi:"apHandoff"`
	// AP local configuration profile name.
	ApcfgProfile pulumi.StringOutput `pulumi:"apcfgProfile"`
	// Bluetooth Low Energy profile name.
	BleProfile pulumi.StringOutput `pulumi:"bleProfile"`
	// Bonjour profile name.
	BonjourProfile pulumi.StringOutput `pulumi:"bonjourProfile"`
	// Comment.
	Comment pulumi.StringPtrOutput `pulumi:"comment"`
	// Enable/disable FAP console login access (default = enable). Valid values: `enable`, `disable`.
	ConsoleLogin pulumi.StringOutput `pulumi:"consoleLogin"`
	// Enable/disable CAPWAP control message data channel offload.
	ControlMessageOffload pulumi.StringOutput `pulumi:"controlMessageOffload"`
	// List of MAC addresses that are denied access to this WTP, FortiAP, or AP. The structure of `denyMacList` block is documented below.
	DenyMacLists WtpprofileDenyMacListArrayOutput `pulumi:"denyMacLists"`
	// Enable/disable data channel DTLS in kernel. Valid values: `enable`, `disable`.
	DtlsInKernel pulumi.StringOutput `pulumi:"dtlsInKernel"`
	// WTP data channel DTLS policy (default = clear-text).
	DtlsPolicy pulumi.StringOutput `pulumi:"dtlsPolicy"`
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrOutput `pulumi:"dynamicSortSubtable"`
	// Enable/disable use of energy efficient Ethernet on WTP. Valid values: `enable`, `disable`.
	EnergyEfficientEthernet pulumi.StringOutput `pulumi:"energyEfficientEthernet"`
	// ESL SES-imagotag dongle configuration. The structure of `eslSesDongle` block is documented below.
	EslSesDongle WtpprofileEslSesDongleOutput `pulumi:"eslSesDongle"`
	// Enable/disable station/VAP/radio extension information. Valid values: `enable`, `disable`.
	ExtInfoEnable pulumi.StringOutput `pulumi:"extInfoEnable"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringOutput `pulumi:"frequencyHandoff"`
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrOutput `pulumi:"getAllTables"`
	// Enable/disable client load balancing during roaming to avoid roaming delay (default = disable). Valid values: `enable`, `disable`.
	HandoffRoaming pulumi.StringOutput `pulumi:"handoffRoaming"`
	// Minimum received signal strength indicator (RSSI) value for handoff (20 - 30, default = 25).
	HandoffRssi pulumi.IntOutput `pulumi:"handoffRssi"`
	// Threshold value for AP handoff.
	HandoffStaThresh pulumi.IntOutput `pulumi:"handoffStaThresh"`
	// Set to allow indoor/outdoor-only channels under regulatory rules (default = platform-determined). Valid values: `platform-determined`, `outdoor`, `indoor`.
	IndoorOutdoorDeployment pulumi.StringOutput `pulumi:"indoorOutdoorDeployment"`
	// Select how to prevent IP fragmentation for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.
	IpFragmentPreventing pulumi.StringOutput `pulumi:"ipFragmentPreventing"`
	// WTP LAN port mapping. The structure of `lan` block is documented below.
	Lan WtpprofileLanOutput `pulumi:"lan"`
	// Set various location based service (LBS) options. The structure of `lbs` block is documented below.
	Lbs WtpprofileLbsOutput `pulumi:"lbs"`
	// Recurring firewall schedules for illuminating LEDs on the FortiAP. If led-state is enabled, LEDs will be visible when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `ledSchedules` block is documented below.
	LedSchedules WtpprofileLedScheduleArrayOutput `pulumi:"ledSchedules"`
	// Enable/disable use of LEDs on WTP (default = disable). Valid values: `enable`, `disable`.
	LedState pulumi.StringOutput `pulumi:"ledState"`
	// Enable/disable Link Layer Discovery Protocol (LLDP) for the WTP, FortiAP, or AP (default = disable). Valid values: `enable`, `disable`.
	Lldp pulumi.StringOutput `pulumi:"lldp"`
	// Set the managed WTP, FortiAP, or AP's administrator password.
	LoginPasswd pulumi.StringPtrOutput `pulumi:"loginPasswd"`
	// Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.
	LoginPasswdChange pulumi.StringOutput `pulumi:"loginPasswdChange"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntOutput `pulumi:"maxClients"`
	// WTP (or FortiAP or AP) profile name.
	Name pulumi.StringOutput `pulumi:"name"`
	// WTP, FortiAP, or AP platform. The structure of `platform` block is documented below.
	Platform WtpprofilePlatformOutput `pulumi:"platform"`
	// Set the WTP, FortiAP, or AP's PoE mode.
	PoeMode pulumi.StringOutput `pulumi:"poeMode"`
	// Configuration options for radio 1. The structure of `radio1` block is documented below.
	Radio1 WtpprofileRadio1Output `pulumi:"radio1"`
	// Configuration options for radio 2. The structure of `radio2` block is documented below.
	Radio2 WtpprofileRadio2Output `pulumi:"radio2"`
	// Configuration options for radio 3. The structure of `radio3` block is documented below.
	Radio3 WtpprofileRadio3Output `pulumi:"radio3"`
	// Configuration options for radio 4. The structure of `radio4` block is documented below.
	Radio4 WtpprofileRadio4Output `pulumi:"radio4"`
	// Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.
	SplitTunnelingAclLocalApSubnet pulumi.StringOutput `pulumi:"splitTunnelingAclLocalApSubnet"`
	// Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.
	SplitTunnelingAclPath pulumi.StringOutput `pulumi:"splitTunnelingAclPath"`
	// Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.
	SplitTunnelingAcls WtpprofileSplitTunnelingAclArrayOutput `pulumi:"splitTunnelingAcls"`
	// System log server configuration profile name.
	SyslogProfile pulumi.StringOutput `pulumi:"syslogProfile"`
	// Downlink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).
	TunMtuDownlink pulumi.IntOutput `pulumi:"tunMtuDownlink"`
	// Uplink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).
	TunMtuUplink pulumi.IntOutput `pulumi:"tunMtuUplink"`
	// Enable/disable UNII-4 5Ghz band channels (default = disable). Valid values: `enable`, `disable`.
	Unii45ghzBand pulumi.StringOutput `pulumi:"unii45ghzBand"`
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrOutput `pulumi:"vdomparam"`
	// Set WAN port authentication mode (default = none). Valid values: `none`, `802.1x`.
	WanPortAuth pulumi.StringOutput `pulumi:"wanPortAuth"`
	// Enable/disable WAN port 802.1x supplicant MACsec policy (default = disable). Valid values: `enable`, `disable`.
	WanPortAuthMacsec pulumi.StringOutput `pulumi:"wanPortAuthMacsec"`
	// WAN port 802.1x supplicant EAP methods (default = all). Valid values: `all`, `EAP-FAST`, `EAP-TLS`, `EAP-PEAP`.
	WanPortAuthMethods pulumi.StringOutput `pulumi:"wanPortAuthMethods"`
	// Set WAN port 802.1x supplicant password.
	WanPortAuthPassword pulumi.StringPtrOutput `pulumi:"wanPortAuthPassword"`
	// Set WAN port 802.1x supplicant user name.
	WanPortAuthUsrname pulumi.StringOutput `pulumi:"wanPortAuthUsrname"`
	// Enable/disable using a WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.
	WanPortMode pulumi.StringOutput `pulumi:"wanPortMode"`
}

Configure WTP profiles or FortiAP profiles that define radio settings for manageable FortiAP platforms.

## Import

WirelessController WtpProfile can be imported using any of these accepted formats:

```sh $ pulumi import fortios:wirelesscontroller/wtpprofile:Wtpprofile labelname {{name}} ```

If you do not want to import arguments of block:

$ export "FORTIOS_IMPORT_TABLE"="false"

```sh $ pulumi import fortios:wirelesscontroller/wtpprofile:Wtpprofile labelname {{name}} ```

$ unset "FORTIOS_IMPORT_TABLE"

func GetWtpprofile 

func GetWtpprofile(ctx *pulumi.Context,
	name string, id pulumi.IDInput, state *WtpprofileState, opts ...pulumi.ResourceOption) (*Wtpprofile, error)

GetWtpprofile gets an existing Wtpprofile resource's state with the given name, ID, and optional state properties that are used to uniquely qualify the lookup (nil if not required).

func NewWtpprofile 

func NewWtpprofile(ctx *pulumi.Context,
	name string, args *WtpprofileArgs, opts ...pulumi.ResourceOption) (*Wtpprofile, error)

NewWtpprofile registers a new resource with the given unique name, arguments, and options.

func (*Wtpprofile) ElementType 

func (*Wtpprofile) ElementType() reflect.Type

func (*Wtpprofile) ToWtpprofileOutput 

func (i *Wtpprofile) ToWtpprofileOutput() WtpprofileOutput

func (*Wtpprofile) ToWtpprofileOutputWithContext 

func (i *Wtpprofile) ToWtpprofileOutputWithContext(ctx context.Context) WtpprofileOutput

type WtpprofileArgs 

type WtpprofileArgs struct {
	// Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.
	Allowaccess pulumi.StringPtrInput
	// Country in which this WTP, FortiAP or AP will operate (default = NA, automatically use the country configured for the current VDOM).
	ApCountry pulumi.StringPtrInput
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringPtrInput
	// AP local configuration profile name.
	ApcfgProfile pulumi.StringPtrInput
	// Bluetooth Low Energy profile name.
	BleProfile pulumi.StringPtrInput
	// Bonjour profile name.
	BonjourProfile pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Enable/disable FAP console login access (default = enable). Valid values: `enable`, `disable`.
	ConsoleLogin pulumi.StringPtrInput
	// Enable/disable CAPWAP control message data channel offload.
	ControlMessageOffload pulumi.StringPtrInput
	// List of MAC addresses that are denied access to this WTP, FortiAP, or AP. The structure of `denyMacList` block is documented below.
	DenyMacLists WtpprofileDenyMacListArrayInput
	// Enable/disable data channel DTLS in kernel. Valid values: `enable`, `disable`.
	DtlsInKernel pulumi.StringPtrInput
	// WTP data channel DTLS policy (default = clear-text).
	DtlsPolicy pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Enable/disable use of energy efficient Ethernet on WTP. Valid values: `enable`, `disable`.
	EnergyEfficientEthernet pulumi.StringPtrInput
	// ESL SES-imagotag dongle configuration. The structure of `eslSesDongle` block is documented below.
	EslSesDongle WtpprofileEslSesDonglePtrInput
	// Enable/disable station/VAP/radio extension information. Valid values: `enable`, `disable`.
	ExtInfoEnable pulumi.StringPtrInput
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable client load balancing during roaming to avoid roaming delay (default = disable). Valid values: `enable`, `disable`.
	HandoffRoaming pulumi.StringPtrInput
	// Minimum received signal strength indicator (RSSI) value for handoff (20 - 30, default = 25).
	HandoffRssi pulumi.IntPtrInput
	// Threshold value for AP handoff.
	HandoffStaThresh pulumi.IntPtrInput
	// Set to allow indoor/outdoor-only channels under regulatory rules (default = platform-determined). Valid values: `platform-determined`, `outdoor`, `indoor`.
	IndoorOutdoorDeployment pulumi.StringPtrInput
	// Select how to prevent IP fragmentation for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.
	IpFragmentPreventing pulumi.StringPtrInput
	// WTP LAN port mapping. The structure of `lan` block is documented below.
	Lan WtpprofileLanPtrInput
	// Set various location based service (LBS) options. The structure of `lbs` block is documented below.
	Lbs WtpprofileLbsPtrInput
	// Recurring firewall schedules for illuminating LEDs on the FortiAP. If led-state is enabled, LEDs will be visible when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `ledSchedules` block is documented below.
	LedSchedules WtpprofileLedScheduleArrayInput
	// Enable/disable use of LEDs on WTP (default = disable). Valid values: `enable`, `disable`.
	LedState pulumi.StringPtrInput
	// Enable/disable Link Layer Discovery Protocol (LLDP) for the WTP, FortiAP, or AP (default = disable). Valid values: `enable`, `disable`.
	Lldp pulumi.StringPtrInput
	// Set the managed WTP, FortiAP, or AP's administrator password.
	LoginPasswd pulumi.StringPtrInput
	// Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.
	LoginPasswdChange pulumi.StringPtrInput
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntPtrInput
	// WTP (or FortiAP or AP) profile name.
	Name pulumi.StringPtrInput
	// WTP, FortiAP, or AP platform. The structure of `platform` block is documented below.
	Platform WtpprofilePlatformPtrInput
	// Set the WTP, FortiAP, or AP's PoE mode.
	PoeMode pulumi.StringPtrInput
	// Configuration options for radio 1. The structure of `radio1` block is documented below.
	Radio1 WtpprofileRadio1PtrInput
	// Configuration options for radio 2. The structure of `radio2` block is documented below.
	Radio2 WtpprofileRadio2PtrInput
	// Configuration options for radio 3. The structure of `radio3` block is documented below.
	Radio3 WtpprofileRadio3PtrInput
	// Configuration options for radio 4. The structure of `radio4` block is documented below.
	Radio4 WtpprofileRadio4PtrInput
	// Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.
	SplitTunnelingAclLocalApSubnet pulumi.StringPtrInput
	// Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.
	SplitTunnelingAclPath pulumi.StringPtrInput
	// Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.
	SplitTunnelingAcls WtpprofileSplitTunnelingAclArrayInput
	// System log server configuration profile name.
	SyslogProfile pulumi.StringPtrInput
	// Downlink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).
	TunMtuDownlink pulumi.IntPtrInput
	// Uplink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).
	TunMtuUplink pulumi.IntPtrInput
	// Enable/disable UNII-4 5Ghz band channels (default = disable). Valid values: `enable`, `disable`.
	Unii45ghzBand pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Set WAN port authentication mode (default = none). Valid values: `none`, `802.1x`.
	WanPortAuth pulumi.StringPtrInput
	// Enable/disable WAN port 802.1x supplicant MACsec policy (default = disable). Valid values: `enable`, `disable`.
	WanPortAuthMacsec pulumi.StringPtrInput
	// WAN port 802.1x supplicant EAP methods (default = all). Valid values: `all`, `EAP-FAST`, `EAP-TLS`, `EAP-PEAP`.
	WanPortAuthMethods pulumi.StringPtrInput
	// Set WAN port 802.1x supplicant password.
	WanPortAuthPassword pulumi.StringPtrInput
	// Set WAN port 802.1x supplicant user name.
	WanPortAuthUsrname pulumi.StringPtrInput
	// Enable/disable using a WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.
	WanPortMode pulumi.StringPtrInput
}

The set of arguments for constructing a Wtpprofile resource.

func (WtpprofileArgs) ElementType 

func (WtpprofileArgs) ElementType() reflect.Type

type WtpprofileArray 

type WtpprofileArray []WtpprofileInput

func (WtpprofileArray) ElementType 

func (WtpprofileArray) ElementType() reflect.Type

func (WtpprofileArray) ToWtpprofileArrayOutput 

func (i WtpprofileArray) ToWtpprofileArrayOutput() WtpprofileArrayOutput

func (WtpprofileArray) ToWtpprofileArrayOutputWithContext 

func (i WtpprofileArray) ToWtpprofileArrayOutputWithContext(ctx context.Context) WtpprofileArrayOutput

type WtpprofileArrayInput 

type WtpprofileArrayInput interface {
	pulumi.Input

	ToWtpprofileArrayOutput() WtpprofileArrayOutput
	ToWtpprofileArrayOutputWithContext(context.Context) WtpprofileArrayOutput
}

WtpprofileArrayInput is an input type that accepts WtpprofileArray and WtpprofileArrayOutput values. You can construct a concrete instance of `WtpprofileArrayInput` via: 

WtpprofileArray{ WtpprofileArgs{...} }

type WtpprofileArrayOutput 

type WtpprofileArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileArrayOutput) ElementType 

func (WtpprofileArrayOutput) ElementType() reflect.Type

func (WtpprofileArrayOutput) Index 

func (o WtpprofileArrayOutput) Index(i pulumi.IntInput) WtpprofileOutput

func (WtpprofileArrayOutput) ToWtpprofileArrayOutput 

func (o WtpprofileArrayOutput) ToWtpprofileArrayOutput() WtpprofileArrayOutput

func (WtpprofileArrayOutput) ToWtpprofileArrayOutputWithContext 

func (o WtpprofileArrayOutput) ToWtpprofileArrayOutputWithContext(ctx context.Context) WtpprofileArrayOutput

type WtpprofileDenyMacList 

type WtpprofileDenyMacList struct {
	// ID.
	Id *int `pulumi:"id"`
	// A WiFi device with this MAC address is denied access to this WTP, FortiAP or AP.
	Mac *string `pulumi:"mac"`
}

type WtpprofileDenyMacListArgs 

type WtpprofileDenyMacListArgs struct {
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
	// A WiFi device with this MAC address is denied access to this WTP, FortiAP or AP.
	Mac pulumi.StringPtrInput `pulumi:"mac"`
}

func (WtpprofileDenyMacListArgs) ElementType 

func (WtpprofileDenyMacListArgs) ElementType() reflect.Type

func (WtpprofileDenyMacListArgs) ToWtpprofileDenyMacListOutput 

func (i WtpprofileDenyMacListArgs) ToWtpprofileDenyMacListOutput() WtpprofileDenyMacListOutput

func (WtpprofileDenyMacListArgs) ToWtpprofileDenyMacListOutputWithContext 

func (i WtpprofileDenyMacListArgs) ToWtpprofileDenyMacListOutputWithContext(ctx context.Context) WtpprofileDenyMacListOutput

type WtpprofileDenyMacListArray 

type WtpprofileDenyMacListArray []WtpprofileDenyMacListInput

func (WtpprofileDenyMacListArray) ElementType 

func (WtpprofileDenyMacListArray) ElementType() reflect.Type

func (WtpprofileDenyMacListArray) ToWtpprofileDenyMacListArrayOutput 

func (i WtpprofileDenyMacListArray) ToWtpprofileDenyMacListArrayOutput() WtpprofileDenyMacListArrayOutput

func (WtpprofileDenyMacListArray) ToWtpprofileDenyMacListArrayOutputWithContext 

func (i WtpprofileDenyMacListArray) ToWtpprofileDenyMacListArrayOutputWithContext(ctx context.Context) WtpprofileDenyMacListArrayOutput

type WtpprofileDenyMacListArrayInput 

type WtpprofileDenyMacListArrayInput interface {
	pulumi.Input

	ToWtpprofileDenyMacListArrayOutput() WtpprofileDenyMacListArrayOutput
	ToWtpprofileDenyMacListArrayOutputWithContext(context.Context) WtpprofileDenyMacListArrayOutput
}

WtpprofileDenyMacListArrayInput is an input type that accepts WtpprofileDenyMacListArray and WtpprofileDenyMacListArrayOutput values. You can construct a concrete instance of `WtpprofileDenyMacListArrayInput` via: 

WtpprofileDenyMacListArray{ WtpprofileDenyMacListArgs{...} }

type WtpprofileDenyMacListArrayOutput 

type WtpprofileDenyMacListArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileDenyMacListArrayOutput) ElementType 

func (WtpprofileDenyMacListArrayOutput) ElementType() reflect.Type

func (WtpprofileDenyMacListArrayOutput) Index 

func (o WtpprofileDenyMacListArrayOutput) Index(i pulumi.IntInput) WtpprofileDenyMacListOutput

func (WtpprofileDenyMacListArrayOutput) ToWtpprofileDenyMacListArrayOutput 

func (o WtpprofileDenyMacListArrayOutput) ToWtpprofileDenyMacListArrayOutput() WtpprofileDenyMacListArrayOutput

func (WtpprofileDenyMacListArrayOutput) ToWtpprofileDenyMacListArrayOutputWithContext 

func (o WtpprofileDenyMacListArrayOutput) ToWtpprofileDenyMacListArrayOutputWithContext(ctx context.Context) WtpprofileDenyMacListArrayOutput

type WtpprofileDenyMacListInput 

type WtpprofileDenyMacListInput interface {
	pulumi.Input

	ToWtpprofileDenyMacListOutput() WtpprofileDenyMacListOutput
	ToWtpprofileDenyMacListOutputWithContext(context.Context) WtpprofileDenyMacListOutput
}

WtpprofileDenyMacListInput is an input type that accepts WtpprofileDenyMacListArgs and WtpprofileDenyMacListOutput values. You can construct a concrete instance of `WtpprofileDenyMacListInput` via: 

WtpprofileDenyMacListArgs{...}

type WtpprofileDenyMacListOutput 

type WtpprofileDenyMacListOutput struct{ *pulumi.OutputState }

func (WtpprofileDenyMacListOutput) ElementType 

func (WtpprofileDenyMacListOutput) ElementType() reflect.Type

func (WtpprofileDenyMacListOutput) Id 

func (o WtpprofileDenyMacListOutput) Id() pulumi.IntPtrOutput

ID.

func (WtpprofileDenyMacListOutput) Mac 

func (o WtpprofileDenyMacListOutput) Mac() pulumi.StringPtrOutput

A WiFi device with this MAC address is denied access to this WTP, FortiAP or AP.

func (WtpprofileDenyMacListOutput) ToWtpprofileDenyMacListOutput 

func (o WtpprofileDenyMacListOutput) ToWtpprofileDenyMacListOutput() WtpprofileDenyMacListOutput

func (WtpprofileDenyMacListOutput) ToWtpprofileDenyMacListOutputWithContext 

func (o WtpprofileDenyMacListOutput) ToWtpprofileDenyMacListOutputWithContext(ctx context.Context) WtpprofileDenyMacListOutput

type WtpprofileEslSesDongle 

type WtpprofileEslSesDongle struct {
	// ESL SES-imagotag APC address type (default = fqdn). Valid values: `fqdn`, `ip`.
	ApcAddrType *string `pulumi:"apcAddrType"`
	// FQDN of ESL SES-imagotag Access Point Controller (APC).
	ApcFqdn *string `pulumi:"apcFqdn"`
	// IP address of ESL SES-imagotag Access Point Controller (APC).
	ApcIp *string `pulumi:"apcIp"`
	// Port of ESL SES-imagotag Access Point Controller (APC).
	ApcPort *int `pulumi:"apcPort"`
	// ESL SES-imagotag dongle coexistence level (default = none). Valid values: `none`.
	CoexLevel *string `pulumi:"coexLevel"`
	// Compliance levels for the ESL solution integration (default = compliance-level-2). Valid values: `compliance-level-2`.
	ComplianceLevel *string `pulumi:"complianceLevel"`
	// ESL SES-imagotag dongle channel (default = 127). Valid values: `-1`, `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `127`.
	EslChannel *string `pulumi:"eslChannel"`
	// ESL SES-imagotag dongle output power (default = A). Valid values: `a`, `b`, `c`, `d`, `e`, `f`, `g`, `h`.
	OutputPower *string `pulumi:"outputPower"`
	// Enable/disable ESL SES-imagotag Serial Communication Daemon (SCD) (default = disable). Valid values: `enable`, `disable`.
	ScdEnable *string `pulumi:"scdEnable"`
	// Enable/disable TLS Certificate verification. (default = enable). Valid values: `enable`, `disable`.
	TlsCertVerification *string `pulumi:"tlsCertVerification"`
	// Enable/disable TLS Certificate verification. (default = disable). Valid values: `enable`, `disable`.
	TlsFqdnVerification *string `pulumi:"tlsFqdnVerification"`
}

type WtpprofileEslSesDongleArgs 

type WtpprofileEslSesDongleArgs struct {
	// ESL SES-imagotag APC address type (default = fqdn). Valid values: `fqdn`, `ip`.
	ApcAddrType pulumi.StringPtrInput `pulumi:"apcAddrType"`
	// FQDN of ESL SES-imagotag Access Point Controller (APC).
	ApcFqdn pulumi.StringPtrInput `pulumi:"apcFqdn"`
	// IP address of ESL SES-imagotag Access Point Controller (APC).
	ApcIp pulumi.StringPtrInput `pulumi:"apcIp"`
	// Port of ESL SES-imagotag Access Point Controller (APC).
	ApcPort pulumi.IntPtrInput `pulumi:"apcPort"`
	// ESL SES-imagotag dongle coexistence level (default = none). Valid values: `none`.
	CoexLevel pulumi.StringPtrInput `pulumi:"coexLevel"`
	// Compliance levels for the ESL solution integration (default = compliance-level-2). Valid values: `compliance-level-2`.
	ComplianceLevel pulumi.StringPtrInput `pulumi:"complianceLevel"`
	// ESL SES-imagotag dongle channel (default = 127). Valid values: `-1`, `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `127`.
	EslChannel pulumi.StringPtrInput `pulumi:"eslChannel"`
	// ESL SES-imagotag dongle output power (default = A). Valid values: `a`, `b`, `c`, `d`, `e`, `f`, `g`, `h`.
	OutputPower pulumi.StringPtrInput `pulumi:"outputPower"`
	// Enable/disable ESL SES-imagotag Serial Communication Daemon (SCD) (default = disable). Valid values: `enable`, `disable`.
	ScdEnable pulumi.StringPtrInput `pulumi:"scdEnable"`
	// Enable/disable TLS Certificate verification. (default = enable). Valid values: `enable`, `disable`.
	TlsCertVerification pulumi.StringPtrInput `pulumi:"tlsCertVerification"`
	// Enable/disable TLS Certificate verification. (default = disable). Valid values: `enable`, `disable`.
	TlsFqdnVerification pulumi.StringPtrInput `pulumi:"tlsFqdnVerification"`
}

func (WtpprofileEslSesDongleArgs) ElementType 

func (WtpprofileEslSesDongleArgs) ElementType() reflect.Type

func (WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDongleOutput 

func (i WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDongleOutput() WtpprofileEslSesDongleOutput

func (WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDongleOutputWithContext 

func (i WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDongleOutputWithContext(ctx context.Context) WtpprofileEslSesDongleOutput

func (WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDonglePtrOutput 

func (i WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDonglePtrOutput() WtpprofileEslSesDonglePtrOutput

func (WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDonglePtrOutputWithContext 

func (i WtpprofileEslSesDongleArgs) ToWtpprofileEslSesDonglePtrOutputWithContext(ctx context.Context) WtpprofileEslSesDonglePtrOutput

type WtpprofileEslSesDongleInput 

type WtpprofileEslSesDongleInput interface {
	pulumi.Input

	ToWtpprofileEslSesDongleOutput() WtpprofileEslSesDongleOutput
	ToWtpprofileEslSesDongleOutputWithContext(context.Context) WtpprofileEslSesDongleOutput
}

WtpprofileEslSesDongleInput is an input type that accepts WtpprofileEslSesDongleArgs and WtpprofileEslSesDongleOutput values. You can construct a concrete instance of `WtpprofileEslSesDongleInput` via: 

WtpprofileEslSesDongleArgs{...}

type WtpprofileEslSesDongleOutput 

type WtpprofileEslSesDongleOutput struct{ *pulumi.OutputState }

func (WtpprofileEslSesDongleOutput) ApcAddrType 

func (o WtpprofileEslSesDongleOutput) ApcAddrType() pulumi.StringPtrOutput

ESL SES-imagotag APC address type (default = fqdn). Valid values: `fqdn`, `ip`.

func (WtpprofileEslSesDongleOutput) ApcFqdn 

func (o WtpprofileEslSesDongleOutput) ApcFqdn() pulumi.StringPtrOutput

FQDN of ESL SES-imagotag Access Point Controller (APC).

func (WtpprofileEslSesDongleOutput) ApcIp 

func (o WtpprofileEslSesDongleOutput) ApcIp() pulumi.StringPtrOutput

IP address of ESL SES-imagotag Access Point Controller (APC).

func (WtpprofileEslSesDongleOutput) ApcPort 

func (o WtpprofileEslSesDongleOutput) ApcPort() pulumi.IntPtrOutput

Port of ESL SES-imagotag Access Point Controller (APC).

func (WtpprofileEslSesDongleOutput) CoexLevel 

func (o WtpprofileEslSesDongleOutput) CoexLevel() pulumi.StringPtrOutput

ESL SES-imagotag dongle coexistence level (default = none). Valid values: `none`.

func (WtpprofileEslSesDongleOutput) ComplianceLevel 

func (o WtpprofileEslSesDongleOutput) ComplianceLevel() pulumi.StringPtrOutput

Compliance levels for the ESL solution integration (default = compliance-level-2). Valid values: `compliance-level-2`.

func (WtpprofileEslSesDongleOutput) ElementType 

func (WtpprofileEslSesDongleOutput) ElementType() reflect.Type

func (WtpprofileEslSesDongleOutput) EslChannel 

func (o WtpprofileEslSesDongleOutput) EslChannel() pulumi.StringPtrOutput

ESL SES-imagotag dongle channel (default = 127). Valid values: `-1`, `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `127`.

func (WtpprofileEslSesDongleOutput) OutputPower 

func (o WtpprofileEslSesDongleOutput) OutputPower() pulumi.StringPtrOutput

ESL SES-imagotag dongle output power (default = A). Valid values: `a`, `b`, `c`, `d`, `e`, `f`, `g`, `h`.

func (WtpprofileEslSesDongleOutput) ScdEnable 

func (o WtpprofileEslSesDongleOutput) ScdEnable() pulumi.StringPtrOutput

Enable/disable ESL SES-imagotag Serial Communication Daemon (SCD) (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileEslSesDongleOutput) TlsCertVerification 

func (o WtpprofileEslSesDongleOutput) TlsCertVerification() pulumi.StringPtrOutput

Enable/disable TLS Certificate verification. (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileEslSesDongleOutput) TlsFqdnVerification 

func (o WtpprofileEslSesDongleOutput) TlsFqdnVerification() pulumi.StringPtrOutput

Enable/disable TLS Certificate verification. (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDongleOutput 

func (o WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDongleOutput() WtpprofileEslSesDongleOutput

func (WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDongleOutputWithContext 

func (o WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDongleOutputWithContext(ctx context.Context) WtpprofileEslSesDongleOutput

func (WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDonglePtrOutput 

func (o WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDonglePtrOutput() WtpprofileEslSesDonglePtrOutput

func (WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDonglePtrOutputWithContext 

func (o WtpprofileEslSesDongleOutput) ToWtpprofileEslSesDonglePtrOutputWithContext(ctx context.Context) WtpprofileEslSesDonglePtrOutput

type WtpprofileEslSesDonglePtrInput 

type WtpprofileEslSesDonglePtrInput interface {
	pulumi.Input

	ToWtpprofileEslSesDonglePtrOutput() WtpprofileEslSesDonglePtrOutput
	ToWtpprofileEslSesDonglePtrOutputWithContext(context.Context) WtpprofileEslSesDonglePtrOutput
}

WtpprofileEslSesDonglePtrInput is an input type that accepts WtpprofileEslSesDongleArgs, WtpprofileEslSesDonglePtr and WtpprofileEslSesDonglePtrOutput values. You can construct a concrete instance of `WtpprofileEslSesDonglePtrInput` via: 

        WtpprofileEslSesDongleArgs{...}

or:

        nil

func WtpprofileEslSesDonglePtr 

func WtpprofileEslSesDonglePtr(v *WtpprofileEslSesDongleArgs) WtpprofileEslSesDonglePtrInput

type WtpprofileEslSesDonglePtrOutput 

type WtpprofileEslSesDonglePtrOutput struct{ *pulumi.OutputState }

func (WtpprofileEslSesDonglePtrOutput) ApcAddrType 

func (o WtpprofileEslSesDonglePtrOutput) ApcAddrType() pulumi.StringPtrOutput

ESL SES-imagotag APC address type (default = fqdn). Valid values: `fqdn`, `ip`.

func (WtpprofileEslSesDonglePtrOutput) ApcFqdn 

func (o WtpprofileEslSesDonglePtrOutput) ApcFqdn() pulumi.StringPtrOutput

FQDN of ESL SES-imagotag Access Point Controller (APC).

func (WtpprofileEslSesDonglePtrOutput) ApcIp 

func (o WtpprofileEslSesDonglePtrOutput) ApcIp() pulumi.StringPtrOutput

IP address of ESL SES-imagotag Access Point Controller (APC).

