util

package
v0.0.2-alpha Latest Latest
Warning

This package is not in the latest version of its module.

 Go to latest Published: May 30, 2023 License: GPL-3.0 Imports: 36 Imported by: 79

Documentation

Overview

Package util provides tiny featured funcs.

Index

Constants

This section is empty.

Variables

View Source 
var (
	ContextTimerPoolGet = func() *ContextTimer {
		return contextTimerPool.Get().(*ContextTimer)
	}
	ContextTimerPoolPut = func(ct *ContextTimer) {
		ct.Lock()
		ct.ContextDaemon = nil
		ct.id = TimerID("")
		ct.interval = nil
		ct.callback = nil
		ct.c = 0
		ct.Unlock()

		contextTimerPool.Put(ct)
	}
)
View Source 
var (
	ErrDaemonAlreadyStarted = NewError("daemon already started")
	ErrDaemonAlreadyStopped = NewError("daemon already stopped")
)
View Source 
var (
	ErrFound          = NewError("found")
	ErrNotFound       = NewError("not found")
	ErrDuplicated     = NewError("duplicated")
	ErrWrongType      = NewError("wrong type")
	ErrNotImplemented = NewError("not implemented")
	ErrInternal       = NewError("internal error")
)
View Source 
var (
	ErrLockedSetIgnore = NewError("ignore to set locked value")
	ErrLockedMapClosed = NewError("locked map closed")
)
View Source 
var ErrInvalid = NewError("invalid")
View Source 
var ErrStopTimer = NewError("stop timer")
View Source 
var ErrWorkerContextCanceled = NewError("context canceled in worker")
View Source 
var MinVersionLength = 2
View Source 
var (
	ULIDLen = len([]byte(ULID().String()))
)

Functions

func AwareContext 

func AwareContext(ctx context.Context, f func() error) error

func BatchWork 

func BatchWork(
	ctx context.Context,
	size, limit uint64,
	pref func(_ context.Context, last uint64) error,
	f func(_ context.Context, i, last uint64) error,
) error

BatchWork runs f by limit size in worker. For example, size=5 limit=2 are given, 1. Run worker(0,1) 2. Run worker(2,3) 3. Run worker(4), done.

func BigBytesToInt64 

func BigBytesToInt64(b []byte) (int64, error)

func BytesToInt64 

func BytesToInt64(b []byte) (int64, error)

func BytesToUint64 

func BytesToUint64(b []byte) (uint64, error)

func CheckIsValiderSlice 

func CheckIsValiderSlice[T IsValider](b []byte, allowNil bool, vs []T) error

func CheckIsValiders 

func CheckIsValiders(b []byte, allowNil bool, vs ...IsValider) error

func CleanDirectory 

func CleanDirectory(root string, filter func(path string) bool) error

func ConcatByterSlice 

func ConcatByterSlice[T Byter](bs []T) []byte

func ConcatByters 

func ConcatByters(bs ...Byter) []byte

func ConcatBytesSlice 

func ConcatBytesSlice(sl ...[]byte) []byte

func CountFilteredSlice 

func CountFilteredSlice[T any](s []T, f func(T) bool) (n int)

func DecodeHash 

func DecodeHash(s string) []byte

func EncodeHash 

func EncodeHash(b []byte) string

func EnsureRead 

func EnsureRead(r io.Reader, b []byte) (int, error)

func Filter2Slices 

func Filter2Slices[T any, Y any](a []T, b []Y, f func(T, Y) bool) []T

func FilterMap 

func FilterMap[T any, Y comparable](s map[Y]T, f func(Y, T) bool) []T

func FilterSlice 

func FilterSlice[T any](s []T, f func(T) bool) []T

func Float64ToBytes 

func Float64ToBytes(i float64) []byte

func FuncCaller 

func FuncCaller(skip int) errors.Frame

func InSlice 

func InSlice[T comparable](s []T, n T) int

func InSliceFunc 

func InSliceFunc[T any](s []T, f func(T) bool) int

func Int64ToBigBytes 

func Int64ToBigBytes(i int64) []byte

func Int64ToBytes 

func Int64ToBytes(i int64) []byte

func InterfaceSetValue 

func InterfaceSetValue(v, target interface{}) error

func IsDuplicatedSlice 

func IsDuplicatedSlice[T any](s []T, keyf func(T) (bool, string)) (map[string]T, bool)

