genesis

package module
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 Go to latest Published: Nov 8, 2019 License: MIT Imports: 8 Imported by: 0

README

Genesis

Missed golang generic stdlib for slices and channels.

Some functions:

  • Filter, Map, Reduce.
  • Min, Max, Sum.
  • Permutations, Product.
  • Any, All.
  • Contains, Find.
  • Shuffle, Sort.
  • Range, Count, Cycle.

And much more.

Features:

  • Typesafe.
  • Sync and async versions.
  • For slices and channels.
  • Pre-generated for all built-in types.
go get github.com/life4/genesis

Examples

Find minimal value in a slice of ints:

s := []int{42, 7, 13}
min := genesis.SliceInt{s}.Min()

Double values in a slice of ints:

s := []int{4, 8, 15, 16, 23, 42}
double := func(el int) int { return el * 2 }
doubled := genesis.SliceInt{s}.MapInt(double)

See docs to dive deeper.

Custom types

Genesis contains pre-generated code for common built-in types. So, in most cases you can just use it. However, if you want to use genesis for custom types, things become a little bit more complicated. The first option is to use an empty interface. For example:

type UserId int
ids := []UserId{1, 2, 3, 4, 5}
// https://github.com/golang/go/wiki/InterfaceSlice
idsInterface := make([]interface{}, len(ids), len(ids))
for i := range ids {
	idsInterface[i] = ids[i]
}
index := genesis.SliceInterface{idsInterface}.FindIndex(
	func(el interface{}) bool { return el.(UserId) == 3 },
)
fmt.Println(index)
// Output: 2

Another option is to generate genesis code for your own type.

Generation

Install requirements

python3 -m pip install --user -r requirements.txt

Re-generate everything for built-in types:

python3 -m generate

Generate a new package with given types:

python3 -m generate

Documentation

Index

Constants

This section is empty.

Variables

View Source 
var ErrEmpty = errors.New("container is empty")
View Source 
var ErrNegativeValue = errors.New("negative value passed")
View Source 
var ErrNonPositiveValue = errors.New("value must be positive")
View Source 
var ErrNotFound = errors.New("given element is not found")
View Source 
var ErrOutOfRange = errors.New("index is bigger than container size")

Functions

This section is empty.

Types

type AsyncSliceBool 

type AsyncSliceBool struct {
	Data    []bool
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceBool) All 

func (s AsyncSliceBool) All(f func(el bool) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceBool) Any 

func (s AsyncSliceBool) Any(f func(el bool) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceBool) Each 

func (s AsyncSliceBool) Each(f func(el bool))

Each calls f for every element from slice

func (AsyncSliceBool) Filter 

func (s AsyncSliceBool) Filter(f func(el bool) bool) []bool

Filter returns slice of element for which f returns true

func (AsyncSliceBool) MapBool 

func (s AsyncSliceBool) MapBool(f func(el bool) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapByte 

func (s AsyncSliceBool) MapByte(f func(el bool) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapError 

func (s AsyncSliceBool) MapError(f func(el bool) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapFloat32 

func (s AsyncSliceBool) MapFloat32(f func(el bool) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapFloat64 

func (s AsyncSliceBool) MapFloat64(f func(el bool) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapInt 

func (s AsyncSliceBool) MapInt(f func(el bool) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapInt16 

func (s AsyncSliceBool) MapInt16(f func(el bool) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapInt32 

func (s AsyncSliceBool) MapInt32(f func(el bool) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapInt64 

func (s AsyncSliceBool) MapInt64(f func(el bool) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapInt8 

func (s AsyncSliceBool) MapInt8(f func(el bool) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapInterface 

func (s AsyncSliceBool) MapInterface(f func(el bool) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapRune 

func (s AsyncSliceBool) MapRune(f func(el bool) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapString 

func (s AsyncSliceBool) MapString(f func(el bool) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapUint 

func (s AsyncSliceBool) MapUint(f func(el bool) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapUint16 

func (s AsyncSliceBool) MapUint16(f func(el bool) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapUint32 

