kv

package
v1.0.0-beta.61 Latest Latest
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 Go to latest Published: Apr 11, 2023 License: Apache-2.0 Imports: 15 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	KB   = 1000
	KB99 = 99 * KB
)
View Source 
const (
	InsertEvent  = "insert"
	ReplaceEvent = "replace"
	UpdateEvent  = "update"
	DeleteEvent  = "delete"
)

Variables

View Source 
var (
	// ErrDuplicateKey is returned when an insert call is made for a key that already exist.
	ErrDuplicateKey = NewStoreError(0, ErrCodeDuplicateKey, "duplicate key value, violates key constraint")
	// ErrConflictingTransaction is returned when there are conflicting transactions.
	ErrConflictingTransaction = NewStoreError(1020, ErrCodeConflictingTransaction, "transaction not committed due to conflict with another transaction")
	// ErrTransactionMaxDurationReached is returned when transaction running beyond 5seconds.
	ErrTransactionMaxDurationReached = NewStoreError(1007, ErrCodeTransactionMaxDuration, "transaction is old to perform reads or be committed")
	// ErrTransactionTimedOut is returned when fdb abort the transaction because of 5seconds limit.
	ErrTransactionTimedOut     = NewStoreError(1031, ErrCodeTransactionTimedOut, "operation aborted because the transaction timed out")
	ErrTransactionNotCommitted = NewStoreError(1021, ErrCodeTransactionNotCommitted, "transaction may or may not have committed")
	ErrValueSizeExceeded       = NewStoreError(2103, ErrCodeValueSizeExceeded, "document exceeds limit")
	ErrTransactionSizeExceeded = NewStoreError(2101, ErrCodeTransactionSizeExceeded, "transaction exceeds limit")
)

Functions

func IsTimedOut 

func IsTimedOut(err error) bool

func NewStoreError 

func NewStoreError(fdbCode int, code StoreErrCode, msg string, args ...interface{}) error

func WrapEventListenerCtx 

func WrapEventListenerCtx(ctx context.Context) context.Context

Types

type AtomicIterator 

type AtomicIterator interface {
	Next(value *FdbBaseKeyValue[int64]) bool
	Err() error
}

type AtomicIteratorImpl 

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

func (*AtomicIteratorImpl) Err 

func (i *AtomicIteratorImpl) Err() error

func (*AtomicIteratorImpl) Next 

func (i *AtomicIteratorImpl) Next(value *FdbBaseKeyValue[int64]) bool

type Builder 

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

func NewBuilder 

func NewBuilder() *Builder

func (*Builder) Build 

func (b *Builder) Build(cfg *config.FoundationDBConfig) (TxStore, error)

Build will create the TxStore in an order. For example, a simple kv is created first then chunk store is created using this simple kv. Listener enabled will be added after chunking so that it is called before chunking. Finally, the measure at the end.

func (*Builder) WithChunking 

func (b *Builder) WithChunking() *Builder

func (*Builder) WithCompression 

func (b *Builder) WithCompression() *Builder

func (*Builder) WithListener 

func (b *Builder) WithListener() *Builder

func (*Builder) WithMeasure 

func (b *Builder) WithMeasure() *Builder

type ChunkIterator 

type ChunkIterator struct {
	Iterator
	// contains filtered or unexported fields
}

func (*ChunkIterator) Err 

func (it *ChunkIterator) Err() error

func (*ChunkIterator) Next 

func (it *ChunkIterator) Next(value *KeyValue) bool

type ChunkTx 

type ChunkTx struct {
	*KeyValueTx
}

func (ChunkTx) AtomicAdd 

func (t ChunkTx) AtomicAdd(_ context.Context, table []byte, key Key, value int64) error

func (ChunkTx) AtomicRead 

func (t ChunkTx) AtomicRead(_ context.Context, table []byte, key Key) (int64, error)

func (ChunkTx) AtomicReadRange 

func (t ChunkTx) AtomicReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (AtomicIterator, error)

func (ChunkTx) Commit 

func (t ChunkTx) Commit(_ context.Context) error

func (ChunkTx) Delete 

func (t ChunkTx) Delete(ctx context.Context, table []byte, key Key) error

func (ChunkTx) DeleteRange 

func (t ChunkTx) DeleteRange(ctx context.Context, table []byte, lKey Key, rKey Key) error

func (ChunkTx) Get 

func (t ChunkTx) Get(_ context.Context, key []byte, isSnapshot bool) (Future, error)

func (*ChunkTx) Insert 

func (tx *ChunkTx) Insert(ctx context.Context, table []byte, key Key, data *internal.TableData) error

func (ChunkTx) IsRetriable 

func (t ChunkTx) IsRetriable() bool

IsRetriable returns true if transaction can be retried after error.