func IsNilJSON 

func IsNilJSON(b []byte) bool

func IsValidURL 

func IsValidURL(u *url.URL) error

func LengthedBytes 

func LengthedBytes(w io.Writer, b []byte) error

func LoadFromContext 

func LoadFromContext(ctx context.Context, a ...interface{}) error

func LoadFromContextOK 

func LoadFromContextOK(ctx context.Context, a ...interface{}) error

func MarshalJSON 

func MarshalJSON(v interface{}) ([]byte, error)

func MarshalJSONIndent 

func MarshalJSONIndent(i interface{}) ([]byte, error)

func MustMarshalJSON 

func MustMarshalJSON(i interface{}) []byte

func MustMarshalJSONIndent 

func MustMarshalJSONIndent(i interface{}) []byte

func MustMarshalJSONIndentString 

func MustMarshalJSONIndentString(i interface{}) string

func NewLengthedBytesSlice 

func NewLengthedBytesSlice(version byte, m [][]byte) ([]byte, error)

func NormalizeTime 

func NormalizeTime(t time.Time) time.Time

NormalizeTime clear the nanoseconds part from Time and make time to UTC. "2009-11-10T23:00:00.00101010Z" -> "2009-11-10T23:00:00.001Z",

func ParseDuration 

func ParseDuration(s string) (time.Duration, error)

func ParseRFC3339 

func ParseRFC3339(s string) (time.Time, error)

ParseRFC3339 parses RFC3339 string.

func RFC3339 

func RFC3339(t time.Time) string

RFC3339 formats time.Time to RFC3339Nano string.

func ReadLengthedBytes 

func ReadLengthedBytes(b []byte) (_ []byte, left []byte, _ error)

func ReadLengthedBytesFromReader 

func ReadLengthedBytesFromReader(r io.Reader) ([]byte, error)

func ReadLengthedBytesSlice 

func ReadLengthedBytesSlice(b []byte) (version byte, m [][]byte, left []byte, _ error)

func Retry 

func Retry(ctx context.Context, f func() (bool, error), limit int, interval time.Duration) error

func RunDistributeWorker 

func RunDistributeWorker(
	ctx context.Context, size uint64, errch chan error, f func(ctx context.Context, i, jobid uint64) error,
) error

func RunErrgroupWorker 

func RunErrgroupWorker(ctx context.Context, size uint64, f func(ctx context.Context, i, jobid uint64) error) error

func RunErrgroupWorkerByJobs 

func RunErrgroupWorkerByJobs(ctx context.Context, jobs ...ContextWorkerCallback) error

func SHA256Checksum 

func SHA256Checksum(b []byte) string

func StringErrorFunc 

func StringErrorFunc(m string, a ...interface{}) func(error, string, ...interface{}) error

func TimeEqual 

func TimeEqual(a, b time.Time) bool

func TimeString 

func TimeString(t time.Time) string

func TraverseSlice 

func TraverseSlice[T any](s []T, f func(int, T) error) error

func ULID 

func ULID() ulid.ULID

func UUID 

func UUID() uuid.UUID

func Uint64ToBigBytes 

func Uint64ToBigBytes(i uint64) []byte

func Uint64ToBytes 

func Uint64ToBytes(i uint64) []byte

func Uint8ToBytes 

func Uint8ToBytes(i uint8) []byte

func UintToBytes 

func UintToBytes(i uint) []byte

func UnmarshalJSON 

func UnmarshalJSON(b []byte, v interface{}) error

func WriteLengthedBytesSlice 

func WriteLengthedBytesSlice(w io.Writer, version byte, m [][]byte) error

func ZerologMarshalStack 

func ZerologMarshalStack(err error) interface{}

Types

type BaseSemWorker 

type BaseSemWorker struct {
	Ctx        context.Context //nolint:containedctx //...
	Sem        *semaphore.Weighted
	Cancel     func()
	NewJobFunc func(context.Context, uint64, ContextWorkerCallback)