func (WtpprofileEslSesDonglePtrOutput) ApcPort 

func (o WtpprofileEslSesDonglePtrOutput) ApcPort() pulumi.IntPtrOutput

Port of ESL SES-imagotag Access Point Controller (APC).

func (WtpprofileEslSesDonglePtrOutput) CoexLevel 

func (o WtpprofileEslSesDonglePtrOutput) CoexLevel() pulumi.StringPtrOutput

ESL SES-imagotag dongle coexistence level (default = none). Valid values: `none`.

func (WtpprofileEslSesDonglePtrOutput) ComplianceLevel 

func (o WtpprofileEslSesDonglePtrOutput) ComplianceLevel() pulumi.StringPtrOutput

Compliance levels for the ESL solution integration (default = compliance-level-2). Valid values: `compliance-level-2`.

func (WtpprofileEslSesDonglePtrOutput) Elem 

func (o WtpprofileEslSesDonglePtrOutput) Elem() WtpprofileEslSesDongleOutput

func (WtpprofileEslSesDonglePtrOutput) ElementType 

func (WtpprofileEslSesDonglePtrOutput) ElementType() reflect.Type

func (WtpprofileEslSesDonglePtrOutput) EslChannel 

func (o WtpprofileEslSesDonglePtrOutput) EslChannel() pulumi.StringPtrOutput

ESL SES-imagotag dongle channel (default = 127). Valid values: `-1`, `0`, `1`, `2`, `3`, `4`, `5`, `6`, `7`, `8`, `9`, `10`, `127`.

func (WtpprofileEslSesDonglePtrOutput) OutputPower 

func (o WtpprofileEslSesDonglePtrOutput) OutputPower() pulumi.StringPtrOutput

ESL SES-imagotag dongle output power (default = A). Valid values: `a`, `b`, `c`, `d`, `e`, `f`, `g`, `h`.

func (WtpprofileEslSesDonglePtrOutput) ScdEnable 

func (o WtpprofileEslSesDonglePtrOutput) ScdEnable() pulumi.StringPtrOutput

Enable/disable ESL SES-imagotag Serial Communication Daemon (SCD) (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileEslSesDonglePtrOutput) TlsCertVerification 

func (o WtpprofileEslSesDonglePtrOutput) TlsCertVerification() pulumi.StringPtrOutput

Enable/disable TLS Certificate verification. (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileEslSesDonglePtrOutput) TlsFqdnVerification 

func (o WtpprofileEslSesDonglePtrOutput) TlsFqdnVerification() pulumi.StringPtrOutput

Enable/disable TLS Certificate verification. (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileEslSesDonglePtrOutput) ToWtpprofileEslSesDonglePtrOutput 

func (o WtpprofileEslSesDonglePtrOutput) ToWtpprofileEslSesDonglePtrOutput() WtpprofileEslSesDonglePtrOutput

func (WtpprofileEslSesDonglePtrOutput) ToWtpprofileEslSesDonglePtrOutputWithContext 

func (o WtpprofileEslSesDonglePtrOutput) ToWtpprofileEslSesDonglePtrOutputWithContext(ctx context.Context) WtpprofileEslSesDonglePtrOutput

type WtpprofileInput 

type WtpprofileInput interface {
	pulumi.Input

	ToWtpprofileOutput() WtpprofileOutput
	ToWtpprofileOutputWithContext(ctx context.Context) WtpprofileOutput
}

type WtpprofileLan 

type WtpprofileLan struct {
	// LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port1Mode *string `pulumi:"port1Mode"`
	// Bridge LAN port 1 to SSID.
	Port1Ssid *string `pulumi:"port1Ssid"`
	// LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port2Mode *string `pulumi:"port2Mode"`
	// Bridge LAN port 2 to SSID.
	Port2Ssid *string `pulumi:"port2Ssid"`
	// LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port3Mode *string `pulumi:"port3Mode"`
	// Bridge LAN port 3 to SSID.
	Port3Ssid *string `pulumi:"port3Ssid"`
	// LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port4Mode *string `pulumi:"port4Mode"`
	// Bridge LAN port 4 to SSID.
	Port4Ssid *string `pulumi:"port4Ssid"`
	// LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port5Mode *string `pulumi:"port5Mode"`
	// Bridge LAN port 5 to SSID.
	Port5Ssid *string `pulumi:"port5Ssid"`
	// LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port6Mode *string `pulumi:"port6Mode"`
	// Bridge LAN port 6 to SSID.
	Port6Ssid *string `pulumi:"port6Ssid"`
	// LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port7Mode *string `pulumi:"port7Mode"`
	// Bridge LAN port 7 to SSID.
	Port7Ssid *string `pulumi:"port7Ssid"`
	// LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port8Mode *string `pulumi:"port8Mode"`
	// Bridge LAN port 8 to SSID.
	Port8Ssid *string `pulumi:"port8Ssid"`
	// ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortEslMode *string `pulumi:"portEslMode"`
	// Bridge ESL port to SSID.
	PortEslSsid *string `pulumi:"portEslSsid"`
	// LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortMode *string `pulumi:"portMode"`
	// Bridge LAN port to SSID.
	PortSsid *string `pulumi:"portSsid"`
}

type WtpprofileLanArgs 

type WtpprofileLanArgs struct {
	// LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port1Mode pulumi.StringPtrInput `pulumi:"port1Mode"`
	// Bridge LAN port 1 to SSID.
	Port1Ssid pulumi.StringPtrInput `pulumi:"port1Ssid"`
	// LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port2Mode pulumi.StringPtrInput `pulumi:"port2Mode"`
	// Bridge LAN port 2 to SSID.
	Port2Ssid pulumi.StringPtrInput `pulumi:"port2Ssid"`
	// LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port3Mode pulumi.StringPtrInput `pulumi:"port3Mode"`
	// Bridge LAN port 3 to SSID.
	Port3Ssid pulumi.StringPtrInput `pulumi:"port3Ssid"`
	// LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port4Mode pulumi.StringPtrInput `pulumi:"port4Mode"`
	// Bridge LAN port 4 to SSID.
	Port4Ssid pulumi.StringPtrInput `pulumi:"port4Ssid"`
	// LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port5Mode pulumi.StringPtrInput `pulumi:"port5Mode"`
	// Bridge LAN port 5 to SSID.
	Port5Ssid pulumi.StringPtrInput `pulumi:"port5Ssid"`
	// LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port6Mode pulumi.StringPtrInput `pulumi:"port6Mode"`
	// Bridge LAN port 6 to SSID.
	Port6Ssid pulumi.StringPtrInput `pulumi:"port6Ssid"`
	// LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port7Mode pulumi.StringPtrInput `pulumi:"port7Mode"`
	// Bridge LAN port 7 to SSID.
	Port7Ssid pulumi.StringPtrInput `pulumi:"port7Ssid"`
	// LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	Port8Mode pulumi.StringPtrInput `pulumi:"port8Mode"`
	// Bridge LAN port 8 to SSID.
	Port8Ssid pulumi.StringPtrInput `pulumi:"port8Ssid"`
	// ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortEslMode pulumi.StringPtrInput `pulumi:"portEslMode"`
	// Bridge ESL port to SSID.
	PortEslSsid pulumi.StringPtrInput `pulumi:"portEslSsid"`
	// LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.
	PortMode pulumi.StringPtrInput `pulumi:"portMode"`
	// Bridge LAN port to SSID.
	PortSsid pulumi.StringPtrInput `pulumi:"portSsid"`
}

func (WtpprofileLanArgs) ElementType 

func (WtpprofileLanArgs) ElementType() reflect.Type

func (WtpprofileLanArgs) ToWtpprofileLanOutput 

func (i WtpprofileLanArgs) ToWtpprofileLanOutput() WtpprofileLanOutput

func (WtpprofileLanArgs) ToWtpprofileLanOutputWithContext 

func (i WtpprofileLanArgs) ToWtpprofileLanOutputWithContext(ctx context.Context) WtpprofileLanOutput

func (WtpprofileLanArgs) ToWtpprofileLanPtrOutput 

func (i WtpprofileLanArgs) ToWtpprofileLanPtrOutput() WtpprofileLanPtrOutput

func (WtpprofileLanArgs) ToWtpprofileLanPtrOutputWithContext 

func (i WtpprofileLanArgs) ToWtpprofileLanPtrOutputWithContext(ctx context.Context) WtpprofileLanPtrOutput

type WtpprofileLanInput 

type WtpprofileLanInput interface {
	pulumi.Input

	ToWtpprofileLanOutput() WtpprofileLanOutput
	ToWtpprofileLanOutputWithContext(context.Context) WtpprofileLanOutput
}

WtpprofileLanInput is an input type that accepts WtpprofileLanArgs and WtpprofileLanOutput values. You can construct a concrete instance of `WtpprofileLanInput` via: 

WtpprofileLanArgs{...}

type WtpprofileLanOutput 

type WtpprofileLanOutput struct{ *pulumi.OutputState }

func (WtpprofileLanOutput) ElementType 

func (WtpprofileLanOutput) ElementType() reflect.Type

func (WtpprofileLanOutput) Port1Mode 

func (o WtpprofileLanOutput) Port1Mode() pulumi.StringPtrOutput

LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port1Ssid 

func (o WtpprofileLanOutput) Port1Ssid() pulumi.StringPtrOutput

Bridge LAN port 1 to SSID.

func (WtpprofileLanOutput) Port2Mode 

func (o WtpprofileLanOutput) Port2Mode() pulumi.StringPtrOutput

LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port2Ssid 

func (o WtpprofileLanOutput) Port2Ssid() pulumi.StringPtrOutput

Bridge LAN port 2 to SSID.

func (WtpprofileLanOutput) Port3Mode 

func (o WtpprofileLanOutput) Port3Mode() pulumi.StringPtrOutput

LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port3Ssid 

func (o WtpprofileLanOutput) Port3Ssid() pulumi.StringPtrOutput

Bridge LAN port 3 to SSID.

func (WtpprofileLanOutput) Port4Mode 

func (o WtpprofileLanOutput) Port4Mode() pulumi.StringPtrOutput

LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port4Ssid 

func (o WtpprofileLanOutput) Port4Ssid() pulumi.StringPtrOutput

Bridge LAN port 4 to SSID.

func (WtpprofileLanOutput) Port5Mode 

func (o WtpprofileLanOutput) Port5Mode() pulumi.StringPtrOutput

LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port5Ssid 

func (o WtpprofileLanOutput) Port5Ssid() pulumi.StringPtrOutput

Bridge LAN port 5 to SSID.

func (WtpprofileLanOutput) Port6Mode 

func (o WtpprofileLanOutput) Port6Mode() pulumi.StringPtrOutput

LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port6Ssid 

func (o WtpprofileLanOutput) Port6Ssid() pulumi.StringPtrOutput

Bridge LAN port 6 to SSID.

func (WtpprofileLanOutput) Port7Mode 

func (o WtpprofileLanOutput) Port7Mode() pulumi.StringPtrOutput

LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port7Ssid 

func (o WtpprofileLanOutput) Port7Ssid() pulumi.StringPtrOutput

Bridge LAN port 7 to SSID.

func (WtpprofileLanOutput) Port8Mode 

func (o WtpprofileLanOutput) Port8Mode() pulumi.StringPtrOutput

LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) Port8Ssid 

func (o WtpprofileLanOutput) Port8Ssid() pulumi.StringPtrOutput

Bridge LAN port 8 to SSID.

func (WtpprofileLanOutput) PortEslMode 

func (o WtpprofileLanOutput) PortEslMode() pulumi.StringPtrOutput

ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) PortEslSsid 

func (o WtpprofileLanOutput) PortEslSsid() pulumi.StringPtrOutput

Bridge ESL port to SSID.

func (WtpprofileLanOutput) PortMode 

func (o WtpprofileLanOutput) PortMode() pulumi.StringPtrOutput

LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanOutput) PortSsid 

func (o WtpprofileLanOutput) PortSsid() pulumi.StringPtrOutput

Bridge LAN port to SSID.

func (WtpprofileLanOutput) ToWtpprofileLanOutput 

func (o WtpprofileLanOutput) ToWtpprofileLanOutput() WtpprofileLanOutput

func (WtpprofileLanOutput) ToWtpprofileLanOutputWithContext 

func (o WtpprofileLanOutput) ToWtpprofileLanOutputWithContext(ctx context.Context) WtpprofileLanOutput

func (WtpprofileLanOutput) ToWtpprofileLanPtrOutput 

func (o WtpprofileLanOutput) ToWtpprofileLanPtrOutput() WtpprofileLanPtrOutput

func (WtpprofileLanOutput) ToWtpprofileLanPtrOutputWithContext 

func (o WtpprofileLanOutput) ToWtpprofileLanPtrOutputWithContext(ctx context.Context) WtpprofileLanPtrOutput

type WtpprofileLanPtrInput 

type WtpprofileLanPtrInput interface {
	pulumi.Input

	ToWtpprofileLanPtrOutput() WtpprofileLanPtrOutput
	ToWtpprofileLanPtrOutputWithContext(context.Context) WtpprofileLanPtrOutput
}

WtpprofileLanPtrInput is an input type that accepts WtpprofileLanArgs, WtpprofileLanPtr and WtpprofileLanPtrOutput values. You can construct a concrete instance of `WtpprofileLanPtrInput` via: 

        WtpprofileLanArgs{...}

or:

        nil

func WtpprofileLanPtr 

func WtpprofileLanPtr(v *WtpprofileLanArgs) WtpprofileLanPtrInput

type WtpprofileLanPtrOutput 

type WtpprofileLanPtrOutput struct{ *pulumi.OutputState }

func (WtpprofileLanPtrOutput) Elem 

func (o WtpprofileLanPtrOutput) Elem() WtpprofileLanOutput

func (WtpprofileLanPtrOutput) ElementType 

func (WtpprofileLanPtrOutput) ElementType() reflect.Type

func (WtpprofileLanPtrOutput) Port1Mode 

func (o WtpprofileLanPtrOutput) Port1Mode() pulumi.StringPtrOutput

LAN port 1 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port1Ssid 

func (o WtpprofileLanPtrOutput) Port1Ssid() pulumi.StringPtrOutput

Bridge LAN port 1 to SSID.

func (WtpprofileLanPtrOutput) Port2Mode 

func (o WtpprofileLanPtrOutput) Port2Mode() pulumi.StringPtrOutput

LAN port 2 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port2Ssid 

func (o WtpprofileLanPtrOutput) Port2Ssid() pulumi.StringPtrOutput

Bridge LAN port 2 to SSID.

func (WtpprofileLanPtrOutput) Port3Mode 

func (o WtpprofileLanPtrOutput) Port3Mode() pulumi.StringPtrOutput

LAN port 3 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port3Ssid 

func (o WtpprofileLanPtrOutput) Port3Ssid() pulumi.StringPtrOutput

Bridge LAN port 3 to SSID.

func (WtpprofileLanPtrOutput) Port4Mode 

func (o WtpprofileLanPtrOutput) Port4Mode() pulumi.StringPtrOutput

LAN port 4 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port4Ssid 

func (o WtpprofileLanPtrOutput) Port4Ssid() pulumi.StringPtrOutput

Bridge LAN port 4 to SSID.

func (WtpprofileLanPtrOutput) Port5Mode 

func (o WtpprofileLanPtrOutput) Port5Mode() pulumi.StringPtrOutput

LAN port 5 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port5Ssid 

func (o WtpprofileLanPtrOutput) Port5Ssid() pulumi.StringPtrOutput

Bridge LAN port 5 to SSID.

func (WtpprofileLanPtrOutput) Port6Mode 

func (o WtpprofileLanPtrOutput) Port6Mode() pulumi.StringPtrOutput

LAN port 6 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port6Ssid 

func (o WtpprofileLanPtrOutput) Port6Ssid() pulumi.StringPtrOutput

Bridge LAN port 6 to SSID.

func (WtpprofileLanPtrOutput) Port7Mode 

func (o WtpprofileLanPtrOutput) Port7Mode() pulumi.StringPtrOutput

LAN port 7 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port7Ssid 

func (o WtpprofileLanPtrOutput) Port7Ssid() pulumi.StringPtrOutput

Bridge LAN port 7 to SSID.

func (WtpprofileLanPtrOutput) Port8Mode 

func (o WtpprofileLanPtrOutput) Port8Mode() pulumi.StringPtrOutput

LAN port 8 mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) Port8Ssid 

func (o WtpprofileLanPtrOutput) Port8Ssid() pulumi.StringPtrOutput

Bridge LAN port 8 to SSID.

func (WtpprofileLanPtrOutput) PortEslMode 

func (o WtpprofileLanPtrOutput) PortEslMode() pulumi.StringPtrOutput

ESL port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) PortEslSsid 

func (o WtpprofileLanPtrOutput) PortEslSsid() pulumi.StringPtrOutput

Bridge ESL port to SSID.

func (WtpprofileLanPtrOutput) PortMode 

func (o WtpprofileLanPtrOutput) PortMode() pulumi.StringPtrOutput

LAN port mode. Valid values: `offline`, `nat-to-wan`, `bridge-to-wan`, `bridge-to-ssid`.

func (WtpprofileLanPtrOutput) PortSsid 

func (o WtpprofileLanPtrOutput) PortSsid() pulumi.StringPtrOutput

Bridge LAN port to SSID.

func (WtpprofileLanPtrOutput) ToWtpprofileLanPtrOutput 

func (o WtpprofileLanPtrOutput) ToWtpprofileLanPtrOutput() WtpprofileLanPtrOutput

func (WtpprofileLanPtrOutput) ToWtpprofileLanPtrOutputWithContext 

func (o WtpprofileLanPtrOutput) ToWtpprofileLanPtrOutputWithContext(ctx context.Context) WtpprofileLanPtrOutput

type WtpprofileLbs 

type WtpprofileLbs struct {
	// Enable/disable AeroScout Real Time Location Service (RTLS) support. Valid values: `enable`, `disable`.
	Aeroscout *string `pulumi:"aeroscout"`
	// Use BSSID or board MAC address as AP MAC address in the Aeroscout AP message. Valid values: `bssid`, `board-mac`.
	AeroscoutApMac *string `pulumi:"aeroscoutApMac"`
	// Enable/disable MU compounded report. Valid values: `enable`, `disable`.
	AeroscoutMmuReport *string `pulumi:"aeroscoutMmuReport"`
	// Enable/disable AeroScout support. Valid values: `enable`, `disable`.
	AeroscoutMu *string `pulumi:"aeroscoutMu"`
	// AeroScout Mobile Unit (MU) mode dilution factor (default = 20).
	AeroscoutMuFactor *int `pulumi:"aeroscoutMuFactor"`
	// AeroScout MU mode timeout (0 - 65535 sec, default = 5).
	AeroscoutMuTimeout *int `pulumi:"aeroscoutMuTimeout"`
	// IP address of AeroScout server.
	AeroscoutServerIp *string `pulumi:"aeroscoutServerIp"`
	// AeroScout server UDP listening port.
	AeroscoutServerPort *int `pulumi:"aeroscoutServerPort"`
	// Enable/disable Ekahua blink mode (also called AiRISTA Flow Blink Mode) to find the location of devices connected to a wireless LAN (default = disable). Valid values: `enable`, `disable`.
	EkahauBlinkMode *string `pulumi:"ekahauBlinkMode"`
	// WiFi frame MAC address or WiFi Tag.
	EkahauTag *string `pulumi:"ekahauTag"`
	// IP address of Ekahua RTLS Controller (ERC).
	ErcServerIp *string `pulumi:"ercServerIp"`
	// Ekahua RTLS Controller (ERC) UDP listening port.
	ErcServerPort *int `pulumi:"ercServerPort"`
	// Enable/disable FortiPresence to monitor the location and activity of WiFi clients even if they don't connect to this WiFi network (default = disable). Valid values: `foreign`, `both`, `disable`.
	Fortipresence *string `pulumi:"fortipresence"`
	// Enable/disable FortiPresence finding and reporting BLE devices. Valid values: `enable`, `disable`.
	FortipresenceBle *string `pulumi:"fortipresenceBle"`
	// FortiPresence report transmit frequency (5 - 65535 sec, default = 30).
	FortipresenceFrequency *int `pulumi:"fortipresenceFrequency"`
	// FortiPresence server UDP listening port (default = 3000).
	FortipresencePort *int `pulumi:"fortipresencePort"`
	// FortiPresence project name (max. 16 characters, default = fortipresence).
	FortipresenceProject *string `pulumi:"fortipresenceProject"`
	// Enable/disable FortiPresence finding and reporting rogue APs. Valid values: `enable`, `disable`.
	FortipresenceRogue *string `pulumi:"fortipresenceRogue"`
	// FortiPresence secret password (max. 16 characters).
	FortipresenceSecret *string `pulumi:"fortipresenceSecret"`
	// FortiPresence server IP address.
	FortipresenceServer *string `pulumi:"fortipresenceServer"`
	// FortiPresence server address type (default = ipv4). Valid values: `ipv4`, `fqdn`.
	FortipresenceServerAddrType *string `pulumi:"fortipresenceServerAddrType"`
	// FQDN of FortiPresence server.
	FortipresenceServerFqdn *string `pulumi:"fortipresenceServerFqdn"`
	// Enable/disable FortiPresence finding and reporting unassociated stations. Valid values: `enable`, `disable`.
	FortipresenceUnassoc *string `pulumi:"fortipresenceUnassoc"`
	// Enable/disable PoleStar BLE NAO Track Real Time Location Service (RTLS) support (default = disable). Valid values: `enable`, `disable`.
	Polestar *string `pulumi:"polestar"`
	// Time that measurements should be accumulated in seconds (default = 2).
	PolestarAccumulationInterval *int `pulumi:"polestarAccumulationInterval"`
	// Tags and asset addrgrp list to be reported.
	PolestarAssetAddrgrpList *string `pulumi:"polestarAssetAddrgrpList"`
	// Tags and asset UUID list 1 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList1 *string `pulumi:"polestarAssetUuidList1"`
	// Tags and asset UUID list 2 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList2 *string `pulumi:"polestarAssetUuidList2"`
	// Tags and asset UUID list 3 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList3 *string `pulumi:"polestarAssetUuidList3"`
	// Tags and asset UUID list 4 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList4 *string `pulumi:"polestarAssetUuidList4"`
	// Select the protocol to report Measurements, Advertising Data, or Location Data to NAO Cloud. (default = WSS). Valid values: `WSS`.
	PolestarProtocol *string `pulumi:"polestarProtocol"`
	// Time between reporting accumulated measurements in seconds (default = 2).
	PolestarReportingInterval *int `pulumi:"polestarReportingInterval"`
	// FQDN of PoleStar Nao Track Server (default = ws.nao-cloud.com).
	PolestarServerFqdn *string `pulumi:"polestarServerFqdn"`
	// Path of PoleStar Nao Track Server (default = /v1/token/<access_token>/pst-v2).
	PolestarServerPath *string `pulumi:"polestarServerPath"`
	// Port of PoleStar Nao Track Server (default = 443).
	PolestarServerPort *int `pulumi:"polestarServerPort"`
	// Access Token of PoleStar Nao Track Server.
	PolestarServerToken *string `pulumi:"polestarServerToken"`
	// Enable/disable client station locating services for all clients, whether associated or not (default = disable). Valid values: `enable`, `disable`.
	StationLocate *string `pulumi:"stationLocate"`
}

type WtpprofileLbsArgs 

type WtpprofileLbsArgs struct {
	// Enable/disable AeroScout Real Time Location Service (RTLS) support. Valid values: `enable`, `disable`.
	Aeroscout pulumi.StringPtrInput `pulumi:"aeroscout"`
	// Use BSSID or board MAC address as AP MAC address in the Aeroscout AP message. Valid values: `bssid`, `board-mac`.
	AeroscoutApMac pulumi.StringPtrInput `pulumi:"aeroscoutApMac"`
	// Enable/disable MU compounded report. Valid values: `enable`, `disable`.
	AeroscoutMmuReport pulumi.StringPtrInput `pulumi:"aeroscoutMmuReport"`
	// Enable/disable AeroScout support. Valid values: `enable`, `disable`.
	AeroscoutMu pulumi.StringPtrInput `pulumi:"aeroscoutMu"`
	// AeroScout Mobile Unit (MU) mode dilution factor (default = 20).
	AeroscoutMuFactor pulumi.IntPtrInput `pulumi:"aeroscoutMuFactor"`
	// AeroScout MU mode timeout (0 - 65535 sec, default = 5).
	AeroscoutMuTimeout pulumi.IntPtrInput `pulumi:"aeroscoutMuTimeout"`
	// IP address of AeroScout server.
	AeroscoutServerIp pulumi.StringPtrInput `pulumi:"aeroscoutServerIp"`
	// AeroScout server UDP listening port.
	AeroscoutServerPort pulumi.IntPtrInput `pulumi:"aeroscoutServerPort"`
	// Enable/disable Ekahua blink mode (also called AiRISTA Flow Blink Mode) to find the location of devices connected to a wireless LAN (default = disable). Valid values: `enable`, `disable`.
	EkahauBlinkMode pulumi.StringPtrInput `pulumi:"ekahauBlinkMode"`
	// WiFi frame MAC address or WiFi Tag.
	EkahauTag pulumi.StringPtrInput `pulumi:"ekahauTag"`
	// IP address of Ekahua RTLS Controller (ERC).
	ErcServerIp pulumi.StringPtrInput `pulumi:"ercServerIp"`
	// Ekahua RTLS Controller (ERC) UDP listening port.
	ErcServerPort pulumi.IntPtrInput `pulumi:"ercServerPort"`
	// Enable/disable FortiPresence to monitor the location and activity of WiFi clients even if they don't connect to this WiFi network (default = disable). Valid values: `foreign`, `both`, `disable`.
	Fortipresence pulumi.StringPtrInput `pulumi:"fortipresence"`
	// Enable/disable FortiPresence finding and reporting BLE devices. Valid values: `enable`, `disable`.
	FortipresenceBle pulumi.StringPtrInput `pulumi:"fortipresenceBle"`
	// FortiPresence report transmit frequency (5 - 65535 sec, default = 30).
	FortipresenceFrequency pulumi.IntPtrInput `pulumi:"fortipresenceFrequency"`
	// FortiPresence server UDP listening port (default = 3000).
	FortipresencePort pulumi.IntPtrInput `pulumi:"fortipresencePort"`
	// FortiPresence project name (max. 16 characters, default = fortipresence).
	FortipresenceProject pulumi.StringPtrInput `pulumi:"fortipresenceProject"`
	// Enable/disable FortiPresence finding and reporting rogue APs. Valid values: `enable`, `disable`.
	FortipresenceRogue pulumi.StringPtrInput `pulumi:"fortipresenceRogue"`
	// FortiPresence secret password (max. 16 characters).
	FortipresenceSecret pulumi.StringPtrInput `pulumi:"fortipresenceSecret"`
	// FortiPresence server IP address.
	FortipresenceServer pulumi.StringPtrInput `pulumi:"fortipresenceServer"`
	// FortiPresence server address type (default = ipv4). Valid values: `ipv4`, `fqdn`.
	FortipresenceServerAddrType pulumi.StringPtrInput `pulumi:"fortipresenceServerAddrType"`
	// FQDN of FortiPresence server.
	FortipresenceServerFqdn pulumi.StringPtrInput `pulumi:"fortipresenceServerFqdn"`
	// Enable/disable FortiPresence finding and reporting unassociated stations. Valid values: `enable`, `disable`.
	FortipresenceUnassoc pulumi.StringPtrInput `pulumi:"fortipresenceUnassoc"`
	// Enable/disable PoleStar BLE NAO Track Real Time Location Service (RTLS) support (default = disable). Valid values: `enable`, `disable`.
	Polestar pulumi.StringPtrInput `pulumi:"polestar"`
	// Time that measurements should be accumulated in seconds (default = 2).
	PolestarAccumulationInterval pulumi.IntPtrInput `pulumi:"polestarAccumulationInterval"`
	// Tags and asset addrgrp list to be reported.
	PolestarAssetAddrgrpList pulumi.StringPtrInput `pulumi:"polestarAssetAddrgrpList"`
	// Tags and asset UUID list 1 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList1 pulumi.StringPtrInput `pulumi:"polestarAssetUuidList1"`
	// Tags and asset UUID list 2 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList2 pulumi.StringPtrInput `pulumi:"polestarAssetUuidList2"`
	// Tags and asset UUID list 3 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList3 pulumi.StringPtrInput `pulumi:"polestarAssetUuidList3"`
	// Tags and asset UUID list 4 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').
	PolestarAssetUuidList4 pulumi.StringPtrInput `pulumi:"polestarAssetUuidList4"`
	// Select the protocol to report Measurements, Advertising Data, or Location Data to NAO Cloud. (default = WSS). Valid values: `WSS`.
	PolestarProtocol pulumi.StringPtrInput `pulumi:"polestarProtocol"`
	// Time between reporting accumulated measurements in seconds (default = 2).
	PolestarReportingInterval pulumi.IntPtrInput `pulumi:"polestarReportingInterval"`
	// FQDN of PoleStar Nao Track Server (default = ws.nao-cloud.com).
	PolestarServerFqdn pulumi.StringPtrInput `pulumi:"polestarServerFqdn"`
	// Path of PoleStar Nao Track Server (default = /v1/token/<access_token>/pst-v2).
	PolestarServerPath pulumi.StringPtrInput `pulumi:"polestarServerPath"`
	// Port of PoleStar Nao Track Server (default = 443).
	PolestarServerPort pulumi.IntPtrInput `pulumi:"polestarServerPort"`
	// Access Token of PoleStar Nao Track Server.
	PolestarServerToken pulumi.StringPtrInput `pulumi:"polestarServerToken"`
	// Enable/disable client station locating services for all clients, whether associated or not (default = disable). Valid values: `enable`, `disable`.
	StationLocate pulumi.StringPtrInput `pulumi:"stationLocate"`
}

func (WtpprofileLbsArgs) ElementType 

func (WtpprofileLbsArgs) ElementType() reflect.Type

func (WtpprofileLbsArgs) ToWtpprofileLbsOutput 

func (i WtpprofileLbsArgs) ToWtpprofileLbsOutput() WtpprofileLbsOutput

func (WtpprofileLbsArgs) ToWtpprofileLbsOutputWithContext 

func (i WtpprofileLbsArgs) ToWtpprofileLbsOutputWithContext(ctx context.Context) WtpprofileLbsOutput

func (WtpprofileLbsArgs) ToWtpprofileLbsPtrOutput 

func (i WtpprofileLbsArgs) ToWtpprofileLbsPtrOutput() WtpprofileLbsPtrOutput

func (WtpprofileLbsArgs) ToWtpprofileLbsPtrOutputWithContext 

func (i WtpprofileLbsArgs) ToWtpprofileLbsPtrOutputWithContext(ctx context.Context) WtpprofileLbsPtrOutput

type WtpprofileLbsInput 

type WtpprofileLbsInput interface {
	pulumi.Input

	ToWtpprofileLbsOutput() WtpprofileLbsOutput
	ToWtpprofileLbsOutputWithContext(context.Context) WtpprofileLbsOutput
}

WtpprofileLbsInput is an input type that accepts WtpprofileLbsArgs and WtpprofileLbsOutput values. You can construct a concrete instance of `WtpprofileLbsInput` via: 

WtpprofileLbsArgs{...}

type WtpprofileLbsOutput 

type WtpprofileLbsOutput struct{ *pulumi.OutputState }

func (WtpprofileLbsOutput) Aeroscout 

func (o WtpprofileLbsOutput) Aeroscout() pulumi.StringPtrOutput

Enable/disable AeroScout Real Time Location Service (RTLS) support. Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) AeroscoutApMac 

func (o WtpprofileLbsOutput) AeroscoutApMac() pulumi.StringPtrOutput

Use BSSID or board MAC address as AP MAC address in the Aeroscout AP message. Valid values: `bssid`, `board-mac`.

func (WtpprofileLbsOutput) AeroscoutMmuReport 

func (o WtpprofileLbsOutput) AeroscoutMmuReport() pulumi.StringPtrOutput

Enable/disable MU compounded report. Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) AeroscoutMu 

func (o WtpprofileLbsOutput) AeroscoutMu() pulumi.StringPtrOutput

Enable/disable AeroScout support. Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) AeroscoutMuFactor 

func (o WtpprofileLbsOutput) AeroscoutMuFactor() pulumi.IntPtrOutput

AeroScout Mobile Unit (MU) mode dilution factor (default = 20).