func (ChunkTx) RangeSize 

func (t ChunkTx) RangeSize(ctx context.Context, table []byte, lKey Key, rKey Key) (int64, error)

RangeSize calculates approximate range table size in bytes - this is an estimate and a range smaller than 3mb will not be that accurate.

func (*ChunkTx) Read 

func (tx *ChunkTx) Read(ctx context.Context, table []byte, key Key) (Iterator, error)

Read needs to return chunk iterator so that it can merge and returned merged chunk to caller.

func (*ChunkTx) ReadRange 

func (tx *ChunkTx) ReadRange(ctx context.Context, table []byte, lKey Key, rKey Key, isSnapshot bool) (Iterator, error)

func (*ChunkTx) Replace 

func (tx *ChunkTx) Replace(ctx context.Context, table []byte, key Key, data *internal.TableData, isUpdate bool) error

func (ChunkTx) Rollback 

func (t ChunkTx) Rollback(_ context.Context) error

func (ChunkTx) SetVersionstampedKey 

func (t ChunkTx) SetVersionstampedKey(_ context.Context, key []byte, value []byte) error

func (ChunkTx) SetVersionstampedValue 

func (t ChunkTx) SetVersionstampedValue(_ context.Context, key []byte, value []byte) error

type ChunkTxStore 

type ChunkTxStore struct {
	TxStore
}

ChunkTxStore is used as a layer on top of KeyValueTxStore. The idea is that chunk store will automatically split the user payload if it is greater than 99KB. It adds some metadata in the zeroth chunk like total chunks so that it can easily merge the value again. The attributes of data passed by the caller is only needed in the first chunk, the remaining chunks only have body. The chunk number is appended at the end in the format "__<chunk number>". This number is used during merging from the key so there is no information apart from total chunk is persisted in the value.

func (*ChunkTxStore) BeginTx 

func (store *ChunkTxStore) BeginTx(ctx context.Context) (Tx, error)

type DefaultListener 

type DefaultListener struct {
	Events []*Event
}

func (*DefaultListener) GetEvents 

func (l *DefaultListener) GetEvents() []*Event

func (*DefaultListener) OnClear 

func (l *DefaultListener) OnClear(op string, table []byte, key Key)

func (*DefaultListener) OnSet 

func (l *DefaultListener) OnSet(op string, table []byte, key Key, data *internal.TableData)

type Event 

type Event struct {
	Op    string
	Table []byte
	Key   Key                 `json:",omitempty"`
	Data  *internal.TableData `json:",omitempty"`
	Last  bool
}

type EventListener 

type EventListener interface {
	// OnSet buffers insert/replace/update events
	OnSet(op string, table []byte, key Key, data *internal.TableData)
	// OnClear buffers delete events
	OnClear(op string, table []byte, key Key)
	// GetEvents is used to access buffered events. These events may be shared by different participants callers are
	// strongly discourage to modify the event and if needed copy it to some other buffer. Once transaction completes
	// session may discard all the buffered events.
	GetEvents() []*Event
}

EventListener is listener to buffer all the changes in a transaction. It is attached by server layer in the context, and it is only responsible for buffering of the events but doesn't participate in the outcome of the transaction i.e. EventListener has no knowledge whether the transaction was committed or rolled back. The lifecycle of this listener is managed by QuerySession in server package.

func GetEventListener 

func GetEventListener(ctx context.Context) EventListener

type EventListenerCtxKey 

type EventListenerCtxKey struct{}

type FdbBaseKeyValue 

type FdbBaseKeyValue[T fdbBaseType] struct {
	Key    Key
	FDBKey []byte
	Data   T
}

FdbBaseKeyValue type for when we are not iterating over TableData.