	N        int64
	JobCount uint64
	// contains filtered or unexported fields
}

func NewBaseSemWorker 

func NewBaseSemWorker(ctx context.Context, semsize int64) *BaseSemWorker

func (*BaseSemWorker) Close 

func (wk *BaseSemWorker) Close()

func (*BaseSemWorker) Done 

func (wk *BaseSemWorker) Done()

func (*BaseSemWorker) Jobs 

func (wk *BaseSemWorker) Jobs() uint64

func (*BaseSemWorker) LazyCancel 

func (wk *BaseSemWorker) LazyCancel(timeout time.Duration)

func (*BaseSemWorker) NewJob 

func (wk *BaseSemWorker) NewJob(callback ContextWorkerCallback) error

func (*BaseSemWorker) Wait 

func (wk *BaseSemWorker) Wait() error

func (*BaseSemWorker) WaitChan 

func (wk *BaseSemWorker) WaitChan() chan error

type BuildInfo 

type BuildInfo struct {
	Branch    string
	Commit    string
	BuildTime time.Time
	Version   Version
}

func ParseBuildInfo 

func ParseBuildInfo(version, branch, commit, buildTime string) (BuildInfo, error)

func (BuildInfo) String 

func (bi BuildInfo) String() string

type Byter 

type Byter interface {
	Bytes() []byte
}

type BytesToByter 

type BytesToByter []byte

func (BytesToByter) Bytes 

func (b BytesToByter) Bytes() []byte

type ChecksumReader 

type ChecksumReader interface {
	io.ReadCloser
	Checksum() string
}

type ChecksumWriter 

type ChecksumWriter interface {
	io.WriteCloser
	Name() string
	Checksum() string
}

type ContextDaemon 

type ContextDaemon struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

func NewContextDaemon 

func NewContextDaemon(startfunc func(context.Context) error) *ContextDaemon

func (*ContextDaemon) IsStarted 

func (dm *ContextDaemon) IsStarted() bool

func (*ContextDaemon) Start 

func (dm *ContextDaemon) Start(ctx context.Context) error

func (*ContextDaemon) Stop 

func (dm *ContextDaemon) Stop() error

func (*ContextDaemon) Wait 

func (dm *ContextDaemon) Wait(ctx context.Context) <-chan error

type ContextKey 

type ContextKey string

type ContextTimer 

type ContextTimer struct {
	*ContextDaemon
	*logging.Logging

	sync.RWMutex
	// contains filtered or unexported fields
}

func NewContextTimer 

func NewContextTimer(id TimerID, interval time.Duration, callback func(int) (bool, error)) *ContextTimer

func (*ContextTimer) ID 

func (ct *ContextTimer) ID() TimerID

func (*ContextTimer) Reset 

func (ct *ContextTimer) Reset() error

func (*ContextTimer) SetInterval 

func (ct *ContextTimer) SetInterval(f func(int, time.Duration) time.Duration) Timer

func (*ContextTimer) Stop 

func (ct *ContextTimer) Stop() error

type ContextWorkerCallback 

type ContextWorkerCallback func(ctx context.Context, jobid uint64) error

type Daemon 

type Daemon interface {
	Start(context.Context) error
	Stop() error
}

type DefaultJSONMarshaled 

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

func (DefaultJSONMarshaled) Marshaled 

func (m DefaultJSONMarshaled) Marshaled() ([]byte, bool)

func (*DefaultJSONMarshaled) SetMarshaled 

func (m *DefaultJSONMarshaled) SetMarshaled(b []byte)

type DistributeWorker 

type DistributeWorker struct {
	*BaseSemWorker
	// contains filtered or unexported fields
}

func NewDistributeWorker 

func NewDistributeWorker(ctx context.Context, semsize int64, errch chan error) *DistributeWorker

func (*DistributeWorker) Close 

func (wk *DistributeWorker) Close()

type DummyByter 

type DummyByter func() []byte

func (DummyByter) Bytes 

func (d DummyByter) Bytes() []byte

type DummyChecksumReader 

type DummyChecksumReader struct {
	io.ReadCloser
	// contains filtered or unexported fields
}

func NewDummyChecksumReader 

func NewDummyChecksumReader(f io.ReadCloser, cr ChecksumReader) *DummyChecksumReader

func (*DummyChecksumReader) Checksum 

func (r *DummyChecksumReader) Checksum() string

type DummyChecksumWriter 

type DummyChecksumWriter struct {
	io.WriteCloser
	// contains filtered or unexported fields
}

func NewDummyChecksumWriter 

func NewDummyChecksumWriter(f io.WriteCloser, cw ChecksumWriter) *DummyChecksumWriter

