tc

package
Version: v7.0.1+incompatible Latest Latest
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 Go to latest Published: Aug 25, 2022 License: Apache-2.0, BSD-2-Clause, BSD-3-Clause, + 1 more Imports: 23 Imported by: 463

Documentation

Overview

Package tc provides structures, constants, and functions that are used throughout the components of Apache Traffic Control.

In general, the symbols defined here should be used by more than one component of Traffic Control - otherwise it can just appear in the only component that needs it. Most often this means that the symbols herein defined are referring to objects and/or concepts exposed through the Traffic Ops API, and usually serve to define payloads of HTTP requests and responses.

Enumerated Types

Enumerated types - which should typically go in enum.go - should be treated as enumerables, and MUST NOT be cast as anything else (integer, strings, etc.). Enums MUST NOT be compared to strings or integers via casting. Enumerable data SHOULD be stored as the enumeration, not as a string or number. The *only* reason they are internally represented as strings, is to make them implicitly serialize to human-readable JSON. They should not be treated as strings. Casting or storing strings or numbers defeats the purpose of enum safety and conveniences.

An example of an enumerated string type 'Foo' and an enumerated integral (or arbitrary) type 'Bar' are shown below: 

type Foo string
const (
    FooA Foo = "A"
    FooB Foo = "B"
)

type Bar int
const (
    BarTest Bar = iota
    BarQuest
)

Note the way each member of the "enum" is prefixed with the type name, to help avoid collisions. Also note how, for string enumerations, the type must be repeated with each assignment, whereas for an arbitrary enumeration, you can make use of the special 'iota' language constant to start with some arbitrary value and then just make names on subsequent lines to implicitly increment from there, while maintaining proper type.

Enumerables that need to be serialized and deserialized in JSON should use strings to make them easiest to understand and work with (serialization will work out-of-the-box that way). One way to implement type safety for enumerated types that require serialization support is to implement the encoding/json.Unmarshaler interface and return an error for unsupported values. However, note that this causes the unmarshaling to halt immediately, which is fast but if there are other errors in the JSON document that would be encountered later, they will not be reported. Therefore, types used in structures that the Traffic Ops API unmarshals should generally instead use an "invalid" value that indicates the problem but allows parsing to continue. The way this is normally done is with a 'FromString' method like so: 

type Foo string
const (
    FooA Foo = "A"
    FooB Foo = "B"
    FooInvalid = ""
)

func FooFromString(foo string) Foo {
    switch foo {
    case FooA:
        fallthrough
    case FooB:
        return Foo(foo)
    }
    return FooInvalid
}

However, this requires postprocessing after deserialization, so one might instead implement encoding/json.Unmarshaler: 

import "errors"

type Foo string
const (
    FooA Foo = "A"
    FooB Foo = "B"
    FooInvalid = ""
)

func (f *Foo) UnmarshalJSON(data []byte) error {
    if string(data) == "null" {
        return errors.New("'null' is not a valid 'Foo'")
    }
    s := strings.Trim(string(data), "\"")
    switch s {
    case FooA:
        fallthrough
    case FooB:
        *f = Foo(s)
        return
    }
    // This is an invalid *value* not a parse error, so we don't return
    // an error and instead just make it clear that the value was
    // invalid.
    *f = FooInvalid
    return nil
}

Though in this case the original, raw, string value of the 'Foo' is lost. Be aware of the limitations of these two designs during implementation.

When storing enumumerable data in memory, it SHOULD be converted to and stored as an enum via the corresponding `FromString` function, checked whether the conversion failed and Invalid values handled, and valid data stored as the enum. This guarantees stored data is valid, and catches invalid input as soon as possible.

Conversion functions, whether they be a 'FromString' function or an UnmarshalJSON method, should not be case-insensitive.

When adding new enum types, enums should be internally stored as strings, so they implicitly serialize as human-readable JSON, unless the performance or memory of integers is necessary (it almost certainly isn't). Enums should always have the "invalid" value as the empty string (or 0), so default-initialized enums are invalid.

Enums should always have a String() method, that way they implement fmt.Stringer and can be easily represented in a human-readable way.

When to Use Custom Types

A type should be defined whenever there is a need to represent a data *structure* (in a 'struct'), or whenever the type has some enforced semantics. For example, enumerated types have the attached semantic that there is a list of valid values, and generally there are methods and/or functions associated with those types that act on that limitation. On the otherhand, if there is a type 'Foo' that has some property 'Bar' that contains arbitrary textual data with no other semantics or limitations, then 'string' is the appropriate type; there is no need to make a type 'FooBar' to express the relationship between a Foo and its Bar - that's the job of the Go language itself.

Similarly, try to avoid duplication. For example, Parameters can be assigned to Profiles or (in legacy code that may have been removed by the time this is being read) Cache Groups. It was not necessary to create a type CacheGroupParameter that contains all of the same data as a regular Parameter simply because of this relationship.

Versioning Structures

Structures used by the Traffic Ops API may change over time as the API itself changes. Typically, each new major API version will cause some breaking change to some structure in this package. This means that a new structure will need to be created to avoid breaking old clients that are deprecated but still supported. The naming convention for a new version of a structure that represents a Foo object in the new version - say, 2.0 - is to call it FooV20. Then, a more general type alias should be made for the API major version for use in client methods (so that they can be silently upgraded for non-breaking changes) - in this case: FooV2. A deprecation notice should then be added to the legacy type (which is hopefully but not necessarily named FooV1/FooV11 etc.) indicating the new structure. For example: 

// FooV11 represents a Foo in TO APIv1.1.
//
// Deprecated: TO APIv1.1 is deprecated; upgrade to FooV2.
type FooV11 struct {
    Bar string `json:"bar"`
}
// FooV1 represents a Foo in the latest minor version of TO APIv1.
//
// Deprecated: TO APIv1 is deprecated; upgrade to FooV2.
type FooV1 = FooV11

// FooV20 represents a Foo in TO APIv2.0.
type FooV20 struct {
    Bar string `json:"bar"`
}
// FooV2 represents a Foo in the latest minor version of TO APIv2.
type FooV2 = FooV20

Note that there is no type alias simply named "Foo" - that is exactly how it should be.

Legacy types may not include version information - newer versions should add it as described above. Legacy types may also include the word "Nullable" somewhere - strip this out! That word included in a type name is only to differentiate between older structures that were not "nullable" and the newer ones. Newly added types should only have one structure that is as "nullable" or "non-nullable" as it needs to be, so there is no need to specify.

Index

Examples

Constants

View Source 
const (
	// Key-signing key.
	DNSSECKSKType = "ksk"
	// Zone-signing key.
	DNSSECZSKType = "zsk"
)

Types of keys used in DNSSEC and stored in Traffic Vault.

View Source 
const (
	DNSSECKeyStatusNew     = "new"
	DNSSECKeyStatusExpired = "expired"
	DNSSECStatusExisting   = "existing"
)

The various allowable statuses for DNSSEC keys being inserted into or retrieved from Traffic Vault.

View Source 
const (
	// The state as parsed from a raw string did not represent a valid RequestStatus.
	RequestStatusInvalid = RequestStatus("invalid")
	// The DSR is a draft that is not ready for review.
	RequestStatusDraft = RequestStatus("draft")
	// The DSR has been submitted for review.
	RequestStatusSubmitted = RequestStatus("submitted")
	// The DSR was rejected by a reviewer.
	RequestStatusRejected = RequestStatus("rejected")
	// The DSR has been approved by a reviewer and is pending fullfillment.
	RequestStatusPending = RequestStatus("pending")
	// The DSR has been approved and fully implemented.
	RequestStatusComplete = RequestStatus("complete")
)

The various Statuses a Delivery Service Request (DSR) may have.

View Source 
const (
	// The original Delivery Service is being modified to match the requested
	// one.
	DSRChangeTypeUpdate = DSRChangeType("update")
	// The requested Delivery Service is being created.
	DSRChangeTypeCreate = DSRChangeType("create")
	// The requested Delivery Service is being deleted.
	DSRChangeTypeDelete = DSRChangeType("delete")
)

These are the valid values for Delivery Service Request Change Types.

View Source 
const (
	SelfSignedCertAuthType           = "Self Signed"
	CertificateAuthorityCertAuthType = "Certificate Authority"
	LetsEncryptAuthType              = "Lets Encrypt"
)

Authentication methods used for signing Delivery Service SSL certificates.

View Source 
const (
	// Deprecated: TLS version 1.0 is known to be insecure.
	TLSVersion10 = "1.0"
	// Deprecated: TLS version 1.1 is known to be insecure.
	TLSVersion11 = "1.1"
	TLSVersion12 = "1.2"
	TLSVersion13 = "1.3"
)

These are the TLS Versions known by Apache Traffic Control to exist.

View Source 
const (
	// CacheTypeEdge represents an edge-tier cache server.
	CacheTypeEdge = CacheType("EDGE")
	// CacheTypeMid represents a mid-tier cache server.
	CacheTypeMid = CacheType("MID")
	// CacheTypeInvalid represents an CacheType. Note this is the default
	// construction for a CacheType.
	CacheTypeInvalid = CacheType("")
)

The allowable values for a CacheType.

View Source 
const (
	CacheGroupEdgeTypeName   = EdgeTypePrefix + "_LOC"
	CacheGroupMidTypeName    = MidTypePrefix + "_LOC"
	CacheGroupOriginTypeName = OriginTypeName + "_LOC"
)

These are the Names of the Types that must be used by various kinds of Cache Groups to ensure proper behavior.

Note that there is, in general, no guarantee that a Type with any of these names exist in Traffic Ops at any given time.

Note also that there is no enforcement in Traffic Control that a particular Type of Cache Group contains only or any of a particular Type or Types of server(s).

View Source 
const (
	QueryStringIgnoreUseInCacheKeyAndPassUp    = 0
	QueryStringIgnoreIgnoreInCacheKeyAndPassUp = 1
	QueryStringIgnoreDropAtEdge                = 2
)

The allowed values for a Delivery Service's Query String Handling.

These are prefixed "QueryStringIgnore" even though the values don't always indicate ignoring, because the database column is named "qstring_ignore".

View Source 
const (
	RangeRequestHandlingDontCache         = 0
	RangeRequestHandlingBackgroundFetch   = 1
	RangeRequestHandlingCacheRangeRequest = 2
	RangeRequestHandlingSlice             = 3
)

The allowed values for a Delivery Service's Range Request Handling.

View Source 
const (
	// DSTypeCategoryHTTP represents an HTTP-routed Delivery Service.
	DSTypeCategoryHTTP = DSTypeCategory("http")
	// DSTypeCategoryDNS represents a DNS-routed Delivery Service.
	DSTypeCategoryDNS = DSTypeCategory("dns")
	// DSTypeCategoryInvalid represents an invalid Delivery Service routing
	// type. Note this is the default construction for a DSTypeCategory.
	DSTypeCategoryInvalid = DSTypeCategory("")
)
View Source 
const (
	SigningAlgorithmURLSig     = "url_sig"
	SigningAlgorithmURISigning = "uri_signing"
)

These are the allowable values for the Signing Algorithm property of a Delivery Service.

View Source 
const (
	// Indicates content will only be served using the unsecured HTTP Protocol.
	DSProtocolHTTP = 0
	// Indicates content will only be served using the secured HTTPS Protocol.
	DSProtocolHTTPS = 1
	// Indicates content will only be served over both HTTP and HTTPS.
	DSProtocolHTTPAndHTTPS = 2
	// Indicates content will only be served using the secured HTTPS Protocol,
	// and that unsecured HTTP requests will be directed to use HTTPS instead.
	DSProtocolHTTPToHTTPS = 3
)

These are the allowable values for the Protocol property of a Delivery Service.

View Source 
const (
	// CacheStatusAdminDown represents a cache server which has been
	// administratively marked as "down", but which should still appear in the
	// CDN.
	CacheStatusAdminDown = CacheStatus("ADMIN_DOWN")
	// CacheStatusOnline represents a cache server which should always be
	// considered online/available/healthy, irrespective of monitoring.
	// Non-cache servers also typically use this Status instead of REPORTED.
	CacheStatusOnline = CacheStatus("ONLINE")
	// CacheStatusOffline represents a cache server which should always be
	// considered offline/unavailable/unhealthy, irrespective of monitoring.
	CacheStatusOffline = CacheStatus("OFFLINE")
	// CacheStatusReported represents a cache server which is polled for health
	// by Traffic Monitor. The vast majority of cache servers should have this
	// Status.
	CacheStatusReported = CacheStatus("REPORTED")
	// CacheStatusPreProd represents a cache server that is not deployed to "production",
	// but is ready for it.
	CacheStatusPreProd = CacheStatus("PRE_PROD")
	// CacheStatusInvalid represents an unrecognized Status value. Note that
	// this is not actually "invalid", because Statuses may have any unique
	// name, not just those captured as CacheStatus values in this package.
	CacheStatusInvalid = CacheStatus("")
)

These are the allowable values of a CacheStatus.

Note that there is no guarantee that a Status by any of these Names exists in Traffic Ops at any given time, nor that such a Status - should it exist - have any given Description or ID.

View Source 
const (
	// ProtocolHTTP represents the HTTP/1.1 protocol as specified in RFC2616.
	ProtocolHTTP = Protocol("http")
	// ProtocolHTTPS represents the HTTP/1.1 protocol over a TCP connection secured by TLS.
	ProtocolHTTPS = Protocol("https")
	// ProtocolHTTPtoHTTPS represents a redirection of unsecured HTTP requests to HTTPS.
	ProtocolHTTPtoHTTPS = Protocol("http to https")
	// ProtocolHTTPandHTTPS represents the use of both HTTP and HTTPS.
	ProtocolHTTPandHTTPS = Protocol("http and https")
	// ProtocolInvalid represents an invalid Protocol.
	ProtocolInvalid = Protocol("")
)

The allowable values of a Protocol.

Deprecated: These do not accurately model the Protocol of a Delivery Service, use DSProtocolHTTP, DSProtocolHTTPS, DSProtocolHTTPToHTTPS, and DSProtocolHTTPAndHTTPS instead.

View Source 
const (
	LocalizationMethodCZ      = LocalizationMethod("CZ")
	LocalizationMethodDeepCZ  = LocalizationMethod("DEEP_CZ")
	LocalizationMethodGeo     = LocalizationMethod("GEO")
	LocalizationMethodInvalid = LocalizationMethod("INVALID")
)

These are the allowable values of a LocalizationMethod.

View Source 
const (
	DeepCachingTypeNever   = DeepCachingType("") // default value
	DeepCachingTypeAlways  = DeepCachingType("ALWAYS")
	DeepCachingTypeInvalid = DeepCachingType("INVALID")
)

These are the allowable values of a DeepCachingType. Note that unlike most "enumerated" constants exported by this package, the default construction yields a valid value.

View Source 
const (
	FederationResolverType4       = FederationResolverType("RESOLVE4")
	FederationResolverType6       = FederationResolverType("RESOLVE6")
	FederationResolverTypeInvalid = FederationResolverType("")
)

These are the allowable values of a FederationResolverType.

Note that, in general, there is no guarantee that a Type by any of these Names exists in Traffic Ops at any given time, nor that any such Types - should they exist - will have any particular UseInTable value, nor that the Types assigned to Federation Resolver Mappings will be representable by these values.

View Source 
const (
	REFRESH = "REFRESH"
	REFETCH = "REFETCH"
)

These are the allowed values for the InvalidationType of an InvalidationJobCreateV4/InvalidationJobV4.

View Source 
const (
	CacheServerProfileType     = "ATS_PROFILE"
	DeliveryServiceProfileType = "DS_PROFILE"
	ElasticSearchProfileType   = "ES_PROFILE"
	GroveProfileType           = "GROVE_PROFILE"
	InfluxdbProfileType        = "INFLUXDB_PROFILE"
	KafkaProfileType           = "KAFKA_PROFILE"
	LogstashProfileType        = "LOGSTASH_PROFILE"
	OriginProfileType          = "ORG_PROFILE"
	// RiakProfileType is the type of a Profile used on the legacy RiakKV system
	// which used to be used as a back-end for Traffic Vault.
	//
	// Deprecated: Support for Riak as a Traffic Vault back-end is being dropped
	// in the near future. Profiles of type UnknownProfileType should be used on
	// PostgreSQL database servers instead.
	RiakProfileType           = "RIAK_PROFILE"
	SplunkProfileType         = "SPLUNK_PROFILE"
	TrafficMonitorProfileType = "TM_PROFILE"
	TrafficPortalProfileType  = "TP_PROFILE"
	TrafficRouterProfileType  = "TR_PROFILE"
	TrafficStatsProfileType   = "TS_PROFILE"
	UnkownProfileType         = "UNK_PROFILE"
)

These are the valid values for the Type property of a Profile. No other values will be accepted, and these are not configurable.

View Source 
const (
	StatNameKBPS      = "kbps"
	StatNameMaxKBPS   = "maxKbps"
	StatNameBandwidth = "bandwidth"
)

These are the names of statistics that can be used in thresholds for server health.

View Source 
const AdminRoleName = "admin"

AdminRoleName is the Name of the special "admin" Role.

This Role must always exist; it cannot be modified or deleted, and is guaranteed to exist in all valid ATC environments.

View Source 
const AlgorithmConsistentHash = "consistent_hash"

AlgorithmConsistentHash is the name of the Multi-Site Origin hashing algorithm that performs consistent hashing on a set of parents.

View Source 
const CachegroupCoordinateNamePrefix = "from_cachegroup_"

CachegroupCoordinateNamePrefix is a string that all cache group coordinate names are prefixed with.

View Source 
const CoverageZonePollingPrefix = "coveragezone.polling."

CoverageZonePollingPrefix is the prefix of all Names of Parameters used to define coverage zone polling parameters.

View Source 
const CoverageZonePollingURL = CoverageZonePollingPrefix + "url"
View Source 
const DSTypeLiveNationalSuffix = "_LIVE_NATNL"

DSTypeLiveNationalSuffix is the suffix that Delivery Services which are both "live" and "national" MUST have at the end of the Name(s) of the Type(s) they use in order to be treated properly by ATC.

Deprecated: Use DSType.IsLive and DSType.IsNational instead.

View Source 
const DSTypeLiveSuffix = "_LIVE"

DSTypeLiveSuffix is the suffix that Delivery Services which are "live" - but not "national" (maybe?) - MUST have at the end of the Name(s) of the Type(s) they use in order to be treated properly by ATC.

Deprecated: Use DSType.IsLive and DSType.IsNational instead.

View Source 
const DefaultHealthThresholdComparator = "<"

DefaultHealthThresholdComparator is the comparator used for health thresholds when one is not explicitly provided in the Value of a Parameter used to define a Threshold.

View Source 
const DefaultMaxRequestHeaderBytes = 0

DefaultMaxRequestHeaderBytes is the Max Header Bytes given to Delivery Services upon creation through the Traffic Ops API if Max Request Header Bytes is not specified in the request body.

View Source 
const DefaultRoutingName = "cdn"

DefaultRoutingName is the Routing Name given to Delivery Services upon creation through the Traffic Ops API if a Routing Name is not specified in the request body.

View Source 
const EdgeTypePrefix = "EDGE"

EdgeTypePrefix is a prefix which MUST appear on the Names of Types used by edge-tier cache servers in order for them to be recognized as edge-tier cache servers by ATC.

View Source 
const EmptyAddressCannotBeAServiceAddressError = ErrorConstant("an empty IP or IPv6 address cannot be marked as a service address")

EmptyAddressCannotBeAServiceAddressError is the client-facing error returned from the Traffic Ops API's /servers endpoint when the client is attempting to update or create a server that has an IP address marked as the "service address" which was not provided in the request (although the other address family address may have been provided).

Deprecated: This error's wording is only used in a deprecated version of the API.

View Source 
const GlobalConfigFileName = ConfigFileName("global")

GlobalConfigFileName is ConfigFile value which can cause a Parameter to be handled specially by Traffic Control components under certain circumstances.

Note that there is no guarantee that a Parameter with this ConfigFile value exists in Traffic Ops at any given time, nor that any particular number of such Parameters is allowed or forbidden, nor that any such existing Parameters will have or not have any particular Name or Secure or Value value, nor that should such a Parameter exist that its value will match or not match any given pattern, nor that it will or will not be assigned to any particular Profile or Profiles or Cache Groups.

View Source 
const GlobalProfileName = "GLOBAL"

GlobalProfileName is the Name of a Profile that is treated specially in some respects by some components of ATC.

Note that there is, in general, no guarantee that a Profile with this Name exists in Traffic Ops at any given time, nor that it will have or not have any particular set of assigned Parameters, nor that any set of Parameters that do happen to be assigned to it should it exist will have or not have particular ConfigFile or Secure or Value values, nor that any such Parameters should they exist would have Values that match any given pattern, nor that it has any particular Profile Type, nor that it is or is not assigned to any Delivery Service or server or server(s), nor that those servers be or not be of any particular Type should they exist. Traffic Ops promises much, but guarantees little.

View Source 
const JobRequestTimeFormat = `2006-01-02 15:04:05`

JobRequestTimeFormat is a Go reference time format, for use with time.Format, of the format used by the Perl version of the /jobs and /user/current/jobs endpoints.

Deprecated: Since job inputs no longer strictly require this format, an RFC 3339 format or a timestamp in milliseconds should be used instead.

View Source 
const JobTimeFormat = `2006-01-02 15:04:05-07`

JobTimeFormat is a Go reference time format, for use with time.Format.

Deprecated: this format is the same as TimeLayout - which should be used instead.

View Source 
const MaxRangeSliceBlockSize = 33554432

MaxRangeSliceBlockSize is the maximum allowed value for a Delivery Service's Range Slice Block Size, in bytes. This is 32MiB.

View Source 
const MaxTTL = math.MaxInt64 / 3600000000000

MaxTTL is the maximum value of TTL representable as a time.Duration object, which is used internally by InvalidationJobInput objects to store the TTL.

View Source 
const MidTypePrefix = "MID"

MidTypePrefix is a prefix which MUST appear on the Names of Types used by mid-tier cache servers in order for them to be recognized as mid-tier cache servers by ATC.

View Source 
const MinRangeSliceBlockSize = 262144

MinRangeSliceBlockSize is the minimum allowed value for a Delivery Service's Range Slice Block Size, in bytes. This is 256KiB.

View Source 
const MonitorProfilePrefix = "RASCAL"

MonitorProfilePrefix is a prefix which MUST appear on the Names of Profiles used by Traffic Monitor instances as servers in Traffic Ops, or they may not be treated properly.

"Rascal" is a legacy name for Traffic Monitor.

Deprecated: This should not be a requirement for TM instances to be treated properly, and new code should not check this.

View Source 
const MonitorTypeName = "RASCAL"

MonitorTypeName is the Name of the Type which must be assigned to a server for it to be treated as a Traffic Monitor instance by ATC.

"Rascal" is a legacy name for Traffic Monitor.

Note that there is, in general, no guarantee that a Type with this name exists in Traffic Ops at any given time.

View Source 
const NeedsAtLeastOneIPError = ErrorConstant("both IP and IP6 addresses are empty")

NeedsAtLeastOneIPError is the client-facing error returned from the Traffic Ops API's /servers endpoint when the client is attempting to update or create a server without an IPv4 or IPv6 address.

Deprecated: This error's wording is only used in a deprecated version of the API.

View Source 
const NeedsAtLeastOneServiceAddressError = ErrorConstant("at least one address must be marked as a service address")

NeedsAtLeastOneServiceAddressError is the client-facing error returned from the Traffic Ops API's /servers endpoint when the client is attempting to update or create a server without an IP address marked as its "service address".

Deprecated: This error's wording is only used in a deprecated version of the API.

View Source 
const NilTenantError = ErrorConstant("tenancy is enabled but request tenantID is nil")

NilTenantError can used when a Tenantable object finds that TentantID in the request is nil.

View Source 
const OriginLocationType = "ORG_LOC"

OriginLocationType is the Name of a Cache Group which represents an "Origin Location".

There is no enforcement in Traffic Control anywhere that ensures than an ORG_LOC-Type Cache Group will only actually contain Origin servers.

Deprecated: Prefer CacheGroupOriginTypeName for consistency.

View Source 
const OriginTypeName = "ORG"

OriginTypeName is the Name of the Type which must be assigned to a server for it to be treated as an Origin server by ATC.

Note that there is, in general, no guarantee that a Type with this name exists in Traffic Ops at any given time.

View Source 
const RefetchEnabled = ParameterName("refetch_enabled")

RefetchEnabled is the name of a Parameter used to determine if the Refetch feature is enabled. If enabled, this allows a consumer of the TO API to submit Refetch InvalidationJob types. These will subsequently be treated as a MISS by cache servers. Previously, the only capability was Refresh which was, in turn, treated as a STALE by cache servers. This value should be used with caution, since coupled with regex, could cause significant performance impacts by implementing cache servers if used incorrectly.

Note that there is no guarantee that a Parameter with this name exists in Traffic Ops at any given time, and while it's implementation relies on a boolean Value, this it not gauranteed either.

View Source 
const RouterTypeName = "CCR"

RouterTypeName is the Name of the Type which must be assigned to a server for it to be treated as a Traffic Router instance by ATC.

"CCR" is an acronym for a legacy name for Traffic Router.

Note that there is, in general, no guarantee that a Type with this name exists in Traffic Ops at any given time.

View Source 
const TenantDSUserNotAuthError = ErrorConstant("user not authorized for requested delivery service tenant")

TenantDSUserNotAuthError is used when a user does not have access to a requested resource tenant for a delivery service.

View Source 
const TenantUserNotAuthError = ErrorConstant("user not authorized for requested tenant")

TenantUserNotAuthError is used when a user does not have access to a requested resource tenant.

View Source 
const ThresholdPrefix = "health.threshold."

ThresholdPrefix is the prefix of all Names of Parameters used to define monitoring thresholds.

View Source 
const TimeLayout = "2006-01-02 15:04:05-07"

TimeLayout is the format used in lastUpdated fields in Traffic Ops.

Deprecated: New code should use RFC3339 (with optional nanosecond precision).

View Source 
const UseRevalPendingParameterName = ParameterName("use_reval_pending")

UseRevalPendingParameterName is the name of a Parameter which tells whether or not Traffic Ops should use pending content invalidation jobs separately from traditionally "queued updates".

Note that there is no guarantee that a Parameter with this name exists in Traffic Ops at any given time, nor that it will have or not have any particular ConfigFile or Secure or Value value, nor that should such a Parameter exist that its value will match or not match any given pattern, nor that it will or will not be assigned to any particular Profile or Profiles or Cache Groups.

Deprecated: UseRevalPending was a feature flag introduced for ATC version 2, and newer code should just assume that pending revalidations are going to be fetched by t3c.

View Source 
const X_MM_CLIENT_IP = "X-MM-Client-IP"

X_MM_CLIENT_IP is an optional HTTP header that causes Traffic Router to use its value as the client IP address.

Variables

View Source 
var EmailTemplate = template.Must(template.New("Email Template").Parse(`<!DOCTYPE html>
<html lang="en-US">
<head>
<meta charset="utf-8"/>
<title>Delivery Service Request for {{.Customer}}</title>
<style>
aside {
	padding: 0 1em;
	color: #6A737D;
	border-left: .25em solid #DFE2E5;
}
body {
	font-family: sans;
	background-color: white;
}
pre {
	padding: 5px;
	background-color: lightgray;
}
</style>
</head>
<body>
<h1>Delivery Service Request for {{.Customer}}</h1>
<p>{{.ServiceDesc}}</p>
<section>
	<details>
		<summary><h2>Service Description</h2></summary>
		<h3>Content Type</h3>
		<p>{{.ContentType}}</p>
		<h3>Delivery Protocol</h3>
		<p>{{.DeliveryProtocol.String}}</p>
		<h3>Routing Type</h3>
		<p>{{.RoutingType.String}}</p>
	</details>
</section>
<section>
	<details>
		<summary><h2>Traffic &amp; Library Estimates</h2></summary>
		<h3>Peak Bandwidth Estimate</h3>
		<p>{{.PeakBPSEstimate}}Bps</p>
		<h3>Peak Transactions per Second Estimate</h3>
		<p>{{.PeakTPSEstimate}}Tps</p>
		<h3>Max Library Size Estimate</h3>
		<p>{{.MaxLibrarySizeEstimate}}GB</p>
	</details>
</section>
<section>
	<details>
		<summary><h2>Origin Security</h2></summary>
		<h3>Origin Server URL</h3>
		<p><a href="{{.OriginURL}}">{{.OriginURL}}</a></p>
		<h3>Origin Dynamic Remap</h3>
		<p>{{.HasOriginDynamicRemap}}</p>
		<h3>Origin Test File</h3>
		<p>{{.OriginTestFile}}</p>
		<h3>ACL/Whitelist to Access Origin</h3>
		<p>{{.HasOriginACLWhitelist}}</p>
		{{if .OriginHeaders}}<h3>Header(s) to Access Origin</h3>
		<ul>{{range .OriginHeaders}}
			<li>{{.}}</li>{{end}}
		</ul>{{end}}
		<h3>Other Origin Security</h3>
		<p>{{if .OtherOriginSecurity}}{{.OtherOriginSecurity}}{{else}}None{{end}}</p>
	</details>
</section>
<section>
	<details>
		<summary><h2>Core Features</h2></summary>
		<h3>Query String Handling</h3>
		<p>{{.QueryStringHandling}}</p>
		<h3>Range Request Handling</h3>
		<p>{{.RangeRequestHandling}}</p>
		<h3>Signed URLs / URL Tokenization</h3>
		<p>{{.HasSignedURLs}}</p>
		<h3>Negative Caching Customization</h3>
		<p>{{.HasNegativeCachingCustomization}}</p>
		{{if or .HasNegativeCachingCustomization .NegativeCachingCustomizationNote }}<aside>
			<p>{{.NegativeCachingCustomizationNote}}</p>
		</aside>{{else if .HasNegativeCachingCustomization}}<aside>
			<p><b>No instructions given!</b></p>
		</aside>{{end}}
		{{if .ServiceAliases}}<h3>Service Aliases</h3>
		<ul>{{range .ServiceAliases}}
			<li>{{.}}</li>{{end}}
		</ul>{{end}}
	</details>
</section>
{{if or .RateLimitingGBPS .RateLimitingTPS .OverflowService}}<section>
	<details>
		<summary><h2>Service Limits</h2></summary>
		{{if .RateLimitingGBPS}}<h3>Bandwidth Limit</h3>
		<p>{{.RateLimitingGBPS}}GBps</p>{{end}}
		{{if .RateLimitingTPS}}<h3>Transactions per Second Limit</h3>
		<p>{{.RateLimitingTPS}}Tps</p>{{end}}
		{{if .OverflowService}}<h3>Overflow Service</h3>
		<p>{{.OverflowService}}</p>{{end}}
	</details>
</section>{{end}}
{{if or .HeaderRewriteEdge .HeaderRewriteMid .HeaderRewriteRedirectRouter}}<section>
	<details>
		<summary><h2>Header Customization</h2></summary>
		{{if .HeaderRewriteEdge}}<h3>Header Rewrite - Edge Tier</h3>
		<pre>{{.HeaderRewriteEdge}}</pre>{{end}}
		{{if .HeaderRewriteMid}}<h3>Header Rewrite - Mid Tier</h3>
		<pre>{{.HeaderRewriteMid}}</pre>{{end}}
		{{if .HeaderRewriteRedirectRouter}}<h3>Header Rewrite - Router</h3>
		<pre>{{.HeaderRewriteRedirectRouter}}</pre>{{end}}
	</details>
</section>{{end}}
{{if .Notes}}<section>
	<details>
		<summary><h2>Additional Notes</h2></summary>
		<p>{{.Notes}}</p>
	</details>
</section>{{end}}
</body>
</html>
`))

EmailTemplate is an html/template.Template for formatting DeliveryServiceRequestRequests into text/html email bodies. Its direct use is discouraged, instead use DeliveryServiceRequestRequest.Format.