type Future 

type Future fdb.FutureByteSlice

type Iterator 

type Iterator interface {
	Next(value *KeyValue) bool
	Err() error
}

type KV 

type KV interface {
	Insert(ctx context.Context, table []byte, key Key, data *internal.TableData) error
	Replace(ctx context.Context, table []byte, key Key, data *internal.TableData, isUpdate bool) error
	Delete(ctx context.Context, table []byte, key Key) error
	Read(ctx context.Context, table []byte, key Key) (Iterator, error)
	ReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (Iterator, error)
	SetVersionstampedValue(ctx context.Context, key []byte, value []byte) error
	SetVersionstampedKey(ctx context.Context, key []byte, value []byte) error
	Get(ctx context.Context, key []byte, isSnapshot bool) (Future, error)
	AtomicAdd(ctx context.Context, table []byte, key Key, value int64) error
	AtomicRead(ctx context.Context, table []byte, key Key) (int64, error)
	AtomicReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (AtomicIterator, error)
}

type Key 

type Key []KeyPart

func BuildKey 

func BuildKey(parts ...interface{}) Key

func (*Key) AddPart 

func (k *Key) AddPart(part interface{})

type KeyPart 

type KeyPart interface{}

type KeyValue 

type KeyValue struct {
	Key    Key
	FDBKey []byte
	Data   *internal.TableData
}

type KeyValueIterator 

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

func NewKeyValueIterator 

func NewKeyValueIterator(ctx context.Context, iter baseIterator) *KeyValueIterator

func (*KeyValueIterator) Err 

func (i *KeyValueIterator) Err() error

func (*KeyValueIterator) Next 

func (i *KeyValueIterator) Next(value *KeyValue) bool

type KeyValueIteratorWithMetrics 

type KeyValueIteratorWithMetrics struct {
	Iterator
	// contains filtered or unexported fields
}

func NewKeyValueIteratorWithMetrics 

func NewKeyValueIteratorWithMetrics(ctx context.Context, iter Iterator) *KeyValueIteratorWithMetrics

func (*KeyValueIteratorWithMetrics) Err 

func (i *KeyValueIteratorWithMetrics) Err() error

func (*KeyValueIteratorWithMetrics) Next 

func (i *KeyValueIteratorWithMetrics) Next(value *KeyValue) bool

type KeyValueTx 

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

func (KeyValueTx) AtomicAdd 

func (t KeyValueTx) AtomicAdd(_ context.Context, table []byte, key Key, value int64) error

func (KeyValueTx) AtomicRead 

func (t KeyValueTx) AtomicRead(_ context.Context, table []byte, key Key) (int64, error)

func (KeyValueTx) AtomicReadRange 

func (t KeyValueTx) AtomicReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (AtomicIterator, error)

func (KeyValueTx) Commit 

func (t KeyValueTx) Commit(_ context.Context) error

func (KeyValueTx) Delete 

func (t KeyValueTx) Delete(ctx context.Context, table []byte, key Key) error

func (KeyValueTx) DeleteRange 

func (t KeyValueTx) DeleteRange(ctx context.Context, table []byte, lKey Key, rKey Key) error

func (KeyValueTx) Get 

func (t KeyValueTx) Get(_ context.Context, key []byte, isSnapshot bool) (Future, error)

func (*KeyValueTx) Insert 

func (tx *KeyValueTx) Insert(ctx context.Context, table []byte, key Key, data *internal.TableData) error

func (KeyValueTx) IsRetriable 

func (t KeyValueTx) IsRetriable() bool

IsRetriable returns true if transaction can be retried after error.

func (KeyValueTx) RangeSize 

func (t KeyValueTx) RangeSize(ctx context.Context, table []byte, lKey Key, rKey Key) (int64, error)

RangeSize calculates approximate range table size in bytes - this is an estimate and a range smaller than 3mb will not be that accurate.

func (*KeyValueTx) Read 

func (tx *KeyValueTx) Read(ctx context.Context, table []byte, key Key) (Iterator, error)

func (*KeyValueTx) ReadRange 

func (tx *KeyValueTx) ReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (Iterator, error)

func (*KeyValueTx) Replace 

func (tx *KeyValueTx) Replace(ctx context.Context, table []byte, key Key, data *internal.TableData, isUpdate bool) error

func (KeyValueTx) Rollback 

func (t KeyValueTx) Rollback(_ context.Context) error

func (KeyValueTx) SetVersionstampedKey 

func (t KeyValueTx) SetVersionstampedKey(_ context.Context, key []byte, value []byte) error