func (*DummyChecksumWriter) Checksum 

func (w *DummyChecksumWriter) Checksum() string

func (*DummyChecksumWriter) Name 

func (w *DummyChecksumWriter) Name() string

type DummyIsValider 

type DummyIsValider func([]byte) error

func (DummyIsValider) IsValid 

func (iv DummyIsValider) IsValid(b []byte) error

type ErrgroupWorker 

type ErrgroupWorker struct {
	*BaseSemWorker
	// contains filtered or unexported fields
}

func NewErrgroupWorker 

func NewErrgroupWorker(ctx context.Context, semsize int64) *ErrgroupWorker

func (*ErrgroupWorker) Close 

func (wk *ErrgroupWorker) Close()

func (*ErrgroupWorker) RunChan 

func (wk *ErrgroupWorker) RunChan() chan error

func (*ErrgroupWorker) Wait 

func (wk *ErrgroupWorker) Wait() error

type Error 

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

func NewError 

func NewError(s string, a ...interface{}) Error

func (Error) Call 

func (er Error) Call() Error

func (Error) Error 

func (er Error) Error() string

func (Error) Errorf 

func (er Error) Errorf(s string, a ...interface{}) Error

Errorf formats strings. It does not support `%w` error formatting.

func (Error) Format 

func (er Error) Format(st fmt.State, verb rune)

func (Error) Is 

func (er Error) Is(err error) bool

func (Error) StackTrace 

func (er Error) StackTrace() errors.StackTrace

func (Error) Unwrap 

func (er Error) Unwrap() error

func (Error) Wrap 

func (er Error) Wrap(err error) Error

func (Error) Wrapf 

func (er Error) Wrapf(err error, s string, a ...interface{}) Error

Wrapf formats strings with error.

type FuncChain 

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

func NewFuncChain 

func NewFuncChain() *FuncChain

func (*FuncChain) Add 

func (c *FuncChain) Add(f func() (bool, error)) *FuncChain

func (*FuncChain) Run 

func (c *FuncChain) Run() error

type GCache 

type GCache[K constraints.Ordered, V any] struct {
	// contains filtered or unexported fields
}

func NewLFUGCache 

func NewLFUGCache[K constraints.Ordered, V any](_ K, _ V, size int) *GCache[K, V]

func NewLRUGCache 

func NewLRUGCache[K constraints.Ordered, V any](_ K, _ V, size int) *GCache[K, V]

func (*GCache[K, V]) Close 

func (c *GCache[K, V]) Close()

func (*GCache[K, V]) Exists 

func (c *GCache[K, V]) Exists(key K) bool

func (*GCache[K, V]) Get 

func (c *GCache[K, V]) Get(key string) (v V, found bool)

func (*GCache[K, V]) Purge 

func (c *GCache[K, V]) Purge()

func (*GCache[K, V]) Set 

func (c *GCache[K, V]) Set(key K, v V, expire time.Duration)

type GCacheObjectPool 

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

func NewGCacheObjectPool 

func NewGCacheObjectPool(size int) *GCacheObjectPool

func (*GCacheObjectPool) Close 

func (po *GCacheObjectPool) Close()

func (*GCacheObjectPool) Exists 

func (po *GCacheObjectPool) Exists(key string) bool

func (*GCacheObjectPool) Get 

func (po *GCacheObjectPool) Get(key string) (interface{}, bool)

func (*GCacheObjectPool) Set 

func (po *GCacheObjectPool) Set(key string, v interface{}, expire *time.Duration)

type GzipReader 

type GzipReader struct {
	io.Reader
	// contains filtered or unexported fields
}

GzipReader closes the underlying reader too.

func NewGzipReader 

func NewGzipReader(f io.Reader) (*GzipReader, error)

func (*GzipReader) Close 

func (r *GzipReader) Close() error

func (*GzipReader) Read 

func (r *GzipReader) Read(p []byte) (int, error)

type GzipWriter 

type GzipWriter struct {
	io.Writer

	sync.Mutex
	// contains filtered or unexported fields
}

GzipWriter closes the underlying reader too.

