thrift

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 Go to latest Published: Nov 23, 2023 License: Apache-2.0 Imports: 6 Imported by: 0

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Constants

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Variables

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Functions

This section is empty.

Types

type Beta 

type Beta struct {
}

Indicates a definition/feature may change in incompatible ways.

func NewBeta 

func NewBeta() *Beta

func (*Beta) Read 

func (p *Beta) Read(iprot thrift.Protocol) error

func (*Beta) String 

func (p *Beta) String() string

func (*Beta) Write 

func (p *Beta) Write(oprot thrift.Protocol) error

type BetaBuilder 

type BetaBuilder struct {
	// contains filtered or unexported fields
}

func NewBetaBuilder 

func NewBetaBuilder() *BetaBuilder

func (BetaBuilder) Emit 

func (p BetaBuilder) Emit() *Beta

type Bit 

type Bit struct {
}

Indicates that a boolean type **may** be 'packed' in memory.

This allows an implementation to not allocate a full native 'bool' type, and instead use a single 'isset' bit to store the value.

All fields that use such a type **must** be 'terse'.

func NewBit 

func NewBit() *Bit

func (*Bit) Read 

func (p *Bit) Read(iprot thrift.Protocol) error

func (*Bit) String 

func (p *Bit) String() string

func (*Bit) Write 

func (p *Bit) Write(oprot thrift.Protocol) error

type BitBuilder 

type BitBuilder struct {
	// contains filtered or unexported fields
}

func NewBitBuilder 

func NewBitBuilder() *BitBuilder

func (BitBuilder) Emit 

func (p BitBuilder) Emit() *Bit

type BitmaskEnum 

type BitmaskEnum struct {
}

Indicates an enum is a bitmask and should support bit-wise operators.

func NewBitmaskEnum 

func NewBitmaskEnum() *BitmaskEnum

func (*BitmaskEnum) Read 

func (p *BitmaskEnum) Read(iprot thrift.Protocol) error

func (*BitmaskEnum) String 

func (p *BitmaskEnum) String() string

func (*BitmaskEnum) Write 

func (p *BitmaskEnum) Write(oprot thrift.Protocol) error

type BitmaskEnumBuilder 

type BitmaskEnumBuilder struct {
	// contains filtered or unexported fields
}

func NewBitmaskEnumBuilder 

func NewBitmaskEnumBuilder() *BitmaskEnumBuilder

func (BitmaskEnumBuilder) Emit 

func (p BitmaskEnumBuilder) Emit() *BitmaskEnum

type Box 

type Box struct {
}

Indicates that a field's value should never be stored on the stack.

func NewBox 

func NewBox() *Box

func (*Box) Read 

func (p *Box) Read(iprot thrift.Protocol) error

func (*Box) String 

func (p *Box) String() string

func (*Box) Write 

func (p *Box) Write(oprot thrift.Protocol) error

type BoxBuilder 

type BoxBuilder struct {
	// contains filtered or unexported fields
}

func NewBoxBuilder 

func NewBoxBuilder() *BoxBuilder

func (BoxBuilder) Emit 

func (p BoxBuilder) Emit() *Box

type Deprecated 

type Deprecated struct {
	Message string `thrift:"message,1" db:"message" json:"message"`
}

Indicates a definition/feature should no longer be used.

Attributes:

  • Message

func NewDeprecated 

func NewDeprecated() *Deprecated

func (*Deprecated) GetMessage 

func (p *Deprecated) GetMessage() string

func (*Deprecated) Read 

func (p *Deprecated) Read(iprot thrift.Protocol) error

func (*Deprecated) ReadField1 

func (p *Deprecated) ReadField1(iprot thrift.Protocol) error

func (*Deprecated) SetMessage 

func (d *Deprecated) SetMessage(message string) *Deprecated

func (*Deprecated) String 

func (p *Deprecated) String() string

func (*Deprecated) Write 

func (p *Deprecated) Write(oprot thrift.Protocol) error

type DeprecatedBuilder 

type DeprecatedBuilder struct {
	// contains filtered or unexported fields
}

func NewDeprecatedBuilder 

func NewDeprecatedBuilder() *DeprecatedBuilder

func (DeprecatedBuilder) Emit 

func (p DeprecatedBuilder) Emit() *Deprecated

func (*DeprecatedBuilder) Message 

func (d *DeprecatedBuilder) Message(message string) *DeprecatedBuilder

type ExceptionMessage 

type ExceptionMessage struct {
	Field string `thrift:"field,1" db:"field" json:"field"`
}

Specifies the field where the exception message is stored. The field is used to generate an additional method to get it.