func (KeyValueTx) SetVersionstampedValue 

func (t KeyValueTx) SetVersionstampedValue(_ context.Context, key []byte, value []byte) error

type KeyValueTxStore 

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

func (KeyValueTxStore) AtomicAdd 

func (d KeyValueTxStore) AtomicAdd(ctx context.Context, table []byte, key Key, value int64) error

func (KeyValueTxStore) AtomicRead 

func (d KeyValueTxStore) AtomicRead(ctx context.Context, table []byte, key Key) (int64, error)

func (KeyValueTxStore) AtomicReadRange 

func (d KeyValueTxStore) AtomicReadRange(ctx context.Context, table []byte, lKey Key, rKey Key, isSnapshot bool) (AtomicIterator, error)

func (*KeyValueTxStore) BeginTx 

func (k *KeyValueTxStore) BeginTx(ctx context.Context) (Tx, error)

func (KeyValueTxStore) CreateTable 

func (d KeyValueTxStore) CreateTable(_ context.Context, name []byte) error

func (KeyValueTxStore) Delete 

func (d KeyValueTxStore) Delete(ctx context.Context, table []byte, key Key) error

func (KeyValueTxStore) DropTable 

func (d KeyValueTxStore) DropTable(ctx context.Context, name []byte) error

func (KeyValueTxStore) Get 

func (d KeyValueTxStore) Get(ctx context.Context, key []byte, isSnapshot bool) (Future, error)

func (*KeyValueTxStore) GetInternalDatabase 

func (k *KeyValueTxStore) GetInternalDatabase() (interface{}, error)

func (KeyValueTxStore) Insert 

func (d KeyValueTxStore) Insert(ctx context.Context, table []byte, key Key, data []byte) error

func (KeyValueTxStore) Read 

func (d KeyValueTxStore) Read(ctx context.Context, table []byte, key Key) (baseIterator, error)

Read returns all the keys which has prefix equal to "key" parameter.

func (KeyValueTxStore) ReadRange 

func (d KeyValueTxStore) ReadRange(ctx context.Context, table []byte, lKey Key, rKey Key, isSnapshot bool) (baseIterator, error)

func (KeyValueTxStore) Replace 

func (d KeyValueTxStore) Replace(ctx context.Context, table []byte, key Key, data []byte, isUpdate bool) error

func (KeyValueTxStore) SetVersionstampedKey 

func (d KeyValueTxStore) SetVersionstampedKey(ctx context.Context, key []byte, value []byte) error

func (KeyValueTxStore) SetVersionstampedValue 

func (d KeyValueTxStore) SetVersionstampedValue(ctx context.Context, key []byte, value []byte) error

func (KeyValueTxStore) TableSize 

func (d KeyValueTxStore) TableSize(ctx context.Context, name []byte) (int64, error)

TableSize calculates approximate table size in bytes It also works with the prefix of the table name, allowing to calculate sizes of multiple table with the same prefix.

type ListenerStore 

type ListenerStore struct {
	TxStore
}

ListenerStore is the before any other kv layer in the chain so that event data can be pushed to the listener.

func (*ListenerStore) BeginTx 

func (store *ListenerStore) BeginTx(ctx context.Context) (Tx, error)

type ListenerTx 

type ListenerTx struct {
	Tx
}

ListenerTx is the tx created for ListenerStore.

func (*ListenerTx) Delete 

func (tx *ListenerTx) Delete(ctx context.Context, table []byte, key Key) error

func (*ListenerTx) Insert 

func (tx *ListenerTx) Insert(ctx context.Context, table []byte, key Key, data *internal.TableData) error

func (*ListenerTx) Replace 

func (tx *ListenerTx) Replace(ctx context.Context, table []byte, key Key, data *internal.TableData, isUpdate bool) error

type NoopEventListener 

type NoopEventListener struct{}

func (*NoopEventListener) GetEvents 

func (l *NoopEventListener) GetEvents() []*Event

func (*NoopEventListener) OnClear 

func (l *NoopEventListener) OnClear(string, []byte, Key)

func (*NoopEventListener) OnSet 

func (l *NoopEventListener) OnSet(string, []byte, Key, *internal.TableData)