func (WtpprofileLbsOutput) AeroscoutMuTimeout 

func (o WtpprofileLbsOutput) AeroscoutMuTimeout() pulumi.IntPtrOutput

AeroScout MU mode timeout (0 - 65535 sec, default = 5).

func (WtpprofileLbsOutput) AeroscoutServerIp 

func (o WtpprofileLbsOutput) AeroscoutServerIp() pulumi.StringPtrOutput

IP address of AeroScout server.

func (WtpprofileLbsOutput) AeroscoutServerPort 

func (o WtpprofileLbsOutput) AeroscoutServerPort() pulumi.IntPtrOutput

AeroScout server UDP listening port.

func (WtpprofileLbsOutput) EkahauBlinkMode 

func (o WtpprofileLbsOutput) EkahauBlinkMode() pulumi.StringPtrOutput

Enable/disable Ekahua blink mode (also called AiRISTA Flow Blink Mode) to find the location of devices connected to a wireless LAN (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) EkahauTag 

func (o WtpprofileLbsOutput) EkahauTag() pulumi.StringPtrOutput

WiFi frame MAC address or WiFi Tag.

func (WtpprofileLbsOutput) ElementType 

func (WtpprofileLbsOutput) ElementType() reflect.Type

func (WtpprofileLbsOutput) ErcServerIp 

func (o WtpprofileLbsOutput) ErcServerIp() pulumi.StringPtrOutput

IP address of Ekahua RTLS Controller (ERC).

func (WtpprofileLbsOutput) ErcServerPort 

func (o WtpprofileLbsOutput) ErcServerPort() pulumi.IntPtrOutput

Ekahua RTLS Controller (ERC) UDP listening port.

func (WtpprofileLbsOutput) Fortipresence 

func (o WtpprofileLbsOutput) Fortipresence() pulumi.StringPtrOutput

Enable/disable FortiPresence to monitor the location and activity of WiFi clients even if they don't connect to this WiFi network (default = disable). Valid values: `foreign`, `both`, `disable`.

func (WtpprofileLbsOutput) FortipresenceBle 

func (o WtpprofileLbsOutput) FortipresenceBle() pulumi.StringPtrOutput

Enable/disable FortiPresence finding and reporting BLE devices. Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) FortipresenceFrequency 

func (o WtpprofileLbsOutput) FortipresenceFrequency() pulumi.IntPtrOutput

FortiPresence report transmit frequency (5 - 65535 sec, default = 30).

func (WtpprofileLbsOutput) FortipresencePort 

func (o WtpprofileLbsOutput) FortipresencePort() pulumi.IntPtrOutput

FortiPresence server UDP listening port (default = 3000).

func (WtpprofileLbsOutput) FortipresenceProject 

func (o WtpprofileLbsOutput) FortipresenceProject() pulumi.StringPtrOutput

FortiPresence project name (max. 16 characters, default = fortipresence).

func (WtpprofileLbsOutput) FortipresenceRogue 

func (o WtpprofileLbsOutput) FortipresenceRogue() pulumi.StringPtrOutput

Enable/disable FortiPresence finding and reporting rogue APs. Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) FortipresenceSecret 

func (o WtpprofileLbsOutput) FortipresenceSecret() pulumi.StringPtrOutput

FortiPresence secret password (max. 16 characters).

func (WtpprofileLbsOutput) FortipresenceServer 

func (o WtpprofileLbsOutput) FortipresenceServer() pulumi.StringPtrOutput

FortiPresence server IP address.

func (WtpprofileLbsOutput) FortipresenceServerAddrType 

func (o WtpprofileLbsOutput) FortipresenceServerAddrType() pulumi.StringPtrOutput

FortiPresence server address type (default = ipv4). Valid values: `ipv4`, `fqdn`.

func (WtpprofileLbsOutput) FortipresenceServerFqdn 

func (o WtpprofileLbsOutput) FortipresenceServerFqdn() pulumi.StringPtrOutput

FQDN of FortiPresence server.

func (WtpprofileLbsOutput) FortipresenceUnassoc 

func (o WtpprofileLbsOutput) FortipresenceUnassoc() pulumi.StringPtrOutput

Enable/disable FortiPresence finding and reporting unassociated stations. Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) Polestar 

func (o WtpprofileLbsOutput) Polestar() pulumi.StringPtrOutput

Enable/disable PoleStar BLE NAO Track Real Time Location Service (RTLS) support (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) PolestarAccumulationInterval 

func (o WtpprofileLbsOutput) PolestarAccumulationInterval() pulumi.IntPtrOutput

Time that measurements should be accumulated in seconds (default = 2).

func (WtpprofileLbsOutput) PolestarAssetAddrgrpList 

func (o WtpprofileLbsOutput) PolestarAssetAddrgrpList() pulumi.StringPtrOutput

Tags and asset addrgrp list to be reported.

func (WtpprofileLbsOutput) PolestarAssetUuidList1 

func (o WtpprofileLbsOutput) PolestarAssetUuidList1() pulumi.StringPtrOutput

Tags and asset UUID list 1 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsOutput) PolestarAssetUuidList2 

func (o WtpprofileLbsOutput) PolestarAssetUuidList2() pulumi.StringPtrOutput

Tags and asset UUID list 2 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsOutput) PolestarAssetUuidList3 

func (o WtpprofileLbsOutput) PolestarAssetUuidList3() pulumi.StringPtrOutput

Tags and asset UUID list 3 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsOutput) PolestarAssetUuidList4 

func (o WtpprofileLbsOutput) PolestarAssetUuidList4() pulumi.StringPtrOutput

Tags and asset UUID list 4 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsOutput) PolestarProtocol 

func (o WtpprofileLbsOutput) PolestarProtocol() pulumi.StringPtrOutput

Select the protocol to report Measurements, Advertising Data, or Location Data to NAO Cloud. (default = WSS). Valid values: `WSS`.

func (WtpprofileLbsOutput) PolestarReportingInterval 

func (o WtpprofileLbsOutput) PolestarReportingInterval() pulumi.IntPtrOutput

Time between reporting accumulated measurements in seconds (default = 2).

func (WtpprofileLbsOutput) PolestarServerFqdn 

func (o WtpprofileLbsOutput) PolestarServerFqdn() pulumi.StringPtrOutput

FQDN of PoleStar Nao Track Server (default = ws.nao-cloud.com).

func (WtpprofileLbsOutput) PolestarServerPath 

func (o WtpprofileLbsOutput) PolestarServerPath() pulumi.StringPtrOutput

Path of PoleStar Nao Track Server (default = /v1/token/<access_token>/pst-v2).

func (WtpprofileLbsOutput) PolestarServerPort 

func (o WtpprofileLbsOutput) PolestarServerPort() pulumi.IntPtrOutput

Port of PoleStar Nao Track Server (default = 443).

func (WtpprofileLbsOutput) PolestarServerToken 

func (o WtpprofileLbsOutput) PolestarServerToken() pulumi.StringPtrOutput

Access Token of PoleStar Nao Track Server.

func (WtpprofileLbsOutput) StationLocate 

func (o WtpprofileLbsOutput) StationLocate() pulumi.StringPtrOutput

Enable/disable client station locating services for all clients, whether associated or not (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileLbsOutput) ToWtpprofileLbsOutput 

func (o WtpprofileLbsOutput) ToWtpprofileLbsOutput() WtpprofileLbsOutput

func (WtpprofileLbsOutput) ToWtpprofileLbsOutputWithContext 

func (o WtpprofileLbsOutput) ToWtpprofileLbsOutputWithContext(ctx context.Context) WtpprofileLbsOutput

func (WtpprofileLbsOutput) ToWtpprofileLbsPtrOutput 

func (o WtpprofileLbsOutput) ToWtpprofileLbsPtrOutput() WtpprofileLbsPtrOutput

func (WtpprofileLbsOutput) ToWtpprofileLbsPtrOutputWithContext 

func (o WtpprofileLbsOutput) ToWtpprofileLbsPtrOutputWithContext(ctx context.Context) WtpprofileLbsPtrOutput

type WtpprofileLbsPtrInput 

type WtpprofileLbsPtrInput interface {
	pulumi.Input

	ToWtpprofileLbsPtrOutput() WtpprofileLbsPtrOutput
	ToWtpprofileLbsPtrOutputWithContext(context.Context) WtpprofileLbsPtrOutput
}

WtpprofileLbsPtrInput is an input type that accepts WtpprofileLbsArgs, WtpprofileLbsPtr and WtpprofileLbsPtrOutput values. You can construct a concrete instance of `WtpprofileLbsPtrInput` via: 

        WtpprofileLbsArgs{...}

or:

        nil

func WtpprofileLbsPtr 

func WtpprofileLbsPtr(v *WtpprofileLbsArgs) WtpprofileLbsPtrInput

type WtpprofileLbsPtrOutput 

type WtpprofileLbsPtrOutput struct{ *pulumi.OutputState }

func (WtpprofileLbsPtrOutput) Aeroscout 

func (o WtpprofileLbsPtrOutput) Aeroscout() pulumi.StringPtrOutput

Enable/disable AeroScout Real Time Location Service (RTLS) support. Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) AeroscoutApMac 

func (o WtpprofileLbsPtrOutput) AeroscoutApMac() pulumi.StringPtrOutput

Use BSSID or board MAC address as AP MAC address in the Aeroscout AP message. Valid values: `bssid`, `board-mac`.

func (WtpprofileLbsPtrOutput) AeroscoutMmuReport 

func (o WtpprofileLbsPtrOutput) AeroscoutMmuReport() pulumi.StringPtrOutput

Enable/disable MU compounded report. Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) AeroscoutMu 

func (o WtpprofileLbsPtrOutput) AeroscoutMu() pulumi.StringPtrOutput

Enable/disable AeroScout support. Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) AeroscoutMuFactor 

func (o WtpprofileLbsPtrOutput) AeroscoutMuFactor() pulumi.IntPtrOutput

AeroScout Mobile Unit (MU) mode dilution factor (default = 20).

func (WtpprofileLbsPtrOutput) AeroscoutMuTimeout 

func (o WtpprofileLbsPtrOutput) AeroscoutMuTimeout() pulumi.IntPtrOutput

AeroScout MU mode timeout (0 - 65535 sec, default = 5).

func (WtpprofileLbsPtrOutput) AeroscoutServerIp 

func (o WtpprofileLbsPtrOutput) AeroscoutServerIp() pulumi.StringPtrOutput

IP address of AeroScout server.

func (WtpprofileLbsPtrOutput) AeroscoutServerPort 

func (o WtpprofileLbsPtrOutput) AeroscoutServerPort() pulumi.IntPtrOutput

AeroScout server UDP listening port.

func (WtpprofileLbsPtrOutput) EkahauBlinkMode 

func (o WtpprofileLbsPtrOutput) EkahauBlinkMode() pulumi.StringPtrOutput

Enable/disable Ekahua blink mode (also called AiRISTA Flow Blink Mode) to find the location of devices connected to a wireless LAN (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) EkahauTag 

func (o WtpprofileLbsPtrOutput) EkahauTag() pulumi.StringPtrOutput

WiFi frame MAC address or WiFi Tag.

func (WtpprofileLbsPtrOutput) Elem 

func (o WtpprofileLbsPtrOutput) Elem() WtpprofileLbsOutput

func (WtpprofileLbsPtrOutput) ElementType 

func (WtpprofileLbsPtrOutput) ElementType() reflect.Type

func (WtpprofileLbsPtrOutput) ErcServerIp 

func (o WtpprofileLbsPtrOutput) ErcServerIp() pulumi.StringPtrOutput

IP address of Ekahua RTLS Controller (ERC).

func (WtpprofileLbsPtrOutput) ErcServerPort 

func (o WtpprofileLbsPtrOutput) ErcServerPort() pulumi.IntPtrOutput

Ekahua RTLS Controller (ERC) UDP listening port.

func (WtpprofileLbsPtrOutput) Fortipresence 

func (o WtpprofileLbsPtrOutput) Fortipresence() pulumi.StringPtrOutput

Enable/disable FortiPresence to monitor the location and activity of WiFi clients even if they don't connect to this WiFi network (default = disable). Valid values: `foreign`, `both`, `disable`.

func (WtpprofileLbsPtrOutput) FortipresenceBle 

func (o WtpprofileLbsPtrOutput) FortipresenceBle() pulumi.StringPtrOutput

Enable/disable FortiPresence finding and reporting BLE devices. Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) FortipresenceFrequency 

func (o WtpprofileLbsPtrOutput) FortipresenceFrequency() pulumi.IntPtrOutput

FortiPresence report transmit frequency (5 - 65535 sec, default = 30).

func (WtpprofileLbsPtrOutput) FortipresencePort 

func (o WtpprofileLbsPtrOutput) FortipresencePort() pulumi.IntPtrOutput

FortiPresence server UDP listening port (default = 3000).

func (WtpprofileLbsPtrOutput) FortipresenceProject 

func (o WtpprofileLbsPtrOutput) FortipresenceProject() pulumi.StringPtrOutput

FortiPresence project name (max. 16 characters, default = fortipresence).

func (WtpprofileLbsPtrOutput) FortipresenceRogue 

func (o WtpprofileLbsPtrOutput) FortipresenceRogue() pulumi.StringPtrOutput

Enable/disable FortiPresence finding and reporting rogue APs. Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) FortipresenceSecret 

func (o WtpprofileLbsPtrOutput) FortipresenceSecret() pulumi.StringPtrOutput

FortiPresence secret password (max. 16 characters).

func (WtpprofileLbsPtrOutput) FortipresenceServer 

func (o WtpprofileLbsPtrOutput) FortipresenceServer() pulumi.StringPtrOutput

FortiPresence server IP address.

func (WtpprofileLbsPtrOutput) FortipresenceServerAddrType 

func (o WtpprofileLbsPtrOutput) FortipresenceServerAddrType() pulumi.StringPtrOutput

FortiPresence server address type (default = ipv4). Valid values: `ipv4`, `fqdn`.

func (WtpprofileLbsPtrOutput) FortipresenceServerFqdn 

func (o WtpprofileLbsPtrOutput) FortipresenceServerFqdn() pulumi.StringPtrOutput

FQDN of FortiPresence server.

func (WtpprofileLbsPtrOutput) FortipresenceUnassoc 

func (o WtpprofileLbsPtrOutput) FortipresenceUnassoc() pulumi.StringPtrOutput

Enable/disable FortiPresence finding and reporting unassociated stations. Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) Polestar 

func (o WtpprofileLbsPtrOutput) Polestar() pulumi.StringPtrOutput

Enable/disable PoleStar BLE NAO Track Real Time Location Service (RTLS) support (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) PolestarAccumulationInterval 

func (o WtpprofileLbsPtrOutput) PolestarAccumulationInterval() pulumi.IntPtrOutput

Time that measurements should be accumulated in seconds (default = 2).

func (WtpprofileLbsPtrOutput) PolestarAssetAddrgrpList 

func (o WtpprofileLbsPtrOutput) PolestarAssetAddrgrpList() pulumi.StringPtrOutput

Tags and asset addrgrp list to be reported.

func (WtpprofileLbsPtrOutput) PolestarAssetUuidList1 

func (o WtpprofileLbsPtrOutput) PolestarAssetUuidList1() pulumi.StringPtrOutput

Tags and asset UUID list 1 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsPtrOutput) PolestarAssetUuidList2 

func (o WtpprofileLbsPtrOutput) PolestarAssetUuidList2() pulumi.StringPtrOutput

Tags and asset UUID list 2 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsPtrOutput) PolestarAssetUuidList3 

func (o WtpprofileLbsPtrOutput) PolestarAssetUuidList3() pulumi.StringPtrOutput

Tags and asset UUID list 3 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsPtrOutput) PolestarAssetUuidList4 

func (o WtpprofileLbsPtrOutput) PolestarAssetUuidList4() pulumi.StringPtrOutput

Tags and asset UUID list 4 to be reported (string in the format of 'XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX').

func (WtpprofileLbsPtrOutput) PolestarProtocol 

func (o WtpprofileLbsPtrOutput) PolestarProtocol() pulumi.StringPtrOutput

Select the protocol to report Measurements, Advertising Data, or Location Data to NAO Cloud. (default = WSS). Valid values: `WSS`.

func (WtpprofileLbsPtrOutput) PolestarReportingInterval 

func (o WtpprofileLbsPtrOutput) PolestarReportingInterval() pulumi.IntPtrOutput

Time between reporting accumulated measurements in seconds (default = 2).

func (WtpprofileLbsPtrOutput) PolestarServerFqdn 

func (o WtpprofileLbsPtrOutput) PolestarServerFqdn() pulumi.StringPtrOutput

FQDN of PoleStar Nao Track Server (default = ws.nao-cloud.com).

func (WtpprofileLbsPtrOutput) PolestarServerPath 

func (o WtpprofileLbsPtrOutput) PolestarServerPath() pulumi.StringPtrOutput

Path of PoleStar Nao Track Server (default = /v1/token/<access_token>/pst-v2).

func (WtpprofileLbsPtrOutput) PolestarServerPort 

func (o WtpprofileLbsPtrOutput) PolestarServerPort() pulumi.IntPtrOutput

Port of PoleStar Nao Track Server (default = 443).

func (WtpprofileLbsPtrOutput) PolestarServerToken 

func (o WtpprofileLbsPtrOutput) PolestarServerToken() pulumi.StringPtrOutput

Access Token of PoleStar Nao Track Server.

func (WtpprofileLbsPtrOutput) StationLocate 

func (o WtpprofileLbsPtrOutput) StationLocate() pulumi.StringPtrOutput

Enable/disable client station locating services for all clients, whether associated or not (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileLbsPtrOutput) ToWtpprofileLbsPtrOutput 

func (o WtpprofileLbsPtrOutput) ToWtpprofileLbsPtrOutput() WtpprofileLbsPtrOutput

func (WtpprofileLbsPtrOutput) ToWtpprofileLbsPtrOutputWithContext 

func (o WtpprofileLbsPtrOutput) ToWtpprofileLbsPtrOutputWithContext(ctx context.Context) WtpprofileLbsPtrOutput

type WtpprofileLedSchedule 

type WtpprofileLedSchedule struct {
	// LED schedule name.
	Name *string `pulumi:"name"`
}

type WtpprofileLedScheduleArgs 

type WtpprofileLedScheduleArgs struct {
	// LED schedule name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpprofileLedScheduleArgs) ElementType 

func (WtpprofileLedScheduleArgs) ElementType() reflect.Type

func (WtpprofileLedScheduleArgs) ToWtpprofileLedScheduleOutput 

func (i WtpprofileLedScheduleArgs) ToWtpprofileLedScheduleOutput() WtpprofileLedScheduleOutput

func (WtpprofileLedScheduleArgs) ToWtpprofileLedScheduleOutputWithContext 

func (i WtpprofileLedScheduleArgs) ToWtpprofileLedScheduleOutputWithContext(ctx context.Context) WtpprofileLedScheduleOutput

type WtpprofileLedScheduleArray 

type WtpprofileLedScheduleArray []WtpprofileLedScheduleInput

func (WtpprofileLedScheduleArray) ElementType 

func (WtpprofileLedScheduleArray) ElementType() reflect.Type

func (WtpprofileLedScheduleArray) ToWtpprofileLedScheduleArrayOutput 

func (i WtpprofileLedScheduleArray) ToWtpprofileLedScheduleArrayOutput() WtpprofileLedScheduleArrayOutput

func (WtpprofileLedScheduleArray) ToWtpprofileLedScheduleArrayOutputWithContext 

func (i WtpprofileLedScheduleArray) ToWtpprofileLedScheduleArrayOutputWithContext(ctx context.Context) WtpprofileLedScheduleArrayOutput

type WtpprofileLedScheduleArrayInput 

type WtpprofileLedScheduleArrayInput interface {
	pulumi.Input

	ToWtpprofileLedScheduleArrayOutput() WtpprofileLedScheduleArrayOutput
	ToWtpprofileLedScheduleArrayOutputWithContext(context.Context) WtpprofileLedScheduleArrayOutput
}

WtpprofileLedScheduleArrayInput is an input type that accepts WtpprofileLedScheduleArray and WtpprofileLedScheduleArrayOutput values. You can construct a concrete instance of `WtpprofileLedScheduleArrayInput` via: 

WtpprofileLedScheduleArray{ WtpprofileLedScheduleArgs{...} }

type WtpprofileLedScheduleArrayOutput 

type WtpprofileLedScheduleArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileLedScheduleArrayOutput) ElementType 

func (WtpprofileLedScheduleArrayOutput) ElementType() reflect.Type

func (WtpprofileLedScheduleArrayOutput) Index 

func (o WtpprofileLedScheduleArrayOutput) Index(i pulumi.IntInput) WtpprofileLedScheduleOutput

func (WtpprofileLedScheduleArrayOutput) ToWtpprofileLedScheduleArrayOutput 

func (o WtpprofileLedScheduleArrayOutput) ToWtpprofileLedScheduleArrayOutput() WtpprofileLedScheduleArrayOutput

func (WtpprofileLedScheduleArrayOutput) ToWtpprofileLedScheduleArrayOutputWithContext 

func (o WtpprofileLedScheduleArrayOutput) ToWtpprofileLedScheduleArrayOutputWithContext(ctx context.Context) WtpprofileLedScheduleArrayOutput

type WtpprofileLedScheduleInput 

type WtpprofileLedScheduleInput interface {
	pulumi.Input

	ToWtpprofileLedScheduleOutput() WtpprofileLedScheduleOutput
	ToWtpprofileLedScheduleOutputWithContext(context.Context) WtpprofileLedScheduleOutput
}

WtpprofileLedScheduleInput is an input type that accepts WtpprofileLedScheduleArgs and WtpprofileLedScheduleOutput values. You can construct a concrete instance of `WtpprofileLedScheduleInput` via: 

WtpprofileLedScheduleArgs{...}

type WtpprofileLedScheduleOutput 

type WtpprofileLedScheduleOutput struct{ *pulumi.OutputState }

func (WtpprofileLedScheduleOutput) ElementType 

func (WtpprofileLedScheduleOutput) ElementType() reflect.Type

func (WtpprofileLedScheduleOutput) Name 

func (o WtpprofileLedScheduleOutput) Name() pulumi.StringPtrOutput

LED schedule name.

func (WtpprofileLedScheduleOutput) ToWtpprofileLedScheduleOutput 

func (o WtpprofileLedScheduleOutput) ToWtpprofileLedScheduleOutput() WtpprofileLedScheduleOutput

func (WtpprofileLedScheduleOutput) ToWtpprofileLedScheduleOutputWithContext 

func (o WtpprofileLedScheduleOutput) ToWtpprofileLedScheduleOutputWithContext(ctx context.Context) WtpprofileLedScheduleOutput

type WtpprofileMap 

type WtpprofileMap map[string]WtpprofileInput

func (WtpprofileMap) ElementType 

func (WtpprofileMap) ElementType() reflect.Type

func (WtpprofileMap) ToWtpprofileMapOutput 

func (i WtpprofileMap) ToWtpprofileMapOutput() WtpprofileMapOutput

func (WtpprofileMap) ToWtpprofileMapOutputWithContext 

func (i WtpprofileMap) ToWtpprofileMapOutputWithContext(ctx context.Context) WtpprofileMapOutput

type WtpprofileMapInput 

type WtpprofileMapInput interface {
	pulumi.Input

	ToWtpprofileMapOutput() WtpprofileMapOutput
	ToWtpprofileMapOutputWithContext(context.Context) WtpprofileMapOutput
}

WtpprofileMapInput is an input type that accepts WtpprofileMap and WtpprofileMapOutput values. You can construct a concrete instance of `WtpprofileMapInput` via: 

WtpprofileMap{ "key": WtpprofileArgs{...} }

type WtpprofileMapOutput 

type WtpprofileMapOutput struct{ *pulumi.OutputState }

func (WtpprofileMapOutput) ElementType 

func (WtpprofileMapOutput) ElementType() reflect.Type

func (WtpprofileMapOutput) MapIndex 

func (o WtpprofileMapOutput) MapIndex(k pulumi.StringInput) WtpprofileOutput

func (WtpprofileMapOutput) ToWtpprofileMapOutput 

func (o WtpprofileMapOutput) ToWtpprofileMapOutput() WtpprofileMapOutput

func (WtpprofileMapOutput) ToWtpprofileMapOutputWithContext 

func (o WtpprofileMapOutput) ToWtpprofileMapOutputWithContext(ctx context.Context) WtpprofileMapOutput

type WtpprofileOutput 

type WtpprofileOutput struct{ *pulumi.OutputState }

func (WtpprofileOutput) Allowaccess 

func (o WtpprofileOutput) Allowaccess() pulumi.StringOutput

Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.

func (WtpprofileOutput) ApCountry 

func (o WtpprofileOutput) ApCountry() pulumi.StringOutput

Country in which this WTP, FortiAP or AP will operate (default = NA, automatically use the country configured for the current VDOM).

func (WtpprofileOutput) ApHandoff 

func (o WtpprofileOutput) ApHandoff() pulumi.StringOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) ApcfgProfile 

func (o WtpprofileOutput) ApcfgProfile() pulumi.StringOutput

AP local configuration profile name.

func (WtpprofileOutput) BleProfile 

func (o WtpprofileOutput) BleProfile() pulumi.StringOutput

Bluetooth Low Energy profile name.

func (WtpprofileOutput) BonjourProfile 

func (o WtpprofileOutput) BonjourProfile() pulumi.StringOutput

Bonjour profile name.

func (WtpprofileOutput) Comment 

func (o WtpprofileOutput) Comment() pulumi.StringPtrOutput

Comment.

func (WtpprofileOutput) ConsoleLogin 

func (o WtpprofileOutput) ConsoleLogin() pulumi.StringOutput

Enable/disable FAP console login access (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) ControlMessageOffload 

func (o WtpprofileOutput) ControlMessageOffload() pulumi.StringOutput

Enable/disable CAPWAP control message data channel offload.

func (WtpprofileOutput) DenyMacLists 

func (o WtpprofileOutput) DenyMacLists() WtpprofileDenyMacListArrayOutput

List of MAC addresses that are denied access to this WTP, FortiAP, or AP. The structure of `denyMacList` block is documented below.

func (WtpprofileOutput) DtlsInKernel 

func (o WtpprofileOutput) DtlsInKernel() pulumi.StringOutput

Enable/disable data channel DTLS in kernel. Valid values: `enable`, `disable`.

func (WtpprofileOutput) DtlsPolicy 

func (o WtpprofileOutput) DtlsPolicy() pulumi.StringOutput

WTP data channel DTLS policy (default = clear-text).

func (WtpprofileOutput) DynamicSortSubtable 

func (o WtpprofileOutput) DynamicSortSubtable() pulumi.StringPtrOutput

Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].

func (WtpprofileOutput) ElementType 

func (WtpprofileOutput) ElementType() reflect.Type

func (WtpprofileOutput) EnergyEfficientEthernet 

func (o WtpprofileOutput) EnergyEfficientEthernet() pulumi.StringOutput

Enable/disable use of energy efficient Ethernet on WTP. Valid values: `enable`, `disable`.

func (WtpprofileOutput) EslSesDongle 

func (o WtpprofileOutput) EslSesDongle() WtpprofileEslSesDongleOutput

ESL SES-imagotag dongle configuration. The structure of `eslSesDongle` block is documented below.

func (WtpprofileOutput) ExtInfoEnable 

func (o WtpprofileOutput) ExtInfoEnable() pulumi.StringOutput

Enable/disable station/VAP/radio extension information. Valid values: `enable`, `disable`.

func (WtpprofileOutput) FrequencyHandoff 

func (o WtpprofileOutput) FrequencyHandoff() pulumi.StringOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) GetAllTables 

func (o WtpprofileOutput) GetAllTables() pulumi.StringPtrOutput

Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.

func (WtpprofileOutput) HandoffRoaming 

func (o WtpprofileOutput) HandoffRoaming() pulumi.StringOutput

Enable/disable client load balancing during roaming to avoid roaming delay (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) HandoffRssi 

func (o WtpprofileOutput) HandoffRssi() pulumi.IntOutput

Minimum received signal strength indicator (RSSI) value for handoff (20 - 30, default = 25).

func (WtpprofileOutput) HandoffStaThresh 

func (o WtpprofileOutput) HandoffStaThresh() pulumi.IntOutput

Threshold value for AP handoff.

func (WtpprofileOutput) IndoorOutdoorDeployment 

func (o WtpprofileOutput) IndoorOutdoorDeployment() pulumi.StringOutput

Set to allow indoor/outdoor-only channels under regulatory rules (default = platform-determined). Valid values: `platform-determined`, `outdoor`, `indoor`.

func (WtpprofileOutput) IpFragmentPreventing 

func (o WtpprofileOutput) IpFragmentPreventing() pulumi.StringOutput

Select how to prevent IP fragmentation for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.

func (WtpprofileOutput) Lan 

func (o WtpprofileOutput) Lan() WtpprofileLanOutput

WTP LAN port mapping. The structure of `lan` block is documented below.

func (WtpprofileOutput) Lbs 

func (o WtpprofileOutput) Lbs() WtpprofileLbsOutput

Set various location based service (LBS) options. The structure of `lbs` block is documented below.

func (WtpprofileOutput) LedSchedules 

func (o WtpprofileOutput) LedSchedules() WtpprofileLedScheduleArrayOutput

Recurring firewall schedules for illuminating LEDs on the FortiAP. If led-state is enabled, LEDs will be visible when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `ledSchedules` block is documented below.

func (WtpprofileOutput) LedState 

func (o WtpprofileOutput) LedState() pulumi.StringOutput

Enable/disable use of LEDs on WTP (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) Lldp 

func (o WtpprofileOutput) Lldp() pulumi.StringOutput

Enable/disable Link Layer Discovery Protocol (LLDP) for the WTP, FortiAP, or AP (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) LoginPasswd 

func (o WtpprofileOutput) LoginPasswd() pulumi.StringPtrOutput

Set the managed WTP, FortiAP, or AP's administrator password.

func (WtpprofileOutput) LoginPasswdChange 

func (o WtpprofileOutput) LoginPasswdChange() pulumi.StringOutput

Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.

func (WtpprofileOutput) MaxClients 

func (o WtpprofileOutput) MaxClients() pulumi.IntOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileOutput) Name 

func (o WtpprofileOutput) Name() pulumi.StringOutput

WTP (or FortiAP or AP) profile name.

func (WtpprofileOutput) Platform 

func (o WtpprofileOutput) Platform() WtpprofilePlatformOutput

WTP, FortiAP, or AP platform. The structure of `platform` block is documented below.

func (WtpprofileOutput) PoeMode 

func (o WtpprofileOutput) PoeMode() pulumi.StringOutput

Set the WTP, FortiAP, or AP's PoE mode.

func (WtpprofileOutput) Radio1 

func (o WtpprofileOutput) Radio1() WtpprofileRadio1Output

Configuration options for radio 1. The structure of `radio1` block is documented below.

func (WtpprofileOutput) Radio2 

func (o WtpprofileOutput) Radio2() WtpprofileRadio2Output

Configuration options for radio 2. The structure of `radio2` block is documented below.

func (WtpprofileOutput) Radio3 

func (o WtpprofileOutput) Radio3() WtpprofileRadio3Output

Configuration options for radio 3. The structure of `radio3` block is documented below.

func (WtpprofileOutput) Radio4 

func (o WtpprofileOutput) Radio4() WtpprofileRadio4Output

Configuration options for radio 4. The structure of `radio4` block is documented below.

func (WtpprofileOutput) SplitTunnelingAclLocalApSubnet 

func (o WtpprofileOutput) SplitTunnelingAclLocalApSubnet() pulumi.StringOutput

Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) SplitTunnelingAclPath 

func (o WtpprofileOutput) SplitTunnelingAclPath() pulumi.StringOutput

Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.

func (WtpprofileOutput) SplitTunnelingAcls 

func (o WtpprofileOutput) SplitTunnelingAcls() WtpprofileSplitTunnelingAclArrayOutput

Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.

func (WtpprofileOutput) SyslogProfile 

func (o WtpprofileOutput) SyslogProfile() pulumi.StringOutput

System log server configuration profile name.

func (WtpprofileOutput) ToWtpprofileOutput 

func (o WtpprofileOutput) ToWtpprofileOutput() WtpprofileOutput

func (WtpprofileOutput) ToWtpprofileOutputWithContext 

func (o WtpprofileOutput) ToWtpprofileOutputWithContext(ctx context.Context) WtpprofileOutput
func (o WtpprofileOutput) TunMtuDownlink() pulumi.IntOutput

Downlink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0). 

func (o WtpprofileOutput) TunMtuUplink() pulumi.IntOutput

Uplink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).

func (WtpprofileOutput) Unii45ghzBand 

func (o WtpprofileOutput) Unii45ghzBand() pulumi.StringOutput

Enable/disable UNII-4 5Ghz band channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) Vdomparam 

func (o WtpprofileOutput) Vdomparam() pulumi.StringPtrOutput

Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.

func (WtpprofileOutput) WanPortAuth 

func (o WtpprofileOutput) WanPortAuth() pulumi.StringOutput

Set WAN port authentication mode (default = none). Valid values: `none`, `802.1x`.

func (WtpprofileOutput) WanPortAuthMacsec 

func (o WtpprofileOutput) WanPortAuthMacsec() pulumi.StringOutput

Enable/disable WAN port 802.1x supplicant MACsec policy (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileOutput) WanPortAuthMethods 

func (o WtpprofileOutput) WanPortAuthMethods() pulumi.StringOutput

WAN port 802.1x supplicant EAP methods (default = all). Valid values: `all`, `EAP-FAST`, `EAP-TLS`, `EAP-PEAP`.

func (WtpprofileOutput) WanPortAuthPassword 

func (o WtpprofileOutput) WanPortAuthPassword() pulumi.StringPtrOutput

Set WAN port 802.1x supplicant password.

func (WtpprofileOutput) WanPortAuthUsrname 

func (o WtpprofileOutput) WanPortAuthUsrname() pulumi.StringOutput

Set WAN port 802.1x supplicant user name.

func (WtpprofileOutput) WanPortMode 

func (o WtpprofileOutput) WanPortMode() pulumi.StringOutput

Enable/disable using a WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.

type WtpprofilePlatform 

type WtpprofilePlatform struct {
	// Enable/disable use of one radio for dedicated dual-band scanning to detect RF characterization and wireless threat management. Valid values: `enable`, `disable`.
	Ddscan *string `pulumi:"ddscan"`
	// Configure operation mode of 5G radios (default = single-5G). Valid values: `single-5G`, `dual-5G`.
	Mode *string `pulumi:"mode"`
	// WTP, FortiAP or AP platform type. There are built-in WTP profiles for all supported FortiAP models. You can select a built-in profile and customize it or create a new profile.
	Type *string `pulumi:"type"`
}

type WtpprofilePlatformArgs 

type WtpprofilePlatformArgs struct {
	// Enable/disable use of one radio for dedicated dual-band scanning to detect RF characterization and wireless threat management. Valid values: `enable`, `disable`.
	Ddscan pulumi.StringPtrInput `pulumi:"ddscan"`
	// Configure operation mode of 5G radios (default = single-5G). Valid values: `single-5G`, `dual-5G`.
	Mode pulumi.StringPtrInput `pulumi:"mode"`
	// WTP, FortiAP or AP platform type. There are built-in WTP profiles for all supported FortiAP models. You can select a built-in profile and customize it or create a new profile.
	Type pulumi.StringPtrInput `pulumi:"type"`
}

func (WtpprofilePlatformArgs) ElementType 

func (WtpprofilePlatformArgs) ElementType() reflect.Type

func (WtpprofilePlatformArgs) ToWtpprofilePlatformOutput 

func (i WtpprofilePlatformArgs) ToWtpprofilePlatformOutput() WtpprofilePlatformOutput

func (WtpprofilePlatformArgs) ToWtpprofilePlatformOutputWithContext 

func (i WtpprofilePlatformArgs) ToWtpprofilePlatformOutputWithContext(ctx context.Context) WtpprofilePlatformOutput

func (WtpprofilePlatformArgs) ToWtpprofilePlatformPtrOutput 

func (i WtpprofilePlatformArgs) ToWtpprofilePlatformPtrOutput() WtpprofilePlatformPtrOutput

func (WtpprofilePlatformArgs) ToWtpprofilePlatformPtrOutputWithContext 

func (i WtpprofilePlatformArgs) ToWtpprofilePlatformPtrOutputWithContext(ctx context.Context) WtpprofilePlatformPtrOutput

type WtpprofilePlatformInput 

type WtpprofilePlatformInput interface {
	pulumi.Input

	ToWtpprofilePlatformOutput() WtpprofilePlatformOutput
	ToWtpprofilePlatformOutputWithContext(context.Context) WtpprofilePlatformOutput
}

WtpprofilePlatformInput is an input type that accepts WtpprofilePlatformArgs and WtpprofilePlatformOutput values. You can construct a concrete instance of `WtpprofilePlatformInput` via: 

WtpprofilePlatformArgs{...}

type WtpprofilePlatformOutput 

type WtpprofilePlatformOutput struct{ *pulumi.OutputState }

func (WtpprofilePlatformOutput) Ddscan 

func (o WtpprofilePlatformOutput) Ddscan() pulumi.StringPtrOutput

Enable/disable use of one radio for dedicated dual-band scanning to detect RF characterization and wireless threat management. Valid values: `enable`, `disable`.

func (WtpprofilePlatformOutput) ElementType 

func (WtpprofilePlatformOutput) ElementType() reflect.Type

func (WtpprofilePlatformOutput) Mode 

func (o WtpprofilePlatformOutput) Mode() pulumi.StringPtrOutput

Configure operation mode of 5G radios (default = single-5G). Valid values: `single-5G`, `dual-5G`.

func (WtpprofilePlatformOutput) ToWtpprofilePlatformOutput 

func (o WtpprofilePlatformOutput) ToWtpprofilePlatformOutput() WtpprofilePlatformOutput

func (WtpprofilePlatformOutput) ToWtpprofilePlatformOutputWithContext 

func (o WtpprofilePlatformOutput) ToWtpprofilePlatformOutputWithContext(ctx context.Context) WtpprofilePlatformOutput

func (WtpprofilePlatformOutput) ToWtpprofilePlatformPtrOutput 

func (o WtpprofilePlatformOutput) ToWtpprofilePlatformPtrOutput() WtpprofilePlatformPtrOutput

func (WtpprofilePlatformOutput) ToWtpprofilePlatformPtrOutputWithContext 

func (o WtpprofilePlatformOutput) ToWtpprofilePlatformPtrOutputWithContext(ctx context.Context) WtpprofilePlatformPtrOutput

func (WtpprofilePlatformOutput) Type 

func (o WtpprofilePlatformOutput) Type() pulumi.StringPtrOutput

WTP, FortiAP or AP platform type. There are built-in WTP profiles for all supported FortiAP models. You can select a built-in profile and customize it or create a new profile.

type WtpprofilePlatformPtrInput 

type WtpprofilePlatformPtrInput interface {
	pulumi.Input

	ToWtpprofilePlatformPtrOutput() WtpprofilePlatformPtrOutput
	ToWtpprofilePlatformPtrOutputWithContext(context.Context) WtpprofilePlatformPtrOutput
}

WtpprofilePlatformPtrInput is an input type that accepts WtpprofilePlatformArgs, WtpprofilePlatformPtr and WtpprofilePlatformPtrOutput values. You can construct a concrete instance of `WtpprofilePlatformPtrInput` via: 

        WtpprofilePlatformArgs{...}

or:

        nil

func WtpprofilePlatformPtr 

func WtpprofilePlatformPtr(v *WtpprofilePlatformArgs) WtpprofilePlatformPtrInput

type WtpprofilePlatformPtrOutput 

type WtpprofilePlatformPtrOutput struct{ *pulumi.OutputState }

func (WtpprofilePlatformPtrOutput) Ddscan 

func (o WtpprofilePlatformPtrOutput) Ddscan() pulumi.StringPtrOutput

Enable/disable use of one radio for dedicated dual-band scanning to detect RF characterization and wireless threat management. Valid values: `enable`, `disable`.

func (WtpprofilePlatformPtrOutput) Elem 

func (o WtpprofilePlatformPtrOutput) Elem() WtpprofilePlatformOutput

func (WtpprofilePlatformPtrOutput) ElementType 

func (WtpprofilePlatformPtrOutput) ElementType() reflect.Type

func (WtpprofilePlatformPtrOutput) Mode 

func (o WtpprofilePlatformPtrOutput) Mode() pulumi.StringPtrOutput

Configure operation mode of 5G radios (default = single-5G). Valid values: `single-5G`, `dual-5G`.

func (WtpprofilePlatformPtrOutput) ToWtpprofilePlatformPtrOutput 

func (o WtpprofilePlatformPtrOutput) ToWtpprofilePlatformPtrOutput() WtpprofilePlatformPtrOutput

func (WtpprofilePlatformPtrOutput) ToWtpprofilePlatformPtrOutputWithContext 

func (o WtpprofilePlatformPtrOutput) ToWtpprofilePlatformPtrOutputWithContext(ctx context.Context) WtpprofilePlatformPtrOutput

func (WtpprofilePlatformPtrOutput) Type 

func (o WtpprofilePlatformPtrOutput) Type() pulumi.StringPtrOutput

WTP, FortiAP or AP platform type. There are built-in WTP profiles for all supported FortiAP models. You can select a built-in profile and customize it or create a new profile.

type WtpprofileRadio1 

type WtpprofileRadio1 struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness *string `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu *string `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff *string `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr *string `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize *int `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan *int `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl *string `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData *string `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon *string `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther *string `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe *string `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile *string `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band *string `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType *string `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl *string `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity *int `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval *int `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor *int `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode *string `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl *string `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity *int `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding *string `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization *string `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpprofileRadio1Channel `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence *string `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp *string `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma *string `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity *string `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim *int `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold *int `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff *string `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol *string `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort *int `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients *int `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance *int `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode *string `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode *string `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d *string `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna *string `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain *string `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize *string `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode *string `pulumi:"protectionMode"`
	// radio-id
	RadioId *int `pulumi:"radioId"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold *int `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid *string `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate *string `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal *string `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate *string `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString *string `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString *string `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword *string `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString *string `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl *string `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername *string `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod *string `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword *string `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey *string `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword *string `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv *int `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType *string `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn *string `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp *string `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType *string `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid *string `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest *string `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername *string `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval *string `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize *string `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpprofileRadio1Vap `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile *string `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs *string `pulumi:"zeroWaitDfs"`
}

type WtpprofileRadio1Args 

type WtpprofileRadio1Args struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness pulumi.StringPtrInput `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu pulumi.StringPtrInput `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringPtrInput `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr pulumi.StringPtrInput `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize pulumi.IntPtrInput `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan pulumi.IntPtrInput `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl pulumi.StringPtrInput `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData pulumi.StringPtrInput `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon pulumi.StringPtrInput `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther pulumi.StringPtrInput `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe pulumi.StringPtrInput `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile pulumi.StringPtrInput `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType pulumi.StringPtrInput `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringPtrInput `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntPtrInput `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval pulumi.IntPtrInput `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor pulumi.IntPtrInput `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode pulumi.StringPtrInput `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringPtrInput `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity pulumi.IntPtrInput `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding pulumi.StringPtrInput `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization pulumi.StringPtrInput `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpprofileRadio1ChannelArrayInput `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence pulumi.StringPtrInput `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp pulumi.StringPtrInput `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma pulumi.StringPtrInput `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity pulumi.StringPtrInput `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim pulumi.IntPtrInput `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold pulumi.IntPtrInput `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringPtrInput `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol pulumi.StringPtrInput `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort pulumi.IntPtrInput `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntPtrInput `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance pulumi.IntPtrInput `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode pulumi.StringPtrInput `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode pulumi.StringPtrInput `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d pulumi.StringPtrInput `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna pulumi.StringPtrInput `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain pulumi.StringPtrInput `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize pulumi.StringPtrInput `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode pulumi.StringPtrInput `pulumi:"protectionMode"`
	// radio-id
	RadioId pulumi.IntPtrInput `pulumi:"radioId"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold pulumi.IntPtrInput `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid pulumi.StringPtrInput `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate pulumi.StringPtrInput `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal pulumi.StringPtrInput `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate pulumi.StringPtrInput `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString pulumi.StringPtrInput `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString pulumi.StringPtrInput `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword pulumi.StringPtrInput `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString pulumi.StringPtrInput `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl pulumi.StringPtrInput `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername pulumi.StringPtrInput `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod pulumi.StringPtrInput `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword pulumi.StringPtrInput `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey pulumi.StringPtrInput `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword pulumi.StringPtrInput `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv pulumi.IntPtrInput `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType pulumi.StringPtrInput `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn pulumi.StringPtrInput `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp pulumi.StringPtrInput `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType pulumi.StringPtrInput `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid pulumi.StringPtrInput `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest pulumi.StringPtrInput `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername pulumi.StringPtrInput `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval pulumi.StringPtrInput `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize pulumi.StringPtrInput `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpprofileRadio1VapArrayInput `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile pulumi.StringPtrInput `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs pulumi.StringPtrInput `pulumi:"zeroWaitDfs"`
}

func (WtpprofileRadio1Args) ElementType 

func (WtpprofileRadio1Args) ElementType() reflect.Type

func (WtpprofileRadio1Args) ToWtpprofileRadio1Output 

func (i WtpprofileRadio1Args) ToWtpprofileRadio1Output() WtpprofileRadio1Output

func (WtpprofileRadio1Args) ToWtpprofileRadio1OutputWithContext 

func (i WtpprofileRadio1Args) ToWtpprofileRadio1OutputWithContext(ctx context.Context) WtpprofileRadio1Output

func (WtpprofileRadio1Args) ToWtpprofileRadio1PtrOutput 

func (i WtpprofileRadio1Args) ToWtpprofileRadio1PtrOutput() WtpprofileRadio1PtrOutput

func (WtpprofileRadio1Args) ToWtpprofileRadio1PtrOutputWithContext 

func (i WtpprofileRadio1Args) ToWtpprofileRadio1PtrOutputWithContext(ctx context.Context) WtpprofileRadio1PtrOutput

type WtpprofileRadio1Channel 

type WtpprofileRadio1Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpprofileRadio1ChannelArgs 

type WtpprofileRadio1ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpprofileRadio1ChannelArgs) ElementType 

func (WtpprofileRadio1ChannelArgs) ElementType() reflect.Type

func (WtpprofileRadio1ChannelArgs) ToWtpprofileRadio1ChannelOutput 

func (i WtpprofileRadio1ChannelArgs) ToWtpprofileRadio1ChannelOutput() WtpprofileRadio1ChannelOutput

func (WtpprofileRadio1ChannelArgs) ToWtpprofileRadio1ChannelOutputWithContext 

func (i WtpprofileRadio1ChannelArgs) ToWtpprofileRadio1ChannelOutputWithContext(ctx context.Context) WtpprofileRadio1ChannelOutput

type WtpprofileRadio1ChannelArray 

type WtpprofileRadio1ChannelArray []WtpprofileRadio1ChannelInput

func (WtpprofileRadio1ChannelArray) ElementType 

func (WtpprofileRadio1ChannelArray) ElementType() reflect.Type

func (WtpprofileRadio1ChannelArray) ToWtpprofileRadio1ChannelArrayOutput 

func (i WtpprofileRadio1ChannelArray) ToWtpprofileRadio1ChannelArrayOutput() WtpprofileRadio1ChannelArrayOutput

func (WtpprofileRadio1ChannelArray) ToWtpprofileRadio1ChannelArrayOutputWithContext 

func (i WtpprofileRadio1ChannelArray) ToWtpprofileRadio1ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio1ChannelArrayOutput

type WtpprofileRadio1ChannelArrayInput 

type WtpprofileRadio1ChannelArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio1ChannelArrayOutput() WtpprofileRadio1ChannelArrayOutput
	ToWtpprofileRadio1ChannelArrayOutputWithContext(context.Context) WtpprofileRadio1ChannelArrayOutput
}

WtpprofileRadio1ChannelArrayInput is an input type that accepts WtpprofileRadio1ChannelArray and WtpprofileRadio1ChannelArrayOutput values. You can construct a concrete instance of `WtpprofileRadio1ChannelArrayInput` via: 

WtpprofileRadio1ChannelArray{ WtpprofileRadio1ChannelArgs{...} }

type WtpprofileRadio1ChannelArrayOutput 

type WtpprofileRadio1ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio1ChannelArrayOutput) ElementType 

func (WtpprofileRadio1ChannelArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio1ChannelArrayOutput) Index 

func (o WtpprofileRadio1ChannelArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio1ChannelOutput

func (WtpprofileRadio1ChannelArrayOutput) ToWtpprofileRadio1ChannelArrayOutput 

func (o WtpprofileRadio1ChannelArrayOutput) ToWtpprofileRadio1ChannelArrayOutput() WtpprofileRadio1ChannelArrayOutput

func (WtpprofileRadio1ChannelArrayOutput) ToWtpprofileRadio1ChannelArrayOutputWithContext 

func (o WtpprofileRadio1ChannelArrayOutput) ToWtpprofileRadio1ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio1ChannelArrayOutput

type WtpprofileRadio1ChannelInput 

type WtpprofileRadio1ChannelInput interface {
	pulumi.Input

	ToWtpprofileRadio1ChannelOutput() WtpprofileRadio1ChannelOutput
	ToWtpprofileRadio1ChannelOutputWithContext(context.Context) WtpprofileRadio1ChannelOutput
}

WtpprofileRadio1ChannelInput is an input type that accepts WtpprofileRadio1ChannelArgs and WtpprofileRadio1ChannelOutput values. You can construct a concrete instance of `WtpprofileRadio1ChannelInput` via: 

WtpprofileRadio1ChannelArgs{...}

type WtpprofileRadio1ChannelOutput 

type WtpprofileRadio1ChannelOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio1ChannelOutput) Chan 

func (o WtpprofileRadio1ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpprofileRadio1ChannelOutput) ElementType 

func (WtpprofileRadio1ChannelOutput) ElementType() reflect.Type

func (WtpprofileRadio1ChannelOutput) ToWtpprofileRadio1ChannelOutput 

func (o WtpprofileRadio1ChannelOutput) ToWtpprofileRadio1ChannelOutput() WtpprofileRadio1ChannelOutput

func (WtpprofileRadio1ChannelOutput) ToWtpprofileRadio1ChannelOutputWithContext 

func (o WtpprofileRadio1ChannelOutput) ToWtpprofileRadio1ChannelOutputWithContext(ctx context.Context) WtpprofileRadio1ChannelOutput

type WtpprofileRadio1Input 

type WtpprofileRadio1Input interface {
	pulumi.Input

	ToWtpprofileRadio1Output() WtpprofileRadio1Output
	ToWtpprofileRadio1OutputWithContext(context.Context) WtpprofileRadio1Output
}

WtpprofileRadio1Input is an input type that accepts WtpprofileRadio1Args and WtpprofileRadio1Output values. You can construct a concrete instance of `WtpprofileRadio1Input` via: 

WtpprofileRadio1Args{...}

type WtpprofileRadio1Output 

type WtpprofileRadio1Output struct{ *pulumi.OutputState }

func (WtpprofileRadio1Output) AirtimeFairness 

func (o WtpprofileRadio1Output) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) Amsdu 

func (o WtpprofileRadio1Output) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ApHandoff 

func (o WtpprofileRadio1Output) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ApSnifferAddr 

func (o WtpprofileRadio1Output) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio1Output) ApSnifferBufsize 

func (o WtpprofileRadio1Output) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio1Output) ApSnifferChan 

func (o WtpprofileRadio1Output) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio1Output) ApSnifferCtl 

func (o WtpprofileRadio1Output) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ApSnifferData 

func (o WtpprofileRadio1Output) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ApSnifferMgmtBeacon 

func (o WtpprofileRadio1Output) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ApSnifferMgmtOther 

func (o WtpprofileRadio1Output) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ApSnifferMgmtProbe 

func (o WtpprofileRadio1Output) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) ArrpProfile 

func (o WtpprofileRadio1Output) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio1Output) AutoPowerHigh 

func (o WtpprofileRadio1Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio1Output) AutoPowerLevel 

func (o WtpprofileRadio1Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) AutoPowerLow 

func (o WtpprofileRadio1Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio1Output) AutoPowerTarget 

func (o WtpprofileRadio1Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio1Output) Band 

func (o WtpprofileRadio1Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio1Output) Band5gType 

func (o WtpprofileRadio1Output) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio1Output) BandwidthAdmissionControl 

func (o WtpprofileRadio1Output) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) BandwidthCapacity 

func (o WtpprofileRadio1Output) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio1Output) BeaconInterval 

func (o WtpprofileRadio1Output) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio1Output) BssColor 

func (o WtpprofileRadio1Output) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio1Output) BssColorMode 

func (o WtpprofileRadio1Output) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio1Output) CallAdmissionControl 

func (o WtpprofileRadio1Output) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) CallCapacity 

func (o WtpprofileRadio1Output) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio1Output) ChannelBonding 

func (o WtpprofileRadio1Output) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio1Output) ChannelUtilization 

func (o WtpprofileRadio1Output) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) Channels 

func (o WtpprofileRadio1Output) Channels() WtpprofileRadio1ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio1Output) Coexistence 

func (o WtpprofileRadio1Output) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) Darrp 

func (o WtpprofileRadio1Output) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) Drma 

func (o WtpprofileRadio1Output) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio1Output) DrmaSensitivity 

func (o WtpprofileRadio1Output) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio1Output) Dtim 

func (o WtpprofileRadio1Output) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio1Output) ElementType 

func (WtpprofileRadio1Output) ElementType() reflect.Type

func (WtpprofileRadio1Output) FragThreshold 

func (o WtpprofileRadio1Output) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio1Output) FrequencyHandoff 

func (o WtpprofileRadio1Output) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) IperfProtocol 

func (o WtpprofileRadio1Output) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio1Output) IperfServerPort 

func (o WtpprofileRadio1Output) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio1Output) MaxClients 

func (o WtpprofileRadio1Output) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio1Output) MaxDistance 

func (o WtpprofileRadio1Output) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio1Output) MimoMode 

func (o WtpprofileRadio1Output) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio1Output) Mode 

func (o WtpprofileRadio1Output) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio1Output) N80211d 

func (o WtpprofileRadio1Output) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) OptionalAntenna 

func (o WtpprofileRadio1Output) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio1Output) OptionalAntennaGain 

func (o WtpprofileRadio1Output) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio1Output) PowerLevel 

func (o WtpprofileRadio1Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio1Output) PowerMode 

func (o WtpprofileRadio1Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio1Output) PowerValue 

func (o WtpprofileRadio1Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio1Output) PowersaveOptimize 

func (o WtpprofileRadio1Output) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio1Output) ProtectionMode 

func (o WtpprofileRadio1Output) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio1Output) RadioId 

func (o WtpprofileRadio1Output) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpprofileRadio1Output) RtsThreshold 

func (o WtpprofileRadio1Output) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio1Output) SamBssid 

func (o WtpprofileRadio1Output) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio1Output) SamCaCertificate 

func (o WtpprofileRadio1Output) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1Output) SamCaptivePortal 

func (o WtpprofileRadio1Output) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) SamClientCertificate 

func (o WtpprofileRadio1Output) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1Output) SamCwpFailureString 

func (o WtpprofileRadio1Output) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio1Output) SamCwpMatchString 

func (o WtpprofileRadio1Output) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio1Output) SamCwpPassword 

func (o WtpprofileRadio1Output) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio1Output) SamCwpSuccessString 

func (o WtpprofileRadio1Output) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio1Output) SamCwpTestUrl 

func (o WtpprofileRadio1Output) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio1Output) SamCwpUsername 

func (o WtpprofileRadio1Output) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio1Output) SamEapMethod 

func (o WtpprofileRadio1Output) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio1Output) SamPassword 

func (o WtpprofileRadio1Output) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio1Output) SamPrivateKey 

func (o WtpprofileRadio1Output) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1Output) SamPrivateKeyPassword 

func (o WtpprofileRadio1Output) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1Output) SamReportIntv 

func (o WtpprofileRadio1Output) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio1Output) SamSecurityType 

func (o WtpprofileRadio1Output) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio1Output) SamServerFqdn 

func (o WtpprofileRadio1Output) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio1Output) SamServerIp 

func (o WtpprofileRadio1Output) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio1Output) SamServerType 

func (o WtpprofileRadio1Output) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio1Output) SamSsid 

func (o WtpprofileRadio1Output) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio1Output) SamTest 

func (o WtpprofileRadio1Output) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio1Output) SamUsername 

func (o WtpprofileRadio1Output) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio1Output) ShortGuardInterval 

func (o WtpprofileRadio1Output) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio1Output) SpectrumAnalysis 

func (o WtpprofileRadio1Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio1Output) ToWtpprofileRadio1Output 

func (o WtpprofileRadio1Output) ToWtpprofileRadio1Output() WtpprofileRadio1Output

func (WtpprofileRadio1Output) ToWtpprofileRadio1OutputWithContext 

func (o WtpprofileRadio1Output) ToWtpprofileRadio1OutputWithContext(ctx context.Context) WtpprofileRadio1Output

func (WtpprofileRadio1Output) ToWtpprofileRadio1PtrOutput 

func (o WtpprofileRadio1Output) ToWtpprofileRadio1PtrOutput() WtpprofileRadio1PtrOutput

func (WtpprofileRadio1Output) ToWtpprofileRadio1PtrOutputWithContext 

func (o WtpprofileRadio1Output) ToWtpprofileRadio1PtrOutputWithContext(ctx context.Context) WtpprofileRadio1PtrOutput

func (WtpprofileRadio1Output) TransmitOptimize 

func (o WtpprofileRadio1Output) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio1Output) VapAll 

func (o WtpprofileRadio1Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio1Output) Vaps 

func (o WtpprofileRadio1Output) Vaps() WtpprofileRadio1VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio1Output) WidsProfile 

func (o WtpprofileRadio1Output) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio1Output) ZeroWaitDfs 

func (o WtpprofileRadio1Output) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio1PtrInput 

type WtpprofileRadio1PtrInput interface {
	pulumi.Input

	ToWtpprofileRadio1PtrOutput() WtpprofileRadio1PtrOutput
	ToWtpprofileRadio1PtrOutputWithContext(context.Context) WtpprofileRadio1PtrOutput
}

WtpprofileRadio1PtrInput is an input type that accepts WtpprofileRadio1Args, WtpprofileRadio1Ptr and WtpprofileRadio1PtrOutput values. You can construct a concrete instance of `WtpprofileRadio1PtrInput` via: 

        WtpprofileRadio1Args{...}

or:

        nil

func WtpprofileRadio1Ptr 

func WtpprofileRadio1Ptr(v *WtpprofileRadio1Args) WtpprofileRadio1PtrInput

type WtpprofileRadio1PtrOutput 

type WtpprofileRadio1PtrOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio1PtrOutput) AirtimeFairness 

func (o WtpprofileRadio1PtrOutput) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) Amsdu 

func (o WtpprofileRadio1PtrOutput) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ApHandoff 

func (o WtpprofileRadio1PtrOutput) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ApSnifferAddr 

func (o WtpprofileRadio1PtrOutput) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio1PtrOutput) ApSnifferBufsize 

func (o WtpprofileRadio1PtrOutput) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio1PtrOutput) ApSnifferChan 

func (o WtpprofileRadio1PtrOutput) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio1PtrOutput) ApSnifferCtl 

func (o WtpprofileRadio1PtrOutput) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ApSnifferData 

func (o WtpprofileRadio1PtrOutput) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ApSnifferMgmtBeacon 

func (o WtpprofileRadio1PtrOutput) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ApSnifferMgmtOther 

func (o WtpprofileRadio1PtrOutput) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ApSnifferMgmtProbe 

func (o WtpprofileRadio1PtrOutput) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) ArrpProfile 

func (o WtpprofileRadio1PtrOutput) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio1PtrOutput) AutoPowerHigh 

func (o WtpprofileRadio1PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio1PtrOutput) AutoPowerLevel 

func (o WtpprofileRadio1PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) AutoPowerLow 

func (o WtpprofileRadio1PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio1PtrOutput) AutoPowerTarget 

func (o WtpprofileRadio1PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio1PtrOutput) Band 

func (o WtpprofileRadio1PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio1PtrOutput) Band5gType 

func (o WtpprofileRadio1PtrOutput) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio1PtrOutput) BandwidthAdmissionControl 

func (o WtpprofileRadio1PtrOutput) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) BandwidthCapacity 

func (o WtpprofileRadio1PtrOutput) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio1PtrOutput) BeaconInterval 

func (o WtpprofileRadio1PtrOutput) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio1PtrOutput) BssColor 

func (o WtpprofileRadio1PtrOutput) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio1PtrOutput) BssColorMode 

func (o WtpprofileRadio1PtrOutput) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio1PtrOutput) CallAdmissionControl 

func (o WtpprofileRadio1PtrOutput) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) CallCapacity 

func (o WtpprofileRadio1PtrOutput) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio1PtrOutput) ChannelBonding 

func (o WtpprofileRadio1PtrOutput) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio1PtrOutput) ChannelUtilization 

func (o WtpprofileRadio1PtrOutput) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) Channels 

func (o WtpprofileRadio1PtrOutput) Channels() WtpprofileRadio1ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio1PtrOutput) Coexistence 

func (o WtpprofileRadio1PtrOutput) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) Darrp 

func (o WtpprofileRadio1PtrOutput) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) Drma 

func (o WtpprofileRadio1PtrOutput) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio1PtrOutput) DrmaSensitivity 

func (o WtpprofileRadio1PtrOutput) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio1PtrOutput) Dtim 

func (o WtpprofileRadio1PtrOutput) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio1PtrOutput) Elem 

func (o WtpprofileRadio1PtrOutput) Elem() WtpprofileRadio1Output

func (WtpprofileRadio1PtrOutput) ElementType 

func (WtpprofileRadio1PtrOutput) ElementType() reflect.Type

func (WtpprofileRadio1PtrOutput) FragThreshold 

func (o WtpprofileRadio1PtrOutput) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio1PtrOutput) FrequencyHandoff 

func (o WtpprofileRadio1PtrOutput) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) IperfProtocol 

func (o WtpprofileRadio1PtrOutput) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio1PtrOutput) IperfServerPort 

func (o WtpprofileRadio1PtrOutput) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio1PtrOutput) MaxClients 

func (o WtpprofileRadio1PtrOutput) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio1PtrOutput) MaxDistance 

func (o WtpprofileRadio1PtrOutput) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio1PtrOutput) MimoMode 

func (o WtpprofileRadio1PtrOutput) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio1PtrOutput) Mode 

func (o WtpprofileRadio1PtrOutput) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio1PtrOutput) N80211d 

func (o WtpprofileRadio1PtrOutput) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) OptionalAntenna 

func (o WtpprofileRadio1PtrOutput) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio1PtrOutput) OptionalAntennaGain 

func (o WtpprofileRadio1PtrOutput) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio1PtrOutput) PowerLevel 

func (o WtpprofileRadio1PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio1PtrOutput) PowerMode 

func (o WtpprofileRadio1PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio1PtrOutput) PowerValue 

func (o WtpprofileRadio1PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio1PtrOutput) PowersaveOptimize 

func (o WtpprofileRadio1PtrOutput) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio1PtrOutput) ProtectionMode 

func (o WtpprofileRadio1PtrOutput) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio1PtrOutput) RadioId 

func (o WtpprofileRadio1PtrOutput) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpprofileRadio1PtrOutput) RtsThreshold 

func (o WtpprofileRadio1PtrOutput) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio1PtrOutput) SamBssid 

func (o WtpprofileRadio1PtrOutput) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio1PtrOutput) SamCaCertificate 

func (o WtpprofileRadio1PtrOutput) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1PtrOutput) SamCaptivePortal 

func (o WtpprofileRadio1PtrOutput) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) SamClientCertificate 

func (o WtpprofileRadio1PtrOutput) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1PtrOutput) SamCwpFailureString 

func (o WtpprofileRadio1PtrOutput) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio1PtrOutput) SamCwpMatchString 

func (o WtpprofileRadio1PtrOutput) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio1PtrOutput) SamCwpPassword 

func (o WtpprofileRadio1PtrOutput) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio1PtrOutput) SamCwpSuccessString 

func (o WtpprofileRadio1PtrOutput) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio1PtrOutput) SamCwpTestUrl 

func (o WtpprofileRadio1PtrOutput) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio1PtrOutput) SamCwpUsername 

func (o WtpprofileRadio1PtrOutput) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio1PtrOutput) SamEapMethod 

func (o WtpprofileRadio1PtrOutput) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio1PtrOutput) SamPassword 

func (o WtpprofileRadio1PtrOutput) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio1PtrOutput) SamPrivateKey 

func (o WtpprofileRadio1PtrOutput) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1PtrOutput) SamPrivateKeyPassword 

func (o WtpprofileRadio1PtrOutput) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio1PtrOutput) SamReportIntv 

func (o WtpprofileRadio1PtrOutput) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio1PtrOutput) SamSecurityType 

func (o WtpprofileRadio1PtrOutput) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio1PtrOutput) SamServerFqdn 

func (o WtpprofileRadio1PtrOutput) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio1PtrOutput) SamServerIp 

func (o WtpprofileRadio1PtrOutput) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio1PtrOutput) SamServerType 

func (o WtpprofileRadio1PtrOutput) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio1PtrOutput) SamSsid 

func (o WtpprofileRadio1PtrOutput) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio1PtrOutput) SamTest 

func (o WtpprofileRadio1PtrOutput) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio1PtrOutput) SamUsername 

func (o WtpprofileRadio1PtrOutput) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio1PtrOutput) ShortGuardInterval 

func (o WtpprofileRadio1PtrOutput) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio1PtrOutput) SpectrumAnalysis 

func (o WtpprofileRadio1PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio1PtrOutput) ToWtpprofileRadio1PtrOutput 

func (o WtpprofileRadio1PtrOutput) ToWtpprofileRadio1PtrOutput() WtpprofileRadio1PtrOutput

func (WtpprofileRadio1PtrOutput) ToWtpprofileRadio1PtrOutputWithContext 

func (o WtpprofileRadio1PtrOutput) ToWtpprofileRadio1PtrOutputWithContext(ctx context.Context) WtpprofileRadio1PtrOutput

func (WtpprofileRadio1PtrOutput) TransmitOptimize 

func (o WtpprofileRadio1PtrOutput) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio1PtrOutput) VapAll 

func (o WtpprofileRadio1PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio1PtrOutput) Vaps 

func (o WtpprofileRadio1PtrOutput) Vaps() WtpprofileRadio1VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio1PtrOutput) WidsProfile 

func (o WtpprofileRadio1PtrOutput) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio1PtrOutput) ZeroWaitDfs 

func (o WtpprofileRadio1PtrOutput) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio1Vap 

type WtpprofileRadio1Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpprofileRadio1VapArgs 

type WtpprofileRadio1VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpprofileRadio1VapArgs) ElementType 

func (WtpprofileRadio1VapArgs) ElementType() reflect.Type

func (WtpprofileRadio1VapArgs) ToWtpprofileRadio1VapOutput 

func (i WtpprofileRadio1VapArgs) ToWtpprofileRadio1VapOutput() WtpprofileRadio1VapOutput

func (WtpprofileRadio1VapArgs) ToWtpprofileRadio1VapOutputWithContext 

func (i WtpprofileRadio1VapArgs) ToWtpprofileRadio1VapOutputWithContext(ctx context.Context) WtpprofileRadio1VapOutput

type WtpprofileRadio1VapArray 

type WtpprofileRadio1VapArray []WtpprofileRadio1VapInput

func (WtpprofileRadio1VapArray) ElementType 

func (WtpprofileRadio1VapArray) ElementType() reflect.Type

func (WtpprofileRadio1VapArray) ToWtpprofileRadio1VapArrayOutput 

func (i WtpprofileRadio1VapArray) ToWtpprofileRadio1VapArrayOutput() WtpprofileRadio1VapArrayOutput

func (WtpprofileRadio1VapArray) ToWtpprofileRadio1VapArrayOutputWithContext 

func (i WtpprofileRadio1VapArray) ToWtpprofileRadio1VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio1VapArrayOutput

type WtpprofileRadio1VapArrayInput 

type WtpprofileRadio1VapArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio1VapArrayOutput() WtpprofileRadio1VapArrayOutput
	ToWtpprofileRadio1VapArrayOutputWithContext(context.Context) WtpprofileRadio1VapArrayOutput
}