Attributes:

  • Field

func NewExceptionMessage 

func NewExceptionMessage() *ExceptionMessage

func (*ExceptionMessage) GetField 

func (p *ExceptionMessage) GetField() string

func (*ExceptionMessage) Read 

func (p *ExceptionMessage) Read(iprot thrift.Protocol) error

func (*ExceptionMessage) ReadField1 

func (p *ExceptionMessage) ReadField1(iprot thrift.Protocol) error

func (*ExceptionMessage) SetField 

func (e *ExceptionMessage) SetField(field string) *ExceptionMessage

func (*ExceptionMessage) String 

func (p *ExceptionMessage) String() string

func (*ExceptionMessage) Write 

func (p *ExceptionMessage) Write(oprot thrift.Protocol) error

type ExceptionMessageBuilder 

type ExceptionMessageBuilder struct {
	// contains filtered or unexported fields
}

func NewExceptionMessageBuilder 

func NewExceptionMessageBuilder() *ExceptionMessageBuilder

func (ExceptionMessageBuilder) Emit 

func (p ExceptionMessageBuilder) Emit() *ExceptionMessage

func (*ExceptionMessageBuilder) Field 

func (e *ExceptionMessageBuilder) Field(field string) *ExceptionMessageBuilder

type Experimental 

type Experimental struct {
}

Indicates a definition/feature should only be used with permission, may only work in specific contexts, and may change in incompatible ways without notice.

func NewExperimental 

func NewExperimental() *Experimental

func (*Experimental) Read 

func (p *Experimental) Read(iprot thrift.Protocol) error

func (*Experimental) String 

func (p *Experimental) String() string

func (*Experimental) Write 

func (p *Experimental) Write(oprot thrift.Protocol) error

type ExperimentalBuilder 

type ExperimentalBuilder struct {
	// contains filtered or unexported fields
}

func NewExperimentalBuilder 

func NewExperimentalBuilder() *ExperimentalBuilder

func (ExperimentalBuilder) Emit 

func (p ExperimentalBuilder) Emit() *Experimental

type GenDefaultEnumValue 

type GenDefaultEnumValue struct {
	Name string `thrift:"name,1" db:"name" json:"name"`
}

Adds a default enum value (0), with the given name, if one is not already defined.

All v1+ enums must have an explicitly defined default value (0). This annotation automatically adds such a value if not already present.

Attributes:

  • Name: The name to use for the generated enum value.

This intentionally does **not** use the most common 'zero' enum value name, 'Default', by default; as, defining a `Default = 0` enum value explicitly is a useful means of self-documenting that setting an explicit value is never required. In which case, it is part of the API, and should not be removed in favor of an implicitly generated value.

On the other hand, 'Unspecified' clearly indicates that the requirements are not intrinsic to the enum. In which case, the relevant documentation should be consulted (e.g. the doc strings on the function or field).

func NewGenDefaultEnumValue 

func NewGenDefaultEnumValue() *GenDefaultEnumValue

func (*GenDefaultEnumValue) GetName 

func (p *GenDefaultEnumValue) GetName() string

func (*GenDefaultEnumValue) Read 

func (p *GenDefaultEnumValue) Read(iprot thrift.Protocol) error

func (*GenDefaultEnumValue) ReadField1 

func (p *GenDefaultEnumValue) ReadField1(iprot thrift.Protocol) error

func (*GenDefaultEnumValue) SetName 

func (g *GenDefaultEnumValue) SetName(name string) *GenDefaultEnumValue

func (*GenDefaultEnumValue) String 

func (p *GenDefaultEnumValue) String() string

func (*GenDefaultEnumValue) Write 

func (p *GenDefaultEnumValue) Write(oprot thrift.Protocol) error

type GenDefaultEnumValueBuilder 

type GenDefaultEnumValueBuilder struct {
	// contains filtered or unexported fields
}

func NewGenDefaultEnumValueBuilder 

func NewGenDefaultEnumValueBuilder() *GenDefaultEnumValueBuilder

func (GenDefaultEnumValueBuilder) Emit 

func (p GenDefaultEnumValueBuilder) Emit() *GenDefaultEnumValue

func (*GenDefaultEnumValueBuilder) Name 

func (g *GenDefaultEnumValueBuilder) Name(name string) *GenDefaultEnumValueBuilder

type GenEnumSet 

type GenEnumSet struct {
	Name string `thrift:"name,1" db:"name" json:"name"`
}

Adds a typedef of {enum}Set that is sutable for storing a `packed` set of values for the annotated enum.