Deprecated: Delivery Services Requests have been deprecated in favor of Delivery Service Requests, and will be removed from the Traffic Ops API at some point in the future.

View Source 
var RequestStatuses = []RequestStatus{

	"draft",
	"submitted",
	"rejected",
	"pending",
	"complete",
}

RequestStatuses -- user-visible string associated with each of the above.

View Source 
var StatusKey = "status"

StatusKey holds the text of the status key of a Request Context.

View Source 
var TrafficStatsDurationPattern = regexp.MustCompile(`^\d+[mhdw]$`)

TrafficStatsDurationPattern reflects all the possible durations that can be requested via the /deliveryservice_stats endpoint.

View Source 
var ValidJobRegexPrefix = regexp.MustCompile(`^\?/.*$`)

ValidJobRegexPrefix matches the only valid prefixes for a relative-path Content Invalidation Job regular expression.

Functions

func CDNExistsByName 

func CDNExistsByName(name string, tx *sql.Tx) (bool, error)

CDNExistsByName returns whether a cdn with the given name exists, and any error. TODO move to helper package.

func CRStatesMarshall 

func CRStatesMarshall(states CRStates) ([]byte, error)

CRStatesMarshall serializes the given CRStates into bytes.

func DurationLiteralToSeconds 

func DurationLiteralToSeconds(d string) (int64, error)

DurationLiteralToSeconds returns the number of seconds to which an InfluxQL duration literal is equivalent. For invalid objects, it returns -1 - otherwise it will always, of course be > 0.

func GetDSTypeCategory 

func GetDSTypeCategory(dsType string) string

GetDSTypeCategory returns the delivery service type category (either HTTP or DNS) of the given delivery service type.

func GetRenewalKid 

func GetRenewalKid(set jwk.Set) *string

func GetTypeData 

func GetTypeData(tx *sql.Tx, id int) (string, string, bool, error)

GetTypeData returns the type's name and use_in_table, true/false if the query returned data, and any error.

TODO: Move this to the DB helpers package.

func IsReservedStatus 

func IsReservedStatus(status string) bool

IsReservedStatus returns true if the passed in status name is reserved, and false if it isn't. Currently, the reserved statuses are OFFLINE, ONLINE, REPORTED, PRE_PROD and ADMIN_DOWN.

func IsValidCacheType 

func IsValidCacheType(s string) bool

IsValidCacheType returns true if the given string represents a valid cache type.

func LegacyMonitorConfigValid deprecated 

func LegacyMonitorConfigValid(cfg *LegacyTrafficMonitorConfigMap) error

LegacyMonitorConfigValid checks the validity of the passed LegacyTrafficMonitorConfigMap, returning an error if it is invalid.

Deprecated: LegacyTrafficMonitorConfigMap is deprecated, new code should use TrafficMonitorConfigMap instead.

func MessagesToString 

func MessagesToString(msgs []influx.Message) string

MessagesToString converts a set of messages from an InfluxDB node into a single, print-able string.

func ParamExists 

func ParamExists(id int64, tx *sql.Tx) (bool, error)

ParamExists returns whether a parameter with the given id exists, and any error. TODO move to helper package.

func ParamsExist 

func ParamsExist(ids []int64, tx *sql.Tx) (bool, error)

ParamsExist returns whether parameters exist for all the given ids, and any error. TODO move to helper package.

func ProfileExistsByID 

func ProfileExistsByID(id int64, tx *sql.Tx) (bool, error)

ProfileExistsByID returns whether a profile with the given id exists, and any error. TODO move to helper package.

func ProfileExistsByName 

func ProfileExistsByName(name string, tx *sql.Tx) (bool, error)

ProfileExistsByName returns whether a profile with the given name exists, and any error. TODO move to helper package.

func ProfilesExistByIDs 

func ProfilesExistByIDs(ids []int64, tx *sql.Tx) (bool, error)

ProfilesExistByIDs returns whether profiles exist for all the given ids, and any error. TODO move to helper package.

func ValidateJobUniqueness 

func ValidateJobUniqueness(tx *sql.Tx, dsID uint, startTime time.Time, assetURL string, ttlHours uint) []string

ValidateJobUniqueness returns a message describing each overlap between existing content invalidation jobs for the same assetURL as the one passed.

TODO: This doesn't belong in the lib, and it swallows errors because it can't log them.

func ValidateTypeID 

func ValidateTypeID(tx *sql.Tx, typeID *int, expectedUseInTable string) (string, error)

ValidateTypeID validates that the typeID references a type with the expected use_in_table string and returns "" and an error if the typeID is invalid. If valid, the type's name is returned.

TODO: Move this to the DB helpers package.

Types

type APICapability 

type APICapability struct {
	ID          int       `json:"id" db:"id"`
	HTTPMethod  string    `json:"httpMethod" db:"http_method"`
	Route       string    `json:"httpRoute" db:"route"`
	Capability  string    `json:"capability" db:"capability"`
	LastUpdated TimeNoMod `json:"lastUpdated" db:"last_updated"`
}

APICapability represents an association between a Traffic Ops API route and a required capability.

type APICapabilityResponse 

type APICapabilityResponse struct {
	Response []APICapability `json:"response"`
	Alerts
}

APICapabilityResponse represents an HTTP response to an API Capability request.

type ASN 

type ASN struct {
	// The ASN to retrieve
	//
	// Autonomous System Numbers per APNIC for identifying a service provider
	// required: true
	ASN int `json:"asn" db:"asn"`

	// Related cachegroup name
	//
	Cachegroup string `json:"cachegroup" db:"cachegroup"`

	// Related cachegroup id
	//
	CachegroupID int `json:"cachegroupId" db:"cachegroup_id"`

	// ID of the ASN
	//
	// required: true
	ID int `json:"id" db:"id"`

	// LastUpdated
	//
	LastUpdated string `json:"lastUpdated" db:"last_updated"`
}

ASN contains info relating to a single Autonomous System Number (see RFC 1930).

type ASNNullable 

type ASNNullable struct {
	// The ASN to retrieve
	//
	// Autonomous System Numbers per APNIC for identifying a service provider
	// required: true
	ASN *int `json:"asn" db:"asn"`

	// Related cachegroup name
	//
	Cachegroup *string `json:"cachegroup" db:"cachegroup"`

	// Related cachegroup id
	//
	CachegroupID *int `json:"cachegroupId" db:"cachegroup_id"`

	// ID of the ASN
	//
	// required: true
	ID *int `json:"id" db:"id"`

	// LastUpdated
	//
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`
}

ASNNullable contains info related to a single Autonomous System Number (see RFC 1930). Unlike ASN, ASNNullable's fields are nullable.

type ASNResponse 

type ASNResponse struct {
	// in: body
	Response ASN `json:"response"`
	Alerts
}

ASNResponse is a single ASN response for Update and Create to depict what changed. swagger:response ASNResponse in: body

type ASNsResponse 

type ASNsResponse struct {
	// in: body
	Response []ASN `json:"response"`
	Alerts
}

ASNsResponse is a list of ASNs (Autonomous System Numbers) as a response. swagger:response ASNsResponse in: body

type ASNsV11 

type ASNsV11 struct {
	ASNs []interface{} `json:"asns"`
}

ASNsV11 is used for the Traffic OPS API version 1.1, which lists ASNs (Autonomous System Numbers) under its own key in the response and does not validate structure. The Traffic Ops API uses its own TOASNV11 instead.

type AcmeAccount 

type AcmeAccount struct {
	Email      *string `json:"email" db:"email"`
	PrivateKey *string `json:"privateKey" db:"private_key"`
	Uri        *string `json:"uri" db:"uri"`
	Provider   *string `json:"provider" db:"provider"`
}

AcmeAccount is the information needed to access an account with an ACME provider.

func (*AcmeAccount) Validate 

func (aa *AcmeAccount) Validate(tx *sql.Tx) error

Validate validates the AcmeAccount request is valid for creation or update.

type Alert 

type Alert struct {
	// Text is the actual message being conveyed.
	Text string `json:"text"`
	// Level describes what kind of message is being relayed. In practice, it should be the string
	// representation of one of ErrorLevel, WarningLevel, InfoLevel or SuccessLevel.
	Level string `json:"level"`
}

Alert represents an informational message, typically returned through the Traffic Ops API.

type AlertLevel 

type AlertLevel int

AlertLevel is used for specifying or comparing different levels of alerts. 

const (
	// SuccessLevel indicates that an action is successful.
	SuccessLevel AlertLevel = iota

	// InfoLevel indicates that the message is supplementary and is not directly
	// the result of the user's request.
	InfoLevel

	// WarnLevel indicates dangerous but non-failing conditions.
	WarnLevel

	// ErrorLevel indicates that the request failed.
	ErrorLevel
)

func (AlertLevel) String 

func (a AlertLevel) String() string

String returns the string representation of an AlertLevel.

type Alerts 

type Alerts struct {
	Alerts []Alert `json:"alerts"`
}

Alerts is merely a collection of arbitrary "Alert"s for ease of use in other structures, most notably those used in Traffic Ops API responses.

func CreateAlerts 

func CreateAlerts(level AlertLevel, messages ...string) Alerts

CreateAlerts creates and returns an Alerts structure filled with "Alert"s that are all of the provided level, each having one of messages as text in turn.

Example 
alerts := CreateAlerts(InfoLevel, "foo", "bar")
fmt.Printf("%d\n", len(alerts.Alerts))
fmt.Printf("Level: %s, Text: %s\n", alerts.Alerts[0].Level, alerts.Alerts[0].Text)
fmt.Printf("Level: %s, Text: %s\n", alerts.Alerts[1].Level, alerts.Alerts[1].Text)

Output:

2
Level: info, Text: foo
Level: info, Text: bar

func CreateErrorAlerts 

func CreateErrorAlerts(errs ...error) Alerts

CreateErrorAlerts creates and returns an Alerts structure filled with ErrorLevel-level "Alert"s using the errors to provide text.

Example 
alerts := CreateErrorAlerts(errors.New("foo"))
fmt.Printf("%v\n", alerts)

Output:

{[{foo error}]}

func (*Alerts) AddAlert 

func (self *Alerts) AddAlert(alert Alert)

AddAlert appends an alert to the Alerts structure.

Example 
var alerts Alerts
fmt.Printf("%d\n", len(alerts.Alerts))
alert := Alert{
	Level: InfoLevel.String(),
	Text:  "foo",
}
alerts.AddAlert(alert)
fmt.Printf("%d\n", len(alerts.Alerts))
fmt.Printf("Level: %s, Text: %s\n", alerts.Alerts[0].Level, alerts.Alerts[0].Text)

Output:

0
1
Level: info, Text: foo

func (*Alerts) AddAlerts 

func (self *Alerts) AddAlerts(alerts Alerts)

AddAlerts appends all of the "Alert"s in the given Alerts structure to this Alerts structure.

Example 
alerts1 := Alerts{
	[]Alert{
		{
			Level: InfoLevel.String(),
			Text:  "foo",
		},
	},
}
alerts2 := Alerts{
	[]Alert{
		{
			Level: ErrorLevel.String(),
			Text:  "bar",
		},
	},
}

alerts1.AddAlerts(alerts2)
fmt.Printf("%d\n", len(alerts1.Alerts))
fmt.Printf("Level: %s, Text: %s\n", alerts1.Alerts[0].Level, alerts1.Alerts[0].Text)
fmt.Printf("Level: %s, Text: %s\n", alerts1.Alerts[1].Level, alerts1.Alerts[1].Text)

Output:

2
Level: info, Text: foo
Level: error, Text: bar

func (*Alerts) AddNewAlert 

func (self *Alerts) AddNewAlert(level AlertLevel, text string)

AddNewAlert constructs a new Alert with the given Level and Text and appends it to the Alerts structure.

Example 
var alerts Alerts
fmt.Printf("%d\n", len(alerts.Alerts))
alerts.AddNewAlert(InfoLevel, "foo")
fmt.Printf("%d\n", len(alerts.Alerts))
fmt.Printf("Level: %s, Text: %s\n", alerts.Alerts[0].Level, alerts.Alerts[0].Text)

Output:

0
1
Level: info, Text: foo

func (Alerts) ErrorString 

func (self Alerts) ErrorString() string

ErrorString concatenates any and all Error-Level alerts in the Alerts to make one string representative of any reported errors.

Example 
alerts := CreateErrorAlerts(errors.New("foo"), errors.New("bar"))
fmt.Println(alerts.ErrorString())

alerts = CreateAlerts(WarnLevel, "test")
alerts.AddAlert(Alert{Level: InfoLevel.String(), Text: "quest"})
fmt.Println(alerts.ErrorString())

Output:

foo; bar

func (*Alerts) HasAlerts 

func (self *Alerts) HasAlerts() bool

HasAlerts returns if the Alerts contains any "alert"s.

func (*Alerts) ToStrings 

func (alerts *Alerts) ToStrings() []string

ToStrings converts Alerts to a slice of strings that are their messages. Note that this return value doesn't contain their Levels anywhere.

Example 
alerts := CreateAlerts(InfoLevel, "foo", "bar")
strs := alerts.ToStrings()
fmt.Printf("%d\n%s\n%s\n", len(strs), strs[0], strs[1])

Output:

2
foo
bar

type AllCacheGroupParametersResponse deprecated 

type AllCacheGroupParametersResponse struct {
	Response CacheGroupParametersList `json:"response"`
	Alerts
}

AllCacheGroupParametersResponse is a Cache Group Parameter response body.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type AllDeliveryServiceFederationsMapping 

type AllDeliveryServiceFederationsMapping struct {
	Mappings        []FederationResolverMapping `json:"mappings"`
	DeliveryService DeliveryServiceName         `json:"deliveryService"`
}

AllDeliveryServiceFederationsMapping is a structure that contains identifying information for a Delivery Service as well as any and all Federation Resolver mapping assigned to it (or all those getting assigned to it).

func (AllDeliveryServiceFederationsMapping) IsAllFederations 

func (a AllDeliveryServiceFederationsMapping) IsAllFederations() bool

IsAllFederations implements the IAllFederation interface. Always returns true.

type AllFederationCDN 

type AllFederationCDN struct {
	CDNName *CDNName `json:"cdnName"`
}

AllFederationCDN is the structure of a response from Traffic Ops to a GET request made to its /federations/all endpoint.

func (AllFederationCDN) IsAllFederations 

func (a AllFederationCDN) IsAllFederations() bool

IsAllFederations implements the IAllFederation interface. Always returns true.

type AssignFederationFederationResolversResponse 

type AssignFederationFederationResolversResponse struct {
	Response AssignFederationResolversRequest `json:"response"`
	Alerts
}

AssignFederationFederationResolversResponse represents an API response for assigning a Federation Resolver to a Federation.

type AssignFederationResolversRequest 

type AssignFederationResolversRequest struct {
	Replace        bool  `json:"replace"`
	FedResolverIDs []int `json:"fedResolverIds"`
}

AssignFederationResolversRequest represents an API request/response for assigning Federation Resolvers to a Federation.

type AssignedDsResponse 

type AssignedDsResponse struct {
	ServerID int   `json:"serverId"`
	DSIds    []int `json:"dsIds"`
	Replace  bool  `json:"replace"`
}

AssignedDsResponse is the type of the `response` property of a response from Traffic Ops to a POST request made to its /servers/{{ID}}/deliveryservices API endpoint.

type AsyncStatus 

type AsyncStatus struct {
	// Id is the integral, unique identifier for the asynchronous job status.
	Id int `json:"id,omitempty" db:"id"`
	// Status is the status of the asynchronous job. This will be PENDING, SUCCEEDED, or FAILED.
	Status string `json:"status,omitempty" db:"status"`
	// StartTime is the time the asynchronous job was started.
	StartTime time.Time `json:"start_time,omitempty" db:"start_time"`
	// EndTime is the time the asynchronous job completed. This will be null if it has not completed yet.
	EndTime *time.Time `json:"end_time,omitempty" db:"end_time"`
	// Message is the message about the job status.
	Message *string `json:"message,omitempty" db:"message"`
}

AsyncStatus represents an async job status.

type AsyncStatusResponse 

type AsyncStatusResponse struct {
	Response AsyncStatus `json:"response"`
	Alerts
}

AsyncStatusResponse represents the response from the GET /async_status/{id} API.

type CDN 

type CDN struct {

	// The CDN to retrieve
	//
	// enables Domain Name Security Extensions on the specified CDN
	//
	// required: true
	DNSSECEnabled bool `json:"dnssecEnabled" db:"dnssec_enabled"`

	// DomainName of the CDN
	//
	// required: true
	DomainName string `json:"domainName" db:"domain_name"`

	// ID of the CDN
	//
	// required: true
	ID int `json:"id" db:"id"`

	// LastUpdated
	//
	LastUpdated TimeNoMod `json:"lastUpdated" db:"last_updated"`

	// Name of the CDN
	//
	// required: true
	Name string `json:"name" db:"name"`
}

A CDN represents a set of configuration and hardware that can be used to serve content within a specific top-level domain.

type CDNConfig 

type CDNConfig struct {
	Name *string `json:"name"`
	ID   *int    `json:"id"`
}

CDNConfig includes the name and ID of a single CDN configuration.

type CDNDNSSECGenerateReq 

type CDNDNSSECGenerateReq struct {
	// Key is the CDN name, as documented in the API documentation.
	Key               *string                   `json:"key"`
	TTL               *util.JSONIntStr          `json:"ttl"`
	KSKExpirationDays *util.JSONIntStr          `json:"kskExpirationDays"`
	ZSKExpirationDays *util.JSONIntStr          `json:"zskExpirationDays"`
	EffectiveDateUnix *CDNDNSSECGenerateReqDate `json:"effectiveDate"`
}

A CDNDNSSECGenerateReq is the structure used to request generation of CDN DNSSEC Keys through the Traffic Ops API's /cdns/dnsseckeys/generate endpoint.

func (CDNDNSSECGenerateReq) Validate 

func (r CDNDNSSECGenerateReq) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type CDNDNSSECGenerateReqDate 

type CDNDNSSECGenerateReqDate int64

CDNDNSSECGenerateReqDate is the date accepted by CDNDNSSECGenerateReq. This will unmarshal a UNIX epoch integer, a RFC3339 string, the old format string used by Perl '2018-08-21+14:26:06', and the old format string sent by the Portal '2018-08-21 14:14:42'. This exists to fix a critical bug, see https://github.com/apache/trafficcontrol/issues/2723 - it SHOULD NOT be used by any other endpoint.

func (*CDNDNSSECGenerateReqDate) UnmarshalJSON 

func (i *CDNDNSSECGenerateReqDate) UnmarshalJSON(d []byte) error

UnmarshalJSON implements the encoding/json.Unmarshaler interface.

type CDNDNSSECKeysResponse 

type CDNDNSSECKeysResponse struct {
	Response DNSSECKeys `json:"response"`
	Alerts
}

CDNDNSSECKeysResponse is the type of a response from Traffic Ops to GET requests made to its /cdns/name/{{name}}/dnsseckeys API endpoint.

type CDNFederation 

type CDNFederation struct {
	ID          *int       `json:"id" db:"id"`
	CName       *string    `json:"cname" db:"cname"`
	TTL         *int       `json:"ttl" db:"ttl"`
	Description *string    `json:"description" db:"description"`
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`

	// omitempty only works with primitive types and pointers
	*DeliveryServiceIDs `json:"deliveryService,omitempty"`
}

CDNFederation represents a Federation.

type CDNFederationResponse 

type CDNFederationResponse struct {
	Response []CDNFederation `json:"response"`
	Alerts
}

CDNFederationResponse represents a Traffic Ops API response to a request for one or more of a CDN's Federations.

type CDNGenerateKSKReq 

type CDNGenerateKSKReq struct {
	ExpirationDays *uint64    `json:"expirationDays"`
	EffectiveDate  *time.Time `json:"effectiveDate"`
}

A CDNGenerateKSKReq is a request to generate Key-Signing Keys for CDNs for use in DNSSEC operations, and is the structure required for the bodies of POST requests made to the /cdns/{{Name}}/dnsseckeys/ksk/generate endpoint of the Traffic Ops API.

func (*CDNGenerateKSKReq) Sanitize 

func (r *CDNGenerateKSKReq) Sanitize()

Sanitize ensures that the CDNGenerateKSKReq's EffectiveDate is not nil.

If it was nil, this will set it to the current time.

func (*CDNGenerateKSKReq) Validate 

func (r *CDNGenerateKSKReq) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type CDNLock 

type CDNLock struct {
	UserName        string    `json:"userName" db:"username"`
	CDN             string    `json:"cdn" db:"cdn"`
	Message         *string   `json:"message" db:"message"`
	Soft            *bool     `json:"soft" db:"soft"`
	SharedUserNames []string  `json:"sharedUserNames" db:"shared_usernames"`
	LastUpdated     time.Time `json:"lastUpdated" db:"last_updated"`
}

CDNLock is a struct to store the details of a lock that a user wishes to acquire on a CDN.

type CDNLockCreateResponse 

type CDNLockCreateResponse struct {
	Response CDNLock `json:"response"`
	Alerts
}

CDNLockCreateResponse is a struct to store the response of a CREATE operation on a lock.

type CDNLockDeleteResponse 

type CDNLockDeleteResponse CDNLockCreateResponse

CDNLockDeleteResponse is a struct to store the response of a DELETE operation on a lock.

type CDNLocksGetResponse 

type CDNLocksGetResponse struct {
	Response []CDNLock `json:"response"`
	Alerts
}

CDNLocksGetResponse is a struct to store the response of a GET operation on locks.

type CDNName 

type CDNName string

CDNName is the name of a CDN in Traffic Control.

type CDNNotification 

type CDNNotification struct {
	ID           int       `json:"id" db:"id"`
	CDN          string    `json:"cdn" db:"cdn"`
	LastUpdated  time.Time `json:"lastUpdated" db:"last_updated"`
	Notification string    `json:"notification" db:"notification"`
	User         string    `json:"user" db:"user"`
}

CDNNotification is a notification created for a specific CDN.

type CDNNotificationRequest 

type CDNNotificationRequest struct {
	CDN          string `json:"cdn"`
	Notification string `json:"notification"`
}

CDNNotificationRequest encodes the request data for the POST cdn_notifications endpoint.

func (*CDNNotificationRequest) Validate 

func (n *CDNNotificationRequest) Validate(tx *sql.Tx) error

Validate validates the CDNNotificationRequest request is valid for creation.

type CDNNotificationsResponse 

type CDNNotificationsResponse struct {
	Response []CDNNotification `json:"response"`
	Alerts
}

CDNNotificationsResponse is a list of CDN notifications as a response.

type CDNNullable 

type CDNNullable struct {

	// The CDN to retrieve
	//
	// enables Domain Name Security Extensions on the specified CDN
	//
	// required: true
	DNSSECEnabled *bool `json:"dnssecEnabled" db:"dnssec_enabled"`

	// DomainName of the CDN
	//
	// required: true
	DomainName *string `json:"domainName" db:"domain_name"`

	// ID of the CDN
	//
	// required: true
	ID *int `json:"id" db:"id"`

	// LastUpdated
	//
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`

	// Name of the CDN
	//
	// required: true
	Name *string `json:"name" db:"name"`
}

CDNNullable is identical to CDN except that its fields are reference values, which allows them to be nil.

type CDNQueueUpdateRequest 

type CDNQueueUpdateRequest ServerQueueUpdateRequest

CDNQueueUpdateRequest encodes the request data for the POST cdns/{{ID}}/queue_update endpoint.

type CDNQueueUpdateResponse 

type CDNQueueUpdateResponse struct {
	Action string `json:"action"`
	CDNID  int64  `json:"cdnId"`
}

CDNQueueUpdateResponse encodes the response data for the POST cdns/{{ID}}/queue_update endpoint.

type CDNResponse 

type CDNResponse struct {
	// in: body
	Response CDN `json:"response"`
	Alerts
}

CDNResponse is a single CDN response for Update and Create to depict what changed. swagger:response CDNResponse in: body

type CDNSSLKey 

type CDNSSLKey struct {
	DeliveryService string        `json:"deliveryservice"`
	HostName        string        `json:"hostname"`
	Certificate     CDNSSLKeyCert `json:"certificate"`
}

CDNSSLKey structures represent an SSL key/certificate pair used by a CDN. This is the structure used by each entry of the `response` array property of responses from Traffic Ops to GET requests made to its /cdns/name/{{Name}}/sslkeys API endpoint.

type CDNSSLKeyCert 

type CDNSSLKeyCert struct {
	Crt string `json:"crt"`
	Key string `json:"key"`
}

A CDNSSLKeyCert represents an SSL key/certificate pair used by a CDN, without any other associated data.

type CDNSSLKeys 

type CDNSSLKeys struct {
	DeliveryService string                `json:"deliveryservice"`
	Certificate     CDNSSLKeysCertificate `json:"certificate"`
	Hostname        string                `json:"hostname"`
}

CDNSSLKeys is an SSL key/certificate pair for a certain Delivery Service.

type CDNSSLKeysCertificate 

type CDNSSLKeysCertificate struct {
	Crt string `json:"crt"`
	Key string `json:"key"`
}

CDNSSLKeysCertificate is an SSL key/certificate pair.

type CDNSSLKeysResp deprecated 

type CDNSSLKeysResp []CDNSSLKey

CDNSSLKeysResp is a slice of CDNSSLKeys.

Deprecated: This is not used by any known ATC code and has no known purpose. Therefore, it's probably just technical debt subject to removal in the near future.

type CDNSSLKeysResponse 

type CDNSSLKeysResponse struct {
	Response []CDNSSLKeys `json:"response"`
	Alerts
}

CDNSSLKeysResponse is the structure of the Traffic Ops API's response to requests made to its /cdns/name/{{name}}/sslkeys endpoint.

type CDNsResponse 

type CDNsResponse struct {
	// in: body
	Response []CDN `json:"response"`
	Alerts
}

CDNsResponse is a list of CDNs as a response. swagger:response CDNsResponse in: body

type CRConfig 

type CRConfig struct {
	// Config is mostly a map of string values, but may contain an 'soa' key which is a map[string]string, and may contain a 'ttls' key with a value map[string]string. It might not contain these values, so they must be checked for, and all values must be checked by the user and an error returned if the type is unexpected. Be aware, neither the language nor the API provides any guarantees about the type!
	Config           map[string]interface{}               `json:"config,omitempty"`
	ContentServers   map[string]CRConfigTrafficOpsServer  `json:"contentServers,omitempty"`
	ContentRouters   map[string]CRConfigRouter            `json:"contentRouters,omitempty"`
	DeliveryServices map[string]CRConfigDeliveryService   `json:"deliveryServices,omitempty"`
	EdgeLocations    map[string]CRConfigLatitudeLongitude `json:"edgeLocations,omitempty"`
	RouterLocations  map[string]CRConfigLatitudeLongitude `json:"trafficRouterLocations,omitempty"`
	Monitors         map[string]CRConfigMonitor           `json:"monitors,omitempty"`
	Stats            CRConfigStats                        `json:"stats,omitempty"`
	Topologies       map[string]CRConfigTopology          `json:"topologies,omitempty"`
}

CRConfig is JSON-serializable as the CRConfig used by Traffic Control.

type CRConfigBackupLocations 

type CRConfigBackupLocations struct {
	FallbackToClosest bool     `json:"fallbackToClosest,string"`
	List              []string `json:"list,omitempty"`
}

CRConfigBackupLocations defines how a Traffic Router should handle traffic normally bound for a given CRConfigLatitudeLongitude in the event that said CRConfigLatitudeLongitude becomes unavailable, named with "CRConfig" for legacy reasons.

type CRConfigBypassDestination 

type CRConfigBypassDestination struct {
	IP    *string `json:"ip,omitempty"`    // only used by DNS DSes
	IP6   *string `json:"ip6,omitempty"`   // only used by DNS DSes
	CName *string `json:"cname,omitempty"` // only used by DNS DSes
	TTL   *int    `json:"ttl,omitempty"`   // only used by DNS DSes
	FQDN  *string `json:"fqdn,omitempty"`  // only used by HTTP DSes
	Port  *string `json:"port,omitempty"`  // only used by HTTP DSes
}

CRConfigBypassDestination is a network location to which excess traffic requesting a Delivery Service's content will be directed when the Service's ability to deliver content is deemed to be saturated, named with "CRConfig" for legacy reasons.

