ident

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 Go to latest Published: Nov 9, 2020 License: Apache-2.0 Imports: 10 Imported by: 113

Documentation

Overview

Package ident is a generated GoMock package.

Package ident provides utilities for working with identifiers.

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

This section is empty.

Types

type BytesID 

type BytesID []byte

BytesID is a small utility type to avoid the heavy weight of a true ID implementation when using in high throughput places like keys in a map.

func (BytesID) Bytes 

func (v BytesID) Bytes() []byte

Bytes returns the underlying byte slice of the bytes ID.

func (BytesID) Equal 

func (v BytesID) Equal(value ID) bool

Equal returns whether the bytes ID is equal to a given ID.

func (BytesID) Finalize 

func (v BytesID) Finalize()

Finalize is a no-op for a bytes ID as it has no associated pool.

func (BytesID) IsNoFinalize 

func (v BytesID) IsNoFinalize() bool

IsNoFinalize is always true since BytesID is not pooled.

func (BytesID) NoFinalize 

func (v BytesID) NoFinalize()

NoFinalize is a no-op for a bytes ID as Finalize is already a no-op.

func (BytesID) String 

func (v BytesID) String() string

String returns the bytes ID as a string.

type ID 

type ID interface {
	fmt.Stringer

	// Bytes returns the underlying byte slice of the bytes ID unpacked from
	// any checked bytes container, callers cannot safely hold a ref to these
	// bytes.
	Bytes() []byte

	// Equal returns whether the ID is equal to a given ID.
	Equal(value ID) bool

	// NoFinalize makes calls to finalize a no-op, this is useful when you
	// would like to share a type with another sub-system that should is not
	// allowed to finalize the resource as the resource is kept indefinitely
	// until garbage collected (i.e. longly lived).
	NoFinalize()

	// IsNoFinalize returns whether finalize is a no-op or not, this is useful
	// when you know you can use an ID without having to worry to take a copy.
	IsNoFinalize() bool

	// Finalize releases all resources held by the ID, unless NoFinalize has
	// been called previously in which case this is a no-op.
	Finalize()
}

ID represents an immutable identifier to allow use of byte slice pooling for the contents of the ID.

func BinaryID 

func BinaryID(v checked.Bytes) ID

BinaryID constructs a new ID based on a binary value.

func StringID 

func StringID(str string) ID

StringID constructs a new ID based on a string value.

type IDBatch added in v1.0.0 

type IDBatch struct {

	// IDs are the IDs for the batch.
	IDs []ID
	// contains filtered or unexported fields
}

IDBatch is a batch of IDs that is consumed asynchronously.

func (*IDBatch) Processed added in v1.0.0 

func (b *IDBatch) Processed()

Processed indicates that this batch has finished processing.

func (*IDBatch) ReadyForProcessing added in v1.0.0 

func (b *IDBatch) ReadyForProcessing()

ReadyForProcessing indicates this batch is ready for processing.

func (*IDBatch) WaitUntilProcessed added in v1.0.0 

func (b *IDBatch) WaitUntilProcessed()

WaitUntilProcessed waits until the batch has been processed.

type IDMatcher 

type IDMatcher interface {
	gomock.Matcher
}

IDMatcher is a gomock.Matcher that matches ID

func NewIDMatcher 

func NewIDMatcher(id string) IDMatcher

NewIDMatcher returns a new IDMatcher

type Iterator 

type Iterator interface {
	// Next returns a bool indicating the presence of the next ID instance.
	Next() bool

	// Current returns the current ID instance.
	Current() ID

	// CurrentIndex returns the current index at.
	CurrentIndex() int

	// Close releases any resources held by the iterator.
	Close()

	// Err returns any errors encountered during iteration.
	Err() error

	// Len returns the number of elements.
	Len() int

	// Remaining returns the number of elements remaining to be iterated over.
	Remaining() int

	// Dupe returns an independent duplicate of the iterator.
	Duplicate() Iterator
}

Iterator represents an iterator over `ID` instances. It is not thread-safe.

func NewIDSliceIterator 

func NewIDSliceIterator(ids []ID) Iterator

NewIDSliceIterator returns a new Iterator over a slice.

func NewIDsIterator 

func NewIDsIterator(ids ...ID) Iterator

NewIDsIterator returns a new Iterator over the given IDs.

func NewStringIDsIterator 

func NewStringIDsIterator(ids ...string) Iterator

NewStringIDsIterator returns a new Iterator over the given IDs.

func NewStringIDsSliceIterator 

func NewStringIDsSliceIterator(ids []string) Iterator

NewStringIDsSliceIterator returns a new Iterator over a slice of strings.