type NoopFDBTypeIterator 

type NoopFDBTypeIterator struct{}

func (*NoopFDBTypeIterator) Err 

func (n *NoopFDBTypeIterator) Err() error

func (*NoopFDBTypeIterator) Next 

func (n *NoopFDBTypeIterator) Next(value *FdbBaseKeyValue[int64]) bool

type NoopIterator 

type NoopIterator struct{}

func (*NoopIterator) Err 

func (n *NoopIterator) Err() error

func (*NoopIterator) Next 

func (n *NoopIterator) Next(value *KeyValue) bool

type NoopKV 

type NoopKV struct{}

func (*NoopKV) AtomicAdd 

func (n *NoopKV) AtomicAdd(ctx context.Context, table []byte, key Key, value int64) error

func (*NoopKV) AtomicRead 

func (n *NoopKV) AtomicRead(ctx context.Context, table []byte, key Key) (int64, error)

func (*NoopKV) AtomicReadRange 

func (n *NoopKV) AtomicReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (AtomicIterator, error)

func (*NoopKV) Delete 

func (n *NoopKV) Delete(ctx context.Context, table []byte, key Key) error

func (*NoopKV) Get 

func (n *NoopKV) Get(ctx context.Context, key []byte, isSnapshot bool) (Future, error)

func (*NoopKV) Insert 

func (n *NoopKV) Insert(ctx context.Context, table []byte, key Key, data *internal.TableData) error

func (*NoopKV) RangeSize 

func (n *NoopKV) RangeSize(ctx context.Context, table []byte, lkey Key, rkey Key) (int64, error)

func (*NoopKV) Read 

func (n *NoopKV) Read(ctx context.Context, table []byte, key Key) (Iterator, error)

func (*NoopKV) ReadRange 

func (n *NoopKV) ReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (Iterator, error)

func (*NoopKV) Replace 

func (n *NoopKV) Replace(ctx context.Context, table []byte, key Key, data *internal.TableData, isUpdate bool) error

func (*NoopKV) SetVersionstampedKey 

func (n *NoopKV) SetVersionstampedKey(ctx context.Context, key []byte, value []byte) error

func (*NoopKV) SetVersionstampedValue 

func (n *NoopKV) SetVersionstampedValue(ctx context.Context, key []byte, value []byte) error

type NoopKVStore 

type NoopKVStore struct {
	*NoopKV
}

NoopKVStore is a noop store, useful if we need to profile/debug only compute and not with the storage. This can be initialized in main.go instead of using default kvStore.

func (*NoopKVStore) BeginTx 

func (n *NoopKVStore) BeginTx(_ context.Context) (Tx, error)

func (*NoopKVStore) CreateTable 

func (n *NoopKVStore) CreateTable(_ context.Context, _ []byte) error

func (*NoopKVStore) DropTable 

func (n *NoopKVStore) DropTable(_ context.Context, _ []byte) error

func (*NoopKVStore) GetInternalDatabase 

func (n *NoopKVStore) GetInternalDatabase() (interface{}, error)

func (*NoopKVStore) TableSize 

func (n *NoopKVStore) TableSize(_ context.Context, _ []byte) (int64, error)

type NoopTx 

type NoopTx struct {
	*NoopKV
}

func (*NoopTx) Commit 

func (n *NoopTx) Commit(context.Context) error

func (*NoopTx) IsRetriable 

func (n *NoopTx) IsRetriable() bool

func (*NoopTx) Rollback 

func (n *NoopTx) Rollback(context.Context) error

type StoreErrCode 

type StoreErrCode byte
const (
	ErrCodeInvalid                 StoreErrCode = 0x00
	ErrCodeDuplicateKey            StoreErrCode = 0x01
	ErrCodeConflictingTransaction  StoreErrCode = 0x02
	ErrCodeTransactionMaxDuration  StoreErrCode = 0x03
	ErrCodeTransactionTimedOut     StoreErrCode = 0x04
	ErrCodeTransactionNotCommitted StoreErrCode = 0x05
	ErrCodeValueSizeExceeded       StoreErrCode = 0x06
	ErrCodeTransactionSizeExceeded StoreErrCode = 0x07
)

type StoreError 

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

func (StoreError) Code 

func (se StoreError) Code() StoreErrCode

func (StoreError) Error 

func (se StoreError) Error() string

func (StoreError) Msg 

func (se StoreError) Msg() string

type Tx 

type Tx interface {
	KV
	Commit(context.Context) error
	Rollback(context.Context) error
	IsRetriable() bool
	RangeSize(ctx context.Context, table []byte, lkey Key, rkey Key) (int64, error)
}