This is generated based on the Delivery Service's Type (specifically whether it is DNS-routed or HTTP-routed) and its HTTP Bypass FQDN, DNS Bypass CNAME, DNS Bypass IP, DNS Bypass IPv6, and DNS Bypass TTL properties.

type CRConfigConfig 

type CRConfigConfig struct {
	APICacheControlMaxAge                      *string      `json:"api.cache-control.max-age,omitempty"`
	ConsistentDNSRouting                       *string      `json:"consistent.dns.routing,omitempty"`
	CoverageZonePollingIntervalSeconds         *string      `json:"coveragezone.polling.interval,omitempty"`
	CoverageZonePollingURL                     *string      `json:"coveragezone.polling.url,omitempty"`
	DNSSecDynamicResponseExpiration            *string      `json:"dnssec.dynamic.response.expiration,omitempty"`
	DNSSecEnabled                              *string      `json:"dnssec.enabled,omitempty"`
	DomainName                                 *string      `json:"domain_name,omitempty"`
	FederationMappingPollingIntervalSeconds    *string      `json:"federationmapping.polling.interval,omitempty"`
	FederationMappingPollingURL                *string      `json:"federationmapping.polling.url"`
	GeoLocationPollingInterval                 *string      `json:"geolocation.polling.interval,omitempty"`
	GeoLocationPollingURL                      *string      `json:"geolocation.polling.url,omitempty"`
	KeyStoreMaintenanceIntervalSeconds         *string      `json:"keystore.maintenance.interval,omitempty"`
	NeustarPollingIntervalSeconds              *string      `json:"neustar.polling.interval,omitempty"`
	NeustarPollingURL                          *string      `json:"neustar.polling.url,omitempty"`
	SOA                                        *SOA         `json:"soa,omitempty"`
	DNSSecInceptionSeconds                     *string      `json:"dnssec.inception,omitempty"`
	Ttls                                       *CRConfigTTL `json:"ttls,omitempty"`
	Weight                                     *string      `json:"weight,omitempty"`
	ZoneManagerCacheMaintenanceIntervalSeconds *string      `json:"zonemanager.cache.maintenance.interval,omitempty"`
	ZoneManagerThreadpoolScale                 *string      `json:"zonemanager.threadpool.scale,omitempty"`
}

CRConfigConfig used to be the type of CRConfig's Config field, though CRConfigConfig is no longer used.

type CRConfigDeliveryService 

type CRConfigDeliveryService struct {
	AnonymousBlockingEnabled  *string                               `json:"anonymousBlockingEnabled,omitempty"`
	BypassDestination         map[string]*CRConfigBypassDestination `json:"bypassDestination,omitempty"`
	ConsistentHashQueryParams []string                              `json:"consistentHashQueryParams,omitempty"`
	ConsistentHashRegex       *string                               `json:"consistentHashRegex,omitempty"`
	CoverageZoneOnly          bool                                  `json:"coverageZoneOnly,string"`
	DeepCachingType           *DeepCachingType                      `json:"deepCachingType"`
	Dispersion                *CRConfigDispersion                   `json:"dispersion,omitempty"`
	Domains                   []string                              `json:"domains,omitempty"`
	EcsEnabled                *bool                                 `json:"ecsEnabled,string,omitempty"`
	GeoEnabled                []CRConfigGeoEnabled                  `json:"geoEnabled,omitempty"`
	GeoLimitRedirectURL       *string                               `json:"geoLimitRedirectURL,omitempty"`
	GeoLocationProvider       *string                               `json:"geolocationProvider,omitempty"`
	IP6RoutingEnabled         *bool                                 `json:"ip6RoutingEnabled,string,omitempty"`
	MatchSets                 []*MatchSet                           `json:"matchsets,omitempty"`
	MaxDNSIPsForLocation      *int                                  `json:"maxDnsIpsForLocation,omitempty"`
	MissLocation              *CRConfigLatitudeLongitudeShort       `json:"missLocation,omitempty"`
	Protocol                  *CRConfigDeliveryServiceProtocol      `json:"protocol,omitempty"`
	RegionalGeoBlocking       *string                               `json:"regionalGeoBlocking,omitempty"`
	RequestHeaders            []string                              `json:"requestHeaders,omitempty"`
	RequiredCapabilities      []string                              `json:"requiredCapabilities,omitempty"`
	ResponseHeaders           map[string]string                     `json:"responseHeaders,omitempty"`
	RoutingName               *string                               `json:"routingName,omitempty"`
	Soa                       *SOA                                  `json:"soa,omitempty"`
	SSLEnabled                bool                                  `json:"sslEnabled,string"`
	StaticDNSEntries          []CRConfigStaticDNSEntry              `json:"staticDnsEntries,omitempty"`
	Topology                  *string                               `json:"topology,omitempty"`
	TTL                       *int                                  `json:"ttl,omitempty"`
	TTLs                      *CRConfigTTL                          `json:"ttls,omitempty"`
}

CRConfigDeliveryService represents a Delivery Service as they appear in CDN Snapshots, named with "CRConfig" for legacy reasons.

type CRConfigDeliveryServiceProtocol 

type CRConfigDeliveryServiceProtocol struct {
	AcceptHTTP      *bool `json:"acceptHttp,string,omitempty"`
	AcceptHTTPS     bool  `json:"acceptHttps,string"`
	RedirectOnHTTPS bool  `json:"redirectToHttps,string"`
}

CRConfigDeliveryServiceProtocol is used in CDN Snapshots to define the protocols used to access Delivery Service content, named with "CRConfig" for legacy reasons.

This is generated for Delivery Services based on their Protocol property.

type CRConfigDispersion 

type CRConfigDispersion struct {
	Limit    int  `json:"limit"`
	Shuffled bool `json:"shuffled,string"`
}

CRConfigDispersion defines for a Delivery Service appearing in a CDN Snapshot the number of cache servers to which its content is initially distributed, named with "CRConfig" for legacy reasons.

This is generated from a Delivery Service's Initial Dispersion property.

type CRConfigGeoEnabled 

type CRConfigGeoEnabled struct {
	CountryCode string `json:"countryCode"`
}

CRConfigGeoEnabled is a structure that contains information describing a geographical location allowed to access a Delivery Service's content, named with "CRConfig" for legacy reasons.

Presently, each CRConfigGeoEnabled in a CDN Snapshot's Delivery Service's GeoEnabled property is a single entry in the underlying, actual Delivery Service's Geo Limit Countries array.

type CRConfigLatitudeLongitude 

type CRConfigLatitudeLongitude struct {
	Lat                 float64                 `json:"latitude"`
	Lon                 float64                 `json:"longitude"`
	BackupLocations     CRConfigBackupLocations `json:"backupLocations,omitempty"`
	LocalizationMethods []LocalizationMethod    `json:"localizationMethods"`
}

CRConfigLatitudeLongitude structures are geographical locations for routing purpose that can contain either edge-tier cache servers or Traffic Routers (but not a mixture of both), named with "CRConfig" for legacy reasons.

In general, any given CRConfigLatitudeLongitude represents a Cache Group object.

type CRConfigLatitudeLongitudeShort 

type CRConfigLatitudeLongitudeShort struct {
	Lat float64 `json:"lat"`
	Lon float64 `json:"long"`
}

CRConfigLatitudeLongitudeShort is a geographical location where clients will be assumed to be located if determining their location fails (a "Geo Miss"), named with "CRConfig" for legacy reasons.

These are generated for Delivery Services in CDN Snapshots from their Geo Miss Default Latitude and Geo Miss Default Longitude properties.

type CRConfigMonitor 

type CRConfigMonitor struct {
	FQDN         *string               `json:"fqdn,omitempty"`
	HTTPSPort    *int                  `json:"httpsPort"`
	IP           *string               `json:"ip,omitempty"`
	IP6          *string               `json:"ip6,omitempty"`
	Location     *string               `json:"location,omitempty"`
	Port         *int                  `json:"port,omitempty"`
	Profile      *string               `json:"profile,omitempty"`
	ServerStatus *CRConfigServerStatus `json:"status,omitempty"`
}

CRConfigMonitor structures are used in CDN Snapshots to represent Traffic Monitors, named with "CRConfig" for legacy reasons.

type CRConfigRouter 

type CRConfigRouter struct {
	APIPort       *string               `json:"api.port,omitempty"`
	FQDN          *string               `json:"fqdn,omitempty"`
	HTTPSPort     *int                  `json:"httpsPort"`
	HashCount     *int                  `json:"hashCount,omitempty"`
	IP            *string               `json:"ip,omitempty"`
	IP6           *string               `json:"ip6,omitempty"`
	Location      *string               `json:"location,omitempty"`
	Port          *int                  `json:"port,omitempty"`
	Profile       *string               `json:"profile,omitempty"`
	SecureAPIPort *string               `json:"secure.api.port,omitempty"`
	ServerStatus  *CRConfigRouterStatus `json:"status,omitempty"`
}

CRConfigRouter represents a Traffic Router as defined within a CDN Snapshot, named with "CRConfig" for legacy reasons.

type CRConfigRouterStatus 

type CRConfigRouterStatus string

CRConfigRouterStatus is the name of the Status of a Traffic Router server object. This is only used in the context of CDN Snapshots, and has no special nuance or behavior not afforded to a regular string - so in general it is suggested that a string be used instead where possible, to keep compatibility with Server/ServerV4/ServerNullable etc. structures.

type CRConfigServerStatus 

type CRConfigServerStatus string

CRConfigServerStatus is the name of the Status of a server object. This is only used in the context of CDN Snapshots, and has no special nuance or behavior not afforded to a regular string - so in general it is suggested that a string be used instead where possible, to keep compatibility with Server/ServerV4/ServerNullable etc. structures.

type CRConfigStaticDNSEntry 

type CRConfigStaticDNSEntry struct {
	Name  string `json:"name"`
	TTL   int    `json:"ttl"`
	Type  string `json:"type"`
	Value string `json:"value"`
}

CRConfigStaticDNSEntry structures encode a Static DNS Entry for a Delivery Service in a CDN Snapshot, named with "CRConfig" for legacy reasons.

type CRConfigStats 

type CRConfigStats struct {
	CDNName         *string `json:"CDN_name,omitempty"`
	DateUnixSeconds *int64  `json:"date,omitempty"`
	TMHost          *string `json:"tm_host,omitempty"`
	// Deprecated: Don't ever use this for anything. It's been removed from APIv4 responses.
	TMPath    *string `json:"tm_path,omitempty"`
	TMUser    *string `json:"tm_user,omitempty"`
	TMVersion *string `json:"tm_version,omitempty"`
}

CRConfigStats is the type of the 'stats' property of a CDN Snapshot.

type CRConfigTTL 

type CRConfigTTL struct {
	// A records
	ASeconds *string `json:"A,omitempty"`
	// AAAA records
	AAAASeconds *string `json:"AAAA,omitempty"`
	// DNSKEY records
	DNSkeySeconds *string `json:"DNSKEY,omitempty"`
	// DS records
	DSSeconds *string `json:"DS,omitempty"`
	// NS records
	NSSeconds *string `json:"NS,omitempty"`
	// SOA records
	SOASeconds *string `json:"SOA,omitempty"`
}

CRConfigTTL defines the Time-To-Live (TTL) of various record types served by Traffic Router.

Each TTL given is an optional field containing a number of seconds encoded as a string. If a field is nil, the CRConfigTTL is instructing Traffic Router to use its configured default for records of that type.

type CRConfigTopology 

type CRConfigTopology struct {
	Nodes []string `json:"nodes"`
}

CRConfigTopology is the format in which Topologies are represented in a CDN Snapshot, named with "CRConfig" for legacy reasons.

CRConfigTopology structures do not include the Topologies' Names, because in a CDN Snapshot they are stored in a mapping of their Names to this structure.

type CRConfigTrafficOpsServer 

type CRConfigTrafficOpsServer struct {
	CacheGroup       *string               `json:"cacheGroup,omitempty"`
	Capabilities     []string              `json:"capabilities,omitempty"`
	Fqdn             *string               `json:"fqdn,omitempty"`
	HashCount        *int                  `json:"hashCount,omitempty"`
	HashId           *string               `json:"hashId,omitempty"`
	HttpsPort        *int                  `json:"httpsPort"`
	InterfaceName    *string               `json:"interfaceName"`
	Ip               *string               `json:"ip,omitempty"`
	Ip6              *string               `json:"ip6,omitempty"`
	LocationId       *string               `json:"locationId,omitempty"`
	Port             *int                  `json:"port"`
	Profile          *string               `json:"profile,omitempty"`
	ServerStatus     *CRConfigServerStatus `json:"status,omitempty"`
	ServerType       *string               `json:"type,omitempty"`
	DeliveryServices map[string][]string   `json:"deliveryServices,omitempty"`
	RoutingDisabled  int64                 `json:"routingDisabled"`
}

CRConfigTrafficOpsServer represents a Traffic Ops instance as defined within a CDN Snapshot, named with "CRConfig" for legacy reasons.

type CRSStats 

type CRSStats struct {
	App   CRSStatsApp   `json:"app"`
	Stats CRSStatsStats `json:"stats"`
}

CRSStats is the returned data from TRs stats endpoint.

type CRSStatsApp 

type CRSStatsApp struct {
	BuildTimestamp string `json:"buildTimestamp"`
	Name           string `json:"name"`
	DeployDir      string `json:"deploy-dir"`
	GitRevision    string `json:"git-revision"`
	Version        string `json:"version"`
}

CRSStatsApp represents metadata about a given TR.

type CRSStatsStat 

type CRSStatsStat struct {
	CZCount                uint64 `json:"czCount"`
	GeoCount               uint64 `json:"geoCount"`
	DeepCZCount            uint64 `json:"deepCzCount"`
	MissCount              uint64 `json:"missCount"`
	DSRCount               uint64 `json:"dsrCount"`
	ErrCount               uint64 `json:"errCount"`
	StaticRouteCount       uint64 `json:"staticRouteCount"`
	FedCount               uint64 `json:"fedCount"`
	RegionalDeniedCount    uint64 `json:"regionalDeniedCount"`
	RegionalAlternateCount uint64 `json:"regionalAlternateCount"`
}

CRSStatsStat represents an individual stat.

type CRSStatsStats 

type CRSStatsStats struct {
	DNSMap  map[string]CRSStatsStat
	HTTPMap map[string]CRSStatsStat
}

CRSStatsStats represents stats about a given TR.

type CRStates 

type CRStates struct {
	Caches          map[CacheName]IsAvailable                       `json:"caches"`
	DeliveryService map[DeliveryServiceName]CRStatesDeliveryService `json:"deliveryServices"`
}

CRStates includes availability data for caches and delivery services, as gathered and aggregated by this Traffic Monitor. It is designed to be served at an API endpoint primarily for Traffic Routers (Content Router) to consume.

func CRStatesUnMarshall 

func CRStatesUnMarshall(body []byte) (CRStates, error)

CRStatesUnMarshall takes bytes of a JSON string, and unmarshals them into a CRStates object.

func NewCRStates 

func NewCRStates(cacheCap, dsCap int) CRStates

NewCRStates creates a new CR states object, initializing pointer members.

func (CRStates) Copy 

func (a CRStates) Copy() CRStates

Copy creates a deep copy of this object. It does not mutate, and is thus safe for multiple goroutines.

func (CRStates) CopyCaches 

func (a CRStates) CopyCaches() map[CacheName]IsAvailable

CopyCaches creates a deep copy of the cache availability data. It does not mutate, and is thus safe for multiple goroutines.

func (CRStates) CopyDeliveryServices 

func (a CRStates) CopyDeliveryServices() map[DeliveryServiceName]CRStatesDeliveryService

CopyDeliveryServices creates a deep copy of the delivery service availability data. It does not mutate, and is thus safe for multiple goroutines.

type CRStatesDeliveryService 

type CRStatesDeliveryService struct {
	DisabledLocations []CacheGroupName `json:"disabledLocations"`
	IsAvailable       bool             `json:"isAvailable"`
}

CRStatesDeliveryService contains data about the availability of a particular delivery service, and which caches in that delivery service have been marked as unavailable.

type CacheGroup 

type CacheGroup struct {
	ID                          int                  `json:"id" db:"id"`
	Name                        string               `json:"name" db:"name"`
	ShortName                   string               `json:"shortName" db:"short_name"`
	Latitude                    float64              `json:"latitude" db:"latitude"`
	Longitude                   float64              `json:"longitude" db:"longitude"`
	ParentName                  string               `json:"parentCachegroupName" db:"parent_cachegroup_name"`
	ParentCachegroupID          int                  `json:"parentCachegroupId" db:"parent_cachegroup_id"`
	SecondaryParentName         string               `json:"secondaryParentCachegroupName" db:"secondary_parent_cachegroup_name"`
	SecondaryParentCachegroupID int                  `json:"secondaryParentCachegroupId" db:"secondary_parent_cachegroup_id"`
	FallbackToClosest           bool                 `json:"fallbackToClosest" db:"fallback_to_closest"`
	LocalizationMethods         []LocalizationMethod `json:"localizationMethods" db:"localization_methods"`
	Type                        string               `json:"typeName" db:"type_name"` // aliased to type_name to disambiguate struct scans due to join on 'type' table
	TypeID                      int                  `json:"typeId" db:"type_id"`     // aliased to type_id to disambiguate struct scans due join on 'type' table
	LastUpdated                 TimeNoMod            `json:"lastUpdated" db:"last_updated"`
	Fallbacks                   []string             `json:"fallbacks" db:"fallbacks"`
}

CacheGroup contains information about a given cache group in Traffic Ops.

type CacheGroupDetailResponse 

type CacheGroupDetailResponse struct {
	Response CacheGroupNullable `json:"response"`
	Alerts
}

CacheGroupDetailResponse is the JSON object returned for a single Cache Group.

type CacheGroupName 

type CacheGroupName string

CacheGroupName is the name of a Cache Group.

type CacheGroupNullable 

type CacheGroupNullable struct {
	ID                          *int                  `json:"id" db:"id"`
	Name                        *string               `json:"name" db:"name"`
	ShortName                   *string               `json:"shortName" db:"short_name"`
	Latitude                    *float64              `json:"latitude" db:"latitude"`
	Longitude                   *float64              `json:"longitude" db:"longitude"`
	ParentName                  *string               `json:"parentCachegroupName" db:"parent_cachegroup_name"`
	ParentCachegroupID          *int                  `json:"parentCachegroupId" db:"parent_cachegroup_id"`
	SecondaryParentName         *string               `json:"secondaryParentCachegroupName" db:"secondary_parent_cachegroup_name"`
	SecondaryParentCachegroupID *int                  `json:"secondaryParentCachegroupId" db:"secondary_parent_cachegroup_id"`
	FallbackToClosest           *bool                 `json:"fallbackToClosest" db:"fallback_to_closest"`
	LocalizationMethods         *[]LocalizationMethod `json:"localizationMethods" db:"localization_methods"`
	Type                        *string               `json:"typeName" db:"type_name"` // aliased to type_name to disambiguate struct scans due to join on 'type' table
	TypeID                      *int                  `json:"typeId" db:"type_id"`     // aliased to type_id to disambiguate struct scans due join on 'type' table
	LastUpdated                 *TimeNoMod            `json:"lastUpdated" db:"last_updated"`
	Fallbacks                   *[]string             `json:"fallbacks" db:"fallbacks"`
}

CacheGroupNullable contains information about a given cache group in Traffic Ops. Unlike CacheGroup, CacheGroupNullable's fields are nullable.

type CacheGroupParameter deprecated 

type CacheGroupParameter struct {
	ConfigFile  string    `json:"configFile"`
	ID          int       `json:"id"`
	LastUpdated TimeNoMod `json:"lastUpdated"`
	Name        string    `json:"name"`
	Secure      bool      `json:"secure"`
	Value       string    `json:"value"`
}

A CacheGroupParameter is an object that represents a Parameter, but also implies that it is associated with a Cache Group rather than (or in addition to) a Profile.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParameterNullable deprecated 

type CacheGroupParameterNullable struct {
	ConfigFile  *string    `json:"configFile" db:"config_file"`
	ID          *int       `json:"id" db:"id"`
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`
	Name        *string    `json:"name" db:"name"`
	Secure      *bool      `json:"secure" db:"secure"`
	Value       *string    `json:"value" db:"value"`
}

A CacheGroupParameterNullable is an object that represents a Parameter, but also implies that it is associated with a Cache Group rather than (or in addition to) a Profile.

The only substantial difference between this and a CacheGroupParameter is that Go client methods unmarshal Traffic Ops responses into a CacheGroupParameter, while those responses are generated by marshalling data stored in CacheGroupParameterNullables.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParameterRequest deprecated 

type CacheGroupParameterRequest struct {
	CacheGroupID int `json:"cacheGroupId"`
	ParameterID  int `json:"parameterId"`
}

CacheGroupParameterRequest is a Cache Group Parameter request body.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParametersList deprecated 

type CacheGroupParametersList struct {
	CacheGroupParameters []CacheGroupParametersResponseNullable `json:"cachegroupParameters"`
}

CacheGroupParametersList is the type of the `response` property of Traffic Ops's responses to its /cachegroupparameters API endpoint.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParametersNullable deprecated 

type CacheGroupParametersNullable struct {
	CacheGroup     *int       `json:"cacheGroupId"  db:"cachegroup"`
	CacheGroupName *string    `json:"cachegroup,omitempty"`
	Parameter      *int       `json:"parameterId"  db:"parameter"`
	LastUpdated    *TimeNoMod `json:"lastUpdated,omitempty"  db:"last_updated"`
}

CacheGroupParametersNullable is the type of a response from Traffic Ops to a POST request made to its /cachegroupparameters API endpoint.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParametersPostResponse deprecated 

type CacheGroupParametersPostResponse struct {
	Response []CacheGroupParameterRequest `json:"response"`
	Alerts
}

CacheGroupParametersPostResponse Response body when Posting to associate a Parameter with a Cache Group.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParametersResponse deprecated 

type CacheGroupParametersResponse struct {
	Response []CacheGroupParameter `json:"response"`
	Alerts
}

CacheGroupParametersResponse is a Cache Group Parameter response body.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupParametersResponseNullable deprecated 

type CacheGroupParametersResponseNullable struct {
	CacheGroup  *string    `json:"cachegroup"  db:"cachegroup"`
	Parameter   *int       `json:"parameter"  db:"parameter"`
	LastUpdated *TimeNoMod `json:"last_updated,omitempty"  db:"last_updated"`
}

CacheGroupParametersResponseNullable is the type of each entry in the `cachegroupParameters` property of the response from Traffic Ops to requests made to its /cachegroupparameters endpoint.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

func FormatForResponse deprecated 

func FormatForResponse(param CacheGroupParametersNullable) CacheGroupParametersResponseNullable

FormatForResponse converts a CacheGroupParametersNullable to CacheGroupParametersResponseNullable in order to format the output the same as the Perl endpoint.

Deprecated: Cache Group Parameter associations have been removed in APIv4.

type CacheGroupPostDSResp 

type CacheGroupPostDSResp struct {
	ID               util.JSONIntStr `json:"id"`
	ServerNames      []CacheName     `json:"serverNames"`
	DeliveryServices []int           `json:"deliveryServices"`
}

CacheGroupPostDSResp is the type of the `response` property of a response from Traffic Ops to a POST request made to its /cachegroups/{{ID}}/deliveryservices API endpoint.

type CacheGroupPostDSRespResponse 

type CacheGroupPostDSRespResponse struct {
	Alerts
	Response CacheGroupPostDSResp `json:"response"`
}

CacheGroupPostDSRespResponse is the type of a response from Traffic Ops to a POST request made to its /cachegroups/{{ID}}/deliveryservices API endpoint.

type CacheGroupsNullableResponse 

type CacheGroupsNullableResponse struct {
	Response []CacheGroupNullable `json:"response"`
	Alerts
}

CacheGroupsNullableResponse is a response with a list of CacheGroupNullables. Traffic Ops API responses instead uses an interface hold a list of TOCacheGroups.

type CacheGroupsResponse 

type CacheGroupsResponse struct {
	Response []CacheGroup `json:"response"`
	Alerts
}

CacheGroupsResponse is a list of CacheGroups as a response.

type CacheName 

type CacheName string

CacheName is the (short) hostname of a cache server.

func (CacheName) String 

func (c CacheName) String() string

String implements the fmt.Stringer interface.

type CacheStatus 

type CacheStatus string

CacheStatus is a Name of some Status.

More specifically, it is used here to enumerate the Statuses that are understood and acted upon in specific ways by Traffic Monitor.

Note that the Statuses captured in this package as CacheStatus values are in no way restricted to use by cache servers, despite the name.

func CacheStatusFromString 

func CacheStatusFromString(s string) CacheStatus

CacheStatusFromString returns a CacheStatus from its string representation, or CacheStatusInvalid if the string is not a valid CacheStatus.

func (CacheStatus) String 

func (t CacheStatus) String() string

String returns a string representation of this CacheStatus, implementing the fmt.Stringer interface.

type CacheType 

type CacheType string

CacheType is the type (or tier) of a cache server.

func CacheTypeFromString 

func CacheTypeFromString(s string) CacheType

CacheTypeFromString returns a CacheType structure from its string representation, or CacheTypeInvalid if the string is not a valid CacheType.

func (CacheType) String 

func (t CacheType) String() string

String returns a string representation of this CacheType, implementing the fmt.Stringer interface.

type CachegroupPostDSReq 

type CachegroupPostDSReq struct {
	DeliveryServices []int `json:"deliveryServices"`
}

A CachegroupPostDSReq is a request to associate some Cache Group with a set of zero or more Delivery Services.

type CachegroupQueueUpdatesRequest 

type CachegroupQueueUpdatesRequest struct {
	Action string           `json:"action"`
	CDN    *CDNName         `json:"cdn"`
	CDNID  *util.JSONIntStr `json:"cdnId"`
}

CachegroupQueueUpdatesRequest holds info relating to the cachegroups/{{ID}}/queue_update TO route.

type CachegroupTrimmedName 

type CachegroupTrimmedName struct {
	Name string `json:"name"`
}

CachegroupTrimmedName is useful when the only info about a cache group you want to return is its name.

type CapabilitiesResponse 

type CapabilitiesResponse struct {
	Response []Capability `json:"response"`
	Alerts
}

CapabilitiesResponse models the structure of a minimal response from the Capabilities API in Traffic Ops.

type Capability 

type Capability struct {
	Description string    `json:"description" db:"description"`
	LastUpdated TimeNoMod `json:"lastUpdated" db:"last_updated"`
	Name        string    `json:"name" db:"name"`
}

Capability reflects the ability of a user in ATC to perform some operation.

In practice, they are assigned to relevant Traffic Ops API endpoints - to describe the capabilities of said endpoint - and to user permission Roles - to describe the capabilities afforded by said Role. Note that enforcement of Capability-based permissions is not currently implemented.

type CommonAPIData 

type CommonAPIData struct {
	QueryParams string `json:"pp"`
	DateStr     string `json:"date"`
}

CommonAPIData contains generic data common to most Traffic Monitor API endpoints.

type CommonCheckFields 

type CommonCheckFields struct {

	// AdminState is the server's status - called "AdminState" for legacy reasons.
	AdminState string `json:"adminState"`

	// CacheGroup is the name of the Cache Group to which the server belongs.
	CacheGroup string `json:"cacheGroup"`

	// ID is the integral, unique identifier of the server.
	ID int `json:"id"`

	// HostName of the checked server.
	HostName string `json:"hostName"`

	// RevalPending is a flag that indicates if revalidations are pending for the checked server.
	RevalPending bool `json:"revalPending"`

	// Profile is the name of the Profile used by the checked server.
	Profile string `json:"profile"`

	// Type is the name of the server's Type.
	Type string `json:"type"`

	// UpdPending is a flag that indicates if updates are pending for the checked server.
	UpdPending bool `json:"updPending"`
}

CommonCheckFields is a structure containing all of the fields common to both Serverchecks and GenericServerChecks.

type CommonServerProperties 

type CommonServerProperties struct {
	Cachegroup       *string              `json:"cachegroup" db:"cachegroup"`
	CachegroupID     *int                 `json:"cachegroupId" db:"cachegroup_id"`
	CDNID            *int                 `json:"cdnId" db:"cdn_id"`
	CDNName          *string              `json:"cdnName" db:"cdn_name"`
	DeliveryServices *map[string][]string `json:"deliveryServices,omitempty"`
	DomainName       *string              `json:"domainName" db:"domain_name"`
	FQDN             *string              `json:"fqdn,omitempty"`
	FqdnTime         time.Time            `json:"-"`
	GUID             *string              `json:"guid" db:"guid"`
	HostName         *string              `json:"hostName" db:"host_name"`
	HTTPSPort        *int                 `json:"httpsPort" db:"https_port"`
	ID               *int                 `json:"id" db:"id"`
	ILOIPAddress     *string              `json:"iloIpAddress" db:"ilo_ip_address"`
	ILOIPGateway     *string              `json:"iloIpGateway" db:"ilo_ip_gateway"`
	ILOIPNetmask     *string              `json:"iloIpNetmask" db:"ilo_ip_netmask"`
	ILOPassword      *string              `json:"iloPassword" db:"ilo_password"`
	ILOUsername      *string              `json:"iloUsername" db:"ilo_username"`
	LastUpdated      *TimeNoMod           `json:"lastUpdated" db:"last_updated"`
	MgmtIPAddress    *string              `json:"mgmtIpAddress" db:"mgmt_ip_address"`
	MgmtIPGateway    *string              `json:"mgmtIpGateway" db:"mgmt_ip_gateway"`
	MgmtIPNetmask    *string              `json:"mgmtIpNetmask" db:"mgmt_ip_netmask"`
	OfflineReason    *string              `json:"offlineReason" db:"offline_reason"`
	PhysLocation     *string              `json:"physLocation" db:"phys_location"`
	PhysLocationID   *int                 `json:"physLocationId" db:"phys_location_id"`
	Profile          *string              `json:"profile" db:"profile"`
	ProfileDesc      *string              `json:"profileDesc" db:"profile_desc"`
	ProfileID        *int                 `json:"profileId" db:"profile_id"`
	Rack             *string              `json:"rack" db:"rack"`
	RevalPending     *bool                `json:"revalPending" db:"reval_pending"`
	Status           *string              `json:"status" db:"status"`
	StatusID         *int                 `json:"statusId" db:"status_id"`
	TCPPort          *int                 `json:"tcpPort" db:"tcp_port"`
	Type             string               `json:"type" db:"server_type"`
	TypeID           *int                 `json:"typeId" db:"server_type_id"`
	UpdPending       *bool                `json:"updPending" db:"upd_pending"`
	XMPPID           *string              `json:"xmppId" db:"xmpp_id"`
	XMPPPasswd       *string              `json:"xmppPasswd" db:"xmpp_passwd"`
}

CommonServerProperties is just the collection of properties which are shared by all servers across API versions.

type ConfigFileName 

type ConfigFileName string

ConfigFileName is a Parameter ConfigFile value.

This has no additional attached semantics, and so while it is known to most frequently refer to a Parameter's ConfigFile, it may also be used to refer to the name of a literal configuration file within or without the context of Traffic Control, with unknown specificity (relative or absolute path? file:// URL?) and/or restrictions.

type Coordinate 

type Coordinate struct {

	// The Coordinate to retrieve
	//
	// ID of the Coordinate
	//
	// required: true
	ID int `json:"id" db:"id"`

	// Name of the Coordinate
	//
	// required: true
	Name string `json:"name" db:"name"`

	// the latitude of the Coordinate
	//
	// required: true
	Latitude float64 `json:"latitude" db:"latitude"`

	// the latitude of the Coordinate
	//
	// required: true
	Longitude float64 `json:"longitude" db:"longitude"`

	// LastUpdated
	//
	LastUpdated TimeNoMod `json:"lastUpdated" db:"last_updated"`
}

Coordinate is a representation of a Coordinate as it relates to the Traffic Ops data model.

type CoordinateNullable 

type CoordinateNullable struct {

	// The Coordinate to retrieve
	//
	// ID of the Coordinate
	//
	// required: true
	ID *int `json:"id" db:"id"`

	// Name of the Coordinate
	//
	// required: true
	Name *string `json:"name" db:"name"`

	// the latitude of the Coordinate
	//
	// required: true
	Latitude *float64 `json:"latitude" db:"latitude"`

	// the latitude of the Coordinate
	//
	// required: true
	Longitude *float64 `json:"longitude" db:"longitude"`

	// LastUpdated
	//
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`
}

CoordinateNullable is identical to Coordinate except that its fields are reference values, which allows them to be nil.

type CoordinateResponse 

type CoordinateResponse struct {
	// in: body
	Response Coordinate `json:"response"`
	Alerts
}

CoordinateResponse is a single Coordinate response for Update and Create to depict what changed. swagger:response CoordinateResponse in: body

type CoordinatesResponse 

type CoordinatesResponse struct {
	// in: body
	Response []Coordinate `json:"response"`
	Alerts
}

CoordinatesResponse is a list of Coordinates as a response. swagger:response CoordinatesResponse in: body

type CoverageZoneFile 

type CoverageZoneFile struct {
	CoverageZones map[string]CoverageZoneLocation `json:"coverageZones,omitempty"`
}

CoverageZoneFile is used for unmarshalling a Coverage Zone File.

type CoverageZoneLocation 

type CoverageZoneLocation struct {
	Network  []string `json:"network,omitempty"`
	Network6 []string `json:"network6,omitempty"`
}

func (*CoverageZoneLocation) GetFirstIPAddressOfType 

func (c *CoverageZoneLocation) GetFirstIPAddressOfType(isIPv4 bool) string

type CreateCDNFederationResponse 

type CreateCDNFederationResponse struct {
	Response CDNFederation `json:"response"`
	Alerts
}

CreateCDNFederationResponse represents a Traffic Ops API response to a request to create a new Federation for a CDN.

type CreateDeliveryServiceNullableResponse deprecated 

type CreateDeliveryServiceNullableResponse struct {
	Response []DeliveryServiceNullable `json:"response"`
	Alerts
}

CreateDeliveryServiceNullableResponse roughly models the structure of responses from Traffic Ops to POST requests made to its /deliveryservices API endpoint.