func NewGzipWriter 

func NewGzipWriter(f io.Writer) *GzipWriter

func (*GzipWriter) Close 

func (w *GzipWriter) Close() error

func (*GzipWriter) Write 

func (w *GzipWriter) Write(p []byte) (int, error)

type Hash 

type Hash interface {
	Equal(Hash) bool
	fmt.Stringer // NOTE usually String() value is the base58 encoded of Bytes()
	Byter
	IsValider
}

type HashByter 

type HashByter interface {
	// HashBytes is uses to generate hash
	HashBytes() []byte
}

type HashChecksumReader 

type HashChecksumReader struct {
	sync.Mutex
	// contains filtered or unexported fields
}

func NewHashChecksumReader 

func NewHashChecksumReader(r io.ReadCloser, h hash.Hash) *HashChecksumReader

func (*HashChecksumReader) Checksum 

func (r *HashChecksumReader) Checksum() string

func (*HashChecksumReader) Close 

func (r *HashChecksumReader) Close() error

func (*HashChecksumReader) Read 

func (r *HashChecksumReader) Read(b []byte) (int, error)

type HashChecksumWriter 

type HashChecksumWriter struct {
	sync.Mutex
	// contains filtered or unexported fields
}

func NewHashChecksumWriter 

func NewHashChecksumWriter(fname string, w io.WriteCloser, h hash.Hash) *HashChecksumWriter

func (*HashChecksumWriter) Checksum 

func (w *HashChecksumWriter) Checksum() string

func (*HashChecksumWriter) Close 

func (w *HashChecksumWriter) Close() error

func (*HashChecksumWriter) Name 

func (w *HashChecksumWriter) Name() string

func (*HashChecksumWriter) Write 

func (w *HashChecksumWriter) Write(b []byte) (int, error)

type Hasher 

type Hasher interface {
	Hash() Hash
}

type IsValider 

type IsValider interface {
	IsValid([]byte) error
}

type JSONMarshaled 

type JSONMarshaled interface {
	Marshaled() ([]byte, bool)
}

type JSONSetMarshaled 

type JSONSetMarshaled interface {
	SetMarshaled([]byte)
}

type Locked 

type Locked[T any] struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

func EmptyLocked 

func EmptyLocked[T any](T) *Locked[T]

func NewLocked 

func NewLocked[T any](v T) *Locked[T]

func (*Locked[T]) Empty 

func (l *Locked[T]) Empty(f func(_ T, isempty bool) error) error

func (*Locked[T]) EmptyValue 

func (l *Locked[T]) EmptyValue() *Locked[T]

func (*Locked[T]) Get 

func (l *Locked[T]) Get(create func() (T, error)) (v T, _ error)

func (*Locked[T]) Set 

func (l *Locked[T]) Set(f func(_ T, isempty bool) (T, error)) (v T, _ error)

func (*Locked[T]) SetValue 

func (l *Locked[T]) SetValue(v T) *Locked[T]

func (*Locked[T]) Value 

func (l *Locked[T]) Value() (v T, isempty bool)

type LockedMap 

type LockedMap[K lockedMapKeys, V any] interface {
	Exists(key K) (found bool)
	Value(key K) (value V, found bool)
	SetValue(key K, value V) (found bool)
	RemoveValue(key K) (removed bool)
	Get(key K, create func() (value V, _ error)) (value V, found bool, _ error)
	Set(key K, f func(_ V, found bool) (value V, _ error)) (value V, _ error)
	Remove(key K, f func(value V) error) (removed bool, _ error)
	Traverse(f func(key K, value V) (keep bool))
	Len() int
	Empty()
	Close()
}

func NewLockedMap 

func NewLockedMap[K lockedMapKeys, V any](k K, v V, size int64) (LockedMap[K, V], error)

type ObjectPool 

type ObjectPool interface {
	Exists(string) bool
	Get(string) (interface{}, bool)
	Set(string, interface{}, *time.Duration)
}

type ParallelWorker 

type ParallelWorker struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

func NewParallelWorker 

func NewParallelWorker(bufsize uint) *ParallelWorker

func (*ParallelWorker) Done 

func (wk *ParallelWorker) Done()

func (*ParallelWorker) Errors 

func (wk *ParallelWorker) Errors() <-chan error

func (*ParallelWorker) FinishedJobs 

func (wk *ParallelWorker) FinishedJobs() int

func (*ParallelWorker) IsFinished 

func (wk *ParallelWorker) IsFinished() bool

func (*ParallelWorker) Jobs 

func (wk *ParallelWorker) Jobs() uint

func (*ParallelWorker) NewJob 

func (wk *ParallelWorker) NewJob(j interface{})