func (s AsyncSliceBool) MapUint32(f func(el bool) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapUint64 

func (s AsyncSliceBool) MapUint64(f func(el bool) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) MapUint8 

func (s AsyncSliceBool) MapUint8(f func(el bool) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceBool) Reduce 

func (s AsyncSliceBool) Reduce(f func(left bool, right bool) bool) bool

Reduce reduces slice to a single value with f

type AsyncSliceByte 

type AsyncSliceByte struct {
	Data    []byte
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceByte) All 

func (s AsyncSliceByte) All(f func(el byte) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceByte) Any 

func (s AsyncSliceByte) Any(f func(el byte) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceByte) Each 

func (s AsyncSliceByte) Each(f func(el byte))

Each calls f for every element from slice

func (AsyncSliceByte) Filter 

func (s AsyncSliceByte) Filter(f func(el byte) bool) []byte

Filter returns slice of element for which f returns true

func (AsyncSliceByte) MapBool 

func (s AsyncSliceByte) MapBool(f func(el byte) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapByte 

func (s AsyncSliceByte) MapByte(f func(el byte) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapError 

func (s AsyncSliceByte) MapError(f func(el byte) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapFloat32 

func (s AsyncSliceByte) MapFloat32(f func(el byte) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapFloat64 

func (s AsyncSliceByte) MapFloat64(f func(el byte) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapInt 

func (s AsyncSliceByte) MapInt(f func(el byte) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapInt16 

func (s AsyncSliceByte) MapInt16(f func(el byte) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapInt32 

func (s AsyncSliceByte) MapInt32(f func(el byte) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapInt64 

func (s AsyncSliceByte) MapInt64(f func(el byte) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapInt8 

func (s AsyncSliceByte) MapInt8(f func(el byte) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapInterface 

func (s AsyncSliceByte) MapInterface(f func(el byte) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapRune 

func (s AsyncSliceByte) MapRune(f func(el byte) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapString 

func (s AsyncSliceByte) MapString(f func(el byte) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapUint 

func (s AsyncSliceByte) MapUint(f func(el byte) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapUint16 

func (s AsyncSliceByte) MapUint16(f func(el byte) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapUint32 

func (s AsyncSliceByte) MapUint32(f func(el byte) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapUint64 

func (s AsyncSliceByte) MapUint64(f func(el byte) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) MapUint8 

func (s AsyncSliceByte) MapUint8(f func(el byte) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceByte) Reduce 

func (s AsyncSliceByte) Reduce(f func(left byte, right byte) byte) byte

Reduce reduces slice to a single value with f

type AsyncSliceError 

type AsyncSliceError struct {
	Data    []error
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceError) All 

func (s AsyncSliceError) All(f func(el error) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceError) Any 

func (s AsyncSliceError) Any(f func(el error) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceError) Each 

func (s AsyncSliceError) Each(f func(el error))

Each calls f for every element from slice

func (AsyncSliceError) Filter 

func (s AsyncSliceError) Filter(f func(el error) bool) []error

Filter returns slice of element for which f returns true

func (AsyncSliceError) MapBool 

func (s AsyncSliceError) MapBool(f func(el error) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapByte 

func (s AsyncSliceError) MapByte(f func(el error) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapError 

func (s AsyncSliceError) MapError(f func(el error) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapFloat32 

func (s AsyncSliceError) MapFloat32(f func(el error) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapFloat64 

func (s AsyncSliceError) MapFloat64(f func(el error) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapInt 

func (s AsyncSliceError) MapInt(f func(el error) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapInt16 

func (s AsyncSliceError) MapInt16(f func(el error) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapInt32 

func (s AsyncSliceError) MapInt32(f func(el error) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapInt64 

func (s AsyncSliceError) MapInt64(f func(el error) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapInt8 

func (s AsyncSliceError) MapInt8(f func(el error) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapInterface 

func (s AsyncSliceError) MapInterface(f func(el error) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapRune 