"Roughly" because although that's what it's used for, this type cannot actually represent those accurately, because its representation is tied to a version of the API that no longer exists - DO NOT USE THIS, it WILL drop data that the API returns.

Deprecated: Please only use the versioned structures.

type CreateUserResponse 

type CreateUserResponse struct {
	Response User `json:"response"`
	Alerts
}

CreateUserResponse can hold a Traffic Ops API response to a POST request to create a user.

type CreateUserResponseV4 

type CreateUserResponseV4 struct {
	Response UserV4 `json:"response"`
	Alerts
}

CreateUserResponseV4 can hold a Traffic Ops API response to a POST request to create a user in api v4.

type CurrentStatsResponse 

type CurrentStatsResponse = TrafficStatsCDNStatsResponse

CurrentStatsResponse is the type of a response from Traffic Ops to a request to its /current_stats endpoint.

type CurrentUserUpdateRequest 

type CurrentUserUpdateRequest struct {
	// User, for whatever reason, contains all of the actual data.
	User *CurrentUserUpdateRequestUser `json:"user"`
}

CurrentUserUpdateRequest differs from a regular User/UserCurrent in that many of its fields are *parsed* but not *unmarshaled*. This allows a handler to distinguish between "null" and "undefined" values.

type CurrentUserUpdateRequestUser 

type CurrentUserUpdateRequestUser struct {
	AddressLine1       json.RawMessage `json:"addressLine1"`
	AddressLine2       json.RawMessage `json:"addressLine2"`
	City               json.RawMessage `json:"city"`
	Company            json.RawMessage `json:"company"`
	ConfirmLocalPasswd *string         `json:"confirmLocalPasswd"`
	Country            json.RawMessage `json:"country"`
	Email              json.RawMessage `json:"email"`
	FullName           json.RawMessage `json:"fullName"`
	GID                json.RawMessage `json:"gid"`
	ID                 json.RawMessage `json:"id"`
	LocalPasswd        *string         `json:"localPasswd"`
	PhoneNumber        json.RawMessage `json:"phoneNumber"`
	PostalCode         json.RawMessage `json:"postalCode"`
	PublicSSHKey       json.RawMessage `json:"publicSshKey"`
	Role               json.RawMessage `json:"role"`
	StateOrProvince    json.RawMessage `json:"stateOrProvince"`
	TenantID           json.RawMessage `json:"tenantId"`
	UID                json.RawMessage `json:"uid"`
	Username           json.RawMessage `json:"username"`
}

CurrentUserUpdateRequestUser holds all of the actual data in a request to update the current user.

func (*CurrentUserUpdateRequestUser) UnmarshalAndValidate 

func (u *CurrentUserUpdateRequestUser) UnmarshalAndValidate(user *User) error

UnmarshalAndValidate validates the request and returns a User into which the request's information has been unmarshalled.

type DNSSECKey 

type DNSSECKey struct {
	DNSSECKeyV11
	DSRecord *DNSSECKeyDSRecord `json:"dsRecord,omitempty"`
}

A DNSSECKey is a DNSSEC Key (Key-Signing or Zone-Signing) and all associated data - computed data as well as data that is actually stored by Traffic Vault.

type DNSSECKeyDSRecord 

type DNSSECKeyDSRecord struct {
	DNSSECKeyDSRecordV11
	Text string `json:"text"`
}

DNSSECKeyDSRecord structures are used by the Traffic Ops API after version 1.1, and they contain all the same information as well as an additional "Text" property of unknown purpose.

type DNSSECKeyDSRecordRiak 

type DNSSECKeyDSRecordRiak DNSSECKeyDSRecordV11

DNSSECKeyDSRecordRiak is a DNSSEC key DS record, as stored in Riak. This is specifically the key data, without the DS record text (which can be computed), and is also the format used in API 1.1 through 1.3.

type DNSSECKeyDSRecordV11 

type DNSSECKeyDSRecordV11 struct {
	Algorithm  int64  `json:"algorithm,string"`
	DigestType int64  `json:"digestType,string"`
	Digest     string `json:"digest"`
}

DNSSECKeyDSRecordV11 structures contain meta information for Key-Signing DNSSEC Keys (KSKs) used by Delivery Services.

type DNSSECKeySet 

type DNSSECKeySet struct {
	ZSK []DNSSECKey `json:"zsk"`
	KSK []DNSSECKey `json:"ksk"`
}

A DNSSECKeySet is a set of keys used for DNSSEC zone and key signing.

type DNSSECKeySetV11 

type DNSSECKeySetV11 struct {
	ZSK []DNSSECKeyV11 `json:"zsk"`
	KSK []DNSSECKeyV11 `json:"ksk"`
}

DNSSECKeySetV11 is a DNSSEC key set (ZSK and KSK), as stored in Traffic Vault. This is specifically the key data, without the DS record text (which can be computed), and was also the format used in API 1.1 through 1.3.

type DNSSECKeyV11 

type DNSSECKeyV11 struct {
	InceptionDateUnix  int64                 `json:"inceptionDate"`
	ExpirationDateUnix int64                 `json:"expirationDate"`
	Name               string                `json:"name"`
	TTLSeconds         uint64                `json:"ttl,string"`
	Status             string                `json:"status"`
	EffectiveDateUnix  int64                 `json:"effectiveDate"`
	Public             string                `json:"public"`
	Private            string                `json:"private"`
	DSRecord           *DNSSECKeyDSRecordV11 `json:"dsRecord,omitempty"`
}

A DNSSECKeyV11 represents a DNSSEC Key (Key-Signing or Zone-Signing) as it appeared in Traffic Ops API version 1.1. This structure still exists because it is used by modern structures, but in general should not be used on its own, and github.com/apache/trafficcontrol/lib/go-tc.DNSSECKey should usually be used instead.

type DNSSECKeys 

type DNSSECKeys map[string]DNSSECKeySet

DNSSECKeys is the DNSSEC keys as stored in Traffic Vault, plus the DS record text.

type DNSSECKeysRiak deprecated 

type DNSSECKeysRiak DNSSECKeysV11

DNSSECKeysRiak is the structure in which DNSSECKeys are stored in the Riak backend for Traffic Vault.

Deprecated: use DNSSECKeysTrafficVault instead.

type DNSSECKeysTrafficVault 

type DNSSECKeysTrafficVault DNSSECKeysV11

A DNSSECKeysTrafficVault is a mapping of CDN Names and/or Delivery Service XMLIDs to sets of keys used for DNSSEC with that CDN or Delivery Service.

type DNSSECKeysV11 

type DNSSECKeysV11 map[string]DNSSECKeySetV11

DNSSECKeysV11 is the DNSSEC keys object stored in Traffic Vault. The map key strings are both DeliveryServiceNames and CDNNames.

type DSMatchType 

type DSMatchType string

A DSMatchType is the Name of a Type of a Regular Expression ("Regex") used by a Delivery Service. 

const (
	DSMatchTypeHostRegex     DSMatchType = "HOST_REGEXP"
	DSMatchTypePathRegex     DSMatchType = "PATH_REGEXP"
	DSMatchTypeSteeringRegex DSMatchType = "STEERING_REGEXP"
	DSMatchTypeHeaderRegex   DSMatchType = "HEADER_REGEXP"
	DSMatchTypeInvalid       DSMatchType = ""
)

These are the allowed values for a DSMatchType.

Note that, in general, there is no guarantee that a Type by any of these Names exists in Traffic Ops at any given time, nor that any such Types - should they exist - will have any particular UseInTable value, nor that the Types assigned to Delivery Service Regexes will be representable by these values.

func DSMatchTypeFromString 

func DSMatchTypeFromString(s string) DSMatchType

DSMatchTypeFromString returns a DSMatchType from its string representation, or DSMatchTypeInvalid if the string is not a valid type.

func (DSMatchType) String 

func (t DSMatchType) String() string

String returns a string representation of this DSMatchType, implementing the fmt.Stringer interface.

type DSRChangeType 

type DSRChangeType string

DSRChangeType is an "enumerated" string type that encodes the legal values of a Delivery Service Request's Change Type.

func DSRChangeTypeFromString 

func DSRChangeTypeFromString(s string) (DSRChangeType, error)

DSRChangeTypeFromString converts the passed string to a DSRChangeType (case-insensitive), returning an error if the string is not a valid Delivery Service Request Change Type.

func (DSRChangeType) MarshalJSON 

func (dsrct DSRChangeType) MarshalJSON() ([]byte, error)

MarshalJSON implements the encoding/json.Marshaller interface.

func (DSRChangeType) String 

func (dsrct DSRChangeType) String() string

String implements the fmt.Stringer interface, returning a textual representation of the DSRChangeType.

func (*DSRChangeType) UnmarshalJSON 

func (dsrct *DSRChangeType) UnmarshalJSON(b []byte) error

UnmarshalJSON implements the encoding/json.Unmarshaller interface.

Example 
var dsrct DSRChangeType
raw := `"CREATE"`
if err := json.Unmarshal([]byte(raw), &dsrct); err != nil {
	fmt.Printf("Error: %v\n", err)
	return
}
fmt.Printf("Parsed DSRCT: '%s'\n", dsrct.String())

raw = `"something invalid"`
if err := json.Unmarshal([]byte(raw), &dsrct); err != nil {
	fmt.Printf("Error: %v\n", err)
	return
}
fmt.Printf("Parsed DSRCT: '%s'\n", dsrct.String())

Output:

Parsed DSRCT: 'create'
Error: invalid Delivery Service Request changeType: 'something invalid'

type DSSMapResponse 

type DSSMapResponse struct {
	DsId    int   `json:"dsId"`
	Replace bool  `json:"replace"`
	Servers []int `json:"servers"`
}

DSSMapResponse is the type of the `response` property of a response from Traffic Ops to a PUT request made to the /deliveryserviceserver endpoint of its API.

type DSSReplaceResponse 

type DSSReplaceResponse struct {
	Alerts
	Response DSSMapResponse `json:"response"`
}

DSSReplaceResponse is the type of a response from Traffic Ops to a PUT request made to the /deliveryserviceserver endpoint of its API.

type DSServer 

type DSServer struct {
	DSServerBase
	ServerInterfaces *[]ServerInterfaceInfo `json:"interfaces" db:"interfaces"`
}

DSServer contains information for a Delivery Service Server.

type DSServerBase 

type DSServerBase struct {
	Cachegroup                  *string              `json:"cachegroup" db:"cachegroup"`
	CachegroupID                *int                 `json:"cachegroupId" db:"cachegroup_id"`
	CDNID                       *int                 `json:"cdnId" db:"cdn_id"`
	CDNName                     *string              `json:"cdnName" db:"cdn_name"`
	DeliveryServices            *map[string][]string `json:"deliveryServices,omitempty"`
	DomainName                  *string              `json:"domainName" db:"domain_name"`
	FQDN                        *string              `json:"fqdn,omitempty"`
	FqdnTime                    time.Time            `json:"-"`
	GUID                        *string              `json:"guid" db:"guid"`
	HostName                    *string              `json:"hostName" db:"host_name"`
	HTTPSPort                   *int                 `json:"httpsPort" db:"https_port"`
	ID                          *int                 `json:"id" db:"id"`
	ILOIPAddress                *string              `json:"iloIpAddress" db:"ilo_ip_address"`
	ILOIPGateway                *string              `json:"iloIpGateway" db:"ilo_ip_gateway"`
	ILOIPNetmask                *string              `json:"iloIpNetmask" db:"ilo_ip_netmask"`
	ILOPassword                 *string              `json:"iloPassword" db:"ilo_password"`
	ILOUsername                 *string              `json:"iloUsername" db:"ilo_username"`
	LastUpdated                 *TimeNoMod           `json:"lastUpdated" db:"last_updated"`
	MgmtIPAddress               *string              `json:"mgmtIpAddress" db:"mgmt_ip_address"`
	MgmtIPGateway               *string              `json:"mgmtIpGateway" db:"mgmt_ip_gateway"`
	MgmtIPNetmask               *string              `json:"mgmtIpNetmask" db:"mgmt_ip_netmask"`
	OfflineReason               *string              `json:"offlineReason" db:"offline_reason"`
	PhysLocation                *string              `json:"physLocation" db:"phys_location"`
	PhysLocationID              *int                 `json:"physLocationId" db:"phys_location_id"`
	Profile                     *string              `json:"profile" db:"profile"`
	ProfileDesc                 *string              `json:"profileDesc" db:"profile_desc"`
	ProfileID                   *int                 `json:"profileId" db:"profile_id"`
	Rack                        *string              `json:"rack" db:"rack"`
	RouterHostName              *string              `json:"routerHostName" db:"router_host_name"`
	RouterPortName              *string              `json:"routerPortName" db:"router_port_name"`
	Status                      *string              `json:"status" db:"status"`
	StatusID                    *int                 `json:"statusId" db:"status_id"`
	TCPPort                     *int                 `json:"tcpPort" db:"tcp_port"`
	Type                        string               `json:"type" db:"server_type"`
	TypeID                      *int                 `json:"typeId" db:"server_type_id"`
	UpdPending                  *bool                `json:"updPending" db:"upd_pending"`
	ServerCapabilities          []string             `json:"-" db:"server_capabilities"`
	DeliveryServiceCapabilities []string             `json:"-" db:"deliveryservice_capabilities"`
}

DSServerBase contains the base information for a Delivery Service Server.

func (DSServerBase) ToDSServerBaseV4 

func (oldBase DSServerBase) ToDSServerBaseV4() DSServerBaseV4

ToDSServerBaseV4 upgrades the DSServerBase to the structure used by the latest minor version of version 4 of Traffic Ops's API.

type DSServerBaseV4 

type DSServerBaseV4 struct {
	Cachegroup                  *string              `json:"cachegroup" db:"cachegroup"`
	CachegroupID                *int                 `json:"cachegroupId" db:"cachegroup_id"`
	CDNID                       *int                 `json:"cdnId" db:"cdn_id"`
	CDNName                     *string              `json:"cdnName" db:"cdn_name"`
	DeliveryServices            *map[string][]string `json:"deliveryServices,omitempty"`
	DomainName                  *string              `json:"domainName" db:"domain_name"`
	FQDN                        *string              `json:"fqdn,omitempty"`
	FqdnTime                    time.Time            `json:"-"`
	GUID                        *string              `json:"guid" db:"guid"`
	HostName                    *string              `json:"hostName" db:"host_name"`
	HTTPSPort                   *int                 `json:"httpsPort" db:"https_port"`
	ID                          *int                 `json:"id" db:"id"`
	ILOIPAddress                *string              `json:"iloIpAddress" db:"ilo_ip_address"`
	ILOIPGateway                *string              `json:"iloIpGateway" db:"ilo_ip_gateway"`
	ILOIPNetmask                *string              `json:"iloIpNetmask" db:"ilo_ip_netmask"`
	ILOPassword                 *string              `json:"iloPassword" db:"ilo_password"`
	ILOUsername                 *string              `json:"iloUsername" db:"ilo_username"`
	LastUpdated                 *TimeNoMod           `json:"lastUpdated" db:"last_updated"`
	MgmtIPAddress               *string              `json:"mgmtIpAddress" db:"mgmt_ip_address"`
	MgmtIPGateway               *string              `json:"mgmtIpGateway" db:"mgmt_ip_gateway"`
	MgmtIPNetmask               *string              `json:"mgmtIpNetmask" db:"mgmt_ip_netmask"`
	OfflineReason               *string              `json:"offlineReason" db:"offline_reason"`
	PhysLocation                *string              `json:"physLocation" db:"phys_location"`
	PhysLocationID              *int                 `json:"physLocationId" db:"phys_location_id"`
	ProfileNames                []string             `json:"profileNames" db:"profile_name"`
	Rack                        *string              `json:"rack" db:"rack"`
	Status                      *string              `json:"status" db:"status"`
	StatusID                    *int                 `json:"statusId" db:"status_id"`
	TCPPort                     *int                 `json:"tcpPort" db:"tcp_port"`
	Type                        string               `json:"type" db:"server_type"`
	TypeID                      *int                 `json:"typeId" db:"server_type_id"`
	UpdPending                  *bool                `json:"updPending" db:"upd_pending"`
	ServerCapabilities          []string             `json:"-" db:"server_capabilities"`
	DeliveryServiceCapabilities []string             `json:"-" db:"deliveryservice_capabilities"`
}

DSServerBaseV4 contains the base information for a Delivery Service Server.

func (DSServerBaseV4) ToDSServerBase 

func (baseV4 DSServerBaseV4) ToDSServerBase(routerHostName, routerPort, pDesc *string, pID *int) DSServerBase

ToDSServerBase downgrades the DSServerBaseV4 to the structure used by the Traffic Ops API in versions earlier than 4.0.

type DSServerIDs 

type DSServerIDs struct {
	DeliveryServiceID *int  `json:"dsId" db:"deliveryservice"`
	ServerIDs         []int `json:"servers"`
	Replace           *bool `json:"replace"`
}

A DSServerIDs is a description of relationships between a Delivery Service and zero or more servers, as well as how that relationship may have been recently modified.

type DSServerResponseV30 

type DSServerResponseV30 struct {
	Response []DSServer `json:"response"`
	Alerts
}

DSServerResponseV30 is the type of a response from Traffic Ops to a request for servers assigned to a Delivery Service - in API version 3.0.

type DSServerResponseV4 

type DSServerResponseV4 = DSServerResponseV40

DSServerResponseV4 is the type of a response from Traffic Ops to a request for servers assigned to a Delivery Service - in the latest minor version of API version 4.

type DSServerResponseV40 

type DSServerResponseV40 struct {
	Response []DSServerV4 `json:"response"`
	Alerts
}

DSServerResponseV40 is the type of a response from Traffic Ops to a request for servers assigned to a Delivery Service - in API version 4.0.

type DSServerV11 

type DSServerV11 struct {
	DSServerBase
	LegacyInterfaceDetails
}

DSServerV11 contains the legacy format for a Delivery Service Server.

type DSServerV4 

type DSServerV4 struct {
	DSServerBaseV4
	ServerInterfaces *[]ServerInterfaceInfoV40 `json:"interfaces" db:"interfaces"`
}

DSServerV4 contains information for a V4.x Delivery Service Server.

type DSServersResponse 

type DSServersResponse struct {
	Response DeliveryServiceServers `json:"response"`
	Alerts
}

DSServersResponse is the type of a response from Traffic Ops to a POST request made to the /deliveryservices/{{XML ID}}/servers endpoint of its API.

type DSType 

type DSType string

DSType is the Name of a Type used by a Delivery Service. 

const (
	DSTypeClientSteering   DSType = "CLIENT_STEERING"
	DSTypeDNS              DSType = "DNS"
	DSTypeDNSLive          DSType = "DNS_LIVE"
	DSTypeDNSLiveNational  DSType = "DNS_LIVE_NATNL"
	DSTypeHTTP             DSType = "HTTP"
	DSTypeHTTPLive         DSType = "HTTP_LIVE"
	DSTypeHTTPLiveNational DSType = "HTTP_LIVE_NATNL"
	DSTypeHTTPNoCache      DSType = "HTTP_NO_CACHE"
	DSTypeSteering         DSType = "STEERING"
	DSTypeAnyMap           DSType = "ANY_MAP"
	DSTypeInvalid          DSType = ""
)

These are the allowable values for a DSType.

Note that, in general, there is no guarantee that a Type by any of these Names exists in Traffic Ops at any given time, nor that any such Types - should they exist - will have any particular UseInTable value, nor that the Types assigned to Delivery Services will be representable by these values.

func DSTypeFromString 

func DSTypeFromString(s string) DSType

DSTypeFromString returns a DSType from its string representation, or DSTypeInvalid if the string is not a valid DSType.

func (DSType) HasSSLKeys 

func (t DSType) HasSSLKeys() bool

HasSSLKeys returns whether Dlivery Services of this Type can have SSL keys.

func (DSType) IsDNS 

func (t DSType) IsDNS() bool

IsDNS returns whether a Delivery Service of a Type that has a Name that is this DSType is DNS-routed.

func (DSType) IsHTTP 

func (t DSType) IsHTTP() bool

IsHTTP returns whether a Delivery Service of a Type that has a Name that is this DSType is HTTP-routed.

func (DSType) IsLive 

func (t DSType) IsLive() bool

IsLive returns whether Delivery Services of this Type are "live".

func (DSType) IsNational 

func (t DSType) IsNational() bool

IsNational returns whether Delivery Services of this Type are "national".

func (DSType) IsSteering 

func (t DSType) IsSteering() bool

IsSteering returns whether a Delivery Service of a Type that has a Name that is this DSType is Steering-routed.

func (DSType) String 

func (t DSType) String() string

String returns a string representation of this DSType, implementing the fmt.Stringer interface.

func (DSType) UsesDNSSECKeys 

func (t DSType) UsesDNSSECKeys() bool

UsesDNSSECKeys returns whether a Delivery Service of a Type that has a Name that is this DSType uses or needs DNSSEC keys.

func (DSType) UsesMidCache 

func (t DSType) UsesMidCache() bool

UsesMidCache returns whether Delivery Services of this Type use mid-tier cache servers.

type DSTypeCategory 

type DSTypeCategory string

A DSTypeCategory defines the routing method for a Delivery Service, i.e. HTTP or DNS.

func DSTypeCategoryFromString 

func DSTypeCategoryFromString(s string) DSTypeCategory

DSTypeCategoryFromString returns a DSTypeCategory from its string representation, or DSTypeCategoryInvalid if the string is not a valid DSTypeCategory.

This is cAsE-iNsEnSiTiVe.

func (DSTypeCategory) String 

func (t DSTypeCategory) String() string

String returns a string representation of this DSTypeCategory, implementing the fmt.Stringer interface.

type DeepCachingType 

type DeepCachingType string

DeepCachingType represents a Delivery Service's Deep Caching Type. The string values of this type should match the Traffic Ops values.

func DeepCachingTypeFromString 

func DeepCachingTypeFromString(s string) DeepCachingType

DeepCachingTypeFromString returns a DeepCachingType from its string representation, or DeepCachingTypeInvalid if the string is not a valid DeepCachingTypeFromString.

func (DeepCachingType) MarshalJSON 

func (t DeepCachingType) MarshalJSON() ([]byte, error)

MarshalJSON marshals into a JSON representation, implementing the encoding/json.Marshaler interface.

func (DeepCachingType) String 

func (t DeepCachingType) String() string

String returns a string representation of this DeepCachingType, implementing the fmt.Stringer interface.

func (*DeepCachingType) UnmarshalJSON 

func (t *DeepCachingType) UnmarshalJSON(data []byte) error

UnmarshalJSON unmarshals a JSON representation of a DeepCachingType (i.e. a string) or returns an error if the DeepCachingType is invalid.

This implements the encoding/json.Unmarshaler interface.

type DeleteCDNDNSSECKeysResponse 

type DeleteCDNDNSSECKeysResponse GenerateCDNDNSSECKeysResponse

DeleteCDNDNSSECKeysResponse is the type of a response from Traffic Ops to DELETE requests made to its /cdns/name/{{name}}/dnsseckeys API endpoint.

type DeleteCDNFederationResponse 

type DeleteCDNFederationResponse struct {
	Alerts
}

DeleteCDNFederationResponse represents a Traffic Ops API response to a request to remove a Federation from a CDN.

type DeleteDeliveryServiceResponse 

type DeleteDeliveryServiceResponse struct {
	Alerts
}

DeleteDeliveryServiceResponse is the type of a response from Traffic Ops to DELETE requests made to its /deliveryservices/{{ID}} API endpoint.

type DeleteTenantResponse deprecated 

type DeleteTenantResponse struct {
	Alerts []TenantAlert `json:"alerts"`
}

DeleteTenantResponse is a legacy structure used to represent responses to DELETE requests made to Traffic Ops's /tenants API endpoint.

Deprecated: This uses a deprecated type for its Alerts property and drops information returned by the TO API - new code should use TenantResponse instead.

type DeleteUserResponse 

type DeleteUserResponse struct {
	Alerts
}

DeleteUserResponse can theoretically hold a Traffic Ops API response to a DELETE request to update a user. It is unused.

type DeliveryService deprecated 

type DeliveryService struct {
	DeliveryServiceV13
	MaxOriginConnections      int      `json:"maxOriginConnections" db:"max_origin_connections"`
	ConsistentHashRegex       string   `json:"consistentHashRegex"`
	ConsistentHashQueryParams []string `json:"consistentHashQueryParams"`
}

DeliveryService structures represent a Delivery Service as it is exposed through the Traffic Ops API at version 1.4 - which no longer exists.

DO NOT USE THIS - it ONLY still exists because it is used in the DeliveryServiceRequest type that is still in use by Traffic Ops's Go client for API versions 2 and 3 - and even that is incorrect and DOES DROP DATA.

Deprecated: Instead use the appropriate structure for the version of the Traffic Ops API being worked with, e.g. DeliveryServiceV4.

type DeliveryServiceAcmeSSLKeysReq 

type DeliveryServiceAcmeSSLKeysReq struct {
	DeliveryServiceSSLKeysReq
}

DeliveryServiceAcmeSSLKeysReq structures are requests to generate new key/certificate pairs for a Delivery Service using an ACME provider, and are the type of structures required for POST request bodies to the /deliveryservices/sslkeys/generate/letsencrypt endpoint of the Traffic Ops API.

func (*DeliveryServiceAcmeSSLKeysReq) Validate 

func (r *DeliveryServiceAcmeSSLKeysReq) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type DeliveryServiceAddSSLKeysReq 

type DeliveryServiceAddSSLKeysReq struct {
	DeliveryServiceSSLKeysReq
}

DeliveryServiceAddSSLKeysReq structures are requests to import key/certificate pairs for a Delivery Service directly, and are the type of structures required for POST request bodies to the /deliveryservices/sslkeys/add endpoint of the Traffic Ops API.

func (*DeliveryServiceAddSSLKeysReq) Validate 

func (r *DeliveryServiceAddSSLKeysReq) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type DeliveryServiceCacheGroup 

type DeliveryServiceCacheGroup struct {
	Online  int `json:"online"`
	Offline int `json:"offline"`
	// The name of the Cache Group represented by this data.
	Name string `json:"name"`
}

DeliveryServiceCacheGroup breaks down the "health" of a Delivery Service by the number of cache servers responsible for serving its content within a specific Cache Group that are determined to be "online"/"healthy" and "offline"/"unhealthy".

type DeliveryServiceCapacity 

type DeliveryServiceCapacity struct {
	// The portion of cache servers that are ready, willing, and able to
	// service client requests.
	AvailablePercent float64 `json:"availablePercent"`
	// The portion of cache servers that are read and willing, but not able to
	// service client requests, generally because Traffic Monitor deems them
	// "unhealthy".
	UnavailablePercent float64 `json:"unavailablePercent"`
	// The portion of cache servers that are actively involved in the flow of
	// Delivery Service content.
	UtilizedPercent float64 `json:"utilizedPercent"`
	// The portion of cache servers that are not yet ready to service client
	// requests because they are undergoing maintenance.
	MaintenancePercent float64 `json:"maintenancePercent"`
}

DeliveryServiceCapacity represents the "capacity" of a Delivery Service as the portions of the pool of cache servers responsible for serving its content that are available for servicing client requests.

type DeliveryServiceCapacityResponse 

type DeliveryServiceCapacityResponse struct {
	Response DeliveryServiceCapacity `json:"response"`
	Alerts
}

DeliveryServiceCapacityResponse is the type of a response from Traffic Ops to a request for a Delivery Service's "capacity".

type DeliveryServiceFederationResolverMapping 

type DeliveryServiceFederationResolverMapping struct {
	DeliveryService string          `json:"deliveryService"`
	Mappings        ResolverMapping `json:"mappings"`
}

DeliveryServiceFederationResolverMapping structures represent resolvers to which a Delivery Service maps "federated" CDN traffic.

func (*DeliveryServiceFederationResolverMapping) Validate 

func (d *DeliveryServiceFederationResolverMapping) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type DeliveryServiceFederationResolverMappingRequest 

type DeliveryServiceFederationResolverMappingRequest []DeliveryServiceFederationResolverMapping

DeliveryServiceFederationResolverMappingRequest is the format of a request to create (or modify) the Federation Resolver mappings of one or more Delivery Services. Use this when working only with API versions 1.4 and newer.

func (*DeliveryServiceFederationResolverMappingRequest) Validate 

func (req *DeliveryServiceFederationResolverMappingRequest) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type DeliveryServiceFieldsV13 deprecated 

type DeliveryServiceFieldsV13 struct {
	// DeepCachingType may only legally point to 'ALWAYS' or 'NEVER', which
	// define whether "deep caching" may or may not be used for this Delivery
	// Service, respectively.
	DeepCachingType *DeepCachingType `json:"deepCachingType" db:"deep_caching_type"`
	// FQPacingRate sets the maximum bytes per second a cache server will deliver
	// on any single TCP connection for this Delivery Service. This may never
	// legally point to a value less than zero.
	FQPacingRate *int `json:"fqPacingRate" db:"fq_pacing_rate"`
	// SigningAlgorithm is the name of the algorithm used to sign CDN URIs for
	// this Delivery Service's content, or nil if no URI signing is done for the
	// Delivery Service. This may only point to the values "url_sig" or
	// "uri_signing".
	SigningAlgorithm *string `json:"signingAlgorithm" db:"signing_algorithm"`
	// Tenant is the Tenant to which the Delivery Service belongs.
	Tenant *string `json:"tenant"`
	// TRResponseHeaders is a set of headers (separated by CRLF pairs as per the
	// HTTP spec) and their values (separated by a colon as per the HTTP spec)
	// which will be sent by Traffic Router in HTTP responses to client requests
	// for this Delivery Service's content. This has no effect on DNS-routed or
	// un-routed Delivery Service Types.
	TRResponseHeaders *string `json:"trResponseHeaders"`
	// TRRequestHeaders is an "array" of HTTP headers which should be logged
	// from client HTTP requests for this Delivery Service's content by Traffic
	// Router, separated by newlines. This has no effect on DNS-routed or
	// un-routed Delivery Service Types.
	TRRequestHeaders *string `json:"trRequestHeaders"`
}

DeliveryServiceFieldsV13 contains additions to Delivery Services introduced in Traffic Ops API v1.3.