type MockID 

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

MockID is a mock of ID interface

func NewMockID 

func NewMockID(ctrl *gomock.Controller) *MockID

NewMockID creates a new mock instance

func (*MockID) Bytes 

func (m *MockID) Bytes() []byte

Bytes mocks base method

func (*MockID) EXPECT 

func (m *MockID) EXPECT() *MockIDMockRecorder

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

func (*MockID) Equal 

func (m *MockID) Equal(arg0 ID) bool

Equal mocks base method

func (*MockID) Finalize 

func (m *MockID) Finalize()

Finalize mocks base method

func (*MockID) IsNoFinalize 

func (m *MockID) IsNoFinalize() bool

IsNoFinalize mocks base method

func (*MockID) NoFinalize 

func (m *MockID) NoFinalize()

NoFinalize mocks base method

func (*MockID) String 

func (m *MockID) String() string

String mocks base method

type MockIDMockRecorder 

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

MockIDMockRecorder is the mock recorder for MockID

func (*MockIDMockRecorder) Bytes 

func (mr *MockIDMockRecorder) Bytes() *gomock.Call

Bytes indicates an expected call of Bytes

func (*MockIDMockRecorder) Equal 

func (mr *MockIDMockRecorder) Equal(arg0 interface{}) *gomock.Call

Equal indicates an expected call of Equal

func (*MockIDMockRecorder) Finalize 

func (mr *MockIDMockRecorder) Finalize() *gomock.Call

Finalize indicates an expected call of Finalize

func (*MockIDMockRecorder) IsNoFinalize 

func (mr *MockIDMockRecorder) IsNoFinalize() *gomock.Call

IsNoFinalize indicates an expected call of IsNoFinalize

func (*MockIDMockRecorder) NoFinalize 

func (mr *MockIDMockRecorder) NoFinalize() *gomock.Call

NoFinalize indicates an expected call of NoFinalize

func (*MockIDMockRecorder) String 

func (mr *MockIDMockRecorder) String() *gomock.Call

String indicates an expected call of String

type MockTagIterator 

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

MockTagIterator is a mock of TagIterator interface

func NewMockTagIterator 

func NewMockTagIterator(ctrl *gomock.Controller) *MockTagIterator

NewMockTagIterator creates a new mock instance

func (*MockTagIterator) Close 

func (m *MockTagIterator) Close()

Close mocks base method

func (*MockTagIterator) Current 

func (m *MockTagIterator) Current() Tag

Current mocks base method

func (*MockTagIterator) CurrentIndex 

func (m *MockTagIterator) CurrentIndex() int

CurrentIndex mocks base method

func (*MockTagIterator) Duplicate 

func (m *MockTagIterator) Duplicate() TagIterator

Duplicate mocks base method

func (*MockTagIterator) EXPECT 

func (m *MockTagIterator) EXPECT() *MockTagIteratorMockRecorder

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

func (*MockTagIterator) Err 

func (m *MockTagIterator) Err() error

Err mocks base method

func (*MockTagIterator) Len 

func (m *MockTagIterator) Len() int

Len mocks base method

func (*MockTagIterator) Next 

func (m *MockTagIterator) Next() bool

Next mocks base method

func (*MockTagIterator) Remaining 

func (m *MockTagIterator) Remaining() int

Remaining mocks base method

func (*MockTagIterator) Rewind added in v0.15.2 

func (m *MockTagIterator) Rewind()

Rewind mocks base method

type MockTagIteratorMockRecorder 

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

MockTagIteratorMockRecorder is the mock recorder for MockTagIterator

func (*MockTagIteratorMockRecorder) Close 

func (mr *MockTagIteratorMockRecorder) Close() *gomock.Call

Close indicates an expected call of Close

func (*MockTagIteratorMockRecorder) Current 

func (mr *MockTagIteratorMockRecorder) Current() *gomock.Call

Current indicates an expected call of Current

func (*MockTagIteratorMockRecorder) CurrentIndex 

func (mr *MockTagIteratorMockRecorder) CurrentIndex() *gomock.Call

CurrentIndex indicates an expected call of CurrentIndex

func (*MockTagIteratorMockRecorder) Duplicate 

func (mr *MockTagIteratorMockRecorder) Duplicate() *gomock.Call

Duplicate indicates an expected call of Duplicate

func (*MockTagIteratorMockRecorder) Err 

func (mr *MockTagIteratorMockRecorder) Err() *gomock.Call

Err indicates an expected call of Err

func (*MockTagIteratorMockRecorder) Len 

func (mr *MockTagIteratorMockRecorder) Len() *gomock.Call

Len indicates an expected call of Len

func (*MockTagIteratorMockRecorder) Next 

func (mr *MockTagIteratorMockRecorder) Next() *gomock.Call

Next indicates an expected call of Next

func (*MockTagIteratorMockRecorder) Remaining 

func (mr *MockTagIteratorMockRecorder) Remaining() *gomock.Call

Remaining indicates an expected call of Remaining

func (*MockTagIteratorMockRecorder) Rewind added in v0.15.2 

func (mr *MockTagIteratorMockRecorder) Rewind() *gomock.Call

Rewind indicates an expected call of Rewind

type Pool 

type Pool interface {
	// GetBinaryID will create a new binary ID and take reference to the bytes.
	// When the context closes the ID will be finalized and so too will
	// the bytes, i.e. it will take ownership of the bytes.
	GetBinaryID(c context.Context, data checked.Bytes) ID

