codec

package
v1.10.8 Latest Latest
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 Go to latest Published: Oct 29, 2024 License: BSD-3-Clause Imports: 10 Imported by: 7

Documentation

Overview

Package codec is a generated GoMock package.

Index

Constants

This section is empty.

Variables

View Source 
var (
	ErrUnsupportedType           = errors.New("unsupported type")
	ErrMaxSliceLenExceeded       = errors.New("max slice length exceeded")
	ErrDoesNotImplementInterface = errors.New("does not implement interface")
	ErrUnexportedField           = errors.New("unexported field")
	ErrExtraSpace                = errors.New("trailing buffer space")
	ErrMarshalZeroLength         = errors.New("can't marshal zero length value")
	ErrUnmarshalZeroLength       = errors.New("can't unmarshal zero length value")
)
View Source 
var (
	ErrUnknownVersion    = errors.New("unknown codec version")
	ErrMarshalNil        = errors.New("can't marshal nil pointer or interface")
	ErrUnmarshalNil      = errors.New("can't unmarshal nil")
	ErrUnmarshalTooBig   = errors.New("byte array exceeds maximum length")
	ErrCantPackVersion   = errors.New("couldn't pack codec version")
	ErrCantUnpackVersion = errors.New("couldn't unpack codec version")
	ErrDuplicatedVersion = errors.New("duplicated codec version")
)
View Source 
var (
	Tests = []func(c GeneralCodec, t testing.TB){
		TestStruct,
		TestRegisterStructTwice,
		TestUInt32,
		TestUIntPtr,
		TestSlice,
		TestMaxSizeSlice,
		TestBool,
		TestArray,
		TestBigArray,
		TestPointerToStruct,
		TestSliceOfStruct,
		TestInterface,
		TestSliceOfInterface,
		TestArrayOfInterface,
		TestPointerToInterface,
		TestString,
		TestNilSlice,
		TestSerializeUnexportedField,
		TestSerializeOfNoSerializeField,
		TestNilSliceSerialization,
		TestEmptySliceSerialization,
		TestSliceWithEmptySerialization,
		TestSliceWithEmptySerializationError,
		TestMapWithEmptySerialization,
		TestMapWithEmptySerializationError,
		TestSliceTooLarge,
		TestNegativeNumbers,
		TestTooLargeUnmarshal,
		TestUnmarshalInvalidInterface,
		TestExtraSpace,
		TestSliceLengthOverflow,
		TestMap,
		TestCanMarshalLargeSlices,
	}

	MultipleTagsTests = []func(c GeneralCodec, t testing.TB){
		TestMultipleTags,
	}
)
View Source 
var ErrDuplicateType = errors.New("duplicate type registration")

Functions

func FuzzStructUnmarshal 

func FuzzStructUnmarshal(codec GeneralCodec, f *testing.F)

func TestArray 

func TestArray(codec GeneralCodec, t testing.TB)

Test marshalling an array

func TestArrayOfInterface 

func TestArrayOfInterface(codec GeneralCodec, t testing.TB)

Test marshalling an array of interfaces

func TestBigArray 

func TestBigArray(codec GeneralCodec, t testing.TB)

Test marshalling a really big array

func TestBool 

func TestBool(codec GeneralCodec, t testing.TB)

Test marshalling a bool

func TestCanMarshalLargeSlices 

func TestCanMarshalLargeSlices(codec GeneralCodec, t testing.TB)

func TestEmptySliceSerialization 

func TestEmptySliceSerialization(codec GeneralCodec, t testing.TB)

Test marshaling a slice that has 0 elements (but isn't nil)

func TestExtraSpace 

func TestExtraSpace(codec GeneralCodec, t testing.TB)

Test unmarshaling something with extra data

func TestInterface 

func TestInterface(codec GeneralCodec, t testing.TB)

Test marshalling an interface

func TestMap 

func TestMap(codec GeneralCodec, t testing.TB)

func TestMapWithEmptySerialization 

func TestMapWithEmptySerialization(codec GeneralCodec, t testing.TB)