Deprecated: API version 1.3 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceFieldsV14 deprecated 

type DeliveryServiceFieldsV14 struct {
	// ConsistentHashRegex is used by Traffic Router to extract meaningful parts
	// of a client's request URI for HTTP-routed Delivery Services before
	// hashing the request to find a cache server to which to direct the client.
	ConsistentHashRegex *string `json:"consistentHashRegex"`
	// ConsistentHashQueryParams is a list of al of the query string parameters
	// which ought to be considered by Traffic Router in client request URIs for
	// HTTP-routed Delivery Services in the hashing process.
	ConsistentHashQueryParams []string `json:"consistentHashQueryParams"`
	// MaxOriginConnections defines the total maximum  number of connections
	// that the highest caching layer ("Mid-tier" in a non-Topology context) is
	// allowed to have concurrently open to the Delivery Service's Origin. This
	// may never legally point to a value less than 0.
	MaxOriginConnections *int `json:"maxOriginConnections" db:"max_origin_connections"`
}

DeliveryServiceFieldsV14 contains additions to Delivery Services introduced in Traffic Ops API v1.4.

Deprecated: API version 1.4 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceFieldsV15 deprecated 

type DeliveryServiceFieldsV15 struct {
	// EcsEnabled describes whether or not the Traffic Router's EDNS0 Client
	// Subnet extensions should be enabled when serving DNS responses for this
	// Delivery Service. Even if this is true, the Traffic Router may still
	// have the extensions unilaterally disabled in its own configuration.
	EcsEnabled bool `json:"ecsEnabled" db:"ecs_enabled"`
	// RangeSliceBlockSize defines the size of range request blocks - or
	// "slices" - used by the "slice" plugin. This has no effect if
	// RangeRequestHandling does not point to exactly 3. This may never legally
	// point to a value less than zero.
	RangeSliceBlockSize *int `json:"rangeSliceBlockSize" db:"range_slice_block_size"`
}

DeliveryServiceFieldsV15 contains additions to Delivery Services introduced in Traffic Ops API v1.5.

Deprecated: API version 1.5 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceFieldsV30 deprecated 

type DeliveryServiceFieldsV30 struct {
	// FirstHeaderRewrite is a "header rewrite rule" used by ATS at the first
	// caching layer encountered in the Delivery Service's Topology, or nil if
	// there is no such rule. This has no effect on Delivery Services that don't
	// employ Topologies.
	FirstHeaderRewrite *string `json:"firstHeaderRewrite" db:"first_header_rewrite"`
	// InnerHeaderRewrite is a "header rewrite rule" used by ATS at all caching
	// layers encountered in the Delivery Service's Topology except the first
	// and last, or nil if there is no such rule. This has no effect on Delivery
	// Services that don't employ Topologies.
	InnerHeaderRewrite *string `json:"innerHeaderRewrite" db:"inner_header_rewrite"`
	// LastHeaderRewrite is a "header rewrite rule" used by ATS at the first
	// caching layer encountered in the Delivery Service's Topology, or nil if
	// there is no such rule. This has no effect on Delivery Services that don't
	// employ Topologies.
	LastHeaderRewrite *string `json:"lastHeaderRewrite" db:"last_header_rewrite"`
	// ServiceCategory defines a category to which a Delivery Service may
	// belong, which will cause HTTP Responses containing content for the
	// Delivery Service to have the "X-CDN-SVC" header with a value that is the
	// XMLID of the Delivery Service.
	ServiceCategory *string `json:"serviceCategory" db:"service_category"`
	// Topology is the name of the Topology used by the Delivery Service, or nil
	// if no Topology is used.
	Topology *string `json:"topology" db:"topology"`
}

DeliveryServiceFieldsV30 contains additions to Delivery Services introduced in API v3.0.

Deprecated: API version 3.0 is deprecated - upgrade to DeliveryServiceV4.

type DeliveryServiceFieldsV31 deprecated 

type DeliveryServiceFieldsV31 struct {
	// MaxRequestHeaderBytes is the maximum size (in bytes) of the request
	// header that is allowed for this Delivery Service.
	MaxRequestHeaderBytes *int `json:"maxRequestHeaderBytes" db:"max_request_header_bytes"`
}

DeliveryServiceFieldsV31 contains additions to DeliverySservices introduced in API v3.1.

Deprecated: API version 3.1 is deprecated.

type DeliveryServiceGenSSLKeysReq 

type DeliveryServiceGenSSLKeysReq struct {
	DeliveryServiceSSLKeysReq
}

DeliveryServiceGenSSLKeysReq structures are requests to generate new key/certificate pairs for a Delivery Service, and are the type of structures required for POST request bodies to the /deliveryservices/sslkeys/generate endpoint of the Traffic Ops API.

func (*DeliveryServiceGenSSLKeysReq) Validate 

func (r *DeliveryServiceGenSSLKeysReq) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type DeliveryServiceHealth 

type DeliveryServiceHealth struct {
	TotalOnline  int                         `json:"totalOnline"`
	TotalOffline int                         `json:"totalOffline"`
	CacheGroups  []DeliveryServiceCacheGroup `json:"cacheGroups"`
}

DeliveryServiceHealth represents the "health" of a Delivery Service by the number of cache servers responsible for serving its content that are determined to be "online"/"healthy" and "offline"/"unhealthy".

type DeliveryServiceHealthResponse 

type DeliveryServiceHealthResponse struct {
	Response DeliveryServiceHealth `json:"response"`
	Alerts
}

DeliveryServiceHealthResponse is the type of a response from Traffic Ops to a request for a Delivery Service's "health".

type DeliveryServiceIDRegex 

type DeliveryServiceIDRegex struct {
	ID        int    `json:"id"`
	Type      int    `json:"type"`
	TypeName  string `json:"typeName"`
	SetNumber int    `json:"setNumber"`
	Pattern   string `json:"pattern"`
}

DeliveryServiceIDRegex holds information relating to a single routing regular expression of a delivery service, e.g., one of those listed at the deliveryservices/{{ID}}/regexes TO API route.

type DeliveryServiceIDRegexResponse 

type DeliveryServiceIDRegexResponse struct {
	Response []DeliveryServiceIDRegex `json:"response"`
	Alerts
}

DeliveryServiceIDRegexResponse is a list of DeliveryServiceIDRegexes.

type DeliveryServiceIDs 

type DeliveryServiceIDs struct {
	DsId  *int    `json:"id,omitempty" db:"ds_id"`
	XmlId *string `json:"xmlId,omitempty" db:"xml_id"`
}

DeliveryServiceIDs are pairs of identifiers for Delivery Services.

type DeliveryServiceMatch 

type DeliveryServiceMatch struct {
	Type      DSMatchType `json:"type"`
	SetNumber int         `json:"setNumber"`
	Pattern   string      `json:"pattern"`
}

DeliveryServiceMatch structures are the type of each entry in a Delivery Service's Match List.

type DeliveryServiceName 

type DeliveryServiceName string

DeliveryServiceName is the name of a Delivery Service.

This has no attached semantics, and so it may be encountered in situations where it is the actual Display Name, but most often (as far as this author knows), it actually refers to a Delivery Service's XMLID.

func (DeliveryServiceName) String 

func (d DeliveryServiceName) String() string

String implements the fmt.Stringer interface.

type DeliveryServiceNullable deprecated 

type DeliveryServiceNullable DeliveryServiceNullableV15

DeliveryServiceNullable represents a Delivery Service as they appeared in version 1.5 - and coincidentally also version 2.0 - of the Traffic Ops API.

Deprecated: All API versions for which this could be used to represent structures are deprecated - upgrade to DeliveryServiceV4.

func (*DeliveryServiceNullable) Scan 

func (ds *DeliveryServiceNullable) Scan(src interface{}) error

Scan implements the database/sql.Scanner interface.

This expects src to be an encoding/json.RawMessage and unmarshals that into the DeliveryServiceNullable.

func (*DeliveryServiceNullable) Value 

func (ds *DeliveryServiceNullable) Value() (driver.Value, error)

Value implements the database/sql/driver.Valuer interface by marshaling the struct to JSON to pass back as an encoding/json.RawMessage.

type DeliveryServiceNullableFieldsV11 deprecated 

type DeliveryServiceNullableFieldsV11 struct {
	// Active dictates whether the Delivery Service is routed by Traffic Router.
	Active *bool `json:"active" db:"active"`
	// AnonymousBlockingEnabled sets whether or not anonymized IP addresses
	// (e.g. Tor exit nodes) should be restricted from accessing the Delivery
	// Service's content.
	AnonymousBlockingEnabled *bool `json:"anonymousBlockingEnabled" db:"anonymous_blocking_enabled"`
	// CCRDNSTTL sets the Time-to-Live - in seconds - for DNS responses for this
	// Delivery Service from Traffic Router.
	CCRDNSTTL *int `json:"ccrDnsTtl" db:"ccr_dns_ttl"`
	// CDNID is the integral, unique identifier for the CDN to which the
	// Delivery Service belongs.
	CDNID *int `json:"cdnId" db:"cdn_id"`
	// CDNName is the name of the CDN to which the Delivery Service belongs.
	CDNName *string `json:"cdnName"`
	// CheckPath is a path which may be requested of the Delivery Service's
	// origin to ensure it's working properly.
	CheckPath *string `json:"checkPath" db:"check_path"`
	// DisplayName is a human-friendly name that might be used in some UIs
	// somewhere.
	DisplayName *string `json:"displayName" db:"display_name"`
	// DNSBypassCNAME is a fully qualified domain name to be used in a CNAME
	// record presented to clients in bypass scenarios.
	DNSBypassCNAME *string `json:"dnsBypassCname" db:"dns_bypass_cname"`
	// DNSBypassIP is an IPv4 address to be used in an A record presented to
	// clients in bypass scenarios.
	DNSBypassIP *string `json:"dnsBypassIp" db:"dns_bypass_ip"`
	// DNSBypassIP6 is an IPv6 address to be used in an AAAA record presented to
	// clients in bypass scenarios.
	DNSBypassIP6 *string `json:"dnsBypassIp6" db:"dns_bypass_ip6"`
	// DNSBypassTTL sets the Time-to-Live - in seconds - of DNS responses from
	// the Traffic Router that contain records for bypass destinations.
	DNSBypassTTL *int `json:"dnsBypassTtl" db:"dns_bypass_ttl"`
	// DSCP sets the Differentiated Services Code Point for IP packets
	// transferred between clients, origins, and cache servers when obtaining
	// and serving content for this Delivery Service.
	// See Also: https://en.wikipedia.org/wiki/Differentiated_services
	DSCP *int `json:"dscp" db:"dscp"`
	// EdgeHeaderRewrite is a "header rewrite rule" used by ATS at the Edge-tier
	// of caching. This has no effect on Delivery Services that don't use a
	// Topology.
	EdgeHeaderRewrite *string `json:"edgeHeaderRewrite" db:"edge_header_rewrite"`
	// ExampleURLs is a list of all of the URLs from which content may be
	// requested from the Delivery Service.
	ExampleURLs []string `json:"exampleURLs"`
	// GeoLimit defines whether or not access to a Delivery Service's content
	// should be limited based on the requesting client's geographic location.
	// Despite that this is a pointer to an arbitrary integer, the only valid
	// values are 0 (which indicates that content should not be limited
	// geographically), 1 (which indicates that content should only be served to
	// clients whose IP addresses can be found within a Coverage Zone File), and
	// 2 (which indicates that content should be served to clients whose IP
	// addresses can be found within a Coverage Zone File OR are allowed access
	// according to the "array" in GeoLimitCountries).
	GeoLimit *int `json:"geoLimit" db:"geo_limit"`
	// GeoLimitCountries is an "array" of "country codes" that itemizes the
	// countries within which the Delivery Service's content ought to be made
	// available. This has no effect if GeoLimit is not a pointer to exactly the
	// value 2.
	GeoLimitCountries *string `json:"geoLimitCountries" db:"geo_limit_countries"`
	// GeoLimitRedirectURL is a URL to which clients will be redirected if their
	// access to the Delivery Service's content is blocked by GeoLimit rules.
	GeoLimitRedirectURL *string `json:"geoLimitRedirectURL" db:"geolimit_redirect_url"`
	// GeoProvider names the type of database to be used for providing IP
	// address-to-geographic-location mapping for this Delivery Service. The
	// only valid values to which it may point are 0 (which indicates the use of
	// a MaxMind GeoIP2 database) and 1 (which indicates the use of a Neustar
	// GeoPoint IP address database).
	GeoProvider *int `json:"geoProvider" db:"geo_provider"`
	// GlobalMaxMBPS defines a maximum number of MegaBytes Per Second which may
	// be served for the Delivery Service before redirecting clients to bypass
	// locations.
	GlobalMaxMBPS *int `json:"globalMaxMbps" db:"global_max_mbps"`
	// GlobalMaxTPS defines a maximum number of Transactions Per Second which
	// may be served for the Delivery Service before redirecting clients to
	// bypass locations.
	GlobalMaxTPS *int `json:"globalMaxTps" db:"global_max_tps"`
	// HTTPBypassFQDN is a network location to which clients will be redirected
	// in bypass scenarios using HTTP "Location" headers and appropriate
	// redirection response codes.
	HTTPBypassFQDN *string `json:"httpBypassFqdn" db:"http_bypass_fqdn"`
	// ID is an integral, unique identifier for the Delivery Service.
	ID *int `json:"id" db:"id"`
	// InfoURL is a URL to which operators or clients may be directed to obtain
	// further information about a Delivery Service.
	InfoURL *string `json:"infoUrl" db:"info_url"`
	// InitialDispersion sets the number of cache servers within the first
	// caching layer ("Edge-tier" in a non-Topology context) across which
	// content will be dispersed per Cache Group.
	InitialDispersion *int `json:"initialDispersion" db:"initial_dispersion"`
	// IPV6RoutingEnabled controls whether or not routing over IPv6 should be
	// done for this Delivery Service.
	IPV6RoutingEnabled *bool `json:"ipv6RoutingEnabled" db:"ipv6_routing_enabled"`
	// LastUpdated is the time and date at which the Delivery Service was last
	// updated.
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`
	// LogsEnabled controls nothing. It is kept only for legacy compatibility.
	LogsEnabled *bool `json:"logsEnabled" db:"logs_enabled"`
	// LongDesc is a description of the Delivery Service, having arbitrary
	// length.
	LongDesc *string `json:"longDesc" db:"long_desc"`
	// LongDesc1 is a description of the Delivery Service, having arbitrary
	// length.
	LongDesc1 *string `json:"longDesc1,omitempty" db:"long_desc_1"`
	// LongDesc2 is a description of the Delivery Service, having arbitrary
	// length.
	LongDesc2 *string `json:"longDesc2,omitempty" db:"long_desc_2"`
	// MatchList is a list of Regular Expressions used for routing the Delivery
	// Service. Order matters, and the array is not allowed to be sparse.
	MatchList *[]DeliveryServiceMatch `json:"matchList"`
	// MaxDNSAnswers sets the maximum number of records which should be returned
	// by Traffic Router in DNS responses to requests for resolving names for
	// this Delivery Service.
	MaxDNSAnswers *int `json:"maxDnsAnswers" db:"max_dns_answers"`
	// MidHeaderRewrite is a "header rewrite rule" used by ATS at the Mid-tier
	// of caching. This has no effect on Delivery Services that don't use a
	// Topology.
	MidHeaderRewrite *string `json:"midHeaderRewrite" db:"mid_header_rewrite"`
	// MissLat is a latitude to default to for clients of this Delivery Service
	// when geolocation attempts fail.
	MissLat *float64 `json:"missLat" db:"miss_lat"`
	// MissLong is a longitude to default to for clients of this Delivery
	// Service when geolocation attempts fail.
	MissLong *float64 `json:"missLong" db:"miss_long"`
	// MultiSiteOrigin determines whether or not the Delivery Service makes use
	// of "Multi-Site Origin".
	MultiSiteOrigin *bool `json:"multiSiteOrigin" db:"multi_site_origin"`
	// OriginShield is a field that does nothing. It is kept only for legacy
	// compatibility reasons.
	OriginShield *string `json:"originShield" db:"origin_shield"`
	// OrgServerFQDN is the URL - NOT Fully Qualified Domain Name - of the
	// origin of the Delivery Service's content.
	OrgServerFQDN *string `json:"orgServerFqdn" db:"org_server_fqdn"`
	// ProfileDesc is the Description of the Profile used by the Delivery
	// Service, if any.
	ProfileDesc *string `json:"profileDescription"`
	// ProfileID is the integral, unique identifier of the Profile used by the
	// Delivery Service, if any.
	ProfileID *int `json:"profileId" db:"profile"`
	// ProfileName is the Name of the Profile used by the Delivery Service, if
	// any.
	ProfileName *string `json:"profileName"`
	// Protocol defines the protocols by which caching servers may communicate
	// with clients. The valid values to which it may point are 0 (which implies
	// that only HTTP may be used), 1 (which implies that only HTTPS may be
	// used), 2 (which implies that either HTTP or HTTPS may be used), and 3
	// (which implies that clients using HTTP must be redirected to use HTTPS,
	// while communications over HTTPS may proceed as normal).
	Protocol *int `json:"protocol" db:"protocol"`
	// QStringIgnore sets how query strings in HTTP requests to cache servers
	// from clients are treated. The only valid values to which it may point are
	// 0 (which implies that all caching layers will pass query strings in
	// upstream requests and use them in the cache key), 1 (which implies that
	// all caching layers will pass query strings in upstream requests, but not
	// use them in cache keys), and 2 (which implies that the first encountered
	// caching layer - "Edge-tier" in a non-Topology context - will strip query
	// strings, effectively preventing them from being passed in upstream
	// requests, and not use them in the cache key).
	QStringIgnore *int `json:"qstringIgnore" db:"qstring_ignore"`
	// RangeRequestHandling defines how HTTP GET requests with a Range header
	// will be handled by cache servers serving the Delivery Service's content.
	// The only valid values to which it may point are 0 (which implies that
	// Range requests will not be cached at all), 1 (which implies that the
	// background_fetch plugin will be used to service the range request while
	// caching the whole object), 2 (which implies that the cache_range_requests
	// plugin will be used to cache ranges as unique objects), and 3 (which
	// implies that the slice plugin will be used to slice range based requests
	// into deterministic chunks.)
	RangeRequestHandling *int `json:"rangeRequestHandling" db:"range_request_handling"`
	// Regex Remap is a raw line to be inserted into "regex_remap.config" on the
	// cache server. Care is necessitated in its use, because the input is in no
	// way restricted, validated, or limited in scope to the Delivery Service.
	RegexRemap *string `json:"regexRemap" db:"regex_remap"`
	// RegionalGeoBlocking defines whether or not whatever Regional Geo Blocking
	// rules are configured on the Traffic Router serving content for this
	// Delivery Service will have an effect on the traffic of this Delivery
	// Service.
	RegionalGeoBlocking *bool `json:"regionalGeoBlocking" db:"regional_geo_blocking"`
	// RemapText is raw text to insert in "remap.config" on the cache servers
	// serving content for this Delivery Service. Care is necessitated in its
	// use, because the input is in no way restricted, validated, or limited in
	// scope to the Delivery Service.
	RemapText *string `json:"remapText" db:"remap_text"`
	// RoutingName defines the lowest-level DNS label used by the Delivery
	// Service, e.g. if trafficcontrol.apache.org were a Delivery Service, it
	// would have a RoutingName of "trafficcontrol".
	RoutingName *string `json:"routingName" db:"routing_name"`
	// Signed is a legacy field. It is allowed to be `true` if and only if
	// SigningAlgorithm is not nil.
	Signed bool `json:"signed"`
	// SSLKeyVersion incremented whenever Traffic Portal generates new SSL keys
	// for the Delivery Service, effectively making it a "generational" marker.
	SSLKeyVersion *int `json:"sslKeyVersion" db:"ssl_key_version"`
	// TenantID is the integral, unique identifier for the Tenant to which the
	// Delivery Service belongs.
	TenantID *int `json:"tenantId" db:"tenant_id"`
	// Type describes how content is routed and cached for this Delivery Service
	// as well as what other properties have any meaning.
	Type *DSType `json:"type"`
	// TypeID is an integral, unique identifier for the Tenant to which the
	// Delivery Service belongs.
	TypeID *int `json:"typeId" db:"type"`
	// XMLID is a unique identifier that is also the second lowest-level DNS
	// label used by the Delivery Service. For example, if a Delivery Service's
	// content may be requested from video.demo1.mycdn.ciab.test, it may be
	// inferred that the Delivery Service's XMLID is demo1.
	XMLID *string `json:"xmlId" db:"xml_id"`
}

DeliveryServiceNullableFieldsV11 contains properties that Delivery Services as they appeared in Traffic Ops API v1.1 had, AND were not removed by ANY later API version.

Deprecated: API version 1.1 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceNullableV11 deprecated 

type DeliveryServiceNullableV11 struct {
	DeliveryServiceNullableFieldsV11
	DeliveryServiceRemovedFieldsV11
}

DeliveryServiceNullableV11 represents a Delivery Service as they appeared in version 1.1 of the Traffic Ops API - which no longer exists.

Deprecated: API version 1.1 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceNullableV12 deprecated 

type DeliveryServiceNullableV12 struct {
	DeliveryServiceNullableV11
}

DeliveryServiceNullableV12 represents a Delivery Service as they appeared in version 1.2 of the Traffic Ops API - which no longer exists.

Deprecated: API version 1.2 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceNullableV13 deprecated 

type DeliveryServiceNullableV13 struct {
	DeliveryServiceNullableV12
	DeliveryServiceFieldsV13
}

DeliveryServiceNullableV13 represents a Delivery Service as they appeared in version 1.3 of the Traffic Ops API - which no longer exists.

Deprecated: API version 1.3 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceNullableV14 deprecated 

type DeliveryServiceNullableV14 struct {
	DeliveryServiceNullableV13
	DeliveryServiceFieldsV14
}

DeliveryServiceNullableV14 represents a Delivery Service as they appeared in version 1.4 of the Traffic Ops API - which no longer exists.

Deprecated: API version 1.4 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceNullableV15 deprecated 

type DeliveryServiceNullableV15 struct {
	DeliveryServiceNullableV14
	DeliveryServiceFieldsV15
}

DeliveryServiceNullableV15 represents a Delivery Service as they appeared in version 1.5 of the Traffic Ops API - which no longer exists.

Because the structure of Delivery Services did not change between Traffic Ops API versions 1.5 and 2.0, this is also used in many places to represent an APIv2 Delivery Service.

Deprecated: All API versions for which this could be used to represent structures are deprecated - upgrade to DeliveryServiceV4.

type DeliveryServiceNullableV30 deprecated 

type DeliveryServiceNullableV30 DeliveryServiceV31

DeliveryServiceNullableV30 is the aliased structure that we should be using for all API 3.x Delivery Service operations.

Again, this type is an alias that refers to the LATEST MINOR VERSION of API version 3 - NOT API version 3.0 as the name might imply.

This type should always alias the latest 3.x minor version struct. For example, if you wanted to create a DeliveryServiceV32 struct, you would do the following: 

type DeliveryServiceNullableV30 DeliveryServiceV32
DeliveryServiceV32 = DeliveryServiceV31 + the new fields.

Deprecated: API version 3 is deprecated - upgrade to DeliveryServiceV4.

func (*DeliveryServiceNullableV30) UpgradeToV4 

func (ds *DeliveryServiceNullableV30) UpgradeToV4() DeliveryServiceV4

UpgradeToV4 converts the 3.x DS to a 4.x DS.

type DeliveryServiceRegex 

type DeliveryServiceRegex struct {
	Type      string `json:"type"`
	SetNumber int    `json:"setNumber"`
	Pattern   string `json:"pattern"`
}

DeliveryServiceRegex is a regular expression used for routing to a Delivery Service.

type DeliveryServiceRegexPost 

type DeliveryServiceRegexPost struct {
	Type      int    `json:"type"`
	SetNumber int    `json:"setNumber"`
	Pattern   string `json:"pattern"`
}

DeliveryServiceRegexPost holds all of the information necessary to create a new routing regular expression for a delivery service.

type DeliveryServiceRegexResponse 

type DeliveryServiceRegexResponse struct {
	Response []DeliveryServiceRegexes `json:"response"`
	Alerts
}

DeliveryServiceRegexResponse is the type of a Traffic Ops API response to the /deliveryservices_regexes endpoint - in all API verions (at the time of this writing).

type DeliveryServiceRegexes 

type DeliveryServiceRegexes struct {
	Regexes []DeliveryServiceRegex `json:"regexes"`
	// The XMLID of the Delivery Service to which the Regexes belong - NOT its
	// Display Name.
	DSName string `json:"dsName"`
}

DeliveryServiceRegexes structures associate a set of Delivery Service Regular Expressions (Delivery Service "Regexes") with a particular Delivery Service.

type DeliveryServiceRegexesTest 

type DeliveryServiceRegexesTest struct {
	DSName string `json:"dsName"`
	DSID   int
	DeliveryServiceIDRegex
}

DeliveryServiceRegexesTest is used to represent the entire deliveryservice_regex for testing.

This is ONLY meant to be used by testing code internal to ATC, do NOT use this to represent real CDN objects of any kind.

type DeliveryServiceRemovedFieldsV11 deprecated 

type DeliveryServiceRemovedFieldsV11 struct {
	CacheURL *string `json:"cacheurl" db:"cacheurl"`
}

DeliveryServiceRemovedFieldsV11 contains properties of Delivery Services as they appeared in version 1.1 of the Traffic Ops API that were later removed in some other API version.

Deprecated: API version 1.1 no longer exists, this type ONLY still exists because newer structures nest it, so removing it would be a breaking change - please upgrade to DeliveryServiceV4.

type DeliveryServiceRequest 

type DeliveryServiceRequest struct {
	AssigneeID      int             `json:"assigneeId,omitempty"`
	Assignee        string          `json:"assignee,omitempty"`
	AuthorID        IDNoMod         `json:"authorId"`
	Author          string          `json:"author"`
	ChangeType      string          `json:"changeType"`
	CreatedAt       *TimeNoMod      `json:"createdAt"`
	ID              int             `json:"id"`
	LastEditedBy    string          `json:"lastEditedBy,omitempty"`
	LastEditedByID  IDNoMod         `json:"lastEditedById,omitempty"`
	LastUpdated     *TimeNoMod      `json:"lastUpdated"`
	DeliveryService DeliveryService `json:"deliveryService"` // TODO version DeliveryServiceRequest
	Status          RequestStatus   `json:"status"`
	XMLID           string          `json:"-" db:"xml_id"`
}

DeliveryServiceRequest is used as part of the workflow to create, modify, or delete a delivery service.

type DeliveryServiceRequestComment 

type DeliveryServiceRequestComment struct {
	AuthorID                 IDNoMod   `json:"authorId" db:"author_id"`
	Author                   string    `json:"author"`
	DeliveryServiceRequestID int       `json:"deliveryServiceRequestId" db:"deliveryservice_request_id"`
	ID                       int       `json:"id" db:"id"`
	LastUpdated              TimeNoMod `json:"lastUpdated" db:"last_updated"`
	Value                    string    `json:"value" db:"value"`
	XMLID                    string    `json:"xmlId" db:"xml_id"`
}

DeliveryServiceRequestComment is a struct containing the fields for a delivery service request comment.

type DeliveryServiceRequestCommentNullable 

type DeliveryServiceRequestCommentNullable struct {
	AuthorID                 *IDNoMod   `json:"authorId" db:"author_id"`
	Author                   *string    `json:"author"`
	DeliveryServiceRequestID *int       `json:"deliveryServiceRequestId" db:"deliveryservice_request_id"`
	ID                       *int       `json:"id" db:"id"`
	LastUpdated              *TimeNoMod `json:"lastUpdated" db:"last_updated"`
	Value                    *string    `json:"value" db:"value"`
	XMLID                    *string    `json:"xmlId" db:"xml_id"`
}

DeliveryServiceRequestCommentNullable is a nullable struct containing the fields for a delivery service request comment.

type DeliveryServiceRequestCommentsResponse 

type DeliveryServiceRequestCommentsResponse struct {
	Response []DeliveryServiceRequestComment `json:"response"`
	Alerts
}

DeliveryServiceRequestCommentsResponse is a list of DeliveryServiceRequestComments as a response.

type DeliveryServiceRequestDetails deprecated 

type DeliveryServiceRequestDetails struct {
	// ContentType is the type of content to be delivered, e.g. "static", "VOD" etc.
	ContentType string `json:"contentType"`
	// Customer is the requesting customer - typically this is a Tenant.
	Customer string `json:"customer"`
	// DeepCachingType represents whether or not the Delivery Service should use Deep Caching.
	DeepCachingType *DeepCachingType `json:"deepCachingType"`
	// Delivery Protocol is the protocol clients should use to connect to the Delivery Service.
	DeliveryProtocol *Protocol `json:"deliveryProtocol"`
	// HasNegativeCachingCustomization indicates whether or not the resulting Delivery Service should
	// customize the use of negative caching. When this is `true`, NegativeCachingCustomizationNote
	// should be consulted for instructions on the customization.
	HasNegativeCachingCustomization *bool `json:"hasNegativeCachingCustomization"`
	// HasOriginACLWhitelist indicates whether or not the Origin has an ACL whitelist. When this is
	// `true`, Notes should ideally contain the actual whitelist (or viewing instructions).
	HasOriginACLWhitelist *bool `json:"hasOriginACLWhitelist"`
	// Has OriginDynamicRemap indicates whether or not the OriginURL can dynamically map to multiple
	// different actual origin servers.
	HasOriginDynamicRemap *bool `json:"hasOriginDynamicRemap"`
	// HasSignedURLs indicates whether or not the resulting Delivery Service should sign its URLs.
	HasSignedURLs *bool `json:"hasSignedURLs"`
	// HeaderRewriteEdge is an optional HeaderRewrite rule to apply at the Edge tier.
	HeaderRewriteEdge *string `json:"headerRewriteEdge"`
	// HeaderRewriteMid is an optional HeaderRewrite rule to apply at the Mid tier.
	HeaderRewriteMid *string `json:"headerRewriteMid"`
	// HeaderRewriteRedirectRouter is an optional HeaderRewrite rule to apply at routing time by
	// the Traffic Router.
	HeaderRewriteRedirectRouter *string `json:"headerRewriteRedirectRouter"`
	// MaxLibrarySizeEstimate is an estimation of the total size of content that will be delivered
	// through the resulting Delivery Service.
	MaxLibrarySizeEstimate string `json:"maxLibrarySizeEstimate"`
	// NegativeCachingCustomizationNote is an optional note describing the customization to be
	// applied to Negative Caching. This should never be `nil` (or empty) if
	// HasNegativeCachingCustomization is `true`, but in that case the recipient ought to contact
	// Customer for instructions.
	NegativeCachingCustomizationNote *string `json:"negativeCachingCustomizationNote"`
	// Notes is an optional set of extra information supplied to describe the requested Delivery
	// Service.
	Notes *string `json:"notes"`
	// OriginHeaders is an optional list of HTTP headers that must be sent in requests to the Origin. When
	// parsing from JSON, this field can be either an actual array of headers, or a string containing
	// a comma-delimited list of said headers.
	OriginHeaders *OriginHeaders `json:"originHeaders"`
	// OriginTestFile is the path to a file on the origin that can be requested to test the server's
	// operational readiness, e.g. '/test.xml'.
	OriginTestFile string `json:"originTestFile"`
	// OriginURL is the URL of the origin server that has the content to be served by the requested
	// Delivery Service.
	OriginURL string `json:"originURL"`
	// OtherOriginSecurity is an optional note about any and all other Security employed by the origin
	// server (beyond an ACL whitelist, which has its own field: HasOriginACLWhitelist).
	OtherOriginSecurity *string `json:"otherOriginSecurity"`
	// OverflowService is an optional IP Address or URL to which clients should be redirected when
	// the requested Delivery Service exceeds its operational capacity.
	OverflowService *string `json:"overflowService"`
	// PeakBPSEstimate is an estimate of the bytes per second expected at peak operation.
	PeakBPSEstimate string `json:"peakBPSEstimate"`
	// PeakTPSEstimate is an estimate of the transactions per second expected at peak operation.
	PeakTPSEstimate string `json:"peakTPSEstimate"`
	// QueryStringHandling describes the manner in which the CDN should handle query strings in client
	// requests. Generally one of "use", "drop", or "ignore-in-cache-key-and-pass-up".
	QueryStringHandling string `json:"queryStringHandling"`
	// RangeRequestHandling describes the manner in which HTTP requests are handled.
	RangeRequestHandling string `json:"rangeRequestHandling"`
	// RateLimitingGBPS is an optional rate limit for the requested Delivery Service in gigabytes per
	// second.
	RateLimitingGBPS *uint `json:"rateLimitingGBPS"`
	// RateLimitingTPS is an optional rate limit for the requested Delivery Service in transactions
	// per second.
	RateLimitingTPS *uint `json:"rateLimitingTPS"`
	// RoutingName is the top-level DNS label under which the Delivery Service should be requested.
	RoutingName string `json:"routingName"`
	// RoutingType is the type of routing Traffic Router should perform for the requested Delivery
	// Service.
	RoutingType *DSType `json:"routingType"`
	// ServiceAliases is an optional list of alternative names for the requested Delivery Service.
	ServiceAliases []string `json:"serviceAliases"`
	// ServiceDesc is a basic description of the requested Delivery Service.
	ServiceDesc string `json:"serviceDesc"`
}

DeliveryServiceRequestDetails holds information about what a user is trying to change, with respect to a delivery service.