	// BinaryID will create a new binary ID and take a reference to the bytes.
	BinaryID(data checked.Bytes) ID

	// GetBinaryTag will create a new binary Tag and take reference to the bytes.
	// When the context closes, the Tag will be finalized and so too will
	// the bytes, i.e. it will take ownership of the bytes.
	GetBinaryTag(c context.Context, name, value checked.Bytes) Tag

	// BinaryTag will create a new binary Tag and take a reference to the provided bytes.
	BinaryTag(name, value checked.Bytes) Tag

	// GetStringID will create a new string ID and create a bytes copy of the
	// string. When the context closes the ID will be finalized.
	GetStringID(c context.Context, id string) ID

	// StringID will create a new string ID and create a bytes copy of the
	// string.
	StringID(data string) ID

	// GetStringTag will create a new string Tag and create a bytes copy of the
	// string. When the context closes the ID will be finalized.
	GetStringTag(c context.Context, name, value string) Tag

	// StringTag will create a new string Tag and create a bytes copy of the
	// string.
	StringTag(name, value string) Tag

	// Tags will create a new array of tags and return it.
	Tags() Tags

	// GetTagsIterator will create a tag iterator and return it. When the context
	// closes the tags array and any tags contained will be finalized.
	GetTagsIterator(c context.Context) TagsIterator

	// TagsIterator will create a tag iterator and return it.
	TagsIterator() TagsIterator

	// Put an ID back in the pool.
	Put(id ID)

	// PutTag puts a tag back in the pool.
	PutTag(tag Tag)

	// PutTags puts a set of tags back in the pool.
	PutTags(tags Tags)

	// PutTagsIterator puts a tags iterator back in the pool.
	PutTagsIterator(iter TagsIterator)

	// Clone replicates a given ID into a pooled ID.
	Clone(id ID) ID

	// CloneTag replicates a given Tag into a pooled Tag.
	CloneTag(tag Tag) Tag

	// CloneTags replicates a given set of Tags into a pooled Tags.
	CloneTags(tags Tags) Tags
}

Pool represents an automatic pool of `ident` objects.

func NewPool 

func NewPool(
	bytesPool pool.CheckedBytesPool,
	opts PoolOptions,
) Pool

NewPool constructs a new simple Pool.

type PoolOptions 

type PoolOptions struct {
	IDPoolOptions           pool.ObjectPoolOptions
	TagsPoolOptions         pool.ObjectPoolOptions
	TagsCapacity            int
	TagsMaxCapacity         int
	TagsIteratorPoolOptions pool.ObjectPoolOptions
}

PoolOptions is a set of pooling options.

type ReuseableBytesID added in v0.15.0 

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

ReuseableBytesID is a reuseable bytes ID, use with extreme care in places where the lifecycle is known (there is no checking with this ID).

func NewReuseableBytesID added in v0.15.0 

func NewReuseableBytesID() *ReuseableBytesID

NewReuseableBytesID returns a new reuseable bytes ID, use with extreme care in places where the lifecycle is known (there is no checking with this ID).

func (*ReuseableBytesID) Bytes added in v0.15.0 

func (i *ReuseableBytesID) Bytes() []byte

Bytes implements ID.

func (*ReuseableBytesID) Equal added in v0.15.0 

func (i *ReuseableBytesID) Equal(value ID) bool

Equal implements ID.

func (*ReuseableBytesID) Finalize added in v0.15.0 

func (i *ReuseableBytesID) Finalize()

Finalize implements ID.

func (*ReuseableBytesID) IsNoFinalize added in v0.15.0 

func (i *ReuseableBytesID) IsNoFinalize() bool

IsNoFinalize implements ID.

func (*ReuseableBytesID) NoFinalize added in v0.15.0 

func (i *ReuseableBytesID) NoFinalize()

NoFinalize implements ID.

func (*ReuseableBytesID) Reset added in v0.15.0 

func (i *ReuseableBytesID) Reset(bytes []byte)

Reset resets the bytes ID for reuse, make sure there are zero references to this ID from any other data structure at this point.

func (*ReuseableBytesID) String added in v0.15.0 

func (i *ReuseableBytesID) String() string

String returns the bytes ID as a string.