WtpprofileRadio1VapArrayInput is an input type that accepts WtpprofileRadio1VapArray and WtpprofileRadio1VapArrayOutput values. You can construct a concrete instance of `WtpprofileRadio1VapArrayInput` via: 

WtpprofileRadio1VapArray{ WtpprofileRadio1VapArgs{...} }

type WtpprofileRadio1VapArrayOutput 

type WtpprofileRadio1VapArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio1VapArrayOutput) ElementType 

func (WtpprofileRadio1VapArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio1VapArrayOutput) Index 

func (o WtpprofileRadio1VapArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio1VapOutput

func (WtpprofileRadio1VapArrayOutput) ToWtpprofileRadio1VapArrayOutput 

func (o WtpprofileRadio1VapArrayOutput) ToWtpprofileRadio1VapArrayOutput() WtpprofileRadio1VapArrayOutput

func (WtpprofileRadio1VapArrayOutput) ToWtpprofileRadio1VapArrayOutputWithContext 

func (o WtpprofileRadio1VapArrayOutput) ToWtpprofileRadio1VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio1VapArrayOutput

type WtpprofileRadio1VapInput 

type WtpprofileRadio1VapInput interface {
	pulumi.Input

	ToWtpprofileRadio1VapOutput() WtpprofileRadio1VapOutput
	ToWtpprofileRadio1VapOutputWithContext(context.Context) WtpprofileRadio1VapOutput
}

WtpprofileRadio1VapInput is an input type that accepts WtpprofileRadio1VapArgs and WtpprofileRadio1VapOutput values. You can construct a concrete instance of `WtpprofileRadio1VapInput` via: 

WtpprofileRadio1VapArgs{...}

type WtpprofileRadio1VapOutput 

type WtpprofileRadio1VapOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio1VapOutput) ElementType 

func (WtpprofileRadio1VapOutput) ElementType() reflect.Type

func (WtpprofileRadio1VapOutput) Name 

func (o WtpprofileRadio1VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpprofileRadio1VapOutput) ToWtpprofileRadio1VapOutput 

func (o WtpprofileRadio1VapOutput) ToWtpprofileRadio1VapOutput() WtpprofileRadio1VapOutput

func (WtpprofileRadio1VapOutput) ToWtpprofileRadio1VapOutputWithContext 

func (o WtpprofileRadio1VapOutput) ToWtpprofileRadio1VapOutputWithContext(ctx context.Context) WtpprofileRadio1VapOutput

type WtpprofileRadio2 

type WtpprofileRadio2 struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness *string `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu *string `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff *string `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr *string `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize *int `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan *int `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl *string `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData *string `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon *string `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther *string `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe *string `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile *string `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band *string `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType *string `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl *string `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity *int `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval *int `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor *int `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode *string `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl *string `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity *int `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding *string `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization *string `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpprofileRadio2Channel `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence *string `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp *string `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma *string `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity *string `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim *int `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold *int `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff *string `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol *string `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort *int `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients *int `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance *int `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode *string `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode *string `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d *string `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna *string `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain *string `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize *string `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode *string `pulumi:"protectionMode"`
	// radio-id
	RadioId *int `pulumi:"radioId"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold *int `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid *string `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate *string `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal *string `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate *string `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString *string `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString *string `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword *string `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString *string `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl *string `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername *string `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod *string `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword *string `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey *string `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword *string `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv *int `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType *string `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn *string `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp *string `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType *string `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid *string `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest *string `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername *string `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval *string `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize *string `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpprofileRadio2Vap `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile *string `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs *string `pulumi:"zeroWaitDfs"`
}

type WtpprofileRadio2Args 

type WtpprofileRadio2Args struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness pulumi.StringPtrInput `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu pulumi.StringPtrInput `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringPtrInput `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr pulumi.StringPtrInput `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize pulumi.IntPtrInput `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan pulumi.IntPtrInput `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl pulumi.StringPtrInput `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData pulumi.StringPtrInput `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon pulumi.StringPtrInput `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther pulumi.StringPtrInput `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe pulumi.StringPtrInput `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile pulumi.StringPtrInput `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType pulumi.StringPtrInput `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringPtrInput `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntPtrInput `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval pulumi.IntPtrInput `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor pulumi.IntPtrInput `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode pulumi.StringPtrInput `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringPtrInput `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity pulumi.IntPtrInput `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding pulumi.StringPtrInput `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization pulumi.StringPtrInput `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpprofileRadio2ChannelArrayInput `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence pulumi.StringPtrInput `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp pulumi.StringPtrInput `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma pulumi.StringPtrInput `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity pulumi.StringPtrInput `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim pulumi.IntPtrInput `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold pulumi.IntPtrInput `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringPtrInput `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol pulumi.StringPtrInput `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort pulumi.IntPtrInput `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntPtrInput `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance pulumi.IntPtrInput `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode pulumi.StringPtrInput `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode pulumi.StringPtrInput `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d pulumi.StringPtrInput `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna pulumi.StringPtrInput `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain pulumi.StringPtrInput `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize pulumi.StringPtrInput `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode pulumi.StringPtrInput `pulumi:"protectionMode"`
	// radio-id
	RadioId pulumi.IntPtrInput `pulumi:"radioId"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold pulumi.IntPtrInput `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid pulumi.StringPtrInput `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate pulumi.StringPtrInput `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal pulumi.StringPtrInput `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate pulumi.StringPtrInput `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString pulumi.StringPtrInput `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString pulumi.StringPtrInput `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword pulumi.StringPtrInput `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString pulumi.StringPtrInput `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl pulumi.StringPtrInput `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername pulumi.StringPtrInput `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod pulumi.StringPtrInput `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword pulumi.StringPtrInput `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey pulumi.StringPtrInput `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword pulumi.StringPtrInput `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv pulumi.IntPtrInput `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType pulumi.StringPtrInput `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn pulumi.StringPtrInput `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp pulumi.StringPtrInput `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType pulumi.StringPtrInput `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid pulumi.StringPtrInput `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest pulumi.StringPtrInput `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername pulumi.StringPtrInput `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval pulumi.StringPtrInput `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize pulumi.StringPtrInput `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpprofileRadio2VapArrayInput `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile pulumi.StringPtrInput `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs pulumi.StringPtrInput `pulumi:"zeroWaitDfs"`
}

func (WtpprofileRadio2Args) ElementType 

func (WtpprofileRadio2Args) ElementType() reflect.Type

func (WtpprofileRadio2Args) ToWtpprofileRadio2Output 

func (i WtpprofileRadio2Args) ToWtpprofileRadio2Output() WtpprofileRadio2Output

func (WtpprofileRadio2Args) ToWtpprofileRadio2OutputWithContext 

func (i WtpprofileRadio2Args) ToWtpprofileRadio2OutputWithContext(ctx context.Context) WtpprofileRadio2Output

func (WtpprofileRadio2Args) ToWtpprofileRadio2PtrOutput 

func (i WtpprofileRadio2Args) ToWtpprofileRadio2PtrOutput() WtpprofileRadio2PtrOutput

func (WtpprofileRadio2Args) ToWtpprofileRadio2PtrOutputWithContext 

func (i WtpprofileRadio2Args) ToWtpprofileRadio2PtrOutputWithContext(ctx context.Context) WtpprofileRadio2PtrOutput

type WtpprofileRadio2Channel 

type WtpprofileRadio2Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpprofileRadio2ChannelArgs 

type WtpprofileRadio2ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpprofileRadio2ChannelArgs) ElementType 

func (WtpprofileRadio2ChannelArgs) ElementType() reflect.Type

func (WtpprofileRadio2ChannelArgs) ToWtpprofileRadio2ChannelOutput 

func (i WtpprofileRadio2ChannelArgs) ToWtpprofileRadio2ChannelOutput() WtpprofileRadio2ChannelOutput

func (WtpprofileRadio2ChannelArgs) ToWtpprofileRadio2ChannelOutputWithContext 

func (i WtpprofileRadio2ChannelArgs) ToWtpprofileRadio2ChannelOutputWithContext(ctx context.Context) WtpprofileRadio2ChannelOutput

type WtpprofileRadio2ChannelArray 

type WtpprofileRadio2ChannelArray []WtpprofileRadio2ChannelInput

func (WtpprofileRadio2ChannelArray) ElementType 

func (WtpprofileRadio2ChannelArray) ElementType() reflect.Type

func (WtpprofileRadio2ChannelArray) ToWtpprofileRadio2ChannelArrayOutput 

func (i WtpprofileRadio2ChannelArray) ToWtpprofileRadio2ChannelArrayOutput() WtpprofileRadio2ChannelArrayOutput

func (WtpprofileRadio2ChannelArray) ToWtpprofileRadio2ChannelArrayOutputWithContext 

func (i WtpprofileRadio2ChannelArray) ToWtpprofileRadio2ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio2ChannelArrayOutput

type WtpprofileRadio2ChannelArrayInput 

type WtpprofileRadio2ChannelArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio2ChannelArrayOutput() WtpprofileRadio2ChannelArrayOutput
	ToWtpprofileRadio2ChannelArrayOutputWithContext(context.Context) WtpprofileRadio2ChannelArrayOutput
}

WtpprofileRadio2ChannelArrayInput is an input type that accepts WtpprofileRadio2ChannelArray and WtpprofileRadio2ChannelArrayOutput values. You can construct a concrete instance of `WtpprofileRadio2ChannelArrayInput` via: 

WtpprofileRadio2ChannelArray{ WtpprofileRadio2ChannelArgs{...} }

type WtpprofileRadio2ChannelArrayOutput 

type WtpprofileRadio2ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio2ChannelArrayOutput) ElementType 

func (WtpprofileRadio2ChannelArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio2ChannelArrayOutput) Index 

func (o WtpprofileRadio2ChannelArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio2ChannelOutput

func (WtpprofileRadio2ChannelArrayOutput) ToWtpprofileRadio2ChannelArrayOutput 

func (o WtpprofileRadio2ChannelArrayOutput) ToWtpprofileRadio2ChannelArrayOutput() WtpprofileRadio2ChannelArrayOutput

func (WtpprofileRadio2ChannelArrayOutput) ToWtpprofileRadio2ChannelArrayOutputWithContext 

func (o WtpprofileRadio2ChannelArrayOutput) ToWtpprofileRadio2ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio2ChannelArrayOutput

type WtpprofileRadio2ChannelInput 

type WtpprofileRadio2ChannelInput interface {
	pulumi.Input

	ToWtpprofileRadio2ChannelOutput() WtpprofileRadio2ChannelOutput
	ToWtpprofileRadio2ChannelOutputWithContext(context.Context) WtpprofileRadio2ChannelOutput
}

WtpprofileRadio2ChannelInput is an input type that accepts WtpprofileRadio2ChannelArgs and WtpprofileRadio2ChannelOutput values. You can construct a concrete instance of `WtpprofileRadio2ChannelInput` via: 

WtpprofileRadio2ChannelArgs{...}

type WtpprofileRadio2ChannelOutput 

type WtpprofileRadio2ChannelOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio2ChannelOutput) Chan 

func (o WtpprofileRadio2ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpprofileRadio2ChannelOutput) ElementType 

func (WtpprofileRadio2ChannelOutput) ElementType() reflect.Type

func (WtpprofileRadio2ChannelOutput) ToWtpprofileRadio2ChannelOutput 

func (o WtpprofileRadio2ChannelOutput) ToWtpprofileRadio2ChannelOutput() WtpprofileRadio2ChannelOutput

func (WtpprofileRadio2ChannelOutput) ToWtpprofileRadio2ChannelOutputWithContext 

func (o WtpprofileRadio2ChannelOutput) ToWtpprofileRadio2ChannelOutputWithContext(ctx context.Context) WtpprofileRadio2ChannelOutput

type WtpprofileRadio2Input 

type WtpprofileRadio2Input interface {
	pulumi.Input

	ToWtpprofileRadio2Output() WtpprofileRadio2Output
	ToWtpprofileRadio2OutputWithContext(context.Context) WtpprofileRadio2Output
}

WtpprofileRadio2Input is an input type that accepts WtpprofileRadio2Args and WtpprofileRadio2Output values. You can construct a concrete instance of `WtpprofileRadio2Input` via: 

WtpprofileRadio2Args{...}

type WtpprofileRadio2Output 

type WtpprofileRadio2Output struct{ *pulumi.OutputState }

func (WtpprofileRadio2Output) AirtimeFairness 

func (o WtpprofileRadio2Output) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) Amsdu 

func (o WtpprofileRadio2Output) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ApHandoff 

func (o WtpprofileRadio2Output) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ApSnifferAddr 

func (o WtpprofileRadio2Output) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio2Output) ApSnifferBufsize 

func (o WtpprofileRadio2Output) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio2Output) ApSnifferChan 

func (o WtpprofileRadio2Output) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio2Output) ApSnifferCtl 

func (o WtpprofileRadio2Output) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ApSnifferData 

func (o WtpprofileRadio2Output) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ApSnifferMgmtBeacon 

func (o WtpprofileRadio2Output) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ApSnifferMgmtOther 

func (o WtpprofileRadio2Output) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ApSnifferMgmtProbe 

func (o WtpprofileRadio2Output) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) ArrpProfile 

func (o WtpprofileRadio2Output) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio2Output) AutoPowerHigh 

func (o WtpprofileRadio2Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio2Output) AutoPowerLevel 

func (o WtpprofileRadio2Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) AutoPowerLow 

func (o WtpprofileRadio2Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio2Output) AutoPowerTarget 

func (o WtpprofileRadio2Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio2Output) Band 

func (o WtpprofileRadio2Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio2Output) Band5gType 

func (o WtpprofileRadio2Output) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio2Output) BandwidthAdmissionControl 

func (o WtpprofileRadio2Output) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) BandwidthCapacity 

func (o WtpprofileRadio2Output) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio2Output) BeaconInterval 

func (o WtpprofileRadio2Output) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio2Output) BssColor 

func (o WtpprofileRadio2Output) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio2Output) BssColorMode 

func (o WtpprofileRadio2Output) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio2Output) CallAdmissionControl 

func (o WtpprofileRadio2Output) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) CallCapacity 

func (o WtpprofileRadio2Output) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio2Output) ChannelBonding 

func (o WtpprofileRadio2Output) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio2Output) ChannelUtilization 

func (o WtpprofileRadio2Output) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) Channels 

func (o WtpprofileRadio2Output) Channels() WtpprofileRadio2ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio2Output) Coexistence 

func (o WtpprofileRadio2Output) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) Darrp 

func (o WtpprofileRadio2Output) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) Drma 

func (o WtpprofileRadio2Output) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio2Output) DrmaSensitivity 

func (o WtpprofileRadio2Output) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio2Output) Dtim 

func (o WtpprofileRadio2Output) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio2Output) ElementType 

func (WtpprofileRadio2Output) ElementType() reflect.Type

func (WtpprofileRadio2Output) FragThreshold 

func (o WtpprofileRadio2Output) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio2Output) FrequencyHandoff 

func (o WtpprofileRadio2Output) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) IperfProtocol 

func (o WtpprofileRadio2Output) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio2Output) IperfServerPort 

func (o WtpprofileRadio2Output) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio2Output) MaxClients 

func (o WtpprofileRadio2Output) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio2Output) MaxDistance 

func (o WtpprofileRadio2Output) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio2Output) MimoMode 

func (o WtpprofileRadio2Output) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio2Output) Mode 

func (o WtpprofileRadio2Output) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio2Output) N80211d 

func (o WtpprofileRadio2Output) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) OptionalAntenna 

func (o WtpprofileRadio2Output) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio2Output) OptionalAntennaGain 

func (o WtpprofileRadio2Output) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio2Output) PowerLevel 

func (o WtpprofileRadio2Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio2Output) PowerMode 

func (o WtpprofileRadio2Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio2Output) PowerValue 

func (o WtpprofileRadio2Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio2Output) PowersaveOptimize 

func (o WtpprofileRadio2Output) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio2Output) ProtectionMode 

func (o WtpprofileRadio2Output) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio2Output) RadioId 

func (o WtpprofileRadio2Output) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpprofileRadio2Output) RtsThreshold 

func (o WtpprofileRadio2Output) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio2Output) SamBssid 

func (o WtpprofileRadio2Output) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio2Output) SamCaCertificate 

func (o WtpprofileRadio2Output) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2Output) SamCaptivePortal 

func (o WtpprofileRadio2Output) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) SamClientCertificate 

func (o WtpprofileRadio2Output) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2Output) SamCwpFailureString 

func (o WtpprofileRadio2Output) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio2Output) SamCwpMatchString 

func (o WtpprofileRadio2Output) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio2Output) SamCwpPassword 

func (o WtpprofileRadio2Output) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio2Output) SamCwpSuccessString 

func (o WtpprofileRadio2Output) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio2Output) SamCwpTestUrl 

func (o WtpprofileRadio2Output) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio2Output) SamCwpUsername 

func (o WtpprofileRadio2Output) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio2Output) SamEapMethod 

func (o WtpprofileRadio2Output) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio2Output) SamPassword 

func (o WtpprofileRadio2Output) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio2Output) SamPrivateKey 

func (o WtpprofileRadio2Output) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2Output) SamPrivateKeyPassword 

func (o WtpprofileRadio2Output) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2Output) SamReportIntv 

func (o WtpprofileRadio2Output) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio2Output) SamSecurityType 

func (o WtpprofileRadio2Output) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio2Output) SamServerFqdn 

func (o WtpprofileRadio2Output) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio2Output) SamServerIp 

func (o WtpprofileRadio2Output) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio2Output) SamServerType 

func (o WtpprofileRadio2Output) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio2Output) SamSsid 

func (o WtpprofileRadio2Output) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio2Output) SamTest 

func (o WtpprofileRadio2Output) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio2Output) SamUsername 

func (o WtpprofileRadio2Output) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio2Output) ShortGuardInterval 

func (o WtpprofileRadio2Output) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio2Output) SpectrumAnalysis 

func (o WtpprofileRadio2Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio2Output) ToWtpprofileRadio2Output 

func (o WtpprofileRadio2Output) ToWtpprofileRadio2Output() WtpprofileRadio2Output

func (WtpprofileRadio2Output) ToWtpprofileRadio2OutputWithContext 

func (o WtpprofileRadio2Output) ToWtpprofileRadio2OutputWithContext(ctx context.Context) WtpprofileRadio2Output

func (WtpprofileRadio2Output) ToWtpprofileRadio2PtrOutput 

func (o WtpprofileRadio2Output) ToWtpprofileRadio2PtrOutput() WtpprofileRadio2PtrOutput

func (WtpprofileRadio2Output) ToWtpprofileRadio2PtrOutputWithContext 

func (o WtpprofileRadio2Output) ToWtpprofileRadio2PtrOutputWithContext(ctx context.Context) WtpprofileRadio2PtrOutput

func (WtpprofileRadio2Output) TransmitOptimize 

func (o WtpprofileRadio2Output) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio2Output) VapAll 

func (o WtpprofileRadio2Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio2Output) Vaps 

func (o WtpprofileRadio2Output) Vaps() WtpprofileRadio2VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio2Output) WidsProfile 

func (o WtpprofileRadio2Output) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio2Output) ZeroWaitDfs 

func (o WtpprofileRadio2Output) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio2PtrInput 

type WtpprofileRadio2PtrInput interface {
	pulumi.Input

	ToWtpprofileRadio2PtrOutput() WtpprofileRadio2PtrOutput
	ToWtpprofileRadio2PtrOutputWithContext(context.Context) WtpprofileRadio2PtrOutput
}

WtpprofileRadio2PtrInput is an input type that accepts WtpprofileRadio2Args, WtpprofileRadio2Ptr and WtpprofileRadio2PtrOutput values. You can construct a concrete instance of `WtpprofileRadio2PtrInput` via: 

        WtpprofileRadio2Args{...}

or:

        nil

func WtpprofileRadio2Ptr 

func WtpprofileRadio2Ptr(v *WtpprofileRadio2Args) WtpprofileRadio2PtrInput

type WtpprofileRadio2PtrOutput 

type WtpprofileRadio2PtrOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio2PtrOutput) AirtimeFairness 

func (o WtpprofileRadio2PtrOutput) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) Amsdu 

func (o WtpprofileRadio2PtrOutput) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ApHandoff 

func (o WtpprofileRadio2PtrOutput) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ApSnifferAddr 

func (o WtpprofileRadio2PtrOutput) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio2PtrOutput) ApSnifferBufsize 

func (o WtpprofileRadio2PtrOutput) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio2PtrOutput) ApSnifferChan 

func (o WtpprofileRadio2PtrOutput) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio2PtrOutput) ApSnifferCtl 

func (o WtpprofileRadio2PtrOutput) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ApSnifferData 

func (o WtpprofileRadio2PtrOutput) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ApSnifferMgmtBeacon 

func (o WtpprofileRadio2PtrOutput) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ApSnifferMgmtOther 

func (o WtpprofileRadio2PtrOutput) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ApSnifferMgmtProbe 

func (o WtpprofileRadio2PtrOutput) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) ArrpProfile 

func (o WtpprofileRadio2PtrOutput) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio2PtrOutput) AutoPowerHigh 

func (o WtpprofileRadio2PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio2PtrOutput) AutoPowerLevel 

func (o WtpprofileRadio2PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) AutoPowerLow 

func (o WtpprofileRadio2PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio2PtrOutput) AutoPowerTarget 

func (o WtpprofileRadio2PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio2PtrOutput) Band 

func (o WtpprofileRadio2PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio2PtrOutput) Band5gType 

func (o WtpprofileRadio2PtrOutput) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio2PtrOutput) BandwidthAdmissionControl 

func (o WtpprofileRadio2PtrOutput) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) BandwidthCapacity 

func (o WtpprofileRadio2PtrOutput) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio2PtrOutput) BeaconInterval 

func (o WtpprofileRadio2PtrOutput) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio2PtrOutput) BssColor 

func (o WtpprofileRadio2PtrOutput) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio2PtrOutput) BssColorMode 

func (o WtpprofileRadio2PtrOutput) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio2PtrOutput) CallAdmissionControl 

func (o WtpprofileRadio2PtrOutput) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) CallCapacity 

func (o WtpprofileRadio2PtrOutput) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio2PtrOutput) ChannelBonding 

func (o WtpprofileRadio2PtrOutput) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio2PtrOutput) ChannelUtilization 

func (o WtpprofileRadio2PtrOutput) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) Channels 

func (o WtpprofileRadio2PtrOutput) Channels() WtpprofileRadio2ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio2PtrOutput) Coexistence 

func (o WtpprofileRadio2PtrOutput) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) Darrp 

func (o WtpprofileRadio2PtrOutput) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) Drma 

func (o WtpprofileRadio2PtrOutput) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio2PtrOutput) DrmaSensitivity 

func (o WtpprofileRadio2PtrOutput) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio2PtrOutput) Dtim 

func (o WtpprofileRadio2PtrOutput) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio2PtrOutput) Elem 

func (o WtpprofileRadio2PtrOutput) Elem() WtpprofileRadio2Output

func (WtpprofileRadio2PtrOutput) ElementType 

func (WtpprofileRadio2PtrOutput) ElementType() reflect.Type

func (WtpprofileRadio2PtrOutput) FragThreshold 

func (o WtpprofileRadio2PtrOutput) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio2PtrOutput) FrequencyHandoff 

func (o WtpprofileRadio2PtrOutput) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) IperfProtocol 

func (o WtpprofileRadio2PtrOutput) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio2PtrOutput) IperfServerPort 

func (o WtpprofileRadio2PtrOutput) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio2PtrOutput) MaxClients 

func (o WtpprofileRadio2PtrOutput) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio2PtrOutput) MaxDistance 

func (o WtpprofileRadio2PtrOutput) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio2PtrOutput) MimoMode 

func (o WtpprofileRadio2PtrOutput) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio2PtrOutput) Mode 

func (o WtpprofileRadio2PtrOutput) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio2PtrOutput) N80211d 

func (o WtpprofileRadio2PtrOutput) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) OptionalAntenna 

func (o WtpprofileRadio2PtrOutput) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio2PtrOutput) OptionalAntennaGain 

func (o WtpprofileRadio2PtrOutput) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio2PtrOutput) PowerLevel 

func (o WtpprofileRadio2PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio2PtrOutput) PowerMode 

func (o WtpprofileRadio2PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio2PtrOutput) PowerValue 

func (o WtpprofileRadio2PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio2PtrOutput) PowersaveOptimize 

func (o WtpprofileRadio2PtrOutput) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio2PtrOutput) ProtectionMode 

func (o WtpprofileRadio2PtrOutput) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio2PtrOutput) RadioId 

func (o WtpprofileRadio2PtrOutput) RadioId() pulumi.IntPtrOutput

radio-id

func (WtpprofileRadio2PtrOutput) RtsThreshold 

func (o WtpprofileRadio2PtrOutput) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio2PtrOutput) SamBssid 

func (o WtpprofileRadio2PtrOutput) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio2PtrOutput) SamCaCertificate 

func (o WtpprofileRadio2PtrOutput) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2PtrOutput) SamCaptivePortal 

func (o WtpprofileRadio2PtrOutput) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) SamClientCertificate 

func (o WtpprofileRadio2PtrOutput) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2PtrOutput) SamCwpFailureString 

func (o WtpprofileRadio2PtrOutput) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio2PtrOutput) SamCwpMatchString 

func (o WtpprofileRadio2PtrOutput) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio2PtrOutput) SamCwpPassword 

func (o WtpprofileRadio2PtrOutput) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio2PtrOutput) SamCwpSuccessString 

func (o WtpprofileRadio2PtrOutput) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio2PtrOutput) SamCwpTestUrl 

func (o WtpprofileRadio2PtrOutput) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio2PtrOutput) SamCwpUsername 

func (o WtpprofileRadio2PtrOutput) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio2PtrOutput) SamEapMethod 

func (o WtpprofileRadio2PtrOutput) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio2PtrOutput) SamPassword 

func (o WtpprofileRadio2PtrOutput) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio2PtrOutput) SamPrivateKey 

func (o WtpprofileRadio2PtrOutput) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2PtrOutput) SamPrivateKeyPassword 

func (o WtpprofileRadio2PtrOutput) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio2PtrOutput) SamReportIntv 

func (o WtpprofileRadio2PtrOutput) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio2PtrOutput) SamSecurityType 

func (o WtpprofileRadio2PtrOutput) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio2PtrOutput) SamServerFqdn 

func (o WtpprofileRadio2PtrOutput) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio2PtrOutput) SamServerIp 

func (o WtpprofileRadio2PtrOutput) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio2PtrOutput) SamServerType 

func (o WtpprofileRadio2PtrOutput) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio2PtrOutput) SamSsid 

func (o WtpprofileRadio2PtrOutput) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio2PtrOutput) SamTest 

func (o WtpprofileRadio2PtrOutput) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio2PtrOutput) SamUsername 

func (o WtpprofileRadio2PtrOutput) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio2PtrOutput) ShortGuardInterval 

func (o WtpprofileRadio2PtrOutput) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio2PtrOutput) SpectrumAnalysis 

func (o WtpprofileRadio2PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio2PtrOutput) ToWtpprofileRadio2PtrOutput 

func (o WtpprofileRadio2PtrOutput) ToWtpprofileRadio2PtrOutput() WtpprofileRadio2PtrOutput

func (WtpprofileRadio2PtrOutput) ToWtpprofileRadio2PtrOutputWithContext 

func (o WtpprofileRadio2PtrOutput) ToWtpprofileRadio2PtrOutputWithContext(ctx context.Context) WtpprofileRadio2PtrOutput

func (WtpprofileRadio2PtrOutput) TransmitOptimize 

func (o WtpprofileRadio2PtrOutput) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio2PtrOutput) VapAll 

func (o WtpprofileRadio2PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio2PtrOutput) Vaps 

func (o WtpprofileRadio2PtrOutput) Vaps() WtpprofileRadio2VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio2PtrOutput) WidsProfile 

func (o WtpprofileRadio2PtrOutput) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio2PtrOutput) ZeroWaitDfs 

func (o WtpprofileRadio2PtrOutput) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio2Vap 

type WtpprofileRadio2Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpprofileRadio2VapArgs 

type WtpprofileRadio2VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpprofileRadio2VapArgs) ElementType 

func (WtpprofileRadio2VapArgs) ElementType() reflect.Type

func (WtpprofileRadio2VapArgs) ToWtpprofileRadio2VapOutput 

func (i WtpprofileRadio2VapArgs) ToWtpprofileRadio2VapOutput() WtpprofileRadio2VapOutput

func (WtpprofileRadio2VapArgs) ToWtpprofileRadio2VapOutputWithContext 

func (i WtpprofileRadio2VapArgs) ToWtpprofileRadio2VapOutputWithContext(ctx context.Context) WtpprofileRadio2VapOutput

type WtpprofileRadio2VapArray 

type WtpprofileRadio2VapArray []WtpprofileRadio2VapInput

func (WtpprofileRadio2VapArray) ElementType 

func (WtpprofileRadio2VapArray) ElementType() reflect.Type

func (WtpprofileRadio2VapArray) ToWtpprofileRadio2VapArrayOutput 

func (i WtpprofileRadio2VapArray) ToWtpprofileRadio2VapArrayOutput() WtpprofileRadio2VapArrayOutput

func (WtpprofileRadio2VapArray) ToWtpprofileRadio2VapArrayOutputWithContext 

func (i WtpprofileRadio2VapArray) ToWtpprofileRadio2VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio2VapArrayOutput

type WtpprofileRadio2VapArrayInput 

type WtpprofileRadio2VapArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio2VapArrayOutput() WtpprofileRadio2VapArrayOutput
	ToWtpprofileRadio2VapArrayOutputWithContext(context.Context) WtpprofileRadio2VapArrayOutput
}