Deprecated: Delivery Services Requests have been deprecated in favor of Delivery Service Requests, and will be removed from the Traffic Ops API at some point in the future.

func (DeliveryServiceRequestDetails) Format 

func (d DeliveryServiceRequestDetails) Format() (string, error)

Format formats the DeliveryServiceRequestDetails into the text/html body of an email. The template used is EmailTemplate.

type DeliveryServiceRequestNullable 

type DeliveryServiceRequestNullable struct {
	AssigneeID      *int                        `json:"assigneeId,omitempty" db:"assignee_id"`
	Assignee        *string                     `json:"assignee,omitempty"`
	AuthorID        *IDNoMod                    `json:"authorId" db:"author_id"`
	Author          *string                     `json:"author"`
	ChangeType      *string                     `json:"changeType" db:"change_type"`
	CreatedAt       *TimeNoMod                  `json:"createdAt" db:"created_at"`
	ID              *int                        `json:"id" db:"id"`
	LastEditedBy    *string                     `json:"lastEditedBy"`
	LastEditedByID  *IDNoMod                    `json:"lastEditedById" db:"last_edited_by_id"`
	LastUpdated     *TimeNoMod                  `json:"lastUpdated" db:"last_updated"`
	DeliveryService *DeliveryServiceNullableV30 `json:"deliveryService" db:"deliveryservice"`
	Status          *RequestStatus              `json:"status" db:"status"`
	XMLID           *string                     `json:"-" db:"xml_id"`
}

DeliveryServiceRequestNullable is used as part of the workflow to create, modify, or delete a delivery service.

func (DeliveryServiceRequestNullable) Upgrade 

func (dsr DeliveryServiceRequestNullable) Upgrade() DeliveryServiceRequestV40

Upgrade coerces the DeliveryServiceRequestNullable to the newer DeliveryServiceRequestV40 structure.

All reference properties are "deep"-copied so they may be modified without affecting the original. However, DeliveryService is constructed as a "deep" copy, but the properties of the underlying DeliveryServiceNullableV30 are "shallow" copied, and so modifying them *can* affect the original and vice-versa.

type DeliveryServiceRequestRequest deprecated 

type DeliveryServiceRequestRequest struct {
	// EmailTo is the email address that is ultimately the destination of a formatted DeliveryServiceRequestRequest.
	EmailTo string `json:"emailTo"`
	// Details holds the actual request in a data structure.
	Details DeliveryServiceRequestDetails `json:"details"`
}

DeliveryServiceRequestRequest is a literal request to make a Delivery Service.

Deprecated: Delivery Services Requests have been deprecated in favor of Delivery Service Requests, and will be removed from the Traffic Ops API at some point in the future.

func (*DeliveryServiceRequestRequest) Validate 

func (d *DeliveryServiceRequestRequest) Validate() error

Validate validates that the delivery service request has all of the required fields. In some cases, e.g. the top-level EmailTo field, the format is also checked for correctness.

type DeliveryServiceRequestResponseV4 

type DeliveryServiceRequestResponseV4 = DeliveryServiceRequestResponseV40

DeliveryServiceRequestResponseV4 is the type of a response from Traffic Ops when creating, updating, or deleting a Delivery Service Request using the latest minor version of API version 4.

type DeliveryServiceRequestResponseV40 

type DeliveryServiceRequestResponseV40 struct {
	Response DeliveryServiceRequestV40 `json:"response"`
	Alerts
}

DeliveryServiceRequestResponseV40 is the type of a response from Traffic Ops when creating, updating, or deleting a Delivery Service Request using API version 4.0.

type DeliveryServiceRequestV4 

type DeliveryServiceRequestV4 = DeliveryServiceRequestV40

DeliveryServiceRequestV4 is the type of a Delivery Service Request as it appears in API version 4.

type DeliveryServiceRequestV40 

type DeliveryServiceRequestV40 struct {
	// Assignee is the username of the user assigned to the Delivery Service
	// Request, if any.
	Assignee *string `json:"assignee"`
	// AssigneeID is the integral, unique identifier of the user assigned to the
	// Delivery Service Request, if any.
	AssigneeID *int `json:"-" db:"assignee_id"`
	// Author is the username of the user who created the Delivery Service
	// Request.
	Author string `json:"author"`
	// AuthorID is the integral, unique identifier of the user who created the
	// Delivery Service Request, if/when it is known.
	AuthorID *int `json:"-" db:"author_id"`
	// ChangeType represents the type of change being made, must be one of
	// "create", "change" or "delete".
	ChangeType DSRChangeType `json:"changeType" db:"change_type"`
	// CreatedAt is the date/time at which the Delivery Service Request was
	// created.
	CreatedAt time.Time `json:"createdAt" db:"created_at"`
	// ID is the integral, unique identifier for the Delivery Service Request
	// if/when it is known.
	ID *int `json:"id" db:"id"`
	// LastEditedBy is the username of the user by whom the Delivery Service
	// Request was last edited.
	LastEditedBy string `json:"lastEditedBy"`
	// LastEditedByID is the integral, unique identifier of the user by whom the
	// Delivery Service Request was last edited, if/when it is known.
	LastEditedByID *int `json:"-" db:"last_edited_by_id"`
	// LastUpdated is the date/time at which the Delivery Service was last
	// modified.
	LastUpdated time.Time `json:"lastUpdated" db:"last_updated"`
	// Original is the original Delivery Service for which changes are
	// requested. This is present in responses only for ChangeTypes 'change' and
	// 'delete', and is only required in requests where ChangeType is 'delete'.
	Original *DeliveryServiceV4 `json:"original,omitempty" db:"original"`
	// Requested is the set of requested changes. This is present in responses
	// only for ChangeTypes 'change' and 'create', and is only required in
	// requests in those cases.
	Requested *DeliveryServiceV4 `json:"requested,omitempty" db:"deliveryservice"`
	// Status is the status of the Delivery Service Request.
	Status RequestStatus `json:"status" db:"status"`
	// Used internally to define the affected Delivery Service.
	XMLID string `json:"-"`
}

DeliveryServiceRequestV40 is the type of a Delivery Service Request in Traffic Ops API version 4.0.

func (DeliveryServiceRequestV40) Downgrade 

func (dsr DeliveryServiceRequestV40) Downgrade() DeliveryServiceRequestNullable

Downgrade coerces the DeliveryServiceRequestV40 to the older DeliveryServiceRequestNullable structure.

"XMLID" will be copied directly if it is non-empty, otherwise determined from the DeliveryService (if it's not 'nil').

All reference properties are "deep"-copied so they may be modified without affecting the original. However, DeliveryService is constructed as a "deep" copy of "Requested", but the properties of the underlying DeliveryServiceNullableV30 are "shallow" copied, and so modifying them *can* affect the original and vice-versa.

func (DeliveryServiceRequestV40) IsClosed 

func (dsr DeliveryServiceRequestV40) IsClosed() bool

IsClosed returns whether or not the Delivery Service Request has been "closed", by being either rejected or completed.

func (DeliveryServiceRequestV40) IsOpen 

func (dsr DeliveryServiceRequestV40) IsOpen() bool

IsOpen returns whether or not the Delivery Service Request is still "open" - i.e. has not been rejected or completed.

func (*DeliveryServiceRequestV40) SetXMLID 

func (dsr *DeliveryServiceRequestV40) SetXMLID()

SetXMLID sets the DeliveryServiceRequestV40's XMLID based on its DeliveryService.

Example 
var dsr DeliveryServiceRequestV40
fmt.Println(dsr.XMLID == "")

dsr.Requested = new(DeliveryServiceV4)
dsr.Requested.XMLID = new(string)
*dsr.Requested.XMLID = "test"
dsr.SetXMLID()

fmt.Println(dsr.XMLID)

Output:

true
test

func (DeliveryServiceRequestV40) String 

func (dsr DeliveryServiceRequestV40) String() string

String encodes the DeliveryServiceRequestV40 as a string, in the format "DeliveryServiceRequestV40({{Property}}={{Value}}[, {{Property}}={{Value}}]+)".

If a property is a pointer value, then its dereferenced value is used - unless it's nil, in which case "<nil>" is used as the value. DeliveryService is omitted, because of how large it is. Times are formatted in RFC3339 format.

Example 
var dsr DeliveryServiceRequestV40
fmt.Println(dsr.String())

Output:

DeliveryServiceRequestV40(Assignee=<nil>, AssigneeID=<nil>, Author="", AuthorID=<nil>, ChangeType="", CreatedAt=0001-01-01T00:00:00Z, ID=<nil>, LastEditedBy="", LastEditedByID=<nil>, LastUpdated=0001-01-01T00:00:00Z, Status="")

type DeliveryServiceRequestsResponseV4 

type DeliveryServiceRequestsResponseV4 = DeliveryServiceRequestsResponseV40

DeliveryServiceRequestsResponseV4 is the type of a response from Traffic Ops for Delivery Service Requests using the latest minor version of API version 4.

type DeliveryServiceRequestsResponseV40 

type DeliveryServiceRequestsResponseV40 struct {
	Response []DeliveryServiceRequestV40 `json:"response"`
	Alerts
}

DeliveryServiceRequestsResponseV40 is the type of a response from Traffic Ops for Delivery Service Requests using API version 4.0.

type DeliveryServiceSSLKeys 

type DeliveryServiceSSLKeys struct {
	AuthType        string                            `json:"authType,omitempty"`
	CDN             string                            `json:"cdn,omitempty"`
	DeliveryService string                            `json:"deliveryservice,omitempty"`
	BusinessUnit    string                            `json:"businessUnit,omitempty"`
	City            string                            `json:"city,omitempty"`
	Organization    string                            `json:"organization,omitempty"`
	Hostname        string                            `json:"hostname,omitempty"`
	Country         string                            `json:"country,omitempty"`
	State           string                            `json:"state,omitempty"`
	Key             string                            `json:"key"`
	Version         util.JSONIntStr                   `json:"version"`
	Certificate     DeliveryServiceSSLKeysCertificate `json:"certificate,omitempty"`
}

DeliveryServiceSSLKeys contains information about an SSL key and certificate used by a Delivery Service to secure its HTTP-delivered content.

type DeliveryServiceSSLKeysCertificate 

type DeliveryServiceSSLKeysCertificate struct {
	Crt string `json:"crt"`
	Key string `json:"key"`
	CSR string `json:"csr"`
}

DeliveryServiceSSLKeysCertificate contains an SSL key/certificate pair for a Delivery Service, as well as the Certificate Signing Request associated with them.

type DeliveryServiceSSLKeysGenerationResponse 

type DeliveryServiceSSLKeysGenerationResponse struct {
	Response string `json:"response"`
	Alerts
}

DeliveryServiceSSLKeysGenerationResponse is the type of a response from Traffic Ops to a request for generation of SSL Keys for a Delivery Service.

type DeliveryServiceSSLKeysReq 

type DeliveryServiceSSLKeysReq struct {
	AuthType        *string `json:"authType,omitempty"`
	CDN             *string `json:"cdn,omitempty"`
	DeliveryService *string `json:"deliveryservice,omitempty"`
	BusinessUnit    *string `json:"businessUnit,omitempty"`
	City            *string `json:"city,omitempty"`
	Organization    *string `json:"organization,omitempty"`
	HostName        *string `json:"hostname,omitempty"`
	Country         *string `json:"country,omitempty"`
	State           *string `json:"state,omitempty"`
	// Key is the XMLID of the delivery service
	Key         *string                            `json:"key"`
	Version     *util.JSONIntStr                   `json:"version"`
	Certificate *DeliveryServiceSSLKeysCertificate `json:"certificate,omitempty"`
}

DeliveryServiceSSLKeysReq structures are requests for the generation of SSL key certificate pairs for a Delivery Service, and this is, in fact, the structure required for POST request bodies to the /deliveryservices/sslkeys/generate Traffic Ops API endpoint.

func (*DeliveryServiceSSLKeysReq) Sanitize 

func (r *DeliveryServiceSSLKeysReq) Sanitize()

Sanitize ensures that if either the DeliveryService or Key property of a DeliveryServiceSSLKeysReq is nil, it will be set to a reference to a copy of the value of the other property (if that is not nil).

This does NOT ensure that both fields are not nil, nor does it ensure that they match.

type DeliveryServiceSSLKeysResponse 

type DeliveryServiceSSLKeysResponse struct {
	Response DeliveryServiceSSLKeys `json:"response"`
	Alerts
}

DeliveryServiceSSLKeysResponse is the type of a response from Traffic Ops to GET requests made to its /deliveryservices/xmlId/{{XML ID}}/sslkeys API endpoint.

type DeliveryServiceSSLKeysV15 

type DeliveryServiceSSLKeysV15 struct {
	DeliveryServiceSSLKeys
	Expiration time.Time `json:"expiration,omitempty"`
}

DeliveryServiceSSLKeysV15 structures contain information about an SSL key certificate pair used by a Delivery Service.

"V15" is used because this structure was first introduced in version 1.5 of the Traffic Ops API.

This is, ostensibly, an updated version of DeliveryServiceSSLKeys, but beware that this may not be completely accurate as the predecessor structure appears to be used in many more contexts than this structure.

type DeliveryServiceSSLKeysV4 

type DeliveryServiceSSLKeysV4 = DeliveryServiceSSLKeysV40

DeliveryServiceSSLKeysV4 is the representation of a DeliveryServiceSSLKeys in the latest minor version of version 4 of the Traffic Ops API.

type DeliveryServiceSSLKeysV40 

type DeliveryServiceSSLKeysV40 struct {
	DeliveryServiceSSLKeysV15
	Sans []string `json:"sans,omitempty"`
}

DeliveryServiceSSLKeysV41 structures contain information about an SSL key certificate pair used by a Delivery Service.

"V41" is used because this structure was first introduced in version 4.1 of the Traffic Ops API.

type DeliveryServiceSafeUpdateRequest 

type DeliveryServiceSafeUpdateRequest struct {
	DisplayName *string `json:"displayName"`
	InfoURL     *string `json:"infoUrl"`
	LongDesc    *string `json:"longDesc"`
	LongDesc1   *string `json:"longDesc1,omitempty"`
}

DeliveryServiceSafeUpdateRequest represents a request to update the "safe" fields of a Delivery Service.

func (*DeliveryServiceSafeUpdateRequest) Validate 

func (r *DeliveryServiceSafeUpdateRequest) Validate(*sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type DeliveryServiceSafeUpdateResponse 

type DeliveryServiceSafeUpdateResponse struct {
	Alerts
	// Response contains the representation of the Delivery Service after it has been updated.
	Response []DeliveryServiceNullable `json:"response"`
}

DeliveryServiceSafeUpdateResponse represents Traffic Ops's response to a PUT request to its /deliveryservices/{{ID}}/safe endpoint. Deprecated: Please only use versioned structures.

type DeliveryServiceSafeUpdateResponseV30 

type DeliveryServiceSafeUpdateResponseV30 struct {
	Alerts
	// Response contains the representation of the Delivery Service after it has
	// been updated.
	Response []DeliveryServiceNullableV30 `json:"response"`
}

DeliveryServiceSafeUpdateResponseV30 represents Traffic Ops's response to a PUT request to its /api/3.0/deliveryservices/{{ID}}/safe endpoint.

type DeliveryServiceSafeUpdateResponseV4 

type DeliveryServiceSafeUpdateResponseV4 = DeliveryServiceSafeUpdateResponseV40

DeliveryServiceSafeUpdateResponseV4 represents TrafficOps's response to a PUT request to its /api/4.x/deliveryservices/{{ID}}/safe endpoint. This is always a type alias for the structure of a response in the latest minor APIv4 version.

type DeliveryServiceSafeUpdateResponseV40 

type DeliveryServiceSafeUpdateResponseV40 struct {
	Alerts
	// Response contains the representation of the Delivery Service after it has
	// been updated.
	Response []DeliveryServiceV40 `json:"response"`
}

DeliveryServiceSafeUpdateResponseV40 represents Traffic Ops's response to a PUT request to its /api/4.0/deliveryservices/{{ID}}/safe endpoint.

type DeliveryServiceServer 

type DeliveryServiceServer struct {
	Server          *int       `json:"server" db:"server"`
	DeliveryService *int       `json:"deliveryService" db:"deliveryservice"`
	LastUpdated     *TimeNoMod `json:"lastUpdated" db:"last_updated"`
}

DeliveryServiceServer is the type of each entry in the `response` array property of responses from Traffic Ops to GET requests made to the /deliveryserviceservers endpoint of its API.

type DeliveryServiceServerResponse 

type DeliveryServiceServerResponse struct {
	Orderby  string                  `json:"orderby"`
	Response []DeliveryServiceServer `json:"response"`
	Size     int                     `json:"size"`
	Limit    int                     `json:"limit"`
	Alerts
}

DeliveryServiceServerResponse is the type of a response from Traffic Ops to a GET request to the /deliveryserviceserver endpoint.

type DeliveryServiceServers 

type DeliveryServiceServers struct {
	ServerNames []string `json:"serverNames"`
	XmlId       string   `json:"xmlId"`
}

DeliveryServiceServers structures represent the servers assigned to a Delivery Service.

type DeliveryServiceUserPost deprecated 

type DeliveryServiceUserPost struct {
	UserID           *int   `json:"userId"`
	DeliveryServices *[]int `json:"deliveryServices"`
	Replace          *bool  `json:"replace"`
}

DeliveryServiceUserPost represents a legacy concept that no longer exists in Apache Traffic Control.

DO NOT USE THIS - it ONLY still exists because it is still in use by Traffic Ops's Go client for API versions 2 and 3, despite that those API versions do not include the concepts and functionality for which this structure was created.

Deprecated: All Go clients for API versions that still erroneously link to this symbol are deprecated, and this structure serves no known purpose.

type DeliveryServiceV11 deprecated 

type DeliveryServiceV11 struct {
	Active                   bool                   `json:"active"`
	AnonymousBlockingEnabled bool                   `json:"anonymousBlockingEnabled"`
	CacheURL                 string                 `json:"cacheurl"`
	CCRDNSTTL                int                    `json:"ccrDnsTtl"`
	CDNID                    int                    `json:"cdnId"`
	CDNName                  string                 `json:"cdnName"`
	CheckPath                string                 `json:"checkPath"`
	DeepCachingType          DeepCachingType        `json:"deepCachingType"`
	DisplayName              string                 `json:"displayName"`
	DNSBypassCname           string                 `json:"dnsBypassCname"`
	DNSBypassIP              string                 `json:"dnsBypassIp"`
	DNSBypassIP6             string                 `json:"dnsBypassIp6"`
	DNSBypassTTL             int                    `json:"dnsBypassTtl"`
	DSCP                     int                    `json:"dscp"`
	EdgeHeaderRewrite        string                 `json:"edgeHeaderRewrite"`
	ExampleURLs              []string               `json:"exampleURLs"`
	GeoLimit                 int                    `json:"geoLimit"`
	GeoProvider              int                    `json:"geoProvider"`
	GlobalMaxMBPS            int                    `json:"globalMaxMbps"`
	GlobalMaxTPS             int                    `json:"globalMaxTps"`
	HTTPBypassFQDN           string                 `json:"httpBypassFqdn"`
	ID                       int                    `json:"id"`
	InfoURL                  string                 `json:"infoUrl"`
	InitialDispersion        float32                `json:"initialDispersion"`
	IPV6RoutingEnabled       bool                   `json:"ipv6RoutingEnabled"`
	LastUpdated              *TimeNoMod             `json:"lastUpdated" db:"last_updated"`
	LogsEnabled              bool                   `json:"logsEnabled"`
	LongDesc                 string                 `json:"longDesc"`
	LongDesc1                string                 `json:"longDesc1"`
	LongDesc2                string                 `json:"longDesc2"`
	MatchList                []DeliveryServiceMatch `json:"matchList,omitempty"`
	MaxDNSAnswers            int                    `json:"maxDnsAnswers"`
	MidHeaderRewrite         string                 `json:"midHeaderRewrite"`
	MissLat                  float64                `json:"missLat"`
	MissLong                 float64                `json:"missLong"`
	MultiSiteOrigin          bool                   `json:"multiSiteOrigin"`
	OrgServerFQDN            string                 `json:"orgServerFqdn"`
	ProfileDesc              string                 `json:"profileDescription"`
	ProfileID                int                    `json:"profileId,omitempty"`
	ProfileName              string                 `json:"profileName"`
	Protocol                 int                    `json:"protocol"`
	QStringIgnore            int                    `json:"qstringIgnore"`
	RangeRequestHandling     int                    `json:"rangeRequestHandling"`
	RegexRemap               string                 `json:"regexRemap"`
	RegionalGeoBlocking      bool                   `json:"regionalGeoBlocking"`
	RemapText                string                 `json:"remapText"`
	RoutingName              string                 `json:"routingName"`
	Signed                   bool                   `json:"signed"`
	TypeID                   int                    `json:"typeId"`
	Type                     DSType                 `json:"type"`
	TRResponseHeaders        string                 `json:"trResponseHeaders"`
	TenantID                 int                    `json:"tenantId"`
	XMLID                    string                 `json:"xmlId"`
}

DeliveryServiceV11 contains the information relating to a Delivery Service that was around in version 1.1 of the Traffic Ops API.

DO NOT USE THIS - it ONLY still exists because it is nested within the structure of the DeliveryServiceV13 type.

Deprecated: Instead, use the appropriate structure for the version of the Traffic Ops API being worked with, e.g. DeliveryServiceV4.

type DeliveryServiceV13 deprecated 

type DeliveryServiceV13 struct {
	DeliveryServiceV11
	DeepCachingType   DeepCachingType `json:"deepCachingType"`
	FQPacingRate      int             `json:"fqPacingRate,omitempty"`
	SigningAlgorithm  string          `json:"signingAlgorithm" db:"signing_algorithm"`
	Tenant            string          `json:"tenant"`
	TRRequestHeaders  string          `json:"trRequestHeaders,omitempty"`
	TRResponseHeaders string          `json:"trResponseHeaders,omitempty"`
}

DeliveryServiceV13 structures represent a Delivery Service as it is exposed through the Traffic Ops API at version 1.3 - which no longer exists.

DO NOT USE THIS - it ONLY still exists because it is nested within the structure of the DeliveryService type.

Deprecated: Instead, use the appropriate structure for the version of the Traffic Ops API being worked with, e.g. DeliveryServiceV4.

type DeliveryServiceV30 deprecated 

type DeliveryServiceV30 struct {
	DeliveryServiceNullableV15
	DeliveryServiceFieldsV30
}

DeliveryServiceV30 represents a Delivery Service as they appear in version 3.0 of the Traffic Ops API.

Deprecated: API version 3.0 is deprecated - upgrade to DeliveryServiceV4.

type DeliveryServiceV31 deprecated 

type DeliveryServiceV31 struct {
	DeliveryServiceV30
	DeliveryServiceFieldsV31
}

DeliveryServiceV31 represents a Delivery Service as they appear in version 3.1 of the Traffic Ops API.

Deprecated: API version 3.1 is deprecated - upgrade to DeliveryServiceV4.

type DeliveryServiceV4 

type DeliveryServiceV4 = DeliveryServiceV40

DeliveryServiceV4 is a Delivery Service as it appears in version 4 of the Traffic Ops API - it always points to the highest minor version in APIv4.

func (*DeliveryServiceV4) DowngradeToV31 

func (ds *DeliveryServiceV4) DowngradeToV31() DeliveryServiceNullableV30

DowngradeToV31 converts a 4.x DS to a 3.1 DS.

func (*DeliveryServiceV4) RemoveLD1AndLD2 

func (ds *DeliveryServiceV4) RemoveLD1AndLD2() DeliveryServiceV4

RemoveLD1AndLD2 removes the Long Description 1 and Long Description 2 fields from a V 4.x DS, and returns the resulting struct.

func (*DeliveryServiceV4) Scan 

func (ds *DeliveryServiceV4) Scan(src interface{}) error

Scan implements the database/sql.Scanner interface.

This expects src to be an encoding/json.RawMessage and unmarshals that into the DeliveryServiceV4.

func (DeliveryServiceV4) TLSVersionsAlerts 

func (ds DeliveryServiceV4) TLSVersionsAlerts() Alerts

TLSVersionsAlerts generates warning-level alerts for the Delivery Service's TLS versions array. It will warn if newer versions are disallowed while older, less secure versions are allowed, if there are unrecognized versions present, if the Delivery Service's Protocol does not make use of TLS Versions, and whenever TLSVersions are explicitly set at all.

This does NOT verify that the Delivery Service's TLS versions are _valid_, it ONLY creates warnings based on conditions that are possibly detrimental to CDN operation, but can, in fact, work.

func (*DeliveryServiceV4) Value 

func (ds *DeliveryServiceV4) Value() (driver.Value, error)

Value implements the database/sql/driver.Valuer interface by marshaling the struct to JSON to pass back as an encoding/json.RawMessage.

type DeliveryServiceV40 

type DeliveryServiceV40 struct {
	DeliveryServiceFieldsV31
	DeliveryServiceFieldsV30
	DeliveryServiceFieldsV15
	DeliveryServiceFieldsV14
	DeliveryServiceFieldsV13
	DeliveryServiceNullableFieldsV11

	// TLSVersions is the list of explicitly supported TLS versions for cache
	// servers serving the Delivery Service's content.
	TLSVersions       []string              `json:"tlsVersions" db:"tls_versions"`
	GeoLimitCountries GeoLimitCountriesType `json:"geoLimitCountries"`
}

DeliveryServiceV40 is a Delivery Service as it appears in version 4.0 of the Traffic Ops API.

type DeliveryServicesNullableResponse deprecated 

type DeliveryServicesNullableResponse struct {
	Response []DeliveryServiceNullable `json:"response"`
	Alerts
}

DeliveryServicesNullableResponse roughly models the structure of responses from Traffic Ops to GET requests made to its /servers/{{ID}}/deliveryservices and /deliveryservices API endpoints.

"Roughly" because although that's what it's used for, this type cannot actually represent those accurately, because its representation is tied to a version of the API that no longer exists - DO NOT USE THIS, it WILL drop data that the API returns.

Deprecated: Please only use the versioned structures.

type DeliveryServicesRequiredCapabilitiesResponse 

type DeliveryServicesRequiredCapabilitiesResponse struct {
	Response []DeliveryServicesRequiredCapability `json:"response"`
	Alerts
}

DeliveryServicesRequiredCapabilitiesResponse is the type of a response from Traffic Ops to a request for relationships between Delivery Services and Capabilities which they require.

type DeliveryServicesRequiredCapability 

type DeliveryServicesRequiredCapability struct {
	LastUpdated        *TimeNoMod `json:"lastUpdated" db:"last_updated"`
	DeliveryServiceID  *int       `json:"deliveryServiceID" db:"deliveryservice_id"`
	RequiredCapability *string    `json:"requiredCapability" db:"required_capability"`
	XMLID              *string    `json:"xmlID,omitempty" db:"xml_id"`
}

DeliveryServicesRequiredCapability represents an association between a required capability and a delivery service.

type DeliveryServicesResponseV30 

type DeliveryServicesResponseV30 struct {
	Response []DeliveryServiceNullableV30 `json:"response"`
	Alerts
}

DeliveryServicesResponseV30 is the type of a response from the /api/3.0/deliveryservices Traffic Ops endpoint.

TODO: Move these into the respective clients?

type DeliveryServicesResponseV4 

type DeliveryServicesResponseV4 = DeliveryServicesResponseV40

DeliveryServicesResponseV4 is the type of a response from the /api/4.x/deliveryservices Traffic Ops endpoint. It always points to the type for the latest minor version of APIv4.

type DeliveryServicesResponseV40 

type DeliveryServicesResponseV40 struct {
	Response []DeliveryServiceV40 `json:"response"`
	Alerts
}

DeliveryServicesResponseV40 is the type of a response from the /api/4.0/deliveryservices Traffic Ops endpoint.

type DeliveryserviceserverResponse 

type DeliveryserviceserverResponse struct {
	Response DSServerIDs `json:"response"`
	Alerts
}

DeliveryserviceserverResponse - not to be confused with DSServerResponseV40 or DSServerResponse- is the type of a response from Traffic Ops to a request to the /deliveryserviceserver endpoint to associate servers with a Delivery Service.

type Division 

type Division struct {

	// Division ID
	//
	ID int `json:"id" db:"id"`

	// LastUpdated
	//
	LastUpdated TimeNoMod `json:"lastUpdated" db:"last_updated"`

	// Division Name
	//
	// required: true
	Name string `json:"name" db:"name"`
}

A Division is a named collection of Regions.

type DivisionNullable 

type DivisionNullable struct {
	ID          *int       `json:"id" db:"id"`
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`
	Name        *string    `json:"name" db:"name"`
}

DivisionNullable is a nullable struct that holds info about a division, which is a group of regions.

type DivisionResponse 

type DivisionResponse struct {
	// in: body
	Response Division `json:"response"`
}

DivisionResponse is a single Division response for Update and Create to depict what changed. swagger:response DivisionResponse in: body

type DivisionsResponse 

type DivisionsResponse struct {
	// in: body
	Response []Division `json:"response"`
	Alerts
}

DivisionsResponse is a list of Divisions as a response. swagger:response DivisionsResponse

type Domain 

type Domain struct {
	ProfileID int `json:"profileId" db:"profile_id"`

	// This property serves no known purpose; it is always -1.
	ParameterID int `json:"parameterId" db:"parameter_id"`

	ProfileName string `json:"profileName" db:"profile_name"`

	ProfileDescription string `json:"profileDescription" db:"profile_description"`

	// DomainName of the CDN
	DomainName string `json:"domainName" db:"domain_name"`
}

Domain contains information about a single Profile within a Domain.

type DomainNullable 

type DomainNullable struct {
	ProfileID          *int    `json:"profileId" db:"profile_id"`
	ParameterID        *int    `json:"parameterId" db:"parameter_id"`
	ProfileName        *string `json:"profileName" db:"profile_name"`
	ProfileDescription *string `json:"profileDescription" db:"profile_description"`
	DomainName         *string `json:"domainName" db:"domain_name"`
}

DomainNullable is identical to a Domain but with reference properties that can have nil values, mostly used by the Traffic Ops API.

type DomainsResponse 

type DomainsResponse struct {
	Response []Domain `json:"response"`
	Alerts
}

DomainsResponse is a list of Domains as a response.

type ErrorConstant 

type ErrorConstant string

ErrorConstant is used for error messages.