func (*ParallelWorker) Run 

func (wk *ParallelWorker) Run(callback WorkerCallback) *ParallelWorker

type ReadableJSONDuration 

type ReadableJSONDuration time.Duration

func (ReadableJSONDuration) MarshalText 

func (d ReadableJSONDuration) MarshalText() ([]byte, error)

func (*ReadableJSONDuration) UnmarshalJSON 

func (d *ReadableJSONDuration) UnmarshalJSON(b []byte) error

type ShardedMap 

type ShardedMap[K lockedMapKeys, V any] struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

func NewShardedMap 

func NewShardedMap[K lockedMapKeys, V any](_ K, _ V, size int64) (*ShardedMap[K, V], error)

func (*ShardedMap[K, V]) Close 

func (l *ShardedMap[K, V]) Close()

func (*ShardedMap[K, V]) Empty 

func (l *ShardedMap[K, V]) Empty()

func (*ShardedMap[K, V]) Exists 

func (l *ShardedMap[K, V]) Exists(k K) bool

func (*ShardedMap[K, V]) Get 

func (l *ShardedMap[K, V]) Get(k K, create func() (V, error)) (v V, found bool, _ error)

func (*ShardedMap[K, V]) Len 

func (l *ShardedMap[K, V]) Len() int

func (*ShardedMap[K, V]) Remove 

func (l *ShardedMap[K, V]) Remove(k K, f func(V) error) (bool, error)

func (*ShardedMap[K, V]) RemoveValue 

func (l *ShardedMap[K, V]) RemoveValue(k K) bool

func (*ShardedMap[K, V]) Set 

func (l *ShardedMap[K, V]) Set(k K, f func(V, bool) (V, error)) (v V, _ error)

func (*ShardedMap[K, V]) SetValue 

func (l *ShardedMap[K, V]) SetValue(k K, v V) (found bool)

func (*ShardedMap[K, V]) Traverse 

func (l *ShardedMap[K, V]) Traverse(f func(K, V) bool)

func (*ShardedMap[K, V]) Value 

func (l *ShardedMap[K, V]) Value(k K) (v V, found bool)

type SingleLockedMap 

type SingleLockedMap[K lockedMapKeys, V any] struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

func NewSingleLockedMap 

func NewSingleLockedMap[K lockedMapKeys, V any](K, V) *SingleLockedMap[K, V]

func (*SingleLockedMap[K, V]) Close 

func (l *SingleLockedMap[K, V]) Close()

func (*SingleLockedMap[K, V]) Empty 

func (l *SingleLockedMap[K, V]) Empty()

func (*SingleLockedMap[K, V]) Exists 

func (l *SingleLockedMap[K, V]) Exists(k K) bool

func (*SingleLockedMap[K, V]) Get 

func (l *SingleLockedMap[K, V]) Get(k K, create func() (V, error)) (v V, found bool, err error)

func (*SingleLockedMap[K, V]) Len 

func (l *SingleLockedMap[K, V]) Len() int

func (*SingleLockedMap[K, V]) Remove 

func (l *SingleLockedMap[K, V]) Remove(k K, f func(V) error) (bool, error)

func (*SingleLockedMap[K, V]) RemoveValue 

func (l *SingleLockedMap[K, V]) RemoveValue(k K) bool

func (*SingleLockedMap[K, V]) Set 

func (l *SingleLockedMap[K, V]) Set(k K, f func(_ V, found bool) (V, error)) (V, error)

func (*SingleLockedMap[K, V]) SetValue 

func (l *SingleLockedMap[K, V]) SetValue(k K, v V) (found bool)

func (*SingleLockedMap[K, V]) Traverse 

func (l *SingleLockedMap[K, V]) Traverse(f func(K, V) bool)

func (*SingleLockedMap[K, V]) Value 

func (l *SingleLockedMap[K, V]) Value(k K) (v V, found bool)