WtpprofileRadio2VapArrayInput is an input type that accepts WtpprofileRadio2VapArray and WtpprofileRadio2VapArrayOutput values. You can construct a concrete instance of `WtpprofileRadio2VapArrayInput` via: 

WtpprofileRadio2VapArray{ WtpprofileRadio2VapArgs{...} }

type WtpprofileRadio2VapArrayOutput 

type WtpprofileRadio2VapArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio2VapArrayOutput) ElementType 

func (WtpprofileRadio2VapArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio2VapArrayOutput) Index 

func (o WtpprofileRadio2VapArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio2VapOutput

func (WtpprofileRadio2VapArrayOutput) ToWtpprofileRadio2VapArrayOutput 

func (o WtpprofileRadio2VapArrayOutput) ToWtpprofileRadio2VapArrayOutput() WtpprofileRadio2VapArrayOutput

func (WtpprofileRadio2VapArrayOutput) ToWtpprofileRadio2VapArrayOutputWithContext 

func (o WtpprofileRadio2VapArrayOutput) ToWtpprofileRadio2VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio2VapArrayOutput

type WtpprofileRadio2VapInput 

type WtpprofileRadio2VapInput interface {
	pulumi.Input

	ToWtpprofileRadio2VapOutput() WtpprofileRadio2VapOutput
	ToWtpprofileRadio2VapOutputWithContext(context.Context) WtpprofileRadio2VapOutput
}

WtpprofileRadio2VapInput is an input type that accepts WtpprofileRadio2VapArgs and WtpprofileRadio2VapOutput values. You can construct a concrete instance of `WtpprofileRadio2VapInput` via: 

WtpprofileRadio2VapArgs{...}

type WtpprofileRadio2VapOutput 

type WtpprofileRadio2VapOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio2VapOutput) ElementType 

func (WtpprofileRadio2VapOutput) ElementType() reflect.Type

func (WtpprofileRadio2VapOutput) Name 

func (o WtpprofileRadio2VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpprofileRadio2VapOutput) ToWtpprofileRadio2VapOutput 

func (o WtpprofileRadio2VapOutput) ToWtpprofileRadio2VapOutput() WtpprofileRadio2VapOutput

func (WtpprofileRadio2VapOutput) ToWtpprofileRadio2VapOutputWithContext 

func (o WtpprofileRadio2VapOutput) ToWtpprofileRadio2VapOutputWithContext(ctx context.Context) WtpprofileRadio2VapOutput

type WtpprofileRadio3 

type WtpprofileRadio3 struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness *string `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu *string `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff *string `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr *string `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize *int `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan *int `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl *string `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData *string `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon *string `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther *string `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe *string `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile *string `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band *string `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType *string `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl *string `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity *int `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval *int `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor *int `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode *string `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl *string `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity *int `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding *string `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization *string `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpprofileRadio3Channel `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence *string `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp *string `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma *string `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity *string `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim *int `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold *int `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff *string `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol *string `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort *int `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients *int `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance *int `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode *string `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode *string `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d *string `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna *string `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain *string `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize *string `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode *string `pulumi:"protectionMode"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold *int `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid *string `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate *string `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal *string `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate *string `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString *string `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString *string `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword *string `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString *string `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl *string `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername *string `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod *string `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword *string `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey *string `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword *string `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv *int `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType *string `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn *string `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp *string `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType *string `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid *string `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest *string `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername *string `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval *string `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize *string `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpprofileRadio3Vap `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile *string `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs *string `pulumi:"zeroWaitDfs"`
}

type WtpprofileRadio3Args 

type WtpprofileRadio3Args struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness pulumi.StringPtrInput `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu pulumi.StringPtrInput `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringPtrInput `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr pulumi.StringPtrInput `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize pulumi.IntPtrInput `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan pulumi.IntPtrInput `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl pulumi.StringPtrInput `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData pulumi.StringPtrInput `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon pulumi.StringPtrInput `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther pulumi.StringPtrInput `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe pulumi.StringPtrInput `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile pulumi.StringPtrInput `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType pulumi.StringPtrInput `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringPtrInput `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntPtrInput `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval pulumi.IntPtrInput `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor pulumi.IntPtrInput `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode pulumi.StringPtrInput `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringPtrInput `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity pulumi.IntPtrInput `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding pulumi.StringPtrInput `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization pulumi.StringPtrInput `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpprofileRadio3ChannelArrayInput `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence pulumi.StringPtrInput `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp pulumi.StringPtrInput `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma pulumi.StringPtrInput `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity pulumi.StringPtrInput `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim pulumi.IntPtrInput `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold pulumi.IntPtrInput `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringPtrInput `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol pulumi.StringPtrInput `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort pulumi.IntPtrInput `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntPtrInput `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance pulumi.IntPtrInput `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode pulumi.StringPtrInput `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode pulumi.StringPtrInput `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d pulumi.StringPtrInput `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna pulumi.StringPtrInput `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain pulumi.StringPtrInput `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize pulumi.StringPtrInput `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode pulumi.StringPtrInput `pulumi:"protectionMode"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold pulumi.IntPtrInput `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid pulumi.StringPtrInput `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate pulumi.StringPtrInput `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal pulumi.StringPtrInput `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate pulumi.StringPtrInput `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString pulumi.StringPtrInput `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString pulumi.StringPtrInput `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword pulumi.StringPtrInput `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString pulumi.StringPtrInput `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl pulumi.StringPtrInput `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername pulumi.StringPtrInput `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod pulumi.StringPtrInput `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword pulumi.StringPtrInput `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey pulumi.StringPtrInput `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword pulumi.StringPtrInput `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv pulumi.IntPtrInput `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType pulumi.StringPtrInput `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn pulumi.StringPtrInput `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp pulumi.StringPtrInput `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType pulumi.StringPtrInput `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid pulumi.StringPtrInput `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest pulumi.StringPtrInput `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername pulumi.StringPtrInput `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval pulumi.StringPtrInput `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize pulumi.StringPtrInput `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpprofileRadio3VapArrayInput `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile pulumi.StringPtrInput `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs pulumi.StringPtrInput `pulumi:"zeroWaitDfs"`
}

func (WtpprofileRadio3Args) ElementType 

func (WtpprofileRadio3Args) ElementType() reflect.Type

func (WtpprofileRadio3Args) ToWtpprofileRadio3Output 

func (i WtpprofileRadio3Args) ToWtpprofileRadio3Output() WtpprofileRadio3Output

func (WtpprofileRadio3Args) ToWtpprofileRadio3OutputWithContext 

func (i WtpprofileRadio3Args) ToWtpprofileRadio3OutputWithContext(ctx context.Context) WtpprofileRadio3Output

func (WtpprofileRadio3Args) ToWtpprofileRadio3PtrOutput 

func (i WtpprofileRadio3Args) ToWtpprofileRadio3PtrOutput() WtpprofileRadio3PtrOutput

func (WtpprofileRadio3Args) ToWtpprofileRadio3PtrOutputWithContext 

func (i WtpprofileRadio3Args) ToWtpprofileRadio3PtrOutputWithContext(ctx context.Context) WtpprofileRadio3PtrOutput

type WtpprofileRadio3Channel 

type WtpprofileRadio3Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpprofileRadio3ChannelArgs 

type WtpprofileRadio3ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpprofileRadio3ChannelArgs) ElementType 

func (WtpprofileRadio3ChannelArgs) ElementType() reflect.Type

func (WtpprofileRadio3ChannelArgs) ToWtpprofileRadio3ChannelOutput 

func (i WtpprofileRadio3ChannelArgs) ToWtpprofileRadio3ChannelOutput() WtpprofileRadio3ChannelOutput

func (WtpprofileRadio3ChannelArgs) ToWtpprofileRadio3ChannelOutputWithContext 

func (i WtpprofileRadio3ChannelArgs) ToWtpprofileRadio3ChannelOutputWithContext(ctx context.Context) WtpprofileRadio3ChannelOutput

type WtpprofileRadio3ChannelArray 

type WtpprofileRadio3ChannelArray []WtpprofileRadio3ChannelInput

func (WtpprofileRadio3ChannelArray) ElementType 

func (WtpprofileRadio3ChannelArray) ElementType() reflect.Type

func (WtpprofileRadio3ChannelArray) ToWtpprofileRadio3ChannelArrayOutput 

func (i WtpprofileRadio3ChannelArray) ToWtpprofileRadio3ChannelArrayOutput() WtpprofileRadio3ChannelArrayOutput

func (WtpprofileRadio3ChannelArray) ToWtpprofileRadio3ChannelArrayOutputWithContext 

func (i WtpprofileRadio3ChannelArray) ToWtpprofileRadio3ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio3ChannelArrayOutput

type WtpprofileRadio3ChannelArrayInput 

type WtpprofileRadio3ChannelArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio3ChannelArrayOutput() WtpprofileRadio3ChannelArrayOutput
	ToWtpprofileRadio3ChannelArrayOutputWithContext(context.Context) WtpprofileRadio3ChannelArrayOutput
}

WtpprofileRadio3ChannelArrayInput is an input type that accepts WtpprofileRadio3ChannelArray and WtpprofileRadio3ChannelArrayOutput values. You can construct a concrete instance of `WtpprofileRadio3ChannelArrayInput` via: 

WtpprofileRadio3ChannelArray{ WtpprofileRadio3ChannelArgs{...} }

type WtpprofileRadio3ChannelArrayOutput 

type WtpprofileRadio3ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio3ChannelArrayOutput) ElementType 

func (WtpprofileRadio3ChannelArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio3ChannelArrayOutput) Index 

func (o WtpprofileRadio3ChannelArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio3ChannelOutput

func (WtpprofileRadio3ChannelArrayOutput) ToWtpprofileRadio3ChannelArrayOutput 

func (o WtpprofileRadio3ChannelArrayOutput) ToWtpprofileRadio3ChannelArrayOutput() WtpprofileRadio3ChannelArrayOutput

func (WtpprofileRadio3ChannelArrayOutput) ToWtpprofileRadio3ChannelArrayOutputWithContext 

func (o WtpprofileRadio3ChannelArrayOutput) ToWtpprofileRadio3ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio3ChannelArrayOutput

type WtpprofileRadio3ChannelInput 

type WtpprofileRadio3ChannelInput interface {
	pulumi.Input

	ToWtpprofileRadio3ChannelOutput() WtpprofileRadio3ChannelOutput
	ToWtpprofileRadio3ChannelOutputWithContext(context.Context) WtpprofileRadio3ChannelOutput
}

WtpprofileRadio3ChannelInput is an input type that accepts WtpprofileRadio3ChannelArgs and WtpprofileRadio3ChannelOutput values. You can construct a concrete instance of `WtpprofileRadio3ChannelInput` via: 

WtpprofileRadio3ChannelArgs{...}

type WtpprofileRadio3ChannelOutput 

type WtpprofileRadio3ChannelOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio3ChannelOutput) Chan 

func (o WtpprofileRadio3ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpprofileRadio3ChannelOutput) ElementType 

func (WtpprofileRadio3ChannelOutput) ElementType() reflect.Type

func (WtpprofileRadio3ChannelOutput) ToWtpprofileRadio3ChannelOutput 

func (o WtpprofileRadio3ChannelOutput) ToWtpprofileRadio3ChannelOutput() WtpprofileRadio3ChannelOutput

func (WtpprofileRadio3ChannelOutput) ToWtpprofileRadio3ChannelOutputWithContext 

func (o WtpprofileRadio3ChannelOutput) ToWtpprofileRadio3ChannelOutputWithContext(ctx context.Context) WtpprofileRadio3ChannelOutput

type WtpprofileRadio3Input 

type WtpprofileRadio3Input interface {
	pulumi.Input

	ToWtpprofileRadio3Output() WtpprofileRadio3Output
	ToWtpprofileRadio3OutputWithContext(context.Context) WtpprofileRadio3Output
}

WtpprofileRadio3Input is an input type that accepts WtpprofileRadio3Args and WtpprofileRadio3Output values. You can construct a concrete instance of `WtpprofileRadio3Input` via: 

WtpprofileRadio3Args{...}

type WtpprofileRadio3Output 

type WtpprofileRadio3Output struct{ *pulumi.OutputState }

func (WtpprofileRadio3Output) AirtimeFairness 

func (o WtpprofileRadio3Output) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) Amsdu 

func (o WtpprofileRadio3Output) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ApHandoff 

func (o WtpprofileRadio3Output) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ApSnifferAddr 

func (o WtpprofileRadio3Output) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio3Output) ApSnifferBufsize 

func (o WtpprofileRadio3Output) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio3Output) ApSnifferChan 

func (o WtpprofileRadio3Output) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio3Output) ApSnifferCtl 

func (o WtpprofileRadio3Output) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ApSnifferData 

func (o WtpprofileRadio3Output) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ApSnifferMgmtBeacon 

func (o WtpprofileRadio3Output) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ApSnifferMgmtOther 

func (o WtpprofileRadio3Output) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ApSnifferMgmtProbe 

func (o WtpprofileRadio3Output) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) ArrpProfile 

func (o WtpprofileRadio3Output) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio3Output) AutoPowerHigh 

func (o WtpprofileRadio3Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio3Output) AutoPowerLevel 

func (o WtpprofileRadio3Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) AutoPowerLow 

func (o WtpprofileRadio3Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio3Output) AutoPowerTarget 

func (o WtpprofileRadio3Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio3Output) Band 

func (o WtpprofileRadio3Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio3Output) Band5gType 

func (o WtpprofileRadio3Output) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio3Output) BandwidthAdmissionControl 

func (o WtpprofileRadio3Output) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) BandwidthCapacity 

func (o WtpprofileRadio3Output) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio3Output) BeaconInterval 

func (o WtpprofileRadio3Output) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio3Output) BssColor 

func (o WtpprofileRadio3Output) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio3Output) BssColorMode 

func (o WtpprofileRadio3Output) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio3Output) CallAdmissionControl 

func (o WtpprofileRadio3Output) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) CallCapacity 

func (o WtpprofileRadio3Output) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio3Output) ChannelBonding 

func (o WtpprofileRadio3Output) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio3Output) ChannelUtilization 

func (o WtpprofileRadio3Output) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) Channels 

func (o WtpprofileRadio3Output) Channels() WtpprofileRadio3ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio3Output) Coexistence 

func (o WtpprofileRadio3Output) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) Darrp 

func (o WtpprofileRadio3Output) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) Drma 

func (o WtpprofileRadio3Output) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio3Output) DrmaSensitivity 

func (o WtpprofileRadio3Output) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio3Output) Dtim 

func (o WtpprofileRadio3Output) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio3Output) ElementType 

func (WtpprofileRadio3Output) ElementType() reflect.Type

func (WtpprofileRadio3Output) FragThreshold 

func (o WtpprofileRadio3Output) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio3Output) FrequencyHandoff 

func (o WtpprofileRadio3Output) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) IperfProtocol 

func (o WtpprofileRadio3Output) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio3Output) IperfServerPort 

func (o WtpprofileRadio3Output) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio3Output) MaxClients 

func (o WtpprofileRadio3Output) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio3Output) MaxDistance 

func (o WtpprofileRadio3Output) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio3Output) MimoMode 

func (o WtpprofileRadio3Output) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio3Output) Mode 

func (o WtpprofileRadio3Output) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio3Output) N80211d 

func (o WtpprofileRadio3Output) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) OptionalAntenna 

func (o WtpprofileRadio3Output) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio3Output) OptionalAntennaGain 

func (o WtpprofileRadio3Output) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio3Output) PowerLevel 

func (o WtpprofileRadio3Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio3Output) PowerMode 

func (o WtpprofileRadio3Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio3Output) PowerValue 

func (o WtpprofileRadio3Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio3Output) PowersaveOptimize 

func (o WtpprofileRadio3Output) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio3Output) ProtectionMode 

func (o WtpprofileRadio3Output) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio3Output) RtsThreshold 

func (o WtpprofileRadio3Output) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio3Output) SamBssid 

func (o WtpprofileRadio3Output) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio3Output) SamCaCertificate 

func (o WtpprofileRadio3Output) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3Output) SamCaptivePortal 

func (o WtpprofileRadio3Output) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) SamClientCertificate 

func (o WtpprofileRadio3Output) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3Output) SamCwpFailureString 

func (o WtpprofileRadio3Output) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio3Output) SamCwpMatchString 

func (o WtpprofileRadio3Output) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio3Output) SamCwpPassword 

func (o WtpprofileRadio3Output) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio3Output) SamCwpSuccessString 

func (o WtpprofileRadio3Output) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio3Output) SamCwpTestUrl 

func (o WtpprofileRadio3Output) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio3Output) SamCwpUsername 

func (o WtpprofileRadio3Output) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio3Output) SamEapMethod 

func (o WtpprofileRadio3Output) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio3Output) SamPassword 

func (o WtpprofileRadio3Output) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio3Output) SamPrivateKey 

func (o WtpprofileRadio3Output) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3Output) SamPrivateKeyPassword 

func (o WtpprofileRadio3Output) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3Output) SamReportIntv 

func (o WtpprofileRadio3Output) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio3Output) SamSecurityType 

func (o WtpprofileRadio3Output) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio3Output) SamServerFqdn 

func (o WtpprofileRadio3Output) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio3Output) SamServerIp 

func (o WtpprofileRadio3Output) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio3Output) SamServerType 

func (o WtpprofileRadio3Output) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio3Output) SamSsid 

func (o WtpprofileRadio3Output) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio3Output) SamTest 

func (o WtpprofileRadio3Output) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio3Output) SamUsername 

func (o WtpprofileRadio3Output) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio3Output) ShortGuardInterval 

func (o WtpprofileRadio3Output) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio3Output) SpectrumAnalysis 

func (o WtpprofileRadio3Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio3Output) ToWtpprofileRadio3Output 

func (o WtpprofileRadio3Output) ToWtpprofileRadio3Output() WtpprofileRadio3Output

func (WtpprofileRadio3Output) ToWtpprofileRadio3OutputWithContext 

func (o WtpprofileRadio3Output) ToWtpprofileRadio3OutputWithContext(ctx context.Context) WtpprofileRadio3Output

func (WtpprofileRadio3Output) ToWtpprofileRadio3PtrOutput 

func (o WtpprofileRadio3Output) ToWtpprofileRadio3PtrOutput() WtpprofileRadio3PtrOutput

func (WtpprofileRadio3Output) ToWtpprofileRadio3PtrOutputWithContext 

func (o WtpprofileRadio3Output) ToWtpprofileRadio3PtrOutputWithContext(ctx context.Context) WtpprofileRadio3PtrOutput

func (WtpprofileRadio3Output) TransmitOptimize 

func (o WtpprofileRadio3Output) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio3Output) VapAll 

func (o WtpprofileRadio3Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio3Output) Vaps 

func (o WtpprofileRadio3Output) Vaps() WtpprofileRadio3VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio3Output) WidsProfile 

func (o WtpprofileRadio3Output) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio3Output) ZeroWaitDfs 

func (o WtpprofileRadio3Output) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio3PtrInput 

type WtpprofileRadio3PtrInput interface {
	pulumi.Input

	ToWtpprofileRadio3PtrOutput() WtpprofileRadio3PtrOutput
	ToWtpprofileRadio3PtrOutputWithContext(context.Context) WtpprofileRadio3PtrOutput
}

WtpprofileRadio3PtrInput is an input type that accepts WtpprofileRadio3Args, WtpprofileRadio3Ptr and WtpprofileRadio3PtrOutput values. You can construct a concrete instance of `WtpprofileRadio3PtrInput` via: 

        WtpprofileRadio3Args{...}

or:

        nil

func WtpprofileRadio3Ptr 

func WtpprofileRadio3Ptr(v *WtpprofileRadio3Args) WtpprofileRadio3PtrInput

type WtpprofileRadio3PtrOutput 

type WtpprofileRadio3PtrOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio3PtrOutput) AirtimeFairness 

func (o WtpprofileRadio3PtrOutput) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) Amsdu 

func (o WtpprofileRadio3PtrOutput) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ApHandoff 

func (o WtpprofileRadio3PtrOutput) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ApSnifferAddr 

func (o WtpprofileRadio3PtrOutput) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio3PtrOutput) ApSnifferBufsize 

func (o WtpprofileRadio3PtrOutput) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio3PtrOutput) ApSnifferChan 

func (o WtpprofileRadio3PtrOutput) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio3PtrOutput) ApSnifferCtl 

func (o WtpprofileRadio3PtrOutput) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ApSnifferData 

func (o WtpprofileRadio3PtrOutput) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ApSnifferMgmtBeacon 

func (o WtpprofileRadio3PtrOutput) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ApSnifferMgmtOther 

func (o WtpprofileRadio3PtrOutput) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ApSnifferMgmtProbe 

func (o WtpprofileRadio3PtrOutput) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) ArrpProfile 

func (o WtpprofileRadio3PtrOutput) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio3PtrOutput) AutoPowerHigh 

func (o WtpprofileRadio3PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio3PtrOutput) AutoPowerLevel 

func (o WtpprofileRadio3PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) AutoPowerLow 

func (o WtpprofileRadio3PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio3PtrOutput) AutoPowerTarget 

func (o WtpprofileRadio3PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio3PtrOutput) Band 

func (o WtpprofileRadio3PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio3PtrOutput) Band5gType 

func (o WtpprofileRadio3PtrOutput) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio3PtrOutput) BandwidthAdmissionControl 

func (o WtpprofileRadio3PtrOutput) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) BandwidthCapacity 

func (o WtpprofileRadio3PtrOutput) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio3PtrOutput) BeaconInterval 

func (o WtpprofileRadio3PtrOutput) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio3PtrOutput) BssColor 

func (o WtpprofileRadio3PtrOutput) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio3PtrOutput) BssColorMode 

func (o WtpprofileRadio3PtrOutput) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio3PtrOutput) CallAdmissionControl 

func (o WtpprofileRadio3PtrOutput) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) CallCapacity 

func (o WtpprofileRadio3PtrOutput) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio3PtrOutput) ChannelBonding 

func (o WtpprofileRadio3PtrOutput) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio3PtrOutput) ChannelUtilization 

func (o WtpprofileRadio3PtrOutput) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) Channels 

func (o WtpprofileRadio3PtrOutput) Channels() WtpprofileRadio3ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio3PtrOutput) Coexistence 

func (o WtpprofileRadio3PtrOutput) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) Darrp 

func (o WtpprofileRadio3PtrOutput) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) Drma 

func (o WtpprofileRadio3PtrOutput) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio3PtrOutput) DrmaSensitivity 

func (o WtpprofileRadio3PtrOutput) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio3PtrOutput) Dtim 

func (o WtpprofileRadio3PtrOutput) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio3PtrOutput) Elem 

func (o WtpprofileRadio3PtrOutput) Elem() WtpprofileRadio3Output

func (WtpprofileRadio3PtrOutput) ElementType 

func (WtpprofileRadio3PtrOutput) ElementType() reflect.Type

func (WtpprofileRadio3PtrOutput) FragThreshold 

func (o WtpprofileRadio3PtrOutput) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio3PtrOutput) FrequencyHandoff 

func (o WtpprofileRadio3PtrOutput) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) IperfProtocol 

func (o WtpprofileRadio3PtrOutput) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio3PtrOutput) IperfServerPort 

func (o WtpprofileRadio3PtrOutput) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio3PtrOutput) MaxClients 

func (o WtpprofileRadio3PtrOutput) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio3PtrOutput) MaxDistance 

func (o WtpprofileRadio3PtrOutput) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio3PtrOutput) MimoMode 

func (o WtpprofileRadio3PtrOutput) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio3PtrOutput) Mode 

func (o WtpprofileRadio3PtrOutput) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio3PtrOutput) N80211d 

func (o WtpprofileRadio3PtrOutput) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) OptionalAntenna 

func (o WtpprofileRadio3PtrOutput) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio3PtrOutput) OptionalAntennaGain 

func (o WtpprofileRadio3PtrOutput) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio3PtrOutput) PowerLevel 

func (o WtpprofileRadio3PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio3PtrOutput) PowerMode 

func (o WtpprofileRadio3PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio3PtrOutput) PowerValue 

func (o WtpprofileRadio3PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio3PtrOutput) PowersaveOptimize 

func (o WtpprofileRadio3PtrOutput) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio3PtrOutput) ProtectionMode 

func (o WtpprofileRadio3PtrOutput) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio3PtrOutput) RtsThreshold 

func (o WtpprofileRadio3PtrOutput) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio3PtrOutput) SamBssid 

func (o WtpprofileRadio3PtrOutput) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio3PtrOutput) SamCaCertificate 

func (o WtpprofileRadio3PtrOutput) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3PtrOutput) SamCaptivePortal 

func (o WtpprofileRadio3PtrOutput) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) SamClientCertificate 

func (o WtpprofileRadio3PtrOutput) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3PtrOutput) SamCwpFailureString 

func (o WtpprofileRadio3PtrOutput) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio3PtrOutput) SamCwpMatchString 

func (o WtpprofileRadio3PtrOutput) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio3PtrOutput) SamCwpPassword 

func (o WtpprofileRadio3PtrOutput) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio3PtrOutput) SamCwpSuccessString 

func (o WtpprofileRadio3PtrOutput) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio3PtrOutput) SamCwpTestUrl 

func (o WtpprofileRadio3PtrOutput) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio3PtrOutput) SamCwpUsername 

func (o WtpprofileRadio3PtrOutput) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio3PtrOutput) SamEapMethod 

func (o WtpprofileRadio3PtrOutput) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio3PtrOutput) SamPassword 

func (o WtpprofileRadio3PtrOutput) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio3PtrOutput) SamPrivateKey 

func (o WtpprofileRadio3PtrOutput) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3PtrOutput) SamPrivateKeyPassword 

func (o WtpprofileRadio3PtrOutput) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio3PtrOutput) SamReportIntv 

func (o WtpprofileRadio3PtrOutput) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio3PtrOutput) SamSecurityType 

func (o WtpprofileRadio3PtrOutput) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio3PtrOutput) SamServerFqdn 

func (o WtpprofileRadio3PtrOutput) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio3PtrOutput) SamServerIp 

func (o WtpprofileRadio3PtrOutput) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio3PtrOutput) SamServerType 

func (o WtpprofileRadio3PtrOutput) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio3PtrOutput) SamSsid 

func (o WtpprofileRadio3PtrOutput) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio3PtrOutput) SamTest 

func (o WtpprofileRadio3PtrOutput) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio3PtrOutput) SamUsername 

func (o WtpprofileRadio3PtrOutput) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio3PtrOutput) ShortGuardInterval 

func (o WtpprofileRadio3PtrOutput) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio3PtrOutput) SpectrumAnalysis 

func (o WtpprofileRadio3PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio3PtrOutput) ToWtpprofileRadio3PtrOutput 

func (o WtpprofileRadio3PtrOutput) ToWtpprofileRadio3PtrOutput() WtpprofileRadio3PtrOutput

func (WtpprofileRadio3PtrOutput) ToWtpprofileRadio3PtrOutputWithContext 

func (o WtpprofileRadio3PtrOutput) ToWtpprofileRadio3PtrOutputWithContext(ctx context.Context) WtpprofileRadio3PtrOutput

func (WtpprofileRadio3PtrOutput) TransmitOptimize 

func (o WtpprofileRadio3PtrOutput) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio3PtrOutput) VapAll 

func (o WtpprofileRadio3PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio3PtrOutput) Vaps 

func (o WtpprofileRadio3PtrOutput) Vaps() WtpprofileRadio3VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio3PtrOutput) WidsProfile 

func (o WtpprofileRadio3PtrOutput) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio3PtrOutput) ZeroWaitDfs 

func (o WtpprofileRadio3PtrOutput) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio3Vap 

type WtpprofileRadio3Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpprofileRadio3VapArgs 

type WtpprofileRadio3VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpprofileRadio3VapArgs) ElementType 

func (WtpprofileRadio3VapArgs) ElementType() reflect.Type

func (WtpprofileRadio3VapArgs) ToWtpprofileRadio3VapOutput 

func (i WtpprofileRadio3VapArgs) ToWtpprofileRadio3VapOutput() WtpprofileRadio3VapOutput

func (WtpprofileRadio3VapArgs) ToWtpprofileRadio3VapOutputWithContext 

func (i WtpprofileRadio3VapArgs) ToWtpprofileRadio3VapOutputWithContext(ctx context.Context) WtpprofileRadio3VapOutput

type WtpprofileRadio3VapArray 

type WtpprofileRadio3VapArray []WtpprofileRadio3VapInput

func (WtpprofileRadio3VapArray) ElementType 

func (WtpprofileRadio3VapArray) ElementType() reflect.Type

func (WtpprofileRadio3VapArray) ToWtpprofileRadio3VapArrayOutput 

func (i WtpprofileRadio3VapArray) ToWtpprofileRadio3VapArrayOutput() WtpprofileRadio3VapArrayOutput

func (WtpprofileRadio3VapArray) ToWtpprofileRadio3VapArrayOutputWithContext 

func (i WtpprofileRadio3VapArray) ToWtpprofileRadio3VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio3VapArrayOutput

type WtpprofileRadio3VapArrayInput 

type WtpprofileRadio3VapArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio3VapArrayOutput() WtpprofileRadio3VapArrayOutput
	ToWtpprofileRadio3VapArrayOutputWithContext(context.Context) WtpprofileRadio3VapArrayOutput
}

WtpprofileRadio3VapArrayInput is an input type that accepts WtpprofileRadio3VapArray and WtpprofileRadio3VapArrayOutput values. You can construct a concrete instance of `WtpprofileRadio3VapArrayInput` via: 