Note that the ErrorConstant constants exported by this package most usually are values that have the same string value as an error-level Alert returned by the Traffic Ops API. Because those are arising from Alerts, one cannot actually use e.g. err == TenantUserNotAuthError or even errors.Is(err, TenantUserNotAuthError) to check for equivalence with these exported errors. Because of this, the use of these constants outside of Traffic Ops-internal code is discouraged, and these constants may be moved into that package (or a sub-package thereof) at some point in the future.

func (ErrorConstant) Error 

func (e ErrorConstant) Error() string

Error converts ErrorConstants to a string.

type FederationDSPost 

type FederationDSPost struct {
	DSIDs []int `json:"dsIds"`
	// Replace indicates whether existing Federation-to-Delivery Service associations should be
	// replaced by the ones defined by this request, or otherwise merely augmented with them.
	Replace *bool `json:"replace"`
}

FederationDSPost is the format of a request to associate a Federation with any number of Delivery Services.

func (*FederationDSPost) Validate 

func (f *FederationDSPost) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type FederationDeliveryServiceNullable 

type FederationDeliveryServiceNullable struct {
	ID    *int    `json:"id" db:"id"`
	CDN   *string `json:"cdn" db:"cdn"`
	Type  *string `json:"type" db:"type"`
	XMLID *string `json:"xmlId" db:"xml_id"`
}

A FederationDeliveryServiceNullable is an association between a Federation and a Delivery Service.

type FederationDeliveryServicesResponse 

type FederationDeliveryServicesResponse struct {
	Response []FederationDeliveryServiceNullable `json:"response"`
	Alerts
}

FederationDeliveryServicesResponse is the type of a response from Traffic Ops to a request made to its /federations/{{ID}}/deliveryservices endpoint.

type FederationFederationResolversResponse 

type FederationFederationResolversResponse struct {
	Response []FederationResolver `json:"response"`
	Alerts
}

FederationFederationResolversResponse represents an API response containing Federation Resolvers for a given Federation.

type FederationMapping 

type FederationMapping struct {
	CName string `json:"cname"`
	TTL   int    `json:"ttl"`
}

A FederationMapping is a Federation, without any information about its resolver mappings or any relation to Delivery Services.

type FederationNullable 

type FederationNullable struct {
	Mappings        []FederationMapping `json:"mappings"`
	DeliveryService *string             `json:"deliveryService"`
}

FederationNullable represents a relationship between some Federation Mappings and a Delivery Service.

This is not known to be used anywhere.

type FederationResolver 

type FederationResolver struct {
	ID          *uint      `json:"id" db:"id"`
	IPAddress   *string    `json:"ipAddress" db:"ip_address"`
	LastUpdated *TimeNoMod `json:"lastUpdated,omitempty" db:"last_updated"`
	Type        *string    `json:"type"`
	TypeID      *uint      `json:"typeId,omitempty" db:"type"`
}

FederationResolver represents a resolver record for a CDN Federation.

func (*FederationResolver) Validate 

func (fr *FederationResolver) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

Example 
var typeID uint = 1
var IPAddress string = "0.0.0.0"
fr := FederationResolver{
	TypeID:    &typeID,
	IPAddress: &IPAddress,
}

fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "0.0.0.0/24"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "::1"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "dead::babe/63"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "1.2.3.4/33"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "w.x.y.z"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "::f1d0:f00d/129"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = "test::quest"
fmt.Printf("%v\n", fr.Validate(nil))

IPAddress = ""
fmt.Printf("%v\n", fr.Validate(nil))

fr.IPAddress = nil
fmt.Printf("%v\n", fr.Validate(nil))

fr.TypeID = nil
fmt.Printf("%v\n", fr.Validate(nil))

Output:

<nil>
<nil>
<nil>
<nil>
ipAddress: invalid network IP or CIDR-notation subnet.
ipAddress: invalid network IP or CIDR-notation subnet.
ipAddress: invalid network IP or CIDR-notation subnet.
ipAddress: invalid network IP or CIDR-notation subnet.
ipAddress: cannot be blank.
ipAddress: cannot be blank.
ipAddress: cannot be blank; typeId: cannot be blank.

type FederationResolverMapping 

type FederationResolverMapping struct {
	// TTL is the Time-to-Live of a DNS response to a request to resolve this Federation's CNAME
	TTL   *int    `json:"ttl"`
	CName *string `json:"cname"`
	ResolverMapping
}

FederationResolverMapping is the set of all resolvers - both IPv4 and IPv6 - for a specific Federation.

type FederationResolverResponse 

type FederationResolverResponse struct {
	Alerts
	Response FederationResolver `json:"response"`
}

FederationResolverResponse represents a Traffic Ops API response to a POST or DELETE request to its /federation_resolvers endpoint.

type FederationResolverType 

type FederationResolverType string

A FederationResolverType is the Name of a Type of a Federation Resolver Mapping.

func FederationResolverTypeFromString 

func FederationResolverTypeFromString(s string) FederationResolverType

FederationResolverTypeFromString parses a string and returns the corresponding FederationResolverType.

func (FederationResolverType) String 

func (t FederationResolverType) String() string

String imlpements the fmt.Stringer interface.

type FederationResolversResponse 

type FederationResolversResponse struct {
	Alerts
	Response []FederationResolver `json:"response"`
}

FederationResolversResponse represents a Traffic Ops API response to a GET request to its /federation_resolvers endpoint.

type FederationUser 

type FederationUser struct {
	Company  *string `json:"company" db:"company"`
	Email    *string `json:"email" db:"email"`
	FullName *string `json:"fullName" db:"full_name"`
	ID       *int    `json:"id" db:"id"`
	Role     *string `json:"role" db:"role_name"`
	Username *string `json:"username" db:"username"`
}

FederationUser represents Federation Users.

type FederationUserPost 

type FederationUserPost struct {
	IDs     []int `json:"userIds"`
	Replace *bool `json:"replace"`
}

FederationUserPost represents POST body for assigning Users to Federations.

func (*FederationUserPost) Validate 

func (f *FederationUserPost) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type FederationUsersResponse 

type FederationUsersResponse struct {
	Response []FederationUser `json:"response"`
	Alerts
}

FederationUsersResponse is the type of a response from Traffic Ops to a request made to its /federations/{{ID}}/users endpoint.

type FederationsResponse 

type FederationsResponse struct {
	Response []AllDeliveryServiceFederationsMapping `json:"response"`
	Alerts
}

FederationsResponse is the type of a response from Traffic Ops to requests to its /federations/all and /federations endpoints.

type Filter deprecated 

type Filter int

Filter is a type of unknown purpose - though it appears related to the removed APIv1 endpoints regarding the servers which are assigned to a Delivery Service, not assigned to a Delivery Service, and eligible for assignment to a Delivery Service.

Deprecated: This is not used by any known ATC code, and is likely a remnant of legacy behavior that will be removed in the future. 

const (
	Assigned Filter = iota
	Unassigned
	Eligible
)

Enumerated values of the Filter type.

Deprecated: These are not used by any known ATC code, and are likely remnants of legacy behavior that will be removed in the future.

type GenerateCDNDNSSECKeysResponse 

type GenerateCDNDNSSECKeysResponse struct {
	Response string `json:"response"`
	Alerts
}

GenerateCDNDNSSECKeysResponse is the type of a response from Traffic Ops to requests made to its /cdns/dnsseckeys/generate and /cdns/dnsseckeys/ksk/generate API endpoints.

type GenericServerCheck 

type GenericServerCheck struct {
	CommonCheckFields

	// Checks maps arbitrary checks - up to one per "column" (whatever those mean)
	// done on the server to their values.
	Checks map[string]*int `json:"checks,omitempty"`
}

GenericServerCheck represents a server with some associated meta data presented along with its arbitrary "checks". This is unlike a Servercheck in that the represented checks are not known before the time a request is made, and checks with no value are not presented.

type GeoLimitCountriesType 

type GeoLimitCountriesType []string

GeoLimitCountriesType is the type alias that is used to represent the GeoLimitCountries attribute of the DeliveryService struct.

func (GeoLimitCountriesType) MarshalJSON 

func (g GeoLimitCountriesType) MarshalJSON() ([]byte, error)

MarshalJSON will marshal a GeoLimitCountriesType into a byte slice.

func (*GeoLimitCountriesType) UnmarshalJSON 

func (g *GeoLimitCountriesType) UnmarshalJSON(data []byte) error

UnmarshalJSON will unmarshal a byte slice into type GeoLimitCountriesType.

type GetTenantsResponse 

type GetTenantsResponse struct {
	Response []Tenant `json:"response"`
	Alerts
}

GetTenantsResponse is the response for a request for a group of tenants.

type HWInfo 

type HWInfo struct {
	Description    string    `json:"description" db:"description"`
	ID             int       `json:"-" db:"id"`
	LastUpdated    TimeNoMod `json:"lastUpdated" db:"last_updated"`
	ServerHostName string    `json:"serverHostName" db:"serverhostname"`
	ServerID       int       `json:"serverId" db:"serverid"`
	Val            string    `json:"val" db:"val"`
}

HWInfo can be used to return information about a server's hardware, but the corresponding Traffic Ops API route is deprecated and unusable without alteration.

type HWInfoResponse 

type HWInfoResponse struct {
	Response []HWInfo `json:"response"`
}

HWInfoResponse is a list of HWInfos as a response.

type HealthData 

type HealthData struct {
	TotalOffline uint64                 `json:"totalOffline"`
	TotalOnline  uint64                 `json:"totalOnline"`
	CacheGroups  []HealthDataCacheGroup `json:"cachegroups"`
}

HealthData is a representation of all of the health information for a CDN or Delivery Service.

This is the type of the `response` property of responses from Traffic Ops to GET requests made to its /deliveryservices/{{ID}}/health and /cdns/health API endpoints.

type HealthDataCacheGroup 

type HealthDataCacheGroup struct {
	Offline int64          `json:"offline"`
	Online  int64          `json:"online"`
	Name    CacheGroupName `json:"name"`
}

HealthDataCacheGroup holds health information specific to a particular Cache Group.

type HealthThreshold 

type HealthThreshold struct {
	// Val is the actual, numeric, threshold value.
	Val float64
	// Comparator is the comparator used to compare the Val to the monitored
	// value. One of '=', '>', '<', '>=', or '<=' - other values are invalid.
	Comparator string // TODO change to enum?
}

HealthThreshold describes some value against which to compare health measurements to determine if a cache server is healthy.

func StrToThreshold 

func StrToThreshold(s string) (HealthThreshold, error)

StrToThreshold takes a string like ">=42" and returns a HealthThreshold with a Val of `42` and a Comparator of `">="`. If no comparator exists, `DefaultHealthThresholdComparator` is used. If the string does not match "(>|<|)(=|)\d+" an error is returned.

func (HealthThreshold) String 

func (t HealthThreshold) String() string

String implements the fmt.Stringer interface.

Example 
ht := HealthThreshold{Comparator: ">=", Val: 500}
fmt.Println(ht)

Output:

>=500.000000

type HealthThresholdJSONParameters 

type HealthThresholdJSONParameters struct {
	// AvailableBandwidthInKbps is The total amount of bandwidth that servers using this profile are
	// allowed, in Kilobits per second. This is a string and using comparison operators to specify
	// ranges, e.g. ">10" means "more than 10 kbps".
	AvailableBandwidthInKbps string `json:"health.threshold.availableBandwidthInKbps,omitempty"`
	// LoadAverage is the UNIX loadavg at which the server should be marked "unhealthy".
	LoadAverage string `json:"health.threshold.loadavg,omitempty"`
	// QueryTime is the highest allowed length of time for completing health queries (after
	// connection has been established) in milliseconds.
	QueryTime string `json:"health.threshold.queryTime,omitempty"`
}

HealthThresholdJSONParameters contains Parameters whose Thresholds must be met in order for Caches using the Profile containing these Parameters to be marked as Healthy.

type IAllFederation 

type IAllFederation interface {
	IsAllFederations() bool
}

IAllFederation is an interface for the disparate objects returned by Federations-related Traffic Ops API endpoints. Adds additional safety, allowing functions to only return one of the valid object types for the endpoint.

type IDNoMod 

type IDNoMod int

IDNoMod type is used to suppress JSON unmarshalling.

func (*IDNoMod) UnmarshalJSON 

func (a *IDNoMod) UnmarshalJSON([]byte) error

UnmarshalJSON implements the json.Unmarshaller interface to suppress unmarshalling for IDNoMod.

type InterfaceName 

type InterfaceName string

InterfaceName is the name of a server interface.

type InvalidationJob 

type InvalidationJob struct {
	AssetURL        *string `json:"assetUrl"`
	CreatedBy       *string `json:"createdBy"`
	DeliveryService *string `json:"deliveryService"`
	ID              *uint64 `json:"id"`
	Keyword         *string `json:"keyword"`
	Parameters      *string `json:"parameters"`

	// StartTime is the time at which the job will come into effect. Must be in the future, but will
	// fail to Validate if it is further in the future than two days.
	StartTime *Time `json:"startTime"`
}

InvalidationJob represents a content invalidation job as returned by the API.

func (*InvalidationJob) TTLHours 

func (job *InvalidationJob) TTLHours() uint

TTLHours will parse job.Parameters to find TTL, returns an int representing number of hours. Returns 0 in case of issue (0 is an invalid TTL).

func (*InvalidationJob) Validate 

func (job *InvalidationJob) Validate() error

Validate checks that the InvalidationJob is valid, by ensuring all of its fields are well-defined.

This returns an error describing any and all problematic fields encountered during validation.

type InvalidationJobCreateV4 

type InvalidationJobCreateV4 InvalidationJobCreateV40

InvalidationJobCreateV4 is an alias for the InvalidationJobCreateV40 struct used for the latest minor version associated with api major version 4.

type InvalidationJobCreateV40 

type InvalidationJobCreateV40 struct {
	// The Delivery Service XML-ID for which the Invalidation Job is to be applied.
	DeliveryService string `json:"deliveryService"`

	// Regex is a regular expression which not only must be valid, but should also start with '/'
	// (or escaped: '\/')
	Regex string `json:"regex"`

	// StartTime is the time at which the job will come into effect. Must be in the future.
	StartTime time.Time `json:"startTime"`

	// TTLHours indicates the Time-to-Live of the job in hours. Must be a positive integer value.
	TTLHours uint32 `json:"ttlHours"`

	// InvalidationType must be either REFRESH (default behavior) or REFETCH. If REFETCH, must
	// also comply with global parameter setting
	InvalidationType string `json:"invalidationType"`
}

InvalidationJobCreateV40 represents user input intending to create a content invalidation job.

type InvalidationJobInput 

type InvalidationJobInput struct {

	// DeliveryService needs to be an identifier for a Delivery Service. It can be either a string - in which
	// case it is treated as an XML_ID - or a float64 (because that's the type used by encoding/json
	// to represent all JSON numbers) - in which case it's treated as an integral, unique identifier
	// (and any fractional part is discarded, i.e. 2.34 -> 2)
	DeliveryService *interface{} `json:"deliveryService"`

	// Regex is a regular expression which not only must be valid, but should also start with '/'
	// (or escaped: '\/')
	Regex *string `json:"regex"`

	// StartTime is the time at which the job will come into effect. Must be in the future.
	StartTime *Time `json:"startTime"`

	// TTL indicates the Time-to-Live of the job. This can be either a valid string for
	// time.ParseDuration, or a float64 indicating the number of hours. Note that regardless of the
	// actual value here, Traffic Ops will only consider it rounded down to the nearest natural
	// number
	TTL *interface{} `json:"ttl"`
	// contains filtered or unexported fields
}

InvalidationJobInput represents user input intending to create or modify a content invalidation job.

func (*InvalidationJobInput) DSID 

func (j *InvalidationJobInput) DSID(tx *sql.Tx) (uint, error)

DSID gets the integral, unique identifier of the Delivery Service identified by InvalidationJobInput.DeliveryService

This requires a transaction connected to a Traffic Ops database, because if DeliveryService is an xml_id, a database lookup will be necessary to get the unique, integral identifier. Thus, this method also checks for the existence of the identified Delivery Service, and will return an error if it does not exist.

func (*InvalidationJobInput) TTLHours 

func (j *InvalidationJobInput) TTLHours() (uint, error)

TTLHours gets the number of hours of the job's TTL - rounded down to the nearest natural number, or an error if it is an invalid value.

Example (Duration) 
j := InvalidationJobInput{nil, nil, nil, util.InterfacePtr("121m"), nil, nil}
ttl, e := j.TTLHours()
if e != nil {
	fmt.Printf("Error: %v\n", e)
}
fmt.Println(ttl)

Output:

2
Example (Number) 
j := InvalidationJobInput{nil, nil, nil, util.InterfacePtr(2.1), nil, nil}
ttl, e := j.TTLHours()
if e != nil {
	fmt.Printf("Error: %v\n", e)
}
fmt.Println(ttl)

Output:

2

func (*InvalidationJobInput) Validate 

func (job *InvalidationJobInput) Validate(tx *sql.Tx) error

Validate validates that the user input is correct, given a transaction connected to the Traffic Ops database. In particular, it enforces the constraints described on each field, as well as ensuring they actually exist. This method calls InvalidationJobInput.DSID to validate the DeliveryService field.

This returns an error describing any and all problematic fields encountered during validation.

type InvalidationJobV4 

type InvalidationJobV4 InvalidationJobV40

InvalidationJobV4 is an alias for the InvalidationJobV4 struct used for the latest minor version associated with api major version 4.

func (InvalidationJobV4) String 

func (job InvalidationJobV4) String() string

String implements the fmt.Stringer interface by providing a textual representation of the InvalidationJobV4.

Example 
t, _ := time.Parse(time.RFC3339, "2021-11-08T01:02:03Z")
j := InvalidationJobV4{
	AssetURL:         "https://example.com/.*",
	CreatedBy:        "noone",
	DeliveryService:  "demo1",
	ID:               5,
	InvalidationType: REFETCH,
	StartTime:        t,
	TTLHours:         72,
}

fmt.Println(j)

Output:

InvalidationJobV4{ID: 5, AssetURL: "https://example.com/.*", CreatedBy: "noone", DeliveryService: "demo1", TTLHours: 72, InvalidationType: "REFETCH", StartTime: "2021-11-08T01:02:03Z"}

type InvalidationJobV40 

type InvalidationJobV40 struct {
	ID               uint64    `json:"id"`
	AssetURL         string    `json:"assetUrl"`
	CreatedBy        string    `json:"createdBy"`
	DeliveryService  string    `json:"deliveryService"`
	TTLHours         uint      `json:"ttlHours"`
	InvalidationType string    `json:"invalidationType"`
	StartTime        time.Time `json:"startTime"`
}

InvalidationJobV40 represents a content invalidation job as returned by the API. Also used for Update calls.

type InvalidationJobsResponse 

type InvalidationJobsResponse struct {
	Response []InvalidationJob `json:"response"`
	Alerts
}

InvalidationJobsResponse is the type of a response from Traffic Ops to a request made to its /jobs API endpoint.

type InvalidationJobsResponseV4 

type InvalidationJobsResponseV4 struct {
	Response []InvalidationJobV4 `json:"response"`
	Alerts
}

InvalidationJobsResponse is the type of a response from Traffic Ops to a request made to its /jobs API endpoint for v 4.0+

type IsAvailable 

type IsAvailable struct {
	IsAvailable    bool      `json:"isAvailable"`
	Ipv4Available  bool      `json:"ipv4Available"`
	Ipv6Available  bool      `json:"ipv6Available"`
	DirectlyPolled bool      `json:"-"`
	Status         string    `json:"status"`
	LastPoll       time.Time `json:"lastPoll"`
}

IsAvailable contains whether the given cache or delivery service is available. It is designed for JSON serialization, namely in the Traffic Monitor 1.0 API.

type JWKSMap 

type JWKSMap map[string]jwk.Set

func (*JWKSMap) UnmarshalJSON 

func (ksm *JWKSMap) UnmarshalJSON(data []byte) error

type Job deprecated 

type Job struct {
	Parameters      string `json:"parameters"`
	Keyword         string `json:"keyword"`
	AssetURL        string `json:"assetUrl"`
	CreatedBy       string `json:"createdBy"`
	StartTime       string `json:"startTime"`
	ID              int64  `json:"id"`
	DeliveryService string `json:"deliveryService"`
}

Job represents a content invalidation job as stored in the database.

Deprecated: Use InvalidationJob instead, as it's more flexible.

type JobRequest deprecated 

type JobRequest struct {
	TTL               time.Duration
	StartTime         time.Time
	DeliveryServiceID int64
	Regex             string
	Urgent            bool
}

JobRequest contains the data to create a job. Note this is a convenience struct for posting users; the actual JSON object is a JobRequestAPI

Deprecated: Use InvalidationJobInput instead, as it's more flexible.

func (JobRequest) MarshalJSON 

func (jr JobRequest) MarshalJSON() ([]byte, error)

MarshalJSON implements the encoding/json.Marshaler interface.

func (*JobRequest) UnmarshalJSON 

func (jr *JobRequest) UnmarshalJSON(b []byte) error

UnmarshalJSON implements the encoding/json Unmarshaler interface.

type JobRequestAPI deprecated 

type JobRequestAPI struct {
	TTLSeconds int64  `json:"ttl"`
	StartTime  string `json:"startTime"`
	DSID       int64  `json:"dsId"`
	Regex      string `json:"regex"`
	Urgent     bool   `json:"urgent"`
}

JobRequestAPI represents the JSON input accepted by the API for creating new content invalidation jobs.

Deprecated: This structure is technically incorrect, and has been superseded by the InvalidationJobInput structure.

type LegacyDeliveryServiceFederationResolverMappingRequest 

type LegacyDeliveryServiceFederationResolverMappingRequest struct {
	Federations []DeliveryServiceFederationResolverMapping `json:"federations"`
}

LegacyDeliveryServiceFederationResolverMappingRequest is the legacy format for a request to create (or modify) the Federation Resolver mappings of one or more Delivery Services. Use this for compatibility with API versions 1.3 and older.

func (*LegacyDeliveryServiceFederationResolverMappingRequest) Validate 

func (req *LegacyDeliveryServiceFederationResolverMappingRequest) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type LegacyInterfaceDetails deprecated 

type LegacyInterfaceDetails struct {
	InterfaceMtu  *int    `json:"interfaceMtu" db:"interface_mtu"`
	InterfaceName *string `json:"interfaceName" db:"interface_name"`
	IP6Address    *string `json:"ip6Address" db:"ip6_address"`
	IP6Gateway    *string `json:"ip6Gateway" db:"ip6_gateway"`
	IPAddress     *string `json:"ipAddress" db:"ip_address"`
	IPGateway     *string `json:"ipGateway" db:"ip_gateway"`
	IPNetmask     *string `json:"ipNetmask" db:"ip_netmask"`
}

LegacyInterfaceDetails is the details for interfaces on servers for API v2.

Deprecated: Traffic Ops API version 2 is deprecated, upgrade to Server representations that support interfaces (i.e. ServerInterfaceInfoV40 slices).

func InterfaceInfoToLegacyInterfaces deprecated 

func InterfaceInfoToLegacyInterfaces(serverInterfaces []ServerInterfaceInfo) (LegacyInterfaceDetails, error)

InterfaceInfoToLegacyInterfaces converts a ServerInterfaceInfo to an equivalent LegacyInterfaceDetails structure. It does this by creating the IP address fields using the "service" interface's IP addresses. All others are discarded, as the legacy format is incapable of representing them.

Deprecated: LegacyInterfaceDetails is deprecated, and this will be removed with it.

func V4InterfaceInfoToLegacyInterfaces deprecated 

func V4InterfaceInfoToLegacyInterfaces(serverInterfaces []ServerInterfaceInfoV40) (LegacyInterfaceDetails, error)

V4InterfaceInfoToLegacyInterfaces downgrades a set of ServerInterfaceInfoV40s to a LegacyInterfaceDetails.

Deprecated: LegacyInterfaceDetails is deprecated, and this will be removed with it.

func (LegacyInterfaceDetails) String 

func (lid LegacyInterfaceDetails) String() string

String implements the fmt.Stringer interface.

Example 
ipv4 := "192.0.2.0"
ipv6 := "2001:DB8::/64"
name := "test"
mtu := 9000

lid := LegacyInterfaceDetails{
	InterfaceMtu:  &mtu,
	InterfaceName: &name,
	IP6Address:    &ipv6,
	IP6Gateway:    nil,
	IPAddress:     &ipv4,
	IPGateway:     nil,
	IPNetmask:     nil,
}

fmt.Println(lid.String())

Output:

LegacyInterfaceDetails(InterfaceMtu=9000, InterfaceName='test', IP6Address='2001:DB8::/64', IP6Gateway=nil, IPAddress='192.0.2.0', IPGateway=nil, IPNetmask=nil)

func (*LegacyInterfaceDetails) ToInterfaces deprecated 

func (lid *LegacyInterfaceDetails) ToInterfaces(ipv4IsService, ipv6IsService bool) ([]ServerInterfaceInfo, error)

ToInterfaces converts a LegacyInterfaceDetails to a slice of ServerInterfaceInfo structures. Only one interface is expected and will be marked for monitoring. It will generate service addresses according to the passed indicators for each address family.

Deprecated: LegacyInterfaceDetails is deprecated, and this will be removed with it.

Example 
lid := LegacyInterfaceDetails{
	InterfaceMtu:  new(int),
	InterfaceName: new(string),
	IP6Address:    new(string),
	IP6Gateway:    new(string),
	IPAddress:     new(string),
	IPGateway:     new(string),
	IPNetmask:     new(string),
}
*lid.InterfaceMtu = 9000
*lid.InterfaceName = "test"
*lid.IP6Address = "::14/64"
*lid.IP6Gateway = "::15"
*lid.IPAddress = "1.2.3.4"
*lid.IPGateway = "4.3.2.1"
*lid.IPNetmask = "255.255.255.252"

ifaces, err := lid.ToInterfaces(true, false)
if err != nil {
	fmt.Printf(err.Error())
	return
}

for _, iface := range ifaces {
	fmt.Printf("name=%s, monitor=%t\n", iface.Name, iface.Monitor)
	for _, ip := range iface.IPAddresses {
		fmt.Printf("\taddr=%s, gateway=%s, service address=%t\n", ip.Address, *ip.Gateway, ip.ServiceAddress)
	}
}

Output:

name=test, monitor=true
	addr=1.2.3.4/30, gateway=4.3.2.1, service address=true
	addr=::14/64, gateway=::15, service address=false

func (*LegacyInterfaceDetails) ToInterfacesV4 deprecated 

func (lid *LegacyInterfaceDetails) ToInterfacesV4(ipv4IsService, ipv6IsService bool, routerName, routerPort *string) ([]ServerInterfaceInfoV40, error)

ToInterfacesV4 converts a LegacyInterfaceDetails to a slice of ServerInterfaceInfoV40 structures.

Only one interface is expected and will be marked for monitoring. This will generate service addresses according to the passed indicators for each address family.

The passed routerName and routerPort can be nil, which will leave the upgradeded interfaces' RouterHostName and RouterPortName unset, or they can be pointers to string values to which ALL of the interfaces will have their RouterHostName and RouterPortName set.

Deprecated: LegacyInterfaceDetails is deprecated, and this will be removed with it.

type LegacyStats deprecated 

type LegacyStats struct {
	CommonAPIData
	Caches map[CacheName]map[string][]ResultStatVal `json:"caches"`
}

LegacyStats is designed for returning via the API. It contains result history for each cache server, as well as common API data.

Deprecated: This structure is incapable of representing interface-level stats, so new code should use Stats instead.

type LegacyTMConfigResponse deprecated 

type LegacyTMConfigResponse struct {
	Response LegacyTrafficMonitorConfig `json:"response"`
}

LegacyTMConfigResponse was the response to requests made to the cdns/{{Name}}/configs/monitoring endpoint of the Traffic Ops API in older API versions.

Deprecated: New code should use TMConfigResponse instead.

type LegacyTrafficDSStatsSummary deprecated 

type LegacyTrafficDSStatsSummary struct {
	TrafficStatsSummary
	// TotalBytes is the total number of kilobytes served when the "metric type" requested is "kbps"
	// (or actually just contains "kbps"). If this is not nil, TotalTransactions *should* always be
	// nil.
	TotalBytes *float64 `json:"totalBytes"`
	// Totaltransactions is the total number of transactions within the requested window. Whenever
	// the requested metric doesn't contain "kbps", it assumed to be some kind of transactions
	// measurement. In that case, this will not be nil - otherwise it will be nil. If this not nil,
	// TotalBytes *should* always be nil.
	TotalTransactions *float64 `json:"totalTransactions"`
}

LegacyTrafficDSStatsSummary contains summary statistics for a data series for Delivery Service stats.

Deprecated: This uses a confusing, incorrect name for the total number of kilobytes served, so new code should use TrafficDSStatsSummary instead.

type LegacyTrafficMonitorConfig 

type LegacyTrafficMonitorConfig struct {
	TrafficServers   []LegacyTrafficServer       `json:"trafficServers,omitempty"`
	CacheGroups      []TMCacheGroup              `json:"cacheGroups,omitempty"`
	Config           map[string]interface{}      `json:"config,omitempty"`
	TrafficMonitors  []TrafficMonitor            `json:"trafficMonitors,omitempty"`
	DeliveryServices []TMDeliveryService         `json:"deliveryServices,omitempty"`
	Profiles         []TMProfile                 `json:"profiles,omitempty"`
	Topologies       map[string]CRConfigTopology `json:"topologies,omitempty"`
}

LegacyTrafficMonitorConfig represents TrafficMonitorConfig for ATC versions before 5.0.

func (*LegacyTrafficMonitorConfig) Upgrade deprecated 

func (s *LegacyTrafficMonitorConfig) Upgrade() *TrafficMonitorConfig

Upgrade converts a legacy TM Config to the newer structure.