type StreamDecoder 

type StreamDecoder interface {
	Decode(interface{}) error
}

func NewJSONStreamDecoder 

func NewJSONStreamDecoder(r io.Reader) StreamDecoder

type StreamEncoder 

type StreamEncoder interface {
	Encode(interface{}) error
}

func NewJSONStreamEncoder 

func NewJSONStreamEncoder(w io.Writer) StreamEncoder

type Stringer 

type Stringer func() string

func (Stringer) String 

func (s Stringer) String() string

type Timer 

type Timer interface {
	Daemon
	IsStarted() bool
	ID() TimerID
	SetInterval(func(int, time.Duration) time.Duration) Timer
	Reset() error
}

type TimerID 

type TimerID string

func (TimerID) String 

func (ti TimerID) String() string

type Timers 

type Timers struct {
	sync.RWMutex
	// contains filtered or unexported fields
}

Timers handles the multiple timers and controls them selectively.

func NewTimers 

func NewTimers(ids []TimerID, allowUnknown bool) *Timers

func (*Timers) IsTimerStarted 

func (ts *Timers) IsTimerStarted(id TimerID) bool

func (*Timers) ResetTimer 

func (ts *Timers) ResetTimer(id TimerID) error

func (*Timers) SetTimer 

func (ts *Timers) SetTimer(timer Timer) error

SetTimer sets the timer with id

func (*Timers) Start 

func (ts *Timers) Start(context.Context) error

Start of Timers does nothing

func (*Timers) StartTimers 

func (ts *Timers) StartTimers(ids []TimerID, stopOthers bool) error

StartTimers starts timers with the given ids, before starting timers, stops the other timers if stopOthers is true.

func (*Timers) Started 

func (ts *Timers) Started() []TimerID

func (*Timers) Stop 

func (ts *Timers) Stop() error

Stop of Timers will stop all the timers

func (*Timers) StopTimers 

func (ts *Timers) StopTimers(ids []TimerID) error

func (*Timers) StopTimersAll 

func (ts *Timers) StopTimersAll() error

type ULIDPool 

type ULIDPool struct {
	sync.Mutex
	// contains filtered or unexported fields
}

func NewULIDPool 

func NewULIDPool() *ULIDPool

func (*ULIDPool) New 

func (u *ULIDPool) New() ulid.ULID

type Version 

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

func EnsureParseVersion 

func EnsureParseVersion(s string) Version

EnsureParseVersion tries to parse version string, but skips to check IsValid().

func MustNewVersion 

func MustNewVersion(s string) Version

func ParseVersion 

func ParseVersion(s string) (Version, error)

ParseVersion tries to parse version string and also checks IsValid().

func (Version) Compare 

func (v Version) Compare(b Version) int

func (Version) IsCompatible 

func (v Version) IsCompatible(b Version) bool

IsCompatible checks if the given version is compatible to the target. The compatible conditions are major matches.

func (Version) IsEmpty 

func (v Version) IsEmpty() bool

func (Version) IsValid 

func (v Version) IsValid([]byte) error

func (Version) Major 

func (v Version) Major() uint64

func (Version) MarshalText 

func (v Version) MarshalText() ([]byte, error)

func (Version) Minor 

func (v Version) Minor() uint64

func (Version) Patch 

func (v Version) Patch() uint64

func (Version) Prerelease 

func (v Version) Prerelease() string

func (Version) String 

func (v Version) String() string

func (*Version) UnmarshalText 

func (v *Version) UnmarshalText(b []byte) error

type WorkerCallback 

type WorkerCallback func(jobid uint, arg interface{}) error

Source Files

View all Source files

Directories

Path Synopsis
Package encoder supports to encode and decode structs in multiple formats.
 Package encoder supports to encode and decode structs in multiple formats.
json
Package jsonenc support encoding and decoding by json.
 Package jsonenc support encoding and decoding by json.
Package fixedtree provides tree structures.
 Package fixedtree provides tree structures.
Package hint provides to handle structs and data with type and it's version.
 Package hint provides to handle structs and data with type and it's version.
Package localtime provides time related funcs.
 Package localtime provides time related funcs.
Package logging supports the consistent logging for modules.
 Package logging supports the consistent logging for modules.
Package ps is processes
 Package ps is processes
Package valuehash provides valuehashes.
 Package valuehash provides valuehashes.

Jump to

Keyboard shortcuts

? : This menu
/ : Search site
f or F : Jump to
y or Y : Canonical URL
go.dev uses cookies from Google to deliver and enhance the quality of its services and to analyze traffic. Learn more.