WtpprofileRadio3VapArray{ WtpprofileRadio3VapArgs{...} }

type WtpprofileRadio3VapArrayOutput 

type WtpprofileRadio3VapArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio3VapArrayOutput) ElementType 

func (WtpprofileRadio3VapArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio3VapArrayOutput) Index 

func (o WtpprofileRadio3VapArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio3VapOutput

func (WtpprofileRadio3VapArrayOutput) ToWtpprofileRadio3VapArrayOutput 

func (o WtpprofileRadio3VapArrayOutput) ToWtpprofileRadio3VapArrayOutput() WtpprofileRadio3VapArrayOutput

func (WtpprofileRadio3VapArrayOutput) ToWtpprofileRadio3VapArrayOutputWithContext 

func (o WtpprofileRadio3VapArrayOutput) ToWtpprofileRadio3VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio3VapArrayOutput

type WtpprofileRadio3VapInput 

type WtpprofileRadio3VapInput interface {
	pulumi.Input

	ToWtpprofileRadio3VapOutput() WtpprofileRadio3VapOutput
	ToWtpprofileRadio3VapOutputWithContext(context.Context) WtpprofileRadio3VapOutput
}

WtpprofileRadio3VapInput is an input type that accepts WtpprofileRadio3VapArgs and WtpprofileRadio3VapOutput values. You can construct a concrete instance of `WtpprofileRadio3VapInput` via: 

WtpprofileRadio3VapArgs{...}

type WtpprofileRadio3VapOutput 

type WtpprofileRadio3VapOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio3VapOutput) ElementType 

func (WtpprofileRadio3VapOutput) ElementType() reflect.Type

func (WtpprofileRadio3VapOutput) Name 

func (o WtpprofileRadio3VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpprofileRadio3VapOutput) ToWtpprofileRadio3VapOutput 

func (o WtpprofileRadio3VapOutput) ToWtpprofileRadio3VapOutput() WtpprofileRadio3VapOutput

func (WtpprofileRadio3VapOutput) ToWtpprofileRadio3VapOutputWithContext 

func (o WtpprofileRadio3VapOutput) ToWtpprofileRadio3VapOutputWithContext(ctx context.Context) WtpprofileRadio3VapOutput

type WtpprofileRadio4 

type WtpprofileRadio4 struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness *string `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu *string `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff *string `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr *string `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize *int `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan *int `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl *string `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData *string `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon *string `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther *string `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe *string `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile *string `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh *int `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel *string `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow *int `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget *string `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band *string `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType *string `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl *string `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity *int `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval *int `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor *int `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode *string `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl *string `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity *int `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding *string `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization *string `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels []WtpprofileRadio4Channel `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence *string `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp *string `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma *string `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity *string `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim *int `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold *int `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff *string `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol *string `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort *int `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients *int `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance *int `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode *string `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode *string `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d *string `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna *string `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain *string `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel *int `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode *string `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue *int `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize *string `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode *string `pulumi:"protectionMode"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold *int `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid *string `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate *string `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal *string `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate *string `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString *string `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString *string `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword *string `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString *string `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl *string `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername *string `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod *string `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword *string `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey *string `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword *string `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv *int `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType *string `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn *string `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp *string `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType *string `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid *string `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest *string `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername *string `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval *string `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis *string `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize *string `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll *string `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps []WtpprofileRadio4Vap `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile *string `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs *string `pulumi:"zeroWaitDfs"`
}

type WtpprofileRadio4Args 

type WtpprofileRadio4Args struct {
	// Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.
	AirtimeFairness pulumi.StringPtrInput `pulumi:"airtimeFairness"`
	// Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.
	Amsdu pulumi.StringPtrInput `pulumi:"amsdu"`
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringPtrInput `pulumi:"apHandoff"`
	// MAC address to monitor.
	ApSnifferAddr pulumi.StringPtrInput `pulumi:"apSnifferAddr"`
	// Sniffer buffer size (1 - 32 MB, default = 16).
	ApSnifferBufsize pulumi.IntPtrInput `pulumi:"apSnifferBufsize"`
	// Channel on which to operate the sniffer (default = 6).
	ApSnifferChan pulumi.IntPtrInput `pulumi:"apSnifferChan"`
	// Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferCtl pulumi.StringPtrInput `pulumi:"apSnifferCtl"`
	// Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.
	ApSnifferData pulumi.StringPtrInput `pulumi:"apSnifferData"`
	// Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtBeacon pulumi.StringPtrInput `pulumi:"apSnifferMgmtBeacon"`
	// Enable/disable sniffer on WiFi management other frames  (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtOther pulumi.StringPtrInput `pulumi:"apSnifferMgmtOther"`
	// Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.
	ApSnifferMgmtProbe pulumi.StringPtrInput `pulumi:"apSnifferMgmtProbe"`
	// Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.
	ArrpProfile pulumi.StringPtrInput `pulumi:"arrpProfile"`
	// The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerHigh pulumi.IntPtrInput `pulumi:"autoPowerHigh"`
	// Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.
	AutoPowerLevel pulumi.StringPtrInput `pulumi:"autoPowerLevel"`
	// The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).
	AutoPowerLow pulumi.IntPtrInput `pulumi:"autoPowerLow"`
	// The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).
	AutoPowerTarget pulumi.StringPtrInput `pulumi:"autoPowerTarget"`
	// WiFi band that Radio 3 operates on.
	Band pulumi.StringPtrInput `pulumi:"band"`
	// WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.
	Band5gType pulumi.StringPtrInput `pulumi:"band5gType"`
	// Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.
	BandwidthAdmissionControl pulumi.StringPtrInput `pulumi:"bandwidthAdmissionControl"`
	// Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).
	BandwidthCapacity pulumi.IntPtrInput `pulumi:"bandwidthCapacity"`
	// Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).
	BeaconInterval pulumi.IntPtrInput `pulumi:"beaconInterval"`
	// BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).
	BssColor pulumi.IntPtrInput `pulumi:"bssColor"`
	// BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.
	BssColorMode pulumi.StringPtrInput `pulumi:"bssColorMode"`
	// Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.
	CallAdmissionControl pulumi.StringPtrInput `pulumi:"callAdmissionControl"`
	// Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).
	CallCapacity pulumi.IntPtrInput `pulumi:"callCapacity"`
	// Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.
	ChannelBonding pulumi.StringPtrInput `pulumi:"channelBonding"`
	// Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.
	ChannelUtilization pulumi.StringPtrInput `pulumi:"channelUtilization"`
	// Selected list of wireless radio channels. The structure of `channel` block is documented below.
	Channels WtpprofileRadio4ChannelArrayInput `pulumi:"channels"`
	// Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.
	Coexistence pulumi.StringPtrInput `pulumi:"coexistence"`
	// Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.
	Darrp pulumi.StringPtrInput `pulumi:"darrp"`
	// Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.
	Drma pulumi.StringPtrInput `pulumi:"drma"`
	// Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.
	DrmaSensitivity pulumi.StringPtrInput `pulumi:"drmaSensitivity"`
	// Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.
	Dtim pulumi.IntPtrInput `pulumi:"dtim"`
	// Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).
	FragThreshold pulumi.IntPtrInput `pulumi:"fragThreshold"`
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringPtrInput `pulumi:"frequencyHandoff"`
	// Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.
	IperfProtocol pulumi.StringPtrInput `pulumi:"iperfProtocol"`
	// Iperf service port number.
	IperfServerPort pulumi.IntPtrInput `pulumi:"iperfServerPort"`
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntPtrInput `pulumi:"maxClients"`
	// Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).
	MaxDistance pulumi.IntPtrInput `pulumi:"maxDistance"`
	// Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.
	MimoMode pulumi.StringPtrInput `pulumi:"mimoMode"`
	// Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.
	Mode pulumi.StringPtrInput `pulumi:"mode"`
	// Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.
	N80211d pulumi.StringPtrInput `pulumi:"n80211d"`
	// Optional antenna used on FAP (default = none).
	OptionalAntenna pulumi.StringPtrInput `pulumi:"optionalAntenna"`
	// Optional antenna gain in dBi (0 to 20, default = 0).
	OptionalAntennaGain pulumi.StringPtrInput `pulumi:"optionalAntennaGain"`
	// Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).
	PowerLevel pulumi.IntPtrInput `pulumi:"powerLevel"`
	// Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.
	PowerMode pulumi.StringPtrInput `pulumi:"powerMode"`
	// Radio EIRP power in dBm (1 - 33, default = 27).
	PowerValue pulumi.IntPtrInput `pulumi:"powerValue"`
	// Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.
	PowersaveOptimize pulumi.StringPtrInput `pulumi:"powersaveOptimize"`
	// Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.
	ProtectionMode pulumi.StringPtrInput `pulumi:"protectionMode"`
	// Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).
	RtsThreshold pulumi.IntPtrInput `pulumi:"rtsThreshold"`
	// BSSID for WiFi network.
	SamBssid pulumi.StringPtrInput `pulumi:"samBssid"`
	// CA certificate for WPA2/WPA3-ENTERPRISE.
	SamCaCertificate pulumi.StringPtrInput `pulumi:"samCaCertificate"`
	// Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.
	SamCaptivePortal pulumi.StringPtrInput `pulumi:"samCaptivePortal"`
	// Client certificate for WPA2/WPA3-ENTERPRISE.
	SamClientCertificate pulumi.StringPtrInput `pulumi:"samClientCertificate"`
	// Failure identification on the page after an incorrect login.
	SamCwpFailureString pulumi.StringPtrInput `pulumi:"samCwpFailureString"`
	// Identification string from the captive portal login form.
	SamCwpMatchString pulumi.StringPtrInput `pulumi:"samCwpMatchString"`
	// Password for captive portal authentication.
	SamCwpPassword pulumi.StringPtrInput `pulumi:"samCwpPassword"`
	// Success identification on the page after a successful login.
	SamCwpSuccessString pulumi.StringPtrInput `pulumi:"samCwpSuccessString"`
	// Website the client is trying to access.
	SamCwpTestUrl pulumi.StringPtrInput `pulumi:"samCwpTestUrl"`
	// Username for captive portal authentication.
	SamCwpUsername pulumi.StringPtrInput `pulumi:"samCwpUsername"`
	// Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.
	SamEapMethod pulumi.StringPtrInput `pulumi:"samEapMethod"`
	// Passphrase for WiFi network connection.
	SamPassword pulumi.StringPtrInput `pulumi:"samPassword"`
	// Private key for WPA2/WPA3-ENTERPRISE.
	SamPrivateKey pulumi.StringPtrInput `pulumi:"samPrivateKey"`
	// Password for private key file for WPA2/WPA3-ENTERPRISE.
	SamPrivateKeyPassword pulumi.StringPtrInput `pulumi:"samPrivateKeyPassword"`
	// SAM report interval (sec), 0 for a one-time report.
	SamReportIntv pulumi.IntPtrInput `pulumi:"samReportIntv"`
	// Select WiFi network security type (default = "wpa-personal").
	SamSecurityType pulumi.StringPtrInput `pulumi:"samSecurityType"`
	// SAM test server domain name.
	SamServerFqdn pulumi.StringPtrInput `pulumi:"samServerFqdn"`
	// SAM test server IP address.
	SamServerIp pulumi.StringPtrInput `pulumi:"samServerIp"`
	// Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.
	SamServerType pulumi.StringPtrInput `pulumi:"samServerType"`
	// SSID for WiFi network.
	SamSsid pulumi.StringPtrInput `pulumi:"samSsid"`
	// Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.
	SamTest pulumi.StringPtrInput `pulumi:"samTest"`
	// Username for WiFi network connection.
	SamUsername pulumi.StringPtrInput `pulumi:"samUsername"`
	// Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.
	ShortGuardInterval pulumi.StringPtrInput `pulumi:"shortGuardInterval"`
	// Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.
	SpectrumAnalysis pulumi.StringPtrInput `pulumi:"spectrumAnalysis"`
	// Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.
	TransmitOptimize pulumi.StringPtrInput `pulumi:"transmitOptimize"`
	// Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).
	VapAll pulumi.StringPtrInput `pulumi:"vapAll"`
	// Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.
	Vaps WtpprofileRadio4VapArrayInput `pulumi:"vaps"`
	// Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.
	WidsProfile pulumi.StringPtrInput `pulumi:"widsProfile"`
	// Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.
	ZeroWaitDfs pulumi.StringPtrInput `pulumi:"zeroWaitDfs"`
}

func (WtpprofileRadio4Args) ElementType 

func (WtpprofileRadio4Args) ElementType() reflect.Type

func (WtpprofileRadio4Args) ToWtpprofileRadio4Output 

func (i WtpprofileRadio4Args) ToWtpprofileRadio4Output() WtpprofileRadio4Output

func (WtpprofileRadio4Args) ToWtpprofileRadio4OutputWithContext 

func (i WtpprofileRadio4Args) ToWtpprofileRadio4OutputWithContext(ctx context.Context) WtpprofileRadio4Output

func (WtpprofileRadio4Args) ToWtpprofileRadio4PtrOutput 

func (i WtpprofileRadio4Args) ToWtpprofileRadio4PtrOutput() WtpprofileRadio4PtrOutput

func (WtpprofileRadio4Args) ToWtpprofileRadio4PtrOutputWithContext 

func (i WtpprofileRadio4Args) ToWtpprofileRadio4PtrOutputWithContext(ctx context.Context) WtpprofileRadio4PtrOutput

type WtpprofileRadio4Channel 

type WtpprofileRadio4Channel struct {
	// Channel number.
	Chan *string `pulumi:"chan"`
}

type WtpprofileRadio4ChannelArgs 

type WtpprofileRadio4ChannelArgs struct {
	// Channel number.
	Chan pulumi.StringPtrInput `pulumi:"chan"`
}

func (WtpprofileRadio4ChannelArgs) ElementType 

func (WtpprofileRadio4ChannelArgs) ElementType() reflect.Type

func (WtpprofileRadio4ChannelArgs) ToWtpprofileRadio4ChannelOutput 

func (i WtpprofileRadio4ChannelArgs) ToWtpprofileRadio4ChannelOutput() WtpprofileRadio4ChannelOutput

func (WtpprofileRadio4ChannelArgs) ToWtpprofileRadio4ChannelOutputWithContext 

func (i WtpprofileRadio4ChannelArgs) ToWtpprofileRadio4ChannelOutputWithContext(ctx context.Context) WtpprofileRadio4ChannelOutput

type WtpprofileRadio4ChannelArray 

type WtpprofileRadio4ChannelArray []WtpprofileRadio4ChannelInput

func (WtpprofileRadio4ChannelArray) ElementType 

func (WtpprofileRadio4ChannelArray) ElementType() reflect.Type

func (WtpprofileRadio4ChannelArray) ToWtpprofileRadio4ChannelArrayOutput 

func (i WtpprofileRadio4ChannelArray) ToWtpprofileRadio4ChannelArrayOutput() WtpprofileRadio4ChannelArrayOutput

func (WtpprofileRadio4ChannelArray) ToWtpprofileRadio4ChannelArrayOutputWithContext 

func (i WtpprofileRadio4ChannelArray) ToWtpprofileRadio4ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio4ChannelArrayOutput

type WtpprofileRadio4ChannelArrayInput 

type WtpprofileRadio4ChannelArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio4ChannelArrayOutput() WtpprofileRadio4ChannelArrayOutput
	ToWtpprofileRadio4ChannelArrayOutputWithContext(context.Context) WtpprofileRadio4ChannelArrayOutput
}

WtpprofileRadio4ChannelArrayInput is an input type that accepts WtpprofileRadio4ChannelArray and WtpprofileRadio4ChannelArrayOutput values. You can construct a concrete instance of `WtpprofileRadio4ChannelArrayInput` via: 

WtpprofileRadio4ChannelArray{ WtpprofileRadio4ChannelArgs{...} }

type WtpprofileRadio4ChannelArrayOutput 

type WtpprofileRadio4ChannelArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio4ChannelArrayOutput) ElementType 

func (WtpprofileRadio4ChannelArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio4ChannelArrayOutput) Index 

func (o WtpprofileRadio4ChannelArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio4ChannelOutput

func (WtpprofileRadio4ChannelArrayOutput) ToWtpprofileRadio4ChannelArrayOutput 

func (o WtpprofileRadio4ChannelArrayOutput) ToWtpprofileRadio4ChannelArrayOutput() WtpprofileRadio4ChannelArrayOutput

func (WtpprofileRadio4ChannelArrayOutput) ToWtpprofileRadio4ChannelArrayOutputWithContext 

func (o WtpprofileRadio4ChannelArrayOutput) ToWtpprofileRadio4ChannelArrayOutputWithContext(ctx context.Context) WtpprofileRadio4ChannelArrayOutput

type WtpprofileRadio4ChannelInput 

type WtpprofileRadio4ChannelInput interface {
	pulumi.Input

	ToWtpprofileRadio4ChannelOutput() WtpprofileRadio4ChannelOutput
	ToWtpprofileRadio4ChannelOutputWithContext(context.Context) WtpprofileRadio4ChannelOutput
}

WtpprofileRadio4ChannelInput is an input type that accepts WtpprofileRadio4ChannelArgs and WtpprofileRadio4ChannelOutput values. You can construct a concrete instance of `WtpprofileRadio4ChannelInput` via: 

WtpprofileRadio4ChannelArgs{...}

type WtpprofileRadio4ChannelOutput 

type WtpprofileRadio4ChannelOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio4ChannelOutput) Chan 

func (o WtpprofileRadio4ChannelOutput) Chan() pulumi.StringPtrOutput

Channel number.

func (WtpprofileRadio4ChannelOutput) ElementType 

func (WtpprofileRadio4ChannelOutput) ElementType() reflect.Type

func (WtpprofileRadio4ChannelOutput) ToWtpprofileRadio4ChannelOutput 

func (o WtpprofileRadio4ChannelOutput) ToWtpprofileRadio4ChannelOutput() WtpprofileRadio4ChannelOutput

func (WtpprofileRadio4ChannelOutput) ToWtpprofileRadio4ChannelOutputWithContext 

func (o WtpprofileRadio4ChannelOutput) ToWtpprofileRadio4ChannelOutputWithContext(ctx context.Context) WtpprofileRadio4ChannelOutput

type WtpprofileRadio4Input 

type WtpprofileRadio4Input interface {
	pulumi.Input

	ToWtpprofileRadio4Output() WtpprofileRadio4Output
	ToWtpprofileRadio4OutputWithContext(context.Context) WtpprofileRadio4Output
}

WtpprofileRadio4Input is an input type that accepts WtpprofileRadio4Args and WtpprofileRadio4Output values. You can construct a concrete instance of `WtpprofileRadio4Input` via: 

WtpprofileRadio4Args{...}

type WtpprofileRadio4Output 

type WtpprofileRadio4Output struct{ *pulumi.OutputState }

func (WtpprofileRadio4Output) AirtimeFairness 

func (o WtpprofileRadio4Output) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) Amsdu 

func (o WtpprofileRadio4Output) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ApHandoff 

func (o WtpprofileRadio4Output) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ApSnifferAddr 

func (o WtpprofileRadio4Output) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio4Output) ApSnifferBufsize 

func (o WtpprofileRadio4Output) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio4Output) ApSnifferChan 

func (o WtpprofileRadio4Output) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio4Output) ApSnifferCtl 

func (o WtpprofileRadio4Output) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ApSnifferData 

func (o WtpprofileRadio4Output) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ApSnifferMgmtBeacon 

func (o WtpprofileRadio4Output) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ApSnifferMgmtOther 

func (o WtpprofileRadio4Output) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ApSnifferMgmtProbe 

func (o WtpprofileRadio4Output) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) ArrpProfile 

func (o WtpprofileRadio4Output) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio4Output) AutoPowerHigh 

func (o WtpprofileRadio4Output) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio4Output) AutoPowerLevel 

func (o WtpprofileRadio4Output) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) AutoPowerLow 

func (o WtpprofileRadio4Output) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio4Output) AutoPowerTarget 

func (o WtpprofileRadio4Output) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio4Output) Band 

func (o WtpprofileRadio4Output) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio4Output) Band5gType 

func (o WtpprofileRadio4Output) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio4Output) BandwidthAdmissionControl 

func (o WtpprofileRadio4Output) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) BandwidthCapacity 

func (o WtpprofileRadio4Output) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio4Output) BeaconInterval 

func (o WtpprofileRadio4Output) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio4Output) BssColor 

func (o WtpprofileRadio4Output) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio4Output) BssColorMode 

func (o WtpprofileRadio4Output) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio4Output) CallAdmissionControl 

func (o WtpprofileRadio4Output) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) CallCapacity 

func (o WtpprofileRadio4Output) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio4Output) ChannelBonding 

func (o WtpprofileRadio4Output) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio4Output) ChannelUtilization 

func (o WtpprofileRadio4Output) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) Channels 

func (o WtpprofileRadio4Output) Channels() WtpprofileRadio4ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio4Output) Coexistence 

func (o WtpprofileRadio4Output) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) Darrp 

func (o WtpprofileRadio4Output) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) Drma 

func (o WtpprofileRadio4Output) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio4Output) DrmaSensitivity 

func (o WtpprofileRadio4Output) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio4Output) Dtim 

func (o WtpprofileRadio4Output) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio4Output) ElementType 

func (WtpprofileRadio4Output) ElementType() reflect.Type

func (WtpprofileRadio4Output) FragThreshold 

func (o WtpprofileRadio4Output) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio4Output) FrequencyHandoff 

func (o WtpprofileRadio4Output) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) IperfProtocol 

func (o WtpprofileRadio4Output) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio4Output) IperfServerPort 

func (o WtpprofileRadio4Output) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio4Output) MaxClients 

func (o WtpprofileRadio4Output) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio4Output) MaxDistance 

func (o WtpprofileRadio4Output) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio4Output) MimoMode 

func (o WtpprofileRadio4Output) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio4Output) Mode 

func (o WtpprofileRadio4Output) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio4Output) N80211d 

func (o WtpprofileRadio4Output) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) OptionalAntenna 

func (o WtpprofileRadio4Output) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio4Output) OptionalAntennaGain 

func (o WtpprofileRadio4Output) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio4Output) PowerLevel 

func (o WtpprofileRadio4Output) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio4Output) PowerMode 

func (o WtpprofileRadio4Output) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio4Output) PowerValue 

func (o WtpprofileRadio4Output) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio4Output) PowersaveOptimize 

func (o WtpprofileRadio4Output) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio4Output) ProtectionMode 

func (o WtpprofileRadio4Output) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio4Output) RtsThreshold 

func (o WtpprofileRadio4Output) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio4Output) SamBssid 

func (o WtpprofileRadio4Output) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio4Output) SamCaCertificate 

func (o WtpprofileRadio4Output) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4Output) SamCaptivePortal 

func (o WtpprofileRadio4Output) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) SamClientCertificate 

func (o WtpprofileRadio4Output) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4Output) SamCwpFailureString 

func (o WtpprofileRadio4Output) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio4Output) SamCwpMatchString 

func (o WtpprofileRadio4Output) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio4Output) SamCwpPassword 

func (o WtpprofileRadio4Output) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio4Output) SamCwpSuccessString 

func (o WtpprofileRadio4Output) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio4Output) SamCwpTestUrl 

func (o WtpprofileRadio4Output) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio4Output) SamCwpUsername 

func (o WtpprofileRadio4Output) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio4Output) SamEapMethod 

func (o WtpprofileRadio4Output) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio4Output) SamPassword 

func (o WtpprofileRadio4Output) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio4Output) SamPrivateKey 

func (o WtpprofileRadio4Output) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4Output) SamPrivateKeyPassword 

func (o WtpprofileRadio4Output) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4Output) SamReportIntv 

func (o WtpprofileRadio4Output) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio4Output) SamSecurityType 

func (o WtpprofileRadio4Output) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio4Output) SamServerFqdn 

func (o WtpprofileRadio4Output) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio4Output) SamServerIp 

func (o WtpprofileRadio4Output) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio4Output) SamServerType 

func (o WtpprofileRadio4Output) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio4Output) SamSsid 

func (o WtpprofileRadio4Output) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio4Output) SamTest 

func (o WtpprofileRadio4Output) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio4Output) SamUsername 

func (o WtpprofileRadio4Output) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio4Output) ShortGuardInterval 

func (o WtpprofileRadio4Output) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio4Output) SpectrumAnalysis 

func (o WtpprofileRadio4Output) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio4Output) ToWtpprofileRadio4Output 

func (o WtpprofileRadio4Output) ToWtpprofileRadio4Output() WtpprofileRadio4Output

func (WtpprofileRadio4Output) ToWtpprofileRadio4OutputWithContext 

func (o WtpprofileRadio4Output) ToWtpprofileRadio4OutputWithContext(ctx context.Context) WtpprofileRadio4Output

func (WtpprofileRadio4Output) ToWtpprofileRadio4PtrOutput 

func (o WtpprofileRadio4Output) ToWtpprofileRadio4PtrOutput() WtpprofileRadio4PtrOutput

func (WtpprofileRadio4Output) ToWtpprofileRadio4PtrOutputWithContext 

func (o WtpprofileRadio4Output) ToWtpprofileRadio4PtrOutputWithContext(ctx context.Context) WtpprofileRadio4PtrOutput

func (WtpprofileRadio4Output) TransmitOptimize 

func (o WtpprofileRadio4Output) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio4Output) VapAll 

func (o WtpprofileRadio4Output) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio4Output) Vaps 

func (o WtpprofileRadio4Output) Vaps() WtpprofileRadio4VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio4Output) WidsProfile 

func (o WtpprofileRadio4Output) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio4Output) ZeroWaitDfs 

func (o WtpprofileRadio4Output) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio4PtrInput 

type WtpprofileRadio4PtrInput interface {
	pulumi.Input

	ToWtpprofileRadio4PtrOutput() WtpprofileRadio4PtrOutput
	ToWtpprofileRadio4PtrOutputWithContext(context.Context) WtpprofileRadio4PtrOutput
}

WtpprofileRadio4PtrInput is an input type that accepts WtpprofileRadio4Args, WtpprofileRadio4Ptr and WtpprofileRadio4PtrOutput values. You can construct a concrete instance of `WtpprofileRadio4PtrInput` via: 

        WtpprofileRadio4Args{...}

or:

        nil

func WtpprofileRadio4Ptr 

func WtpprofileRadio4Ptr(v *WtpprofileRadio4Args) WtpprofileRadio4PtrInput

type WtpprofileRadio4PtrOutput 

type WtpprofileRadio4PtrOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio4PtrOutput) AirtimeFairness 

func (o WtpprofileRadio4PtrOutput) AirtimeFairness() pulumi.StringPtrOutput

Enable/disable airtime fairness (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) Amsdu 

func (o WtpprofileRadio4PtrOutput) Amsdu() pulumi.StringPtrOutput

Enable/disable 802.11n AMSDU support. AMSDU can improve performance if supported by your WiFi clients (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ApHandoff 

func (o WtpprofileRadio4PtrOutput) ApHandoff() pulumi.StringPtrOutput

Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ApSnifferAddr 

func (o WtpprofileRadio4PtrOutput) ApSnifferAddr() pulumi.StringPtrOutput

MAC address to monitor.

func (WtpprofileRadio4PtrOutput) ApSnifferBufsize 

func (o WtpprofileRadio4PtrOutput) ApSnifferBufsize() pulumi.IntPtrOutput

Sniffer buffer size (1 - 32 MB, default = 16).

func (WtpprofileRadio4PtrOutput) ApSnifferChan 

func (o WtpprofileRadio4PtrOutput) ApSnifferChan() pulumi.IntPtrOutput

Channel on which to operate the sniffer (default = 6).

func (WtpprofileRadio4PtrOutput) ApSnifferCtl 

func (o WtpprofileRadio4PtrOutput) ApSnifferCtl() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi control frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ApSnifferData 

func (o WtpprofileRadio4PtrOutput) ApSnifferData() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi data frame (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ApSnifferMgmtBeacon 

func (o WtpprofileRadio4PtrOutput) ApSnifferMgmtBeacon() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management Beacon frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ApSnifferMgmtOther 

func (o WtpprofileRadio4PtrOutput) ApSnifferMgmtOther() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management other frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ApSnifferMgmtProbe 

func (o WtpprofileRadio4PtrOutput) ApSnifferMgmtProbe() pulumi.StringPtrOutput

Enable/disable sniffer on WiFi management probe frames (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) ArrpProfile 

func (o WtpprofileRadio4PtrOutput) ArrpProfile() pulumi.StringPtrOutput

Distributed Automatic Radio Resource Provisioning (DARRP) profile name to assign to the radio.

func (WtpprofileRadio4PtrOutput) AutoPowerHigh 

func (o WtpprofileRadio4PtrOutput) AutoPowerHigh() pulumi.IntPtrOutput

The upper bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio4PtrOutput) AutoPowerLevel 

func (o WtpprofileRadio4PtrOutput) AutoPowerLevel() pulumi.StringPtrOutput

Enable/disable automatic power-level adjustment to prevent co-channel interference (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) AutoPowerLow 

func (o WtpprofileRadio4PtrOutput) AutoPowerLow() pulumi.IntPtrOutput

The lower bound of automatic transmit power adjustment in dBm (the actual range of transmit power depends on the AP platform type).

func (WtpprofileRadio4PtrOutput) AutoPowerTarget 

func (o WtpprofileRadio4PtrOutput) AutoPowerTarget() pulumi.StringPtrOutput

The target of automatic transmit power adjustment in dBm. (-95 to -20, default = -70).

func (WtpprofileRadio4PtrOutput) Band 

func (o WtpprofileRadio4PtrOutput) Band() pulumi.StringPtrOutput

WiFi band that Radio 3 operates on.

func (WtpprofileRadio4PtrOutput) Band5gType 

func (o WtpprofileRadio4PtrOutput) Band5gType() pulumi.StringPtrOutput

WiFi 5G band type. Valid values: `5g-full`, `5g-high`, `5g-low`.

func (WtpprofileRadio4PtrOutput) BandwidthAdmissionControl 

func (o WtpprofileRadio4PtrOutput) BandwidthAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) bandwidth admission control to optimize WiFi bandwidth use. A request to join the wireless network is only allowed if the access point has enough bandwidth to support it. Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) BandwidthCapacity 

func (o WtpprofileRadio4PtrOutput) BandwidthCapacity() pulumi.IntPtrOutput

Maximum bandwidth capacity allowed (1 - 600000 Kbps, default = 2000).

func (WtpprofileRadio4PtrOutput) BeaconInterval 

func (o WtpprofileRadio4PtrOutput) BeaconInterval() pulumi.IntPtrOutput

Beacon interval. The time between beacon frames in msec (the actual range of beacon interval depends on the AP platform type, default = 100).

func (WtpprofileRadio4PtrOutput) BssColor 

func (o WtpprofileRadio4PtrOutput) BssColor() pulumi.IntPtrOutput

BSS color value for this 11ax radio (0 - 63, 0 means disable. default = 0).

func (WtpprofileRadio4PtrOutput) BssColorMode 

func (o WtpprofileRadio4PtrOutput) BssColorMode() pulumi.StringPtrOutput

BSS color mode for this 11ax radio (default = auto). Valid values: `auto`, `static`.

func (WtpprofileRadio4PtrOutput) CallAdmissionControl 

func (o WtpprofileRadio4PtrOutput) CallAdmissionControl() pulumi.StringPtrOutput

Enable/disable WiFi multimedia (WMM) call admission control to optimize WiFi bandwidth use for VoIP calls. New VoIP calls are only accepted if there is enough bandwidth available to support them. Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) CallCapacity 

func (o WtpprofileRadio4PtrOutput) CallCapacity() pulumi.IntPtrOutput

Maximum number of Voice over WLAN (VoWLAN) phones supported by the radio (0 - 60, default = 10).

func (WtpprofileRadio4PtrOutput) ChannelBonding 

func (o WtpprofileRadio4PtrOutput) ChannelBonding() pulumi.StringPtrOutput

Channel bandwidth: 160,80, 40, or 20MHz. Channels may use both 20 and 40 by enabling coexistence. Valid values: `160MHz`, `80MHz`, `40MHz`, `20MHz`.

func (WtpprofileRadio4PtrOutput) ChannelUtilization 

func (o WtpprofileRadio4PtrOutput) ChannelUtilization() pulumi.StringPtrOutput

Enable/disable measuring channel utilization. Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) Channels 

func (o WtpprofileRadio4PtrOutput) Channels() WtpprofileRadio4ChannelArrayOutput

Selected list of wireless radio channels. The structure of `channel` block is documented below.