Any enum with this annotation must only have values between 1 and 32 inclusive.

For example: 

@thrift.GenEnumSet
enum Flag {
  Option1 = 1,
  ...
}

Generates the equivalent of: 

@cpp.Adapter("::apache::thrift::EnumSetAdapter<::ns::Flag>")
...
typedef i32 FlagSet

`FlagSet` can then be used like a normal typedef.

Attributes:

  • Name: If a custom name is not provided, `{EnumName}Set` is used.

func NewGenEnumSet 

func NewGenEnumSet() *GenEnumSet

func (*GenEnumSet) GetName 

func (p *GenEnumSet) GetName() string

func (*GenEnumSet) Read 

func (p *GenEnumSet) Read(iprot thrift.Protocol) error

func (*GenEnumSet) ReadField1 

func (p *GenEnumSet) ReadField1(iprot thrift.Protocol) error

func (*GenEnumSet) SetName 

func (g *GenEnumSet) SetName(name string) *GenEnumSet

func (*GenEnumSet) String 

func (p *GenEnumSet) String() string

func (*GenEnumSet) Write 

func (p *GenEnumSet) Write(oprot thrift.Protocol) error

type GenEnumSetBuilder 

type GenEnumSetBuilder struct {
	// contains filtered or unexported fields
}

func NewGenEnumSetBuilder 

func NewGenEnumSetBuilder() *GenEnumSetBuilder

func (GenEnumSetBuilder) Emit 

func (p GenEnumSetBuilder) Emit() *GenEnumSet

func (*GenEnumSetBuilder) Name 

func (g *GenEnumSetBuilder) Name(name string) *GenEnumSetBuilder

type GenerateRuntimeSchema 

type GenerateRuntimeSchema struct {
	Name string `thrift:"name,1" db:"name" json:"name"`
}

Generates a const of type schema. Struct containing the schema of the annotated type. Optionally specify name to override default schema<structName>.

Attributes:

  • Name

func NewGenerateRuntimeSchema 

func NewGenerateRuntimeSchema() *GenerateRuntimeSchema

func (*GenerateRuntimeSchema) GetName 

func (p *GenerateRuntimeSchema) GetName() string

func (*GenerateRuntimeSchema) Read 

func (p *GenerateRuntimeSchema) Read(iprot thrift.Protocol) error

func (*GenerateRuntimeSchema) ReadField1 

func (p *GenerateRuntimeSchema) ReadField1(iprot thrift.Protocol) error

func (*GenerateRuntimeSchema) SetName 

func (g *GenerateRuntimeSchema) SetName(name string) *GenerateRuntimeSchema

func (*GenerateRuntimeSchema) String 

func (p *GenerateRuntimeSchema) String() string

func (*GenerateRuntimeSchema) Write 

func (p *GenerateRuntimeSchema) Write(oprot thrift.Protocol) error

type GenerateRuntimeSchemaBuilder 

type GenerateRuntimeSchemaBuilder struct {
	// contains filtered or unexported fields
}

func NewGenerateRuntimeSchemaBuilder 

func NewGenerateRuntimeSchemaBuilder() *GenerateRuntimeSchemaBuilder

func (GenerateRuntimeSchemaBuilder) Emit 

func (p GenerateRuntimeSchemaBuilder) Emit() *GenerateRuntimeSchema

func (*GenerateRuntimeSchemaBuilder) Name 

func (g *GenerateRuntimeSchemaBuilder) Name(name string) *GenerateRuntimeSchemaBuilder

type InternBox 

type InternBox struct {
}

Indicates that a field's value should never be stored on the stack, and that identical values can be shared in immutable contexts.

func NewInternBox 

func NewInternBox() *InternBox

func (*InternBox) Read 

func (p *InternBox) Read(iprot thrift.Protocol) error

func (*InternBox) String 

func (p *InternBox) String() string

func (*InternBox) Write 

func (p *InternBox) Write(oprot thrift.Protocol) error

type InternBoxBuilder 

type InternBoxBuilder struct {
	// contains filtered or unexported fields
}

func NewInternBoxBuilder 

func NewInternBoxBuilder() *InternBoxBuilder

func (InternBoxBuilder) Emit 

func (p InternBoxBuilder) Emit() *InternBox

type Legacy 

type Legacy struct {
	Message string `thrift:"message,1" db:"message" json:"message"`
}

Indicates a definition/feature will be removed in the next release.