Deprecated: LegacyTrafficMonitoryConfig is deprecated. New code should just use TrafficMonitorConfig instead.

type LegacyTrafficMonitorConfigMap deprecated 

type LegacyTrafficMonitorConfigMap struct {
	TrafficServer   map[string]LegacyTrafficServer
	CacheGroup      map[string]TMCacheGroup
	Config          map[string]interface{}
	TrafficMonitor  map[string]TrafficMonitor
	DeliveryService map[string]TMDeliveryService
	Profile         map[string]TMProfile
}

LegacyTrafficMonitorConfigMap is a representation of a LegacyTrafficMonitorConfig using unique values as map keys.

Deprecated: This structure is incapable of representing per-interface configuration information for servers, so new code should use TrafficMonitorConfigMap instead.

func LegacyTrafficMonitorTransformToMap 

func LegacyTrafficMonitorTransformToMap(tmConfig *LegacyTrafficMonitorConfig) (*LegacyTrafficMonitorConfigMap, error)

LegacyTrafficMonitorTransformToMap converts the given LegacyTrafficMonitorConfig to a LegacyTrafficMonitorConfigMap.

This also implicitly calls LegacyMonitorConfigValid on the LegacyTrafficMonitorConfigMap before returning it, and gives back whatever value that returns as the error return value.

func (*LegacyTrafficMonitorConfigMap) Upgrade deprecated 

func (c *LegacyTrafficMonitorConfigMap) Upgrade() *TrafficMonitorConfigMap

Upgrade returns a TrafficMonitorConfigMap that is equivalent to this legacy configuration map.

Note that all fields except TrafficServer are "shallow" copies, so modifying the original will impact the upgraded copy.

Deprecated: LegacyTrafficMonitorConfigMap is deprecated.

Example 
lcm := LegacyTrafficMonitorConfigMap{
	CacheGroup: map[string]TMCacheGroup{
		"test": {
			Name: "test",
			Coordinates: MonitoringCoordinates{
				Latitude:  0,
				Longitude: 0,
			},
		},
	},
	Config: map[string]interface{}{
		"foo": "bar",
	},
	DeliveryService: map[string]TMDeliveryService{
		"test": {
			XMLID:              "test",
			TotalTPSThreshold:  -1,
			ServerStatus:       "testStatus",
			TotalKbpsThreshold: -1,
		},
	},
	Profile: map[string]TMProfile{
		"test": {
			Parameters: TMParameters{
				HealthConnectionTimeout: -1,
				HealthPollingURL:        "testURL",
				HealthPollingFormat:     "astats",
				HealthPollingType:       "http",
				HistoryCount:            -1,
				MinFreeKbps:             -1,
				Thresholds: map[string]HealthThreshold{
					"availableBandwidthInKbps": {
						Comparator: "<",
						Val:        -1,
					},
				},
			},
			Name: "test",
			Type: "testType",
		},
	},
	TrafficMonitor: map[string]TrafficMonitor{
		"test": {
			Port:         -1,
			IP6:          "::1",
			IP:           "0.0.0.0",
			HostName:     "test",
			FQDN:         "test.quest",
			Profile:      "test",
			Location:     "test",
			ServerStatus: "testStatus",
		},
	},
	TrafficServer: map[string]LegacyTrafficServer{
		"test": {
			CacheGroup:       "test",
			DeliveryServices: []TSDeliveryService{},
			FQDN:             "test.quest",
			HashID:           "test",
			HostName:         "test",
			HTTPSPort:        -1,
			InterfaceName:    "testInterface",
			IP:               "0.0.0.1",
			IP6:              "::2",
			Port:             -1,
			Profile:          "test",
			ServerStatus:     "testStatus",
			Type:             "testType",
		},
	},
}

cm := lcm.Upgrade()
fmt.Println("# of Cachegroups:", len(cm.CacheGroup))
fmt.Println("Cachegroup Name:", cm.CacheGroup["test"].Name)
fmt.Printf("Cachegroup Coordinates: (%v,%v)\n", cm.CacheGroup["test"].Coordinates.Latitude, cm.CacheGroup["test"].Coordinates.Longitude)
fmt.Println("# of Config parameters:", len(cm.Config))
fmt.Println(`Config["foo"]:`, cm.Config["foo"])
fmt.Println("# of DeliveryServices:", len(cm.DeliveryService))
fmt.Println("DeliveryService XMLID:", cm.DeliveryService["test"].XMLID)
fmt.Println("DeliveryService TotalTPSThreshold:", cm.DeliveryService["test"].TotalTPSThreshold)
fmt.Println("DeliveryService ServerStatus:", cm.DeliveryService["test"].ServerStatus)
fmt.Println("DeliveryService TotalKbpsThreshold:", cm.DeliveryService["test"].TotalKbpsThreshold)
fmt.Println("# of Profiles:", len(cm.Profile))
fmt.Println("Profile Name:", cm.Profile["test"].Name)
fmt.Println("Profile Type:", cm.Profile["test"].Type)
fmt.Println("Profile HealthConnectionTimeout:", cm.Profile["test"].Parameters.HealthConnectionTimeout)
fmt.Println("Profile HealthPollingURL:", cm.Profile["test"].Parameters.HealthPollingURL)
fmt.Println("Profile HealthPollingFormat:", cm.Profile["test"].Parameters.HealthPollingFormat)
fmt.Println("Profile HealthPollingType:", cm.Profile["test"].Parameters.HealthPollingType)
fmt.Println("Profile HistoryCount:", cm.Profile["test"].Parameters.HistoryCount)
fmt.Println("Profile MinFreeKbps:", cm.Profile["test"].Parameters.MinFreeKbps)
fmt.Println("# of Profile Thresholds:", len(cm.Profile["test"].Parameters.Thresholds))
fmt.Println("Profile availableBandwidthInKbps Threshold:", cm.Profile["test"].Parameters.Thresholds["availableBandwidthInKbps"])
fmt.Println("# of TrafficMonitors:", len(cm.TrafficMonitor))
fmt.Println("TrafficMonitor Port:", cm.TrafficMonitor["test"].Port)
fmt.Println("TrafficMonitor IP6:", cm.TrafficMonitor["test"].IP6)
fmt.Println("TrafficMonitor IP:", cm.TrafficMonitor["test"].IP)
fmt.Println("TrafficMonitor HostName:", cm.TrafficMonitor["test"].HostName)
fmt.Println("TrafficMonitor FQDN:", cm.TrafficMonitor["test"].FQDN)
fmt.Println("TrafficMonitor Profile:", cm.TrafficMonitor["test"].Profile)
fmt.Println("TrafficMonitor Location:", cm.TrafficMonitor["test"].Location)
fmt.Println("TrafficMonitor ServerStatus:", cm.TrafficMonitor["test"].ServerStatus)
fmt.Println("# of TrafficServers:", len(cm.TrafficServer))
fmt.Println("TrafficServer CacheGroup:", cm.TrafficServer["test"].CacheGroup)
fmt.Println("TrafficServer # of DeliveryServices:", len(cm.TrafficServer["test"].DeliveryServices))
fmt.Println("TrafficServer FQDN:", cm.TrafficServer["test"].FQDN)
fmt.Println("TrafficServer HashID:", cm.TrafficServer["test"].HashID)
fmt.Println("TrafficServer HostName:", cm.TrafficServer["test"].HostName)
fmt.Println("TrafficServer HTTPSPort:", cm.TrafficServer["test"].HTTPSPort)
fmt.Println("TrafficServer # of Interfaces:", len(cm.TrafficServer["test"].Interfaces))
fmt.Println("TrafficServer Interface Name:", cm.TrafficServer["test"].Interfaces[0].Name)
fmt.Println("TrafficServer # of Interface IP Addresses:", len(cm.TrafficServer["test"].Interfaces[0].IPAddresses))
fmt.Println("TrafficServer first IP Address:", cm.TrafficServer["test"].Interfaces[0].IPAddresses[0].Address)
fmt.Println("TrafficServer second IP Address:", cm.TrafficServer["test"].Interfaces[0].IPAddresses[1].Address)
fmt.Println("TrafficServer Port:", cm.TrafficServer["test"].Port)
fmt.Println("TrafficServer Profile:", cm.TrafficServer["test"].Profile)
fmt.Println("TrafficServer ServerStatus:", cm.TrafficServer["test"].ServerStatus)
fmt.Println("TrafficServer Type:", cm.TrafficServer["test"].Type)

Output:

# of Cachegroups: 1
Cachegroup Name: test
Cachegroup Coordinates: (0,0)
# of Config parameters: 1
Config["foo"]: bar
# of DeliveryServices: 1
DeliveryService XMLID: test
DeliveryService TotalTPSThreshold: -1
DeliveryService ServerStatus: testStatus
DeliveryService TotalKbpsThreshold: -1
# of Profiles: 1
Profile Name: test
Profile Type: testType
Profile HealthConnectionTimeout: -1
Profile HealthPollingURL: testURL
Profile HealthPollingFormat: astats
Profile HealthPollingType: http
Profile HistoryCount: -1
Profile MinFreeKbps: -1
# of Profile Thresholds: 1
Profile availableBandwidthInKbps Threshold: <-1.000000
# of TrafficMonitors: 1
TrafficMonitor Port: -1
TrafficMonitor IP6: ::1
TrafficMonitor IP: 0.0.0.0
TrafficMonitor HostName: test
TrafficMonitor FQDN: test.quest
TrafficMonitor Profile: test
TrafficMonitor Location: test
TrafficMonitor ServerStatus: testStatus
# of TrafficServers: 1
TrafficServer CacheGroup: test
TrafficServer # of DeliveryServices: 0
TrafficServer FQDN: test.quest
TrafficServer HashID: test
TrafficServer HostName: test
TrafficServer HTTPSPort: -1
TrafficServer # of Interfaces: 1
TrafficServer Interface Name: testInterface
TrafficServer # of Interface IP Addresses: 2
TrafficServer first IP Address: 0.0.0.1
TrafficServer second IP Address: ::2
TrafficServer Port: -1
TrafficServer Profile: test
TrafficServer ServerStatus: testStatus
TrafficServer Type: testType

type LegacyTrafficServer deprecated 

type LegacyTrafficServer struct {
	CacheGroup       string              `json:"cacheGroup"`
	DeliveryServices []TSDeliveryService `json:"deliveryServices,omitempty"` // the deliveryServices key does not exist on mids
	FQDN             string              `json:"fqdn"`
	HashID           string              `json:"hashId"`
	HostName         string              `json:"hostName"`
	HTTPSPort        int                 `json:"httpsPort,omitempty"`
	InterfaceName    string              `json:"interfaceName"`
	IP               string              `json:"ip"`
	IP6              string              `json:"ip6"`
	Port             int                 `json:"port"`
	Profile          string              `json:"profile"`
	ServerStatus     string              `json:"status"`
	Type             string              `json:"type"`
}

A LegacyTrafficServer is a representation of a cache server containing a subset of the information available in a server structure that conveys all the information important for Traffic Router and Traffic Monitor to handle it.

Deprecated: The configuration versions that use this structure to represent a cache server are deprecated, new code should use TrafficServer instead.

func (LegacyTrafficServer) Upgrade deprecated 

func (s LegacyTrafficServer) Upgrade() TrafficServer

Upgrade upgrades the LegacyTrafficServer into its modern-day equivalent.

Note that the DeliveryServices slice is a "shallow" copy of the original, so making changes to the original slice will affect the upgraded copy.

Deprecated: LegacyTrafficServer is deprecated.

Example 
lts := LegacyTrafficServer{
	CacheGroup:       "testCG",
	DeliveryServices: []TSDeliveryService{},
	FQDN:             "test.quest",
	HashID:           "test",
	HostName:         "test",
	HTTPSPort:        -1,
	InterfaceName:    "testInterface",
	IP:               "198.0.2.0",
	IP6:              "2001:DB8::1",
	Port:             -1,
	Profile:          "testProfile",
	ServerStatus:     "testStatus",
	Type:             "testType",
}

ts := lts.Upgrade()
fmt.Println("CacheGroup:", ts.CacheGroup)
fmt.Println("# of DeliveryServices:", len(ts.DeliveryServices))
fmt.Println("FQDN:", ts.FQDN)
fmt.Println("HashID:", ts.HashID)
fmt.Println("HostName:", ts.HostName)
fmt.Println("HTTPSPort:", ts.HTTPSPort)
fmt.Println("# of Interfaces:", len(ts.Interfaces))
fmt.Println("Interface Name:", ts.Interfaces[0].Name)
fmt.Println("# of Interface IP Addresses:", len(ts.Interfaces[0].IPAddresses))
fmt.Println("first IP Address:", ts.Interfaces[0].IPAddresses[0].Address)
fmt.Println("second IP Address:", ts.Interfaces[0].IPAddresses[1].Address)
fmt.Println("Port:", ts.Port)
fmt.Println("Profile:", ts.Profile)
fmt.Println("ServerStatus:", ts.ServerStatus)
fmt.Println("Type:", ts.Type)

Output:

CacheGroup: testCG
# of DeliveryServices: 0
FQDN: test.quest
HashID: test
HostName: test
HTTPSPort: -1
# of Interfaces: 1
Interface Name: testInterface
# of Interface IP Addresses: 2
first IP Address: 198.0.2.0
second IP Address: 2001:DB8::1
Port: -1
Profile: testProfile
ServerStatus: testStatus
Type: testType

type LocalizationMethod 

type LocalizationMethod string

LocalizationMethod represents an enabled localization method for a Cache Group. The string values of this type should match the Traffic Ops values.

func LocalizationMethodFromString 

func LocalizationMethodFromString(s string) LocalizationMethod

LocalizationMethodFromString parses and returns a LocalizationMethod from its string representation.

This is cAsE-iNsEnSiTiVe.

func (LocalizationMethod) MarshalJSON 

func (m LocalizationMethod) MarshalJSON() ([]byte, error)

MarshalJSON implements the encoding/json.Marshaler interface.

func (*LocalizationMethod) Scan 

func (m *LocalizationMethod) Scan(value interface{}) error

Scan implements the database/sql.Scanner interface.

func (LocalizationMethod) String 

func (m LocalizationMethod) String() string

String returns a string representation of this LocalizationMethod, implementing the fmt.Stringer interface.

func (*LocalizationMethod) UnmarshalJSON 

func (m *LocalizationMethod) UnmarshalJSON(data []byte) error

UnmarshalJSON implements the encoding/json.Unmarshaler interface.

type Log 

type Log struct {
	ID          *int    `json:"id"`
	LastUpdated *Time   `json:"lastUpdated"`
	Level       *string `json:"level"`
	Message     *string `json:"message"`
	TicketNum   *int    `json:"ticketNum"`
	User        *string `json:"user"`
}

Log contains a change that has been made to the Traffic Control system.

type LogsResponse 

type LogsResponse struct {
	Response []Log `json:"response"`
	Alerts
}

LogsResponse is a list of Logs as a response.

type MatchList 

type MatchList struct {
	Regex     string `json:"regex"`
	MatchType string `json:"match-type"`
}

A MatchList is actually just a single match item in a match list.

type MatchSet 

type MatchSet struct {
	Protocol  string      `json:"protocol"`
	MatchList []MatchList `json:"matchlist"`
}

MatchSet structures are a list of MatchList structures with an associated Protocol.

type MonitoringCoordinates 

type MonitoringCoordinates struct {
	Latitude  float64 `json:"latitude"`
	Longitude float64 `json:"longitude"`
}

MonitoringCoordinates holds a coordinate pair for inclusion as a field in TMCacheGroup.

type NewLogCountResp 

type NewLogCountResp struct {
	NewLogCount uint64 `json:"newLogcount"`
}

NewLogCountResp is the response returned when the total number of new changes made to the Traffic Control system is requested. "New" means since the last time this information was requested.

type OSVersionsAPIResponse 

type OSVersionsAPIResponse struct {
	// Structure of this map:
	//  key:   Name of OS
	//  value: Directory where the ISO source can be found
	Response map[string]string `json:"response"`
	Alerts
}

OSVersionsAPIResponse is the type of a response from Traffic Ops to a request to its /osversions endpoint.

type OSVersionsResponse 

type OSVersionsResponse map[string]string

OSVersionsResponse is the JSON representation of the OS versions data for ISO generation.

type Origin 

type Origin struct {
	Cachegroup        *string    `json:"cachegroup" db:"cachegroup"`
	CachegroupID      *int       `json:"cachegroupId" db:"cachegroup_id"`
	Coordinate        *string    `json:"coordinate" db:"coordinate"`
	CoordinateID      *int       `json:"coordinateId" db:"coordinate_id"`
	DeliveryService   *string    `json:"deliveryService" db:"deliveryservice"`
	DeliveryServiceID *int       `json:"deliveryServiceId" db:"deliveryservice_id"`
	FQDN              *string    `json:"fqdn" db:"fqdn"`
	ID                *int       `json:"id" db:"id"`
	IP6Address        *string    `json:"ip6Address" db:"ip6_address"`
	IPAddress         *string    `json:"ipAddress" db:"ip_address"`
	IsPrimary         *bool      `json:"isPrimary" db:"is_primary"`
	LastUpdated       *TimeNoMod `json:"lastUpdated" db:"last_updated"`
	Name              *string    `json:"name" db:"name"`
	Port              *int       `json:"port" db:"port"`
	Profile           *string    `json:"profile" db:"profile"`
	ProfileID         *int       `json:"profileId" db:"profile_id"`
	Protocol          *string    `json:"protocol" db:"protocol"`
	Tenant            *string    `json:"tenant" db:"tenant"`
	TenantID          *int       `json:"tenantId" db:"tenant_id"`
}

Origin contains information relating to an Origin, which is NOT, in general, the same as an origin *server*.

type OriginDetailResponse 

type OriginDetailResponse struct {
	Response Origin `json:"response"`
	Alerts
}

OriginDetailResponse is the JSON object returned for a single origin.

type OriginHeaders 

type OriginHeaders []string

OriginHeaders represents a list of the headers that must be sent to the Origin.

func (*OriginHeaders) UnmarshalJSON 

func (o *OriginHeaders) UnmarshalJSON(data []byte) error

UnmarshalJSON implements the json.Unmarshaler interface.

type OriginsResponse 

type OriginsResponse struct {
	Response []Origin `json:"response"`
	Alerts
}

OriginsResponse is a list of Origins as a response.

type Parameter 

type Parameter struct {
	ConfigFile  string          `json:"configFile" db:"config_file"`
	ID          int             `json:"id" db:"id"`
	LastUpdated TimeNoMod       `json:"lastUpdated" db:"last_updated"`
	Name        string          `json:"name" db:"name"`
	Profiles    json.RawMessage `json:"profiles" db:"profiles"`
	Secure      bool            `json:"secure" db:"secure"`
	Value       string          `json:"value" db:"value"`
}

A Parameter defines some configuration setting (which is usually but definitely not always a line in a configuration file) used by some Profile or Cache Group.

type ParameterName 

type ParameterName string

ParameterName represents the name of a Traffic Ops Parameter.

This has no additional attached semantics.

type ParameterNullable 

type ParameterNullable struct {
	//
	// NOTE: the db: struct tags are used for testing to map to their equivalent database column (if there is one)
	//
	ConfigFile  *string         `json:"configFile" db:"config_file"`
	ID          *int            `json:"id" db:"id"`
	LastUpdated *TimeNoMod      `json:"lastUpdated" db:"last_updated"`
	Name        *string         `json:"name" db:"name"`
	Profiles    json.RawMessage `json:"profiles" db:"profiles"`
	Secure      *bool           `json:"secure" db:"secure"`
	Value       *string         `json:"value" db:"value"`
}

ParameterNullable is exactly like Parameter except that its properties are reference values, so they can be nil.

type ParametersResponse 

type ParametersResponse struct {
	Response []Parameter `json:"response"`
	Alerts
}

ParametersResponse is the type of the response from Traffic Ops to GET requests made to the /parameters and /profiles/name/{{Name}}/parameters endpoints of its API.

type PhysLocation 

type PhysLocation struct {

	//
	// The Street Address of the physical location
	//
	// required: true
	Address string `json:"address" db:"address"`

	//
	// The Address of the physical location
	//
	// required: true
	City string `json:"city" db:"city"`

	//
	// comments are additional details about the physical location
	//
	Comments string `json:"comments" db:"comments"`

	//
	// The email address for the Point of Contact at the physical location
	//
	Email string `json:"email" db:"email"`

	//
	// The name of the physical location
	//
	// required: true
	ID int `json:"id" db:"id"`

	// Timestamp of the last time this row was updated
	//
	LastUpdated TimeNoMod `json:"lastUpdated" db:"last_updated"`

	//
	// The name of the physical location
	//
	// required: true
	Name string `json:"name" db:"name"`

	//
	// The phone number of the physical location
	//
	// required: true
	Phone string `json:"phone" db:"phone"`

	//
	// The Point Of Contact at the physical location
	//
	// required: true
	POC string `json:"poc" db:"poc"`

	//
	// The RegionID associated to this physical location
	//
	// required: true
	RegionID int `json:"regionId" db:"region"`

	//
	// The Region Name for the region associated to this physical location
	//
	RegionName string `json:"region" db:"region_name"`

	//
	// The shortName for the physical location (like an alias)
	//
	// required: true
	ShortName string `json:"shortName" db:"short_name"`

	//
	// The State for the physical location
	//
	// required: true
	State string `json:"state" db:"state"`

	//
	// The Zipcode for the physical location
	//
	// required: true
	Zip string `json:"zip" db:"zip"`
}

PhysLocation contains the physical location of a cache group.

type PhysLocationNullable 

type PhysLocationNullable struct {
	//
	// The Street Address of the physical location
	//
	// required: true
	Address *string `json:"address" db:"address"`

	//
	// The Address of the physical location
	//
	// required: true
	City *string `json:"city" db:"city"`

	//
	// comments are additional details about the physical location
	//
	Comments *string `json:"comments" db:"comments"`

	//
	// The email address for the Point of Contact at the physical location
	//
	Email *string `json:"email" db:"email"`

	//
	// The name of the physical location
	//
	// required: true
	ID *int `json:"id" db:"id"`

	// Timestamp of the last time this row was updated
	//
	LastUpdated *TimeNoMod `json:"lastUpdated" db:"last_updated"`

	//
	// The name of the physical location
	//
	// required: true
	Name *string `json:"name" db:"name"`

	//
	// The phone number of the physical location
	//
	// required: true
	Phone *string `json:"phone" db:"phone"`

	//
	// The Point Of Contact at the physical location
	//
	// required: true
	POC *string `json:"poc" db:"poc"`

	//
	// The RegionID associated to this physical location
	//
	// required: true
	RegionID *int `json:"regionId" db:"region"`

	//
	// The Region Name for the region associated to this physical location
	//
	RegionName *string `json:"region" db:"region_name"`

	//
	// The shortName for the physical location (like an alias)
	//
	// required: true
	ShortName *string `json:"shortName" db:"short_name"`

	//
	// The State for the physical location
	//
	// required: true
	State *string `json:"state" db:"state"`

	//
	// The Zipcode for the physical location
	//
	// required: true
	Zip *string `json:"zip" db:"zip"`
}

PhysLocationNullable contains the physical location of a cache group. It allows for all fields to be null.

type PhysLocationResponse 

type PhysLocationResponse struct {
	Response PhysLocationNullable `json:"response"`
	Alerts
}

PhysLocationResponse is a single PhysLocationNullable as a response.

type PhysLocationTrimmed 

type PhysLocationTrimmed struct {
	Name string `json:"name"`
}

PhysLocationTrimmed contains only the name of a physical location.

type PhysLocationsResponse 

type PhysLocationsResponse struct {
	Response []PhysLocation `json:"response"`
	Alerts
}

PhysLocationsResponse is a list of PhysLocations as a response.

type Plugin 

type Plugin struct {
	Name        *string `json:"name"`
	Version     *string `json:"version"`
	Description *string `json:"description"`
}

Plugin represents a TO enabled plugin used by Traffic Ops.

type PluginsResponse 

type PluginsResponse struct {
	Response []Plugin `json:"response"`
}

PluginsResponse represents the response from Traffic Ops when getting enabled plugins.

type PostParamProfile 

type PostParamProfile struct {
	ParamID    *int64   `json:"paramId"`
	ProfileIDs *[]int64 `json:"profileIds"`
	Replace    *bool    `json:"replace"`
}

A PostParamProfile is a request to associate a particular Parameter with zero or more Profiles.

func (*PostParamProfile) Sanitize 

func (pp *PostParamProfile) Sanitize(tx *sql.Tx)

Sanitize ensures that Replace is not nil, setting it to false if it is.

TODO: Figure out why this is taking a db transaction - should this be moved?

func (*PostParamProfile) Validate 

func (pp *PostParamProfile) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type PostProfileParam 

type PostProfileParam struct {
	ProfileID *int64   `json:"profileId"`
	ParamIDs  *[]int64 `json:"paramIds"`
	Replace   *bool    `json:"replace"`
}

A PostProfileParam is a request to associate zero or more Parameters with a particular Profile.

func (*PostProfileParam) Sanitize 

func (pp *PostProfileParam) Sanitize(tx *sql.Tx)

Sanitize ensures that Replace is not nil, setting it to false if it is.

TODO: Figure out why this is taking a db transaction - should this be moved?

func (*PostProfileParam) Validate 

func (pp *PostProfileParam) Validate(tx *sql.Tx) error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type Profile 

type Profile struct {
	ID              int                 `json:"id" db:"id"`
	LastUpdated     TimeNoMod           `json:"lastUpdated"`
	Name            string              `json:"name"`
	Parameter       string              `json:"param"`
	Description     string              `json:"description"`
	CDNName         string              `json:"cdnName"`
	CDNID           int                 `json:"cdn"`
	RoutingDisabled bool                `json:"routingDisabled"`
	Type            string              `json:"type"`
	Parameters      []ParameterNullable `json:"params,omitempty"`
}

A Profile represents a set of configuration for a server or Delivery Service which may be reused to allow sharing configuration across the objects to which it is assigned.

type ProfileCopy 

type ProfileCopy struct {
	ID           int    `json:"id"`
	Name         string `json:"name"`
	ExistingID   int    `json:"idCopyFrom"`
	ExistingName string `json:"profileCopyFrom"`
	Description  string `json:"description"`
}

ProfileCopy contains details about the profile created from an existing profile.

type ProfileCopyResponse 

type ProfileCopyResponse struct {
	Response ProfileCopy `json:"response"`
	Alerts
}

ProfileCopyResponse represents the Traffic Ops API's response when a Profile is copied.

type ProfileExportImportNullable 

type ProfileExportImportNullable struct {
	Name        *string `json:"name"`
	Description *string `json:"description"`
	CDNName     *string `json:"cdn"`
	Type        *string `json:"type"`
}

ProfileExportImportNullable is an object of the form used by Traffic Ops to represent exported and imported profiles.

type ProfileExportImportParameterNullable 

type ProfileExportImportParameterNullable struct {
	ConfigFile *string `json:"config_file"`
	Name       *string `json:"name"`
	Value      *string `json:"value"`
}

ProfileExportImportParameterNullable is an object of the form used by Traffic Ops to represent parameters for exported and imported profiles.

type ProfileExportResponse 

type ProfileExportResponse struct {
	// Parameters associated to the profile
	//
	Profile ProfileExportImportNullable `json:"profile"`

	// Parameters associated to the profile
	//
	Parameters []ProfileExportImportParameterNullable `json:"parameters"`

	Alerts
}

ProfileExportResponse is an object of the form used by Traffic Ops to represent exported profile response.

type ProfileImportRequest 

type ProfileImportRequest struct {
	// Parameters associated to the profile
	//
	Profile ProfileExportImportNullable `json:"profile"`

	// Parameters associated to the profile
	//
	Parameters []ProfileExportImportParameterNullable `json:"parameters"`
}

ProfileImportRequest is an object of the form used by Traffic Ops to represent a request to import a profile.

func (*ProfileImportRequest) Validate 

func (profileImport *ProfileImportRequest) Validate(tx *sql.Tx) error

Validate validates an profile import request, implementing the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type ProfileImportResponse 

type ProfileImportResponse struct {
	Response ProfileImportResponseObj `json:"response"`
	Alerts
}

ProfileImportResponse is an object of the form used by Traffic Ops to represent a response from importing a profile.

type ProfileImportResponseObj 

type ProfileImportResponseObj struct {
	ProfileExportImportNullable
	ID *int `json:"id"`
}

ProfileImportResponseObj contains data about the profile being imported.

type ProfileNullable 

type ProfileNullable struct {
	ID              *int                `json:"id" db:"id"`
	LastUpdated     *TimeNoMod          `json:"lastUpdated" db:"last_updated"`
	Name            *string             `json:"name" db:"name"`
	Description     *string             `json:"description" db:"description"`
	CDNName         *string             `json:"cdnName" db:"cdn_name"`
	CDNID           *int                `json:"cdn" db:"cdn"`
	RoutingDisabled *bool               `json:"routingDisabled" db:"routing_disabled"`
	Type            *string             `json:"type" db:"type"`
	Parameters      []ParameterNullable `json:"params,omitempty"`
}

ProfileNullable is exactly the same as Profile except that its fields are reference values, so they may be nil.

type ProfileParam 

type ProfileParam struct {
	// Parameter is the ID of the Parameter.
	Parameter int `json:"parameter"`
	// Profile is the name of the Profile to which the Parameter is assigned.
	Profile     string     `json:"profile"`
	LastUpdated *TimeNoMod `json:"lastUpdated"`
}

ProfileParam is a relationship between a Profile and some Parameter assigned to it as it appears in the Traffic Ops API's responses to the /profileparameters endpoint.

type ProfileParameter 

type ProfileParameter struct {
	LastUpdated TimeNoMod `json:"lastUpdated"`
	Profile     string    `json:"profile"`
	ProfileID   int       `json:"profileId"`
	Parameter   string    `json:"parameter"`
	ParameterID int       `json:"parameterId"`
}

ProfileParameter is a representation of a relationship between a Parameter and a Profile to which it is assigned.

Note that not all unique identifiers for each represented object in this relationship structure are guaranteed to be populated by the Traffic Ops API.

type ProfileParameterByName 

type ProfileParameterByName struct {
	ConfigFile  string    `json:"configFile"`
	ID          int       `json:"id"`
	LastUpdated TimeNoMod `json:"lastUpdated"`
	Name        string    `json:"name"`
	Secure      bool      `json:"secure"`
	Value       string    `json:"value"`
}

ProfileParameterByName is a structure that's used to represent a Parameter in a context where they are associated with some Profile specified by a client of the Traffic Ops API by its Name.

type ProfileParameterByNamePost 

type ProfileParameterByNamePost struct {
	ConfigFile *string `json:"configFile"`
	Name       *string `json:"name"`
	Secure     *int    `json:"secure"`
	Value      *string `json:"value"`
}

ProfileParameterByNamePost is a structure that's only used internally to represent a Parameter that has been requested by a client of the Traffic Ops API to be associated with some Profile which was specified by Name.

TODO: This probably shouldn't exist, or at least not be in the lib.

func (*ProfileParameterByNamePost) Validate 

func (p *ProfileParameterByNamePost) Validate(tx *sql.Tx) []error

Validate implements the github.com/apache/trafficcontrol/traffic_ops/traffic_ops_golang/api.ParseValidator interface.

type ProfileParameterCreationRequest 

type ProfileParameterCreationRequest struct {
	ParameterID int `json:"parameterId"`
	ProfileID   int `json:"profileId"`
}

Profil