Test marshaling empty map of zero length structs

func TestMapWithEmptySerializationError 

func TestMapWithEmptySerializationError(codec GeneralCodec, t testing.TB)

func TestMaxSizeSlice 

func TestMaxSizeSlice(codec GeneralCodec, t testing.TB)

Test marshalling/unmarshalling largest possible slice

func TestMultipleTags 

func TestMultipleTags(codec GeneralCodec, t testing.TB)

func TestNegativeNumbers 

func TestNegativeNumbers(codec GeneralCodec, t testing.TB)

Ensure serializing structs with negative number members works

func TestNilSlice 

func TestNilSlice(codec GeneralCodec, t testing.TB)

Ensure a nil slice is unmarshaled to slice with length 0

func TestNilSliceSerialization 

func TestNilSliceSerialization(codec GeneralCodec, t testing.TB)

Test marshalling of nil slice

func TestPointerToInterface 

func TestPointerToInterface(codec GeneralCodec, t testing.TB)

Test marshalling a pointer to an interface

func TestPointerToStruct 

func TestPointerToStruct(codec GeneralCodec, t testing.TB)

Test marshalling a pointer to a struct

func TestRegisterStructTwice 

func TestRegisterStructTwice(codec GeneralCodec, t testing.TB)

func TestSerializeOfNoSerializeField 

func TestSerializeOfNoSerializeField(codec GeneralCodec, t testing.TB)

func TestSerializeUnexportedField 

func TestSerializeUnexportedField(codec GeneralCodec, t testing.TB)

Ensure that trying to serialize a struct with an unexported member that has `serialize:"true"` returns error

func TestSlice 

func TestSlice(codec GeneralCodec, t testing.TB)

func TestSliceLengthOverflow 

func TestSliceLengthOverflow(codec GeneralCodec, t testing.TB)

Ensure deserializing slices whose lengths exceed MaxInt32 error correctly

func TestSliceOfInterface 

func TestSliceOfInterface(codec GeneralCodec, t testing.TB)

Test marshalling a slice of interfaces

func TestSliceOfStruct 

func TestSliceOfStruct(codec GeneralCodec, t testing.TB)

Test marshalling a slice of structs

func TestSliceTooLarge 

func TestSliceTooLarge(codec GeneralCodec, t testing.TB)

func TestSliceWithEmptySerialization 

func TestSliceWithEmptySerialization(codec GeneralCodec, t testing.TB)

Test marshaling empty slice of zero length structs

func TestSliceWithEmptySerializationError 

func TestSliceWithEmptySerializationError(codec GeneralCodec, t testing.TB)

func TestString 

func TestString(codec GeneralCodec, t testing.TB)

Test marshalling a string

func TestStruct 

func TestStruct(codec GeneralCodec, t testing.TB)

Test marshaling/unmarshaling a complicated struct

func TestTooLargeUnmarshal 

func TestTooLargeUnmarshal(codec GeneralCodec, t testing.TB)

Ensure deserializing structs with too many bytes errors correctly

func TestUInt32 

func TestUInt32(codec GeneralCodec, t testing.TB)

func TestUIntPtr 

func TestUIntPtr(codec GeneralCodec, t testing.TB)

func TestUnmarshalInvalidInterface 

func TestUnmarshalInvalidInterface(codec GeneralCodec, t testing.TB)

Ensure deserializing structs into the wrong interface errors gracefully

Types

type Codec 

type Codec interface {
	MarshalInto(interface{}, *wrappers.Packer) error
	Unmarshal([]byte, interface{}) error

	// Returns the size, in bytes, of [value] when it's marshaled
	Size(value interface{}) (int, error)
}

Codec marshals and unmarshals

type Foo 

type Foo interface {
	Foo() int
}

type GeneralCodec 

type GeneralCodec interface {
	Codec
	Registry
}

GeneralCodec marshals and unmarshals structs including interfaces

type Manager 

type Manager interface {
	// Associate the given codec with the given version ID
	RegisterCodec(version uint16, codec Codec) error