Pleased migrate off of all @Legacy as soon as possible.

Attributes:

  • Message

func NewLegacy 

func NewLegacy() *Legacy

func (*Legacy) GetMessage 

func (p *Legacy) GetMessage() string

func (*Legacy) Read 

func (p *Legacy) Read(iprot thrift.Protocol) error

func (*Legacy) ReadField1 

func (p *Legacy) ReadField1(iprot thrift.Protocol) error

func (*Legacy) SetMessage 

func (l *Legacy) SetMessage(message string) *Legacy

func (*Legacy) String 

func (p *Legacy) String() string

func (*Legacy) Write 

func (p *Legacy) Write(oprot thrift.Protocol) error

type LegacyBuilder 

type LegacyBuilder struct {
	// contains filtered or unexported fields
}

func NewLegacyBuilder 

func NewLegacyBuilder() *LegacyBuilder

func (LegacyBuilder) Emit 

func (p LegacyBuilder) Emit() *Legacy

func (*LegacyBuilder) Message 

func (l *LegacyBuilder) Message(message string) *LegacyBuilder

type Mixin 

type Mixin struct {
}

func NewMixin 

func NewMixin() *Mixin

func (*Mixin) Read 

func (p *Mixin) Read(iprot thrift.Protocol) error

func (*Mixin) String 

func (p *Mixin) String() string

func (*Mixin) Write 

func (p *Mixin) Write(oprot thrift.Protocol) error

type MixinBuilder 

type MixinBuilder struct {
	// contains filtered or unexported fields
}

func NewMixinBuilder 

func NewMixinBuilder() *MixinBuilder

func (MixinBuilder) Emit 

func (p MixinBuilder) Emit() *Mixin

type NoBeta 

type NoBeta struct {
}

Disables @Beta features.

func NewNoBeta 

func NewNoBeta() *NoBeta

func (*NoBeta) Read 

func (p *NoBeta) Read(iprot thrift.Protocol) error

func (*NoBeta) String 

func (p *NoBeta) String() string

func (*NoBeta) Write 

func (p *NoBeta) Write(oprot thrift.Protocol) error

type NoBetaBuilder 

type NoBetaBuilder struct {
	// contains filtered or unexported fields
}

func NewNoBetaBuilder 

func NewNoBetaBuilder() *NoBetaBuilder

func (NoBetaBuilder) Emit 

func (p NoBetaBuilder) Emit() *NoBeta

type NoDeprecated 

type NoDeprecated struct {
}

Disables @Deprecated features.

Should only be enabled in `test` versions, as deprecated implies removing the feature will break current usage (otherwise it would be @Legacy or deleted)

func NewNoDeprecated 

func NewNoDeprecated() *NoDeprecated

func (*NoDeprecated) Read 

func (p *NoDeprecated) Read(iprot thrift.Protocol) error

func (*NoDeprecated) String 

func (p *NoDeprecated) String() string

func (*NoDeprecated) Write 

func (p *NoDeprecated) Write(oprot thrift.Protocol) error

type NoDeprecatedBuilder 

type NoDeprecatedBuilder struct {
	// contains filtered or unexported fields
}

func NewNoDeprecatedBuilder 

func NewNoDeprecatedBuilder() *NoDeprecatedBuilder

func (NoDeprecatedBuilder) Emit 

func (p NoDeprecatedBuilder) Emit() *NoDeprecated

type NoExperimental 

type NoExperimental struct {
}

Disables experimental features.

func NewNoExperimental 

func NewNoExperimental() *NoExperimental

func (*NoExperimental) Read 

func (p *NoExperimental) Read(iprot thrift.Protocol) error

func (*NoExperimental) String 

func (p *NoExperimental) String() string

func (*NoExperimental) Write 

func (p *NoExperimental) Write(oprot thrift.Protocol) error

type NoExperimentalBuilder 

type NoExperimentalBuilder struct {
	// contains filtered or unexported fields
}

func NewNoExperimentalBuilder 

func NewNoExperimentalBuilder() *NoExperimentalBuilder

func (NoExperimentalBuilder) Emit 

func (p NoExperimentalBuilder) Emit() *NoExperimental

type NoLegacy 

type NoLegacy struct {
}

Disables @Legacy features.