type Tag 

type Tag struct {
	Name  TagName
	Value TagValue
	// contains filtered or unexported fields
}

Tag represents a timeseries tag.

func BinaryTag 

func BinaryTag(name checked.Bytes, value checked.Bytes) Tag

BinaryTag constructs a new Tag based on binary values.

func StringTag 

func StringTag(name string, value string) Tag

StringTag constructs a new Tag based on string values.

func (Tag) Equal 

func (t Tag) Equal(value Tag) bool

Equal returns whether the two tags are equal.

func (*Tag) Finalize 

func (t *Tag) Finalize()

Finalize releases all resources held by the Tag, unless NoFinalize has been called previously in which case this is a no-op.

func (*Tag) NoFinalize 

func (t *Tag) NoFinalize()

NoFinalize makes calls to finalize a no-op, this is useful when you would like to share a type with another sub-system that should is not allowed to finalize the resource as the resource is kept indefinitely until garbage collected (i.e. longly lived).

type TagIterMatcher 

type TagIterMatcher interface {
	gomock.Matcher
}

TagIterMatcher is a gomock.Matcher that matches TagIterator

func NewTagIterMatcher 

func NewTagIterMatcher(iter TagIterator) TagIterMatcher

NewTagIterMatcher returns a new TagIterMatcher

type TagIterator 

type TagIterator interface {
	// Next returns a bool indicating the presence of the next Tag instance.
	Next() bool

	// Current returns the current Tag instance.
	Current() Tag

	// CurrentIndex returns the current index at.
	CurrentIndex() int

	// Err returns any errors encountered during iteration.
	Err() error

	// Close releases any resources held by the iterator.
	Close()

	// Len returns the number of elements.
	Len() int

	// Remaining returns the number of elements remaining to be iterated over.
	Remaining() int

	// Duplicate returns an independent duplicate of the iterator.
	Duplicate() TagIterator

	// Rewind resets the tag iterator to the initial position.
	Rewind()
}

TagIterator represents an iterator over `Tag` instances. It is not thread-safe. 

var EmptyTagIterator TagIterator = emptyTagIterator{}

EmptyTagIterator returns an iterator over no tags.

func MustNewTagStringsIterator 

func MustNewTagStringsIterator(inputs ...string) TagIterator

MustNewTagStringsIterator returns a TagIterator over a slice of strings, panic'ing if it encounters an error.

func NewTagStringsIterator 

func NewTagStringsIterator(inputs ...string) (TagIterator, error)

NewTagStringsIterator returns a TagIterator over a slice of strings.

type TagMatcher 

type TagMatcher interface {
	gomock.Matcher
}

TagMatcher is a gomock.Matcher that matches Tag

func NewTagMatcher 

func NewTagMatcher(name string, value string) TagMatcher

NewTagMatcher returns a new TagMatcher

type TagName 

type TagName ID

TagName represents the name of a timeseries tag.

type TagValue 

type TagValue ID

TagValue represents the value of a timeseries tag.

type Tags 

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

Tags is a collection of Tag instances that can be pooled.

func NewTags 

func NewTags(values ...Tag) Tags

NewTags returns a new set of tags.

func (*Tags) Append 

func (t *Tags) Append(tag Tag)

Append will append a tag.

func (Tags) Equal 

func (t Tags) Equal(other Tags) bool

Equal returns a bool indicating if the tags are equal. It requires the two slices are ordered the same.

func (*Tags) Finalize 

func (t *Tags) Finalize()

Finalize finalizes all Tags, unless NoFinalize has been called previously in which case this is a no-op.

func (*Tags) NoFinalize 

func (t *Tags) NoFinalize()

NoFinalize makes calls to finalize a no-op, this is useful when you would like to share a type with another sub-system that should is not allowed to finalize the resource as the resource is kept indefinitely until garbage collected (i.e. longly lived).

func (*Tags) Reset added in v0.15.0 

func (t *Tags) Reset(values []Tag)

Reset resets the tags for reuse.

func (Tags) Values 

func (t Tags) Values() []Tag

Values returns the tags values.

type TagsIterator 

type TagsIterator interface {
	TagIterator

	// Reset allows the tag iterator to be reused with a new set of tags.
	Reset(tags Tags)

	// ResetFields allows tag iterator to be reused from a set of fields.
	ResetFields(fields []doc.Field)
}

TagsIterator represents a TagIterator that can be reset with a Tags collection type. It is not thread-safe.

func NewFieldsTagsIterator added in v0.15.4 

func NewFieldsTagsIterator(fields []doc.Field) TagsIterator

NewFieldsTagsIterator returns a TagsIterator over a set of fields.

func NewTagsIterator 

func NewTagsIterator(tags Tags) TagsIterator

NewTagsIterator returns a TagsIterator over a set of tags.

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