func (WtpprofileRadio4PtrOutput) Coexistence 

func (o WtpprofileRadio4PtrOutput) Coexistence() pulumi.StringPtrOutput

Enable/disable allowing both HT20 and HT40 on the same radio (default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) Darrp 

func (o WtpprofileRadio4PtrOutput) Darrp() pulumi.StringPtrOutput

Enable/disable Distributed Automatic Radio Resource Provisioning (DARRP) to make sure the radio is always using the most optimal channel (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) Drma 

func (o WtpprofileRadio4PtrOutput) Drma() pulumi.StringPtrOutput

Enable/disable dynamic radio mode assignment (DRMA) (default = disable). Valid values: `disable`, `enable`.

func (WtpprofileRadio4PtrOutput) DrmaSensitivity 

func (o WtpprofileRadio4PtrOutput) DrmaSensitivity() pulumi.StringPtrOutput

Network Coverage Factor (NCF) percentage required to consider a radio as redundant (default = low). Valid values: `low`, `medium`, `high`.

func (WtpprofileRadio4PtrOutput) Dtim 

func (o WtpprofileRadio4PtrOutput) Dtim() pulumi.IntPtrOutput

Delivery Traffic Indication Map (DTIM) period (1 - 255, default = 1). Set higher to save battery life of WiFi client in power-save mode.

func (WtpprofileRadio4PtrOutput) Elem 

func (o WtpprofileRadio4PtrOutput) Elem() WtpprofileRadio4Output

func (WtpprofileRadio4PtrOutput) ElementType 

func (WtpprofileRadio4PtrOutput) ElementType() reflect.Type

func (WtpprofileRadio4PtrOutput) FragThreshold 

func (o WtpprofileRadio4PtrOutput) FragThreshold() pulumi.IntPtrOutput

Maximum packet size that can be sent without fragmentation (800 - 2346 bytes, default = 2346).

func (WtpprofileRadio4PtrOutput) FrequencyHandoff 

func (o WtpprofileRadio4PtrOutput) FrequencyHandoff() pulumi.StringPtrOutput

Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) IperfProtocol 

func (o WtpprofileRadio4PtrOutput) IperfProtocol() pulumi.StringPtrOutput

Iperf test protocol (default = "UDP"). Valid values: `udp`, `tcp`.

func (WtpprofileRadio4PtrOutput) IperfServerPort 

func (o WtpprofileRadio4PtrOutput) IperfServerPort() pulumi.IntPtrOutput

Iperf service port number.

func (WtpprofileRadio4PtrOutput) MaxClients 

func (o WtpprofileRadio4PtrOutput) MaxClients() pulumi.IntPtrOutput

Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).

func (WtpprofileRadio4PtrOutput) MaxDistance 

func (o WtpprofileRadio4PtrOutput) MaxDistance() pulumi.IntPtrOutput

Maximum expected distance between the AP and clients (0 - 54000 m, default = 0).

func (WtpprofileRadio4PtrOutput) MimoMode 

func (o WtpprofileRadio4PtrOutput) MimoMode() pulumi.StringPtrOutput

Configure radio MIMO mode (default = default). Valid values: `default`, `1x1`, `2x2`, `3x3`, `4x4`, `8x8`.

func (WtpprofileRadio4PtrOutput) Mode 

func (o WtpprofileRadio4PtrOutput) Mode() pulumi.StringPtrOutput

Mode of radio 3. Radio 3 can be disabled, configured as an access point, a rogue AP monitor, or a sniffer.

func (WtpprofileRadio4PtrOutput) N80211d 

func (o WtpprofileRadio4PtrOutput) N80211d() pulumi.StringPtrOutput

Enable/disable 802.11d countryie(default = enable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) OptionalAntenna 

func (o WtpprofileRadio4PtrOutput) OptionalAntenna() pulumi.StringPtrOutput

Optional antenna used on FAP (default = none).

func (WtpprofileRadio4PtrOutput) OptionalAntennaGain 

func (o WtpprofileRadio4PtrOutput) OptionalAntennaGain() pulumi.StringPtrOutput

Optional antenna gain in dBi (0 to 20, default = 0).

func (WtpprofileRadio4PtrOutput) PowerLevel 

func (o WtpprofileRadio4PtrOutput) PowerLevel() pulumi.IntPtrOutput

Radio power level as a percentage of the maximum transmit power (0 - 100, default = 100).

func (WtpprofileRadio4PtrOutput) PowerMode 

func (o WtpprofileRadio4PtrOutput) PowerMode() pulumi.StringPtrOutput

Set radio effective isotropic radiated power (EIRP) in dBm or by a percentage of the maximum EIRP (default = percentage). This power takes into account both radio transmit power and antenna gain. Higher power level settings may be constrained by local regulatory requirements and AP capabilities. Valid values: `dBm`, `percentage`.

func (WtpprofileRadio4PtrOutput) PowerValue 

func (o WtpprofileRadio4PtrOutput) PowerValue() pulumi.IntPtrOutput

Radio EIRP power in dBm (1 - 33, default = 27).

func (WtpprofileRadio4PtrOutput) PowersaveOptimize 

func (o WtpprofileRadio4PtrOutput) PowersaveOptimize() pulumi.StringPtrOutput

Enable client power-saving features such as TIM, AC VO, and OBSS etc. Valid values: `tim`, `ac-vo`, `no-obss-scan`, `no-11b-rate`, `client-rate-follow`.

func (WtpprofileRadio4PtrOutput) ProtectionMode 

func (o WtpprofileRadio4PtrOutput) ProtectionMode() pulumi.StringPtrOutput

Enable/disable 802.11g protection modes to support backwards compatibility with older clients (rtscts, ctsonly, disable). Valid values: `rtscts`, `ctsonly`, `disable`.

func (WtpprofileRadio4PtrOutput) RtsThreshold 

func (o WtpprofileRadio4PtrOutput) RtsThreshold() pulumi.IntPtrOutput

Maximum packet size for RTS transmissions, specifying the maximum size of a data packet before RTS/CTS (256 - 2346 bytes, default = 2346).

func (WtpprofileRadio4PtrOutput) SamBssid 

func (o WtpprofileRadio4PtrOutput) SamBssid() pulumi.StringPtrOutput

BSSID for WiFi network.

func (WtpprofileRadio4PtrOutput) SamCaCertificate 

func (o WtpprofileRadio4PtrOutput) SamCaCertificate() pulumi.StringPtrOutput

CA certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4PtrOutput) SamCaptivePortal 

func (o WtpprofileRadio4PtrOutput) SamCaptivePortal() pulumi.StringPtrOutput

Enable/disable Captive Portal Authentication (default = disable). Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) SamClientCertificate 

func (o WtpprofileRadio4PtrOutput) SamClientCertificate() pulumi.StringPtrOutput

Client certificate for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4PtrOutput) SamCwpFailureString 

func (o WtpprofileRadio4PtrOutput) SamCwpFailureString() pulumi.StringPtrOutput

Failure identification on the page after an incorrect login.

func (WtpprofileRadio4PtrOutput) SamCwpMatchString 

func (o WtpprofileRadio4PtrOutput) SamCwpMatchString() pulumi.StringPtrOutput

Identification string from the captive portal login form.

func (WtpprofileRadio4PtrOutput) SamCwpPassword 

func (o WtpprofileRadio4PtrOutput) SamCwpPassword() pulumi.StringPtrOutput

Password for captive portal authentication.

func (WtpprofileRadio4PtrOutput) SamCwpSuccessString 

func (o WtpprofileRadio4PtrOutput) SamCwpSuccessString() pulumi.StringPtrOutput

Success identification on the page after a successful login.

func (WtpprofileRadio4PtrOutput) SamCwpTestUrl 

func (o WtpprofileRadio4PtrOutput) SamCwpTestUrl() pulumi.StringPtrOutput

Website the client is trying to access.

func (WtpprofileRadio4PtrOutput) SamCwpUsername 

func (o WtpprofileRadio4PtrOutput) SamCwpUsername() pulumi.StringPtrOutput

Username for captive portal authentication.

func (WtpprofileRadio4PtrOutput) SamEapMethod 

func (o WtpprofileRadio4PtrOutput) SamEapMethod() pulumi.StringPtrOutput

Select WPA2/WPA3-ENTERPRISE EAP Method (default = PEAP). Valid values: `both`, `tls`, `peap`.

func (WtpprofileRadio4PtrOutput) SamPassword 

func (o WtpprofileRadio4PtrOutput) SamPassword() pulumi.StringPtrOutput

Passphrase for WiFi network connection.

func (WtpprofileRadio4PtrOutput) SamPrivateKey 

func (o WtpprofileRadio4PtrOutput) SamPrivateKey() pulumi.StringPtrOutput

Private key for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4PtrOutput) SamPrivateKeyPassword 

func (o WtpprofileRadio4PtrOutput) SamPrivateKeyPassword() pulumi.StringPtrOutput

Password for private key file for WPA2/WPA3-ENTERPRISE.

func (WtpprofileRadio4PtrOutput) SamReportIntv 

func (o WtpprofileRadio4PtrOutput) SamReportIntv() pulumi.IntPtrOutput

SAM report interval (sec), 0 for a one-time report.

func (WtpprofileRadio4PtrOutput) SamSecurityType 

func (o WtpprofileRadio4PtrOutput) SamSecurityType() pulumi.StringPtrOutput

Select WiFi network security type (default = "wpa-personal").

func (WtpprofileRadio4PtrOutput) SamServerFqdn 

func (o WtpprofileRadio4PtrOutput) SamServerFqdn() pulumi.StringPtrOutput

SAM test server domain name.

func (WtpprofileRadio4PtrOutput) SamServerIp 

func (o WtpprofileRadio4PtrOutput) SamServerIp() pulumi.StringPtrOutput

SAM test server IP address.

func (WtpprofileRadio4PtrOutput) SamServerType 

func (o WtpprofileRadio4PtrOutput) SamServerType() pulumi.StringPtrOutput

Select SAM server type (default = "IP"). Valid values: `ip`, `fqdn`.

func (WtpprofileRadio4PtrOutput) SamSsid 

func (o WtpprofileRadio4PtrOutput) SamSsid() pulumi.StringPtrOutput

SSID for WiFi network.

func (WtpprofileRadio4PtrOutput) SamTest 

func (o WtpprofileRadio4PtrOutput) SamTest() pulumi.StringPtrOutput

Select SAM test type (default = "PING"). Valid values: `ping`, `iperf`.

func (WtpprofileRadio4PtrOutput) SamUsername 

func (o WtpprofileRadio4PtrOutput) SamUsername() pulumi.StringPtrOutput

Username for WiFi network connection.

func (WtpprofileRadio4PtrOutput) ShortGuardInterval 

func (o WtpprofileRadio4PtrOutput) ShortGuardInterval() pulumi.StringPtrOutput

Use either the short guard interval (Short GI) of 400 ns or the long guard interval (Long GI) of 800 ns. Valid values: `enable`, `disable`.

func (WtpprofileRadio4PtrOutput) SpectrumAnalysis 

func (o WtpprofileRadio4PtrOutput) SpectrumAnalysis() pulumi.StringPtrOutput

Enable/disable spectrum analysis to find interference that would negatively impact wireless performance.

func (WtpprofileRadio4PtrOutput) ToWtpprofileRadio4PtrOutput 

func (o WtpprofileRadio4PtrOutput) ToWtpprofileRadio4PtrOutput() WtpprofileRadio4PtrOutput

func (WtpprofileRadio4PtrOutput) ToWtpprofileRadio4PtrOutputWithContext 

func (o WtpprofileRadio4PtrOutput) ToWtpprofileRadio4PtrOutputWithContext(ctx context.Context) WtpprofileRadio4PtrOutput

func (WtpprofileRadio4PtrOutput) TransmitOptimize 

func (o WtpprofileRadio4PtrOutput) TransmitOptimize() pulumi.StringPtrOutput

Packet transmission optimization options including power saving, aggregation limiting, retry limiting, etc. All are enabled by default. Valid values: `disable`, `power-save`, `aggr-limit`, `retry-limit`, `send-bar`.

func (WtpprofileRadio4PtrOutput) VapAll 

func (o WtpprofileRadio4PtrOutput) VapAll() pulumi.StringPtrOutput

Enable/disable the automatic inheritance of all Virtual Access Points (VAPs) (default = enable).

func (WtpprofileRadio4PtrOutput) Vaps 

func (o WtpprofileRadio4PtrOutput) Vaps() WtpprofileRadio4VapArrayOutput

Manually selected list of Virtual Access Points (VAPs). The structure of `vaps` block is documented below.

func (WtpprofileRadio4PtrOutput) WidsProfile 

func (o WtpprofileRadio4PtrOutput) WidsProfile() pulumi.StringPtrOutput

Wireless Intrusion Detection System (WIDS) profile name to assign to the radio.

func (WtpprofileRadio4PtrOutput) ZeroWaitDfs 

func (o WtpprofileRadio4PtrOutput) ZeroWaitDfs() pulumi.StringPtrOutput

Enable/disable zero wait DFS on radio (default = enable). Valid values: `enable`, `disable`.

type WtpprofileRadio4Vap 

type WtpprofileRadio4Vap struct {
	// Virtual Access Point (VAP) name.
	Name *string `pulumi:"name"`
}

type WtpprofileRadio4VapArgs 

type WtpprofileRadio4VapArgs struct {
	// Virtual Access Point (VAP) name.
	Name pulumi.StringPtrInput `pulumi:"name"`
}

func (WtpprofileRadio4VapArgs) ElementType 

func (WtpprofileRadio4VapArgs) ElementType() reflect.Type

func (WtpprofileRadio4VapArgs) ToWtpprofileRadio4VapOutput 

func (i WtpprofileRadio4VapArgs) ToWtpprofileRadio4VapOutput() WtpprofileRadio4VapOutput

func (WtpprofileRadio4VapArgs) ToWtpprofileRadio4VapOutputWithContext 

func (i WtpprofileRadio4VapArgs) ToWtpprofileRadio4VapOutputWithContext(ctx context.Context) WtpprofileRadio4VapOutput

type WtpprofileRadio4VapArray 

type WtpprofileRadio4VapArray []WtpprofileRadio4VapInput

func (WtpprofileRadio4VapArray) ElementType 

func (WtpprofileRadio4VapArray) ElementType() reflect.Type

func (WtpprofileRadio4VapArray) ToWtpprofileRadio4VapArrayOutput 

func (i WtpprofileRadio4VapArray) ToWtpprofileRadio4VapArrayOutput() WtpprofileRadio4VapArrayOutput

func (WtpprofileRadio4VapArray) ToWtpprofileRadio4VapArrayOutputWithContext 

func (i WtpprofileRadio4VapArray) ToWtpprofileRadio4VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio4VapArrayOutput

type WtpprofileRadio4VapArrayInput 

type WtpprofileRadio4VapArrayInput interface {
	pulumi.Input

	ToWtpprofileRadio4VapArrayOutput() WtpprofileRadio4VapArrayOutput
	ToWtpprofileRadio4VapArrayOutputWithContext(context.Context) WtpprofileRadio4VapArrayOutput
}

WtpprofileRadio4VapArrayInput is an input type that accepts WtpprofileRadio4VapArray and WtpprofileRadio4VapArrayOutput values. You can construct a concrete instance of `WtpprofileRadio4VapArrayInput` via: 

WtpprofileRadio4VapArray{ WtpprofileRadio4VapArgs{...} }

type WtpprofileRadio4VapArrayOutput 

type WtpprofileRadio4VapArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio4VapArrayOutput) ElementType 

func (WtpprofileRadio4VapArrayOutput) ElementType() reflect.Type

func (WtpprofileRadio4VapArrayOutput) Index 

func (o WtpprofileRadio4VapArrayOutput) Index(i pulumi.IntInput) WtpprofileRadio4VapOutput

func (WtpprofileRadio4VapArrayOutput) ToWtpprofileRadio4VapArrayOutput 

func (o WtpprofileRadio4VapArrayOutput) ToWtpprofileRadio4VapArrayOutput() WtpprofileRadio4VapArrayOutput

func (WtpprofileRadio4VapArrayOutput) ToWtpprofileRadio4VapArrayOutputWithContext 

func (o WtpprofileRadio4VapArrayOutput) ToWtpprofileRadio4VapArrayOutputWithContext(ctx context.Context) WtpprofileRadio4VapArrayOutput

type WtpprofileRadio4VapInput 

type WtpprofileRadio4VapInput interface {
	pulumi.Input

	ToWtpprofileRadio4VapOutput() WtpprofileRadio4VapOutput
	ToWtpprofileRadio4VapOutputWithContext(context.Context) WtpprofileRadio4VapOutput
}

WtpprofileRadio4VapInput is an input type that accepts WtpprofileRadio4VapArgs and WtpprofileRadio4VapOutput values. You can construct a concrete instance of `WtpprofileRadio4VapInput` via: 

WtpprofileRadio4VapArgs{...}

type WtpprofileRadio4VapOutput 

type WtpprofileRadio4VapOutput struct{ *pulumi.OutputState }

func (WtpprofileRadio4VapOutput) ElementType 

func (WtpprofileRadio4VapOutput) ElementType() reflect.Type

func (WtpprofileRadio4VapOutput) Name 

func (o WtpprofileRadio4VapOutput) Name() pulumi.StringPtrOutput

Virtual Access Point (VAP) name.

func (WtpprofileRadio4VapOutput) ToWtpprofileRadio4VapOutput 

func (o WtpprofileRadio4VapOutput) ToWtpprofileRadio4VapOutput() WtpprofileRadio4VapOutput

func (WtpprofileRadio4VapOutput) ToWtpprofileRadio4VapOutputWithContext 

func (o WtpprofileRadio4VapOutput) ToWtpprofileRadio4VapOutputWithContext(ctx context.Context) WtpprofileRadio4VapOutput

type WtpprofileSplitTunnelingAcl 

type WtpprofileSplitTunnelingAcl struct {
	// Destination IP and mask for the split-tunneling subnet.
	//
	// The `radio1` block supports:
	DestIp *string `pulumi:"destIp"`
	// ID.
	Id *int `pulumi:"id"`
}

type WtpprofileSplitTunnelingAclArgs 

type WtpprofileSplitTunnelingAclArgs struct {
	// Destination IP and mask for the split-tunneling subnet.
	//
	// The `radio1` block supports:
	DestIp pulumi.StringPtrInput `pulumi:"destIp"`
	// ID.
	Id pulumi.IntPtrInput `pulumi:"id"`
}

func (WtpprofileSplitTunnelingAclArgs) ElementType 

func (WtpprofileSplitTunnelingAclArgs) ElementType() reflect.Type

func (WtpprofileSplitTunnelingAclArgs) ToWtpprofileSplitTunnelingAclOutput 

func (i WtpprofileSplitTunnelingAclArgs) ToWtpprofileSplitTunnelingAclOutput() WtpprofileSplitTunnelingAclOutput

func (WtpprofileSplitTunnelingAclArgs) ToWtpprofileSplitTunnelingAclOutputWithContext 

func (i WtpprofileSplitTunnelingAclArgs) ToWtpprofileSplitTunnelingAclOutputWithContext(ctx context.Context) WtpprofileSplitTunnelingAclOutput

type WtpprofileSplitTunnelingAclArray 

type WtpprofileSplitTunnelingAclArray []WtpprofileSplitTunnelingAclInput

func (WtpprofileSplitTunnelingAclArray) ElementType 

func (WtpprofileSplitTunnelingAclArray) ElementType() reflect.Type

func (WtpprofileSplitTunnelingAclArray) ToWtpprofileSplitTunnelingAclArrayOutput 

func (i WtpprofileSplitTunnelingAclArray) ToWtpprofileSplitTunnelingAclArrayOutput() WtpprofileSplitTunnelingAclArrayOutput

func (WtpprofileSplitTunnelingAclArray) ToWtpprofileSplitTunnelingAclArrayOutputWithContext 

func (i WtpprofileSplitTunnelingAclArray) ToWtpprofileSplitTunnelingAclArrayOutputWithContext(ctx context.Context) WtpprofileSplitTunnelingAclArrayOutput

type WtpprofileSplitTunnelingAclArrayInput 

type WtpprofileSplitTunnelingAclArrayInput interface {
	pulumi.Input

	ToWtpprofileSplitTunnelingAclArrayOutput() WtpprofileSplitTunnelingAclArrayOutput
	ToWtpprofileSplitTunnelingAclArrayOutputWithContext(context.Context) WtpprofileSplitTunnelingAclArrayOutput
}

WtpprofileSplitTunnelingAclArrayInput is an input type that accepts WtpprofileSplitTunnelingAclArray and WtpprofileSplitTunnelingAclArrayOutput values. You can construct a concrete instance of `WtpprofileSplitTunnelingAclArrayInput` via: 

WtpprofileSplitTunnelingAclArray{ WtpprofileSplitTunnelingAclArgs{...} }

type WtpprofileSplitTunnelingAclArrayOutput 

type WtpprofileSplitTunnelingAclArrayOutput struct{ *pulumi.OutputState }

func (WtpprofileSplitTunnelingAclArrayOutput) ElementType 

func (WtpprofileSplitTunnelingAclArrayOutput) ElementType() reflect.Type

func (WtpprofileSplitTunnelingAclArrayOutput) Index 

func (o WtpprofileSplitTunnelingAclArrayOutput) Index(i pulumi.IntInput) WtpprofileSplitTunnelingAclOutput

func (WtpprofileSplitTunnelingAclArrayOutput) ToWtpprofileSplitTunnelingAclArrayOutput 

func (o WtpprofileSplitTunnelingAclArrayOutput) ToWtpprofileSplitTunnelingAclArrayOutput() WtpprofileSplitTunnelingAclArrayOutput

func (WtpprofileSplitTunnelingAclArrayOutput) ToWtpprofileSplitTunnelingAclArrayOutputWithContext 

func (o WtpprofileSplitTunnelingAclArrayOutput) ToWtpprofileSplitTunnelingAclArrayOutputWithContext(ctx context.Context) WtpprofileSplitTunnelingAclArrayOutput

type WtpprofileSplitTunnelingAclInput 

type WtpprofileSplitTunnelingAclInput interface {
	pulumi.Input

	ToWtpprofileSplitTunnelingAclOutput() WtpprofileSplitTunnelingAclOutput
	ToWtpprofileSplitTunnelingAclOutputWithContext(context.Context) WtpprofileSplitTunnelingAclOutput
}

WtpprofileSplitTunnelingAclInput is an input type that accepts WtpprofileSplitTunnelingAclArgs and WtpprofileSplitTunnelingAclOutput values. You can construct a concrete instance of `WtpprofileSplitTunnelingAclInput` via: 

WtpprofileSplitTunnelingAclArgs{...}

type WtpprofileSplitTunnelingAclOutput 

type WtpprofileSplitTunnelingAclOutput struct{ *pulumi.OutputState }

func (WtpprofileSplitTunnelingAclOutput) DestIp 

func (o WtpprofileSplitTunnelingAclOutput) DestIp() pulumi.StringPtrOutput

Destination IP and mask for the split-tunneling subnet.

The `radio1` block supports:

func (WtpprofileSplitTunnelingAclOutput) ElementType 

func (WtpprofileSplitTunnelingAclOutput) ElementType() reflect.Type

func (WtpprofileSplitTunnelingAclOutput) Id 

func (o WtpprofileSplitTunnelingAclOutput) Id() pulumi.IntPtrOutput

ID.

func (WtpprofileSplitTunnelingAclOutput) ToWtpprofileSplitTunnelingAclOutput 

func (o WtpprofileSplitTunnelingAclOutput) ToWtpprofileSplitTunnelingAclOutput() WtpprofileSplitTunnelingAclOutput

func (WtpprofileSplitTunnelingAclOutput) ToWtpprofileSplitTunnelingAclOutputWithContext 

func (o WtpprofileSplitTunnelingAclOutput) ToWtpprofileSplitTunnelingAclOutputWithContext(ctx context.Context) WtpprofileSplitTunnelingAclOutput

type WtpprofileState 

type WtpprofileState struct {
	// Control management access to the managed WTP, FortiAP, or AP. Separate entries with a space.
	Allowaccess pulumi.StringPtrInput
	// Country in which this WTP, FortiAP or AP will operate (default = NA, automatically use the country configured for the current VDOM).
	ApCountry pulumi.StringPtrInput
	// Enable/disable AP handoff of clients to other APs (default = disable). Valid values: `enable`, `disable`.
	ApHandoff pulumi.StringPtrInput
	// AP local configuration profile name.
	ApcfgProfile pulumi.StringPtrInput
	// Bluetooth Low Energy profile name.
	BleProfile pulumi.StringPtrInput
	// Bonjour profile name.
	BonjourProfile pulumi.StringPtrInput
	// Comment.
	Comment pulumi.StringPtrInput
	// Enable/disable FAP console login access (default = enable). Valid values: `enable`, `disable`.
	ConsoleLogin pulumi.StringPtrInput
	// Enable/disable CAPWAP control message data channel offload.
	ControlMessageOffload pulumi.StringPtrInput
	// List of MAC addresses that are denied access to this WTP, FortiAP, or AP. The structure of `denyMacList` block is documented below.
	DenyMacLists WtpprofileDenyMacListArrayInput
	// Enable/disable data channel DTLS in kernel. Valid values: `enable`, `disable`.
	DtlsInKernel pulumi.StringPtrInput
	// WTP data channel DTLS policy (default = clear-text).
	DtlsPolicy pulumi.StringPtrInput
	// Sort sub-tables, please do not set this parameter when configuring static sub-tables. Options: [ false, true, natural, alphabetical ]. false: Default value, do not sort tables; true/natural: sort tables in natural order. For example: [ a10, a2 ] -> [ a2, a10 ]; alphabetical: sort tables in alphabetical order. For example: [ a10, a2 ] -> [ a10, a2 ].
	DynamicSortSubtable pulumi.StringPtrInput
	// Enable/disable use of energy efficient Ethernet on WTP. Valid values: `enable`, `disable`.
	EnergyEfficientEthernet pulumi.StringPtrInput
	// ESL SES-imagotag dongle configuration. The structure of `eslSesDongle` block is documented below.
	EslSesDongle WtpprofileEslSesDonglePtrInput
	// Enable/disable station/VAP/radio extension information. Valid values: `enable`, `disable`.
	ExtInfoEnable pulumi.StringPtrInput
	// Enable/disable frequency handoff of clients to other channels (default = disable). Valid values: `enable`, `disable`.
	FrequencyHandoff pulumi.StringPtrInput
	// Get all sub-tables including unconfigured tables. Do not set this variable to true if you configure sub-table in another resource, otherwish conflicts and overwrite will occur. Options: [ false, true ]. false: Default value, do not get unconfigured tables; true: get all tables including unconfigured tables.
	GetAllTables pulumi.StringPtrInput
	// Enable/disable client load balancing during roaming to avoid roaming delay (default = disable). Valid values: `enable`, `disable`.
	HandoffRoaming pulumi.StringPtrInput
	// Minimum received signal strength indicator (RSSI) value for handoff (20 - 30, default = 25).
	HandoffRssi pulumi.IntPtrInput
	// Threshold value for AP handoff.
	HandoffStaThresh pulumi.IntPtrInput
	// Set to allow indoor/outdoor-only channels under regulatory rules (default = platform-determined). Valid values: `platform-determined`, `outdoor`, `indoor`.
	IndoorOutdoorDeployment pulumi.StringPtrInput
	// Select how to prevent IP fragmentation for CAPWAP tunneled control and data packets (default = tcp-mss-adjust). Valid values: `tcp-mss-adjust`, `icmp-unreachable`.
	IpFragmentPreventing pulumi.StringPtrInput
	// WTP LAN port mapping. The structure of `lan` block is documented below.
	Lan WtpprofileLanPtrInput
	// Set various location based service (LBS) options. The structure of `lbs` block is documented below.
	Lbs WtpprofileLbsPtrInput
	// Recurring firewall schedules for illuminating LEDs on the FortiAP. If led-state is enabled, LEDs will be visible when at least one of the schedules is valid. Separate multiple schedule names with a space. The structure of `ledSchedules` block is documented below.
	LedSchedules WtpprofileLedScheduleArrayInput
	// Enable/disable use of LEDs on WTP (default = disable). Valid values: `enable`, `disable`.
	LedState pulumi.StringPtrInput
	// Enable/disable Link Layer Discovery Protocol (LLDP) for the WTP, FortiAP, or AP (default = disable). Valid values: `enable`, `disable`.
	Lldp pulumi.StringPtrInput
	// Set the managed WTP, FortiAP, or AP's administrator password.
	LoginPasswd pulumi.StringPtrInput
	// Change or reset the administrator password of a managed WTP, FortiAP or AP (yes, default, or no, default = no). Valid values: `yes`, `default`, `no`.
	LoginPasswdChange pulumi.StringPtrInput
	// Maximum number of stations (STAs) supported by the WTP (default = 0, meaning no client limitation).
	MaxClients pulumi.IntPtrInput
	// WTP (or FortiAP or AP) profile name.
	Name pulumi.StringPtrInput
	// WTP, FortiAP, or AP platform. The structure of `platform` block is documented below.
	Platform WtpprofilePlatformPtrInput
	// Set the WTP, FortiAP, or AP's PoE mode.
	PoeMode pulumi.StringPtrInput
	// Configuration options for radio 1. The structure of `radio1` block is documented below.
	Radio1 WtpprofileRadio1PtrInput
	// Configuration options for radio 2. The structure of `radio2` block is documented below.
	Radio2 WtpprofileRadio2PtrInput
	// Configuration options for radio 3. The structure of `radio3` block is documented below.
	Radio3 WtpprofileRadio3PtrInput
	// Configuration options for radio 4. The structure of `radio4` block is documented below.
	Radio4 WtpprofileRadio4PtrInput
	// Enable/disable automatically adding local subnetwork of FortiAP to split-tunneling ACL (default = disable). Valid values: `enable`, `disable`.
	SplitTunnelingAclLocalApSubnet pulumi.StringPtrInput
	// Split tunneling ACL path is local/tunnel. Valid values: `tunnel`, `local`.
	SplitTunnelingAclPath pulumi.StringPtrInput
	// Split tunneling ACL filter list. The structure of `splitTunnelingAcl` block is documented below.
	SplitTunnelingAcls WtpprofileSplitTunnelingAclArrayInput
	// System log server configuration profile name.
	SyslogProfile pulumi.StringPtrInput
	// Downlink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).
	TunMtuDownlink pulumi.IntPtrInput
	// Uplink CAPWAP tunnel MTU (0, 576, or 1500 bytes, default = 0).
	TunMtuUplink pulumi.IntPtrInput
	// Enable/disable UNII-4 5Ghz band channels (default = disable). Valid values: `enable`, `disable`.
	Unii45ghzBand pulumi.StringPtrInput
	// Specifies the vdom to which the resource will be applied when the FortiGate unit is running in VDOM mode. Only one vdom can be specified. If you want to inherit the vdom configuration of the provider, please do not set this parameter.
	Vdomparam pulumi.StringPtrInput
	// Set WAN port authentication mode (default = none). Valid values: `none`, `802.1x`.
	WanPortAuth pulumi.StringPtrInput
	// Enable/disable WAN port 802.1x supplicant MACsec policy (default = disable). Valid values: `enable`, `disable`.
	WanPortAuthMacsec pulumi.StringPtrInput
	// WAN port 802.1x supplicant EAP methods (default = all). Valid values: `all`, `EAP-FAST`, `EAP-TLS`, `EAP-PEAP`.
	WanPortAuthMethods pulumi.StringPtrInput
	// Set WAN port 802.1x supplicant password.
	WanPortAuthPassword pulumi.StringPtrInput
	// Set WAN port 802.1x supplicant user name.
	WanPortAuthUsrname pulumi.StringPtrInput
	// Enable/disable using a WAN port as a LAN port. Valid values: `wan-lan`, `wan-only`.
	WanPortMode pulumi.StringPtrInput
}

func (WtpprofileState) ElementType 

func (WtpprofileState) ElementType() reflect.Type

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