func NewNoLegacy 

func NewNoLegacy() *NoLegacy

func (*NoLegacy) Read 

func (p *NoLegacy) Read(iprot thrift.Protocol) error

func (*NoLegacy) String 

func (p *NoLegacy) String() string

func (*NoLegacy) Write 

func (p *NoLegacy) Write(oprot thrift.Protocol) error

type NoLegacyBuilder 

type NoLegacyBuilder struct {
	// contains filtered or unexported fields
}

func NewNoLegacyBuilder 

func NewNoLegacyBuilder() *NoLegacyBuilder

func (NoLegacyBuilder) Emit 

func (p NoLegacyBuilder) Emit() *NoLegacy

type NoTesting 

type NoTesting struct {
}

Disables testing features.

func NewNoTesting 

func NewNoTesting() *NoTesting

func (*NoTesting) Read 

func (p *NoTesting) Read(iprot thrift.Protocol) error

func (*NoTesting) String 

func (p *NoTesting) String() string

func (*NoTesting) Write 

func (p *NoTesting) Write(oprot thrift.Protocol) error

type NoTestingBuilder 

type NoTestingBuilder struct {
	// contains filtered or unexported fields
}

func NewNoTestingBuilder 

func NewNoTestingBuilder() *NoTestingBuilder

func (NoTestingBuilder) Emit 

func (p NoTestingBuilder) Emit() *NoTesting

type Released 

type Released struct {
}

Indicates a definition/feature must not depend directly on an unreleased or testing definition/feature.

func NewReleased 

func NewReleased() *Released

func (*Released) Read 

func (p *Released) Read(iprot thrift.Protocol) error

func (*Released) String 

func (p *Released) String() string

func (*Released) Write 

func (p *Released) Write(oprot thrift.Protocol) error

type ReleasedBuilder 

type ReleasedBuilder struct {
	// contains filtered or unexported fields
}

func NewReleasedBuilder 

func NewReleasedBuilder() *ReleasedBuilder

func (ReleasedBuilder) Emit 

func (p ReleasedBuilder) Emit() *Released

type RequiresBackwardCompatibility 

type RequiresBackwardCompatibility struct {
	FieldName bool `thrift:"field_name,1" db:"field_name" json:"field_name"`
}

Indicates additional backward compatibility restrictions, beyond the standard Thrift required 'wire' compatibility.

Attributes:

  • FieldName

func NewRequiresBackwardCompatibility 

func NewRequiresBackwardCompatibility() *RequiresBackwardCompatibility

func (*RequiresBackwardCompatibility) GetFieldName 

func (p *RequiresBackwardCompatibility) GetFieldName() bool

func (*RequiresBackwardCompatibility) Read 

func (p *RequiresBackwardCompatibility) Read(iprot thrift.Protocol) error

func (*RequiresBackwardCompatibility) ReadField1 

func (p *RequiresBackwardCompatibility) ReadField1(iprot thrift.Protocol) error

func (*RequiresBackwardCompatibility) SetFieldName 

func (r *RequiresBackwardCompatibility) SetFieldName(fieldName bool) *RequiresBackwardCompatibility

func (*RequiresBackwardCompatibility) String 

func (p *RequiresBackwardCompatibility) String() string

func (*RequiresBackwardCompatibility) Write 

func (p *RequiresBackwardCompatibility) Write(oprot thrift.Protocol) error

type RequiresBackwardCompatibilityBuilder 

type RequiresBackwardCompatibilityBuilder struct {
	// contains filtered or unexported fields
}

func NewRequiresBackwardCompatibilityBuilder 

func NewRequiresBackwardCompatibilityBuilder() *RequiresBackwardCompatibilityBuilder

func (RequiresBackwardCompatibilityBuilder) Emit 

func (p RequiresBackwardCompatibilityBuilder) Emit() *RequiresBackwardCompatibility

func (*RequiresBackwardCompatibilityBuilder) FieldName 

func (r *RequiresBackwardCompatibilityBuilder) FieldName(fieldName bool) *RequiresBackwardCompatibilityBuilder

type ReserveIds 

type ReserveIds struct {
	Ids      []int32         `thrift:"ids,1" db:"ids" json:"ids"`
	IdRanges map[int32]int32 `thrift:"id_ranges,2" db:"id_ranges" json:"id_ranges"`
}

Annotate a thrift structured or enum to indicate if ids or values should not be used.

