memorypool

README

linearpool

Documentation

Index

• Constants
• Variables
• func Append[T any](ac *Allocator, s []T, elem T) []T
• func AppendInplace[T any](ac *Allocator, s []T, elems T) []T
• func AppendInplaceMulti[T any](ac *Allocator, s []T, elems ...T) []T
• func AppendMulti[T any](ac *Allocator, s []T, elems ...T) []T
• func New[T any](ac *Allocator) (r *T)
• func NewSlice[T any](ac *Allocator, len, cap int) (r []T)
• type Allocator
  • func NewAlloctorFromPool(sz int64) *Allocator
  • func (ac *Allocator) BlockSize() int64
  • func (ac *Allocator) Bool(v bool) (r *bool)
  • func (ac *Allocator) Debug()
  • func (ac *Allocator) Float32(v float32) (r *float32)
  • func (ac *Allocator) Float64(v float64) (r *float64)
  • func (ac *Allocator) Int(v int) (r *int)
  • func (ac *Allocator) Int32(v int32) (r *int32)
  • func (ac *Allocator) Int64(v int64) (r *int64)
  • func (ac *Allocator) KeepAlive(ptr interface{})
  • func (ac *Allocator) Merge(src *Allocator) *Allocator
  • func (ac *Allocator) NewString(v string) string
  • func (ac *Allocator) Reset()
  • func (ac *Allocator) ReturnAlloctorToPool()
  • func (ac *Allocator) String(v string) (r *string)
  • func (ac *Allocator) Uint32(v uint32) (r *uint32)
  • func (ac *Allocator) Uint64(v uint64) (r *uint64)
• type Logger

Constants

const (
	DiKB int64 = 1 << 10
	DiMB int64 = DiKB << 10
	DiGB int64 = DiMB << 10
)

Variables

var (
	SliceExtendRatio        = 2.5
	BugfixClearPointerInMem = true
	BugfixCorruptOtherMem   = true
)

Functions

func Append

func Append[T any](ac *Allocator, s []T, elem T) []T

Append append slice

func AppendInplace

func AppendInplace[T any](ac *Allocator, s []T, elems T) []T

AppendInplace 与 NewSlice 之间没有任何新的内存分配时使用

func AppendInplaceMulti

func AppendInplaceMulti[T any](ac *Allocator, s []T, elems ...T) []T

AppendInplaceMulti 与 NewSlice 之间没有任何新的内存分配时使用

func AppendMulti

func AppendMulti[T any](ac *Allocator, s []T, elems ...T) []T

AppendMulti append slice

func New

func New[T any](ac *Allocator) (r *T)

New 分配新对象

func NewSlice

func NewSlice[T any](ac *Allocator, len, cap int) (r []T)

NewSlice does not zero the slice automatically, this is OK with most cases and can improve the performance. zero it yourself for your need.

Types

type Allocator

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

Allocator 分配器

func NewAlloctorFromPool

func NewAlloctorFromPool(sz int64) *Allocator

NewAlloctorFromPool 新建分配池

func (*Allocator) BlockSize

func (ac *Allocator) BlockSize() int64

BlockSize 获取当前内存池的 blocksize

func (*Allocator) Bool

func (ac *Allocator) Bool(v bool) (r *bool)

Bool ...

func (*Allocator) Debug

func (ac *Allocator) Debug()

Debug 输出 debug 信息

func (*Allocator) Float32

func (ac *Allocator) Float32(v float32) (r *float32)

Float32 ...

func (*Allocator) Float64

func (ac *Allocator) Float64(v float64) (r *float64)

Float64 ...

func (*Allocator) Int

func (ac *Allocator) Int(v int) (r *int)

Int ...

func (*Allocator) Int32

func (ac *Allocator) Int32(v int32) (r *int32)

Int32 ...

func (*Allocator) Int64

func (ac *Allocator) Int64(v int64) (r *int64)

Int64 ...

func (*Allocator) KeepAlive

func (ac *Allocator) KeepAlive(ptr interface{})

KeepAlive GC保活

func (*Allocator) Merge

func (ac *Allocator) Merge(src *Allocator) *Allocator

Merge 合并其他内存池

func (*Allocator) NewString

func (ac *Allocator) NewString(v string) string

NewString 从内存池分配 string

func (*Allocator) Reset

func (ac *Allocator) Reset()

Reset 重置内存信息

func (*Allocator) ReturnAlloctorToPool

func (ac *Allocator) ReturnAlloctorToPool()

ReturnAlloctorToPool 归还分配池

func (*Allocator) String

func (ac *Allocator) String(v string) (r *string)

String ...

func (*Allocator) Uint32

func (ac *Allocator) Uint32(v uint32) (r *uint32)

Uint32 ...

func (*Allocator) Uint64

func (ac *Allocator) Uint64(v uint64) (r *uint64)

Uint64 ...

type Logger

type Logger interface {
	Errorf(format string, args ...interface{})
}