	// Size returns the size, in bytes, of [value] when it's marshaled
	// using the codec with the given version.
	// RegisterCodec must have been called with that version.
	// If [value] is nil, returns [ErrMarshalNil]
	Size(version uint16, value interface{}) (int, error)

	// Marshal the given value using the codec with the given version.
	// RegisterCodec must have been called with that version.
	Marshal(version uint16, source interface{}) (destination []byte, err error)

	// Unmarshal the given bytes into the given destination. [destination] must
	// be a pointer or an interface. Returns the version of the codec that
	// produces the given bytes.
	Unmarshal(source []byte, destination interface{}) (version uint16, err error)
}

Manager describes the functionality for managing codec versions.

func NewDefaultManager 

func NewDefaultManager() Manager

NewDefaultManager returns a new codec manager.

func NewManager 

func NewManager(maxSize int) Manager

NewManager returns a new codec manager.

type MockManager 

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

MockManager is a mock of Manager interface.

func NewMockManager 

func NewMockManager(ctrl *gomock.Controller) *MockManager

NewMockManager creates a new mock instance.

func (*MockManager) EXPECT 

func (m *MockManager) EXPECT() *MockManagerMockRecorder

EXPECT returns an object that allows the caller to indicate expected use.

func (*MockManager) Marshal 

func (m *MockManager) Marshal(arg0 uint16, arg1 any) ([]byte, error)

Marshal mocks base method.

func (*MockManager) RegisterCodec 

func (m *MockManager) RegisterCodec(arg0 uint16, arg1 Codec) error

RegisterCodec mocks base method.

func (*MockManager) Size 

func (m *MockManager) Size(arg0 uint16, arg1 any) (int, error)

Size mocks base method.

func (*MockManager) Unmarshal 

func (m *MockManager) Unmarshal(arg0 []byte, arg1 any) (uint16, error)

Unmarshal mocks base method.

type MockManagerMockRecorder 

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

MockManagerMockRecorder is the mock recorder for MockManager.

func (*MockManagerMockRecorder) Marshal 

func (mr *MockManagerMockRecorder) Marshal(arg0, arg1 any) *gomock.Call

Marshal indicates an expected call of Marshal.

func (*MockManagerMockRecorder) RegisterCodec 

func (mr *MockManagerMockRecorder) RegisterCodec(arg0, arg1 any) *gomock.Call

RegisterCodec indicates an expected call of RegisterCodec.

func (*MockManagerMockRecorder) Size 

func (mr *MockManagerMockRecorder) Size(arg0, arg1 any) *gomock.Call

Size indicates an expected call of Size.

func (*MockManagerMockRecorder) Unmarshal 

func (mr *MockManagerMockRecorder) Unmarshal(arg0, arg1 any) *gomock.Call

Unmarshal indicates an expected call of Unmarshal.

type MultipleVersionsStruct 

type MultipleVersionsStruct struct {
	BothTags    string `tag1:"true"  tag2:"true"`
	SingleTag1  string `tag1:"true"`
	SingleTag2  string `             tag2:"true"`
	EitherTags1 string `tag1:"false" tag2:"true"`
	EitherTags2 string `tag1:"true"  tag2:"false"`
	NoTags      string `tag1:"false" tag2:"false"`
}

type MyInnerStruct 

type MyInnerStruct struct {
	Str string `serialize:"true"`
}

func (*MyInnerStruct) Foo 

func (*MyInnerStruct) Foo() int

type MyInnerStruct2 

type MyInnerStruct2 struct {
	Bool bool `serialize:"true"`
}

func (*MyInnerStruct2) Foo 

func (*MyInnerStruct2) Foo() int

type MyInnerStruct3 

type MyInnerStruct3 struct {
	Str string        `serialize:"true"`
	M1  MyInnerStruct `serialize:"true"`
	F   Foo           `serialize:"true"`
}

MyInnerStruct3 embeds Foo, an interface, so it has to implement TypeID and ConcreteInstance

type Registry 

type Registry interface {
	RegisterType(interface{}) error
}

Registry registers new types that can be marshaled into

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