For example, you may want to mark ids as deprecated, or these ids might be reserved for other use cases or annotations.

The resolved set of disallowed ids is the union of the values in `ids` and the range of values represented in `id_ranges`. Example: 

// These ids are not allowed: 3, 8, half-open ranges [10, 15), [20, 30)
@thrift.ReserveIds{ids = [3, 8], id_ranges = {10: 15, 20: 30}}
struct Foo {
  ...
  3: i64 f; // Build failure: 3 cannot be used
}

Attributes:

  • Ids: Individual ids that cannot be used.
  • IdRanges: Represents ranges of ids that cannot be used.

Each (key: value) pair represents the half-open range `[key, value)`, where `key` is included and `value` is not. For example the map `{10: 15, 20: 30}` represents the union of id/value ranges `[10, 15)` and `[20, 30)`

func NewReserveIds 

func NewReserveIds() *ReserveIds

func (*ReserveIds) GetIdRanges 

func (p *ReserveIds) GetIdRanges() map[int32]int32

func (*ReserveIds) GetIds 

func (p *ReserveIds) GetIds() []int32

func (*ReserveIds) Read 

func (p *ReserveIds) Read(iprot thrift.Protocol) error

func (*ReserveIds) ReadField1 

func (p *ReserveIds) ReadField1(iprot thrift.Protocol) error

func (*ReserveIds) ReadField2 

func (p *ReserveIds) ReadField2(iprot thrift.Protocol) error

func (*ReserveIds) SetIdRanges 

func (r *ReserveIds) SetIdRanges(idRanges map[int32]int32) *ReserveIds

func (*ReserveIds) SetIds 

func (r *ReserveIds) SetIds(ids []int32) *ReserveIds

func (*ReserveIds) String 

func (p *ReserveIds) String() string

func (*ReserveIds) Write 

func (p *ReserveIds) Write(oprot thrift.Protocol) error

type ReserveIdsBuilder 

type ReserveIdsBuilder struct {
	// contains filtered or unexported fields
}

func NewReserveIdsBuilder 

func NewReserveIdsBuilder() *ReserveIdsBuilder

func (ReserveIdsBuilder) Emit 

func (p ReserveIdsBuilder) Emit() *ReserveIds

func (*ReserveIdsBuilder) IdRanges 

func (r *ReserveIdsBuilder) IdRanges(idRanges map[int32]int32) *ReserveIdsBuilder

func (*ReserveIdsBuilder) Ids 

func (r *ReserveIdsBuilder) Ids(ids []int32) *ReserveIdsBuilder

type SerializeInFieldIdOrder 

type SerializeInFieldIdOrder struct {
}

Option to serialize thrift struct in ascending field id order.

This can potentially make serialized data size smaller in compact protocol, since compact protocol can write deltas between subsequent field ids.

func NewSerializeInFieldIdOrder 

func NewSerializeInFieldIdOrder() *SerializeInFieldIdOrder

func (*SerializeInFieldIdOrder) Read 

func (p *SerializeInFieldIdOrder) Read(iprot thrift.Protocol) error

func (*SerializeInFieldIdOrder) String 

func (p *SerializeInFieldIdOrder) String() string

func (*SerializeInFieldIdOrder) Write 

func (p *SerializeInFieldIdOrder) Write(oprot thrift.Protocol) error

type SerializeInFieldIdOrderBuilder 

type SerializeInFieldIdOrderBuilder struct {
	// contains filtered or unexported fields
}

func NewSerializeInFieldIdOrderBuilder 

func NewSerializeInFieldIdOrderBuilder() *SerializeInFieldIdOrderBuilder

func (SerializeInFieldIdOrderBuilder) Emit 

func (p SerializeInFieldIdOrderBuilder) Emit() *SerializeInFieldIdOrder

type TerseWrite 

type TerseWrite struct {
}

An annotation that changes the field qualifier from 'none' to 'terse'. A terse field is eligible to skip serialization, when it equals to the intrinsic default value. It also clears to the intrinsic default value before deserialization to distinguish between if a terse field was skipped or missing during serialization. This is different from an unqualified field, as an unqualified field is always serialized regardless of its value, and it is not cleared before deserialization.