type TxImplWithMetrics 

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

func (*TxImplWithMetrics) AtomicAdd 

func (m *TxImplWithMetrics) AtomicAdd(ctx context.Context, table []byte, key Key, value int64) (err error)

func (*TxImplWithMetrics) AtomicRead 

func (m *TxImplWithMetrics) AtomicRead(ctx context.Context, table []byte, key Key) (value int64, err error)

func (*TxImplWithMetrics) AtomicReadRange 

func (m *TxImplWithMetrics) AtomicReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (iter AtomicIterator, err error)

func (*TxImplWithMetrics) Commit 

func (m *TxImplWithMetrics) Commit(ctx context.Context) (err error)

func (*TxImplWithMetrics) Delete 

func (m *TxImplWithMetrics) Delete(ctx context.Context, table []byte, key Key) (err error)

func (*TxImplWithMetrics) Get 

func (m *TxImplWithMetrics) Get(ctx context.Context, key []byte, isSnapshot bool) (val Future, err error)

func (*TxImplWithMetrics) Insert 

func (m *TxImplWithMetrics) Insert(ctx context.Context, table []byte, key Key, data *internal.TableData) (err error)

func (*TxImplWithMetrics) IsRetriable 

func (m *TxImplWithMetrics) IsRetriable() bool

func (*TxImplWithMetrics) RangeSize 

func (m *TxImplWithMetrics) RangeSize(ctx context.Context, table []byte, lkey Key, rkey Key) (size int64, err error)

func (*TxImplWithMetrics) Read 

func (m *TxImplWithMetrics) Read(ctx context.Context, table []byte, key Key) (it Iterator, err error)

func (*TxImplWithMetrics) ReadRange 

func (m *TxImplWithMetrics) ReadRange(ctx context.Context, table []byte, lkey Key, rkey Key, isSnapshot bool) (it Iterator, err error)

func (*TxImplWithMetrics) Replace 

func (m *TxImplWithMetrics) Replace(ctx context.Context, table []byte, key Key, data *internal.TableData, isUpdate bool) (err error)

func (*TxImplWithMetrics) Rollback 

func (m *TxImplWithMetrics) Rollback(ctx context.Context) (err error)

func (*TxImplWithMetrics) SetVersionstampedKey 

func (m *TxImplWithMetrics) SetVersionstampedKey(ctx context.Context, key []byte, value []byte) (err error)

func (*TxImplWithMetrics) SetVersionstampedValue 

func (m *TxImplWithMetrics) SetVersionstampedValue(ctx context.Context, key []byte, value []byte) (err error)

type TxStore 

type TxStore interface {
	BeginTx(ctx context.Context) (Tx, error)
	CreateTable(ctx context.Context, name []byte) error
	DropTable(ctx context.Context, name []byte) error
	GetInternalDatabase() (interface{}, error) // TODO: CDC remove workaround
	TableSize(ctx context.Context, name []byte) (int64, error)
}

func NewChunkStore 

func NewChunkStore(store TxStore) TxStore

func NewKeyValueStoreWithMetrics 

func NewKeyValueStoreWithMetrics(txStore TxStore) TxStore

func NewListenerStore 

func NewListenerStore(store TxStore) TxStore

func NewTxStore 

func NewTxStore(cfg *config.FoundationDBConfig) (TxStore, error)

type TxStoreWithMetrics 

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

func (*TxStoreWithMetrics) BeginTx 

func (m *TxStoreWithMetrics) BeginTx(ctx context.Context) (Tx, error)

func (*TxStoreWithMetrics) CreateTable 

func (m *TxStoreWithMetrics) CreateTable(ctx context.Context, name []byte) (err error)

func (*TxStoreWithMetrics) DropTable 

func (m *TxStoreWithMetrics) DropTable(ctx context.Context, name []byte) (err error)

func (*TxStoreWithMetrics) GetInternalDatabase 

func (m *TxStoreWithMetrics) GetInternalDatabase() (k interface{}, err error)

func (*TxStoreWithMetrics) TableSize 

func (m *TxStoreWithMetrics) TableSize(ctx context.Context, name []byte) (size int64, err error)

Source Files

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