The annotation can be only used to annotate an unqualified field, and when it is annotating a struct or exception, it changes all unqualified fields to terse fields. Note, the annotation can not be used for union.

func NewTerseWrite 

func NewTerseWrite() *TerseWrite

func (*TerseWrite) Read 

func (p *TerseWrite) Read(iprot thrift.Protocol) error

func (*TerseWrite) String 

func (p *TerseWrite) String() string

func (*TerseWrite) Write 

func (p *TerseWrite) Write(oprot thrift.Protocol) error

type TerseWriteBuilder 

type TerseWriteBuilder struct {
	// contains filtered or unexported fields
}

func NewTerseWriteBuilder 

func NewTerseWriteBuilder() *TerseWriteBuilder

func (TerseWriteBuilder) Emit 

func (p TerseWriteBuilder) Emit() *TerseWrite

type Testing 

type Testing struct {
}

Indicates a definition/feature should only be used in an ephemeral testing enviornment.

Such enviornments only store serialized values temporarly and strictly control which versions of Thrift definitions are used, so 'compatibility' is not a concern.

func NewTesting 

func NewTesting() *Testing

func (*Testing) Read 

func (p *Testing) Read(iprot thrift.Protocol) error

func (*Testing) String 

func (p *Testing) String() string

func (*Testing) Write 

func (p *Testing) Write(oprot thrift.Protocol) error

type TestingBuilder 

type TestingBuilder struct {
	// contains filtered or unexported fields
}

func NewTestingBuilder 

func NewTestingBuilder() *TestingBuilder

func (TestingBuilder) Emit 

func (p TestingBuilder) Emit() *Testing

type V1 

type V1 struct {
}

Enables all released v1 features.

func NewV1 

func NewV1() *V1

func (*V1) Read 

func (p *V1) Read(iprot thrift.Protocol) error

func (*V1) String 

func (p *V1) String() string

func (*V1) Write 

func (p *V1) Write(oprot thrift.Protocol) error

type V1Builder 

type V1Builder struct {
	// contains filtered or unexported fields
}

func NewV1Builder 

func NewV1Builder() *V1Builder

func (V1Builder) Emit 

func (p V1Builder) Emit() *V1

type V1alpha 

type V1alpha struct {
}

Enables all experimental v1 features.

Use with *caution* and only with explicit permission. This may enable features may change significantly without notice or not work correctly in all contexts.

func NewV1alpha 

func NewV1alpha() *V1alpha

func (*V1alpha) Read 

func (p *V1alpha) Read(iprot thrift.Protocol) error

func (*V1alpha) String 

func (p *V1alpha) String() string

func (*V1alpha) Write 

func (p *V1alpha) Write(oprot thrift.Protocol) error

type V1alphaBuilder 

type V1alphaBuilder struct {
	// contains filtered or unexported fields
}

func NewV1alphaBuilder 

func NewV1alphaBuilder() *V1alphaBuilder

func (V1alphaBuilder) Emit 

func (p V1alphaBuilder) Emit() *V1alpha

type V1beta 

type V1beta struct {
}

Enables all beta v1 features.

Beta features are guaranteed to *not* break unrelated Thrift features so they should be relatively safe to test alongside other beta or released Thrift features.

func NewV1beta 

func NewV1beta() *V1beta

func (*V1beta) Read 

func (p *V1beta) Read(iprot thrift.Protocol) error

func (*V1beta) String 

func (p *V1beta) String() string

func (*V1beta) Write 

func (p *V1beta) Write(oprot thrift.Protocol) error

type V1betaBuilder 

type V1betaBuilder struct {
	// contains filtered or unexported fields
}

func NewV1betaBuilder 

func NewV1betaBuilder() *V1betaBuilder

func (V1betaBuilder) Emit 

func (p V1betaBuilder) Emit() *V1beta

type V1test 

type V1test struct {
}

Enables experimental features, even those that are known to break common use cases.

func NewV1test 

func NewV1test() *V1test

func (*V1test) Read 

func (p *V1test) Read(iprot thrift.Protocol) error

func (*V1test) String 

func (p *V1test) String() string

func (*V1test) Write 

func (p *V1test) Write(oprot thrift.Protocol) error

type V1testBuilder 

type V1testBuilder struct {
	// contains filtered or unexported fields
}

func NewV1testBuilder 

func NewV1testBuilder() *V1testBuilder

func (V1testBuilder) Emit 

func (p V1testBuilder) Emit() *V1test

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