func (s AsyncSliceError) MapRune(f func(el error) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapString 

func (s AsyncSliceError) MapString(f func(el error) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapUint 

func (s AsyncSliceError) MapUint(f func(el error) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapUint16 

func (s AsyncSliceError) MapUint16(f func(el error) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapUint32 

func (s AsyncSliceError) MapUint32(f func(el error) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapUint64 

func (s AsyncSliceError) MapUint64(f func(el error) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) MapUint8 

func (s AsyncSliceError) MapUint8(f func(el error) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceError) Reduce 

func (s AsyncSliceError) Reduce(f func(left error, right error) error) error

Reduce reduces slice to a single value with f

type AsyncSliceFloat32 

type AsyncSliceFloat32 struct {
	Data    []float32
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceFloat32) All 

func (s AsyncSliceFloat32) All(f func(el float32) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceFloat32) Any 

func (s AsyncSliceFloat32) Any(f func(el float32) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceFloat32) Each 

func (s AsyncSliceFloat32) Each(f func(el float32))

Each calls f for every element from slice

func (AsyncSliceFloat32) Filter 

func (s AsyncSliceFloat32) Filter(f func(el float32) bool) []float32

Filter returns slice of element for which f returns true

func (AsyncSliceFloat32) MapBool 

func (s AsyncSliceFloat32) MapBool(f func(el float32) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapByte 

func (s AsyncSliceFloat32) MapByte(f func(el float32) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapError 

func (s AsyncSliceFloat32) MapError(f func(el float32) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapFloat32 

func (s AsyncSliceFloat32) MapFloat32(f func(el float32) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapFloat64 

func (s AsyncSliceFloat32) MapFloat64(f func(el float32) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapInt 

func (s AsyncSliceFloat32) MapInt(f func(el float32) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapInt16 

func (s AsyncSliceFloat32) MapInt16(f func(el float32) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapInt32 

func (s AsyncSliceFloat32) MapInt32(f func(el float32) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapInt64 

func (s AsyncSliceFloat32) MapInt64(f func(el float32) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapInt8 

func (s AsyncSliceFloat32) MapInt8(f func(el float32) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapInterface 

func (s AsyncSliceFloat32) MapInterface(f func(el float32) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapRune 

func (s AsyncSliceFloat32) MapRune(f func(el float32) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapString 

func (s AsyncSliceFloat32) MapString(f func(el float32) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapUint 

func (s AsyncSliceFloat32) MapUint(f func(el float32) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapUint16 

func (s AsyncSliceFloat32) MapUint16(f func(el float32) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapUint32 

func (s AsyncSliceFloat32) MapUint32(f func(el float32) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapUint64 

func (s AsyncSliceFloat32) MapUint64(f func(el float32) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) MapUint8 

func (s AsyncSliceFloat32) MapUint8(f func(el float32) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat32) Reduce 

func (s AsyncSliceFloat32) Reduce(f func(left float32, right float32) float32) float32

Reduce reduces slice to a single value with f

type AsyncSliceFloat64 

type AsyncSliceFloat64 struct {
	Data    []float64
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceFloat64) All 

func (s AsyncSliceFloat64) All(f func(el float64) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceFloat64) Any 

func (s AsyncSliceFloat64) Any(f func(el float64) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceFloat64) Each 

func (s AsyncSliceFloat64) Each(f func(el float64))

Each calls f for every element from slice

func (AsyncSliceFloat64) Filter 

func (s AsyncSliceFloat64) Filter(f func(el float64) bool) []float64

Filter returns slice of element for which f returns true

func (AsyncSliceFloat64) MapBool 

func (s AsyncSliceFloat64) MapBool(f func(el float64) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapByte 

func (s AsyncSliceFloat64) MapByte(f func(el float64) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapError 

func (s AsyncSliceFloat64) MapError(f func(el float64) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapFloat32 

func (s AsyncSliceFloat64) MapFloat32(f func(el float64) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapFloat64 

func (s AsyncSliceFloat64) MapFloat64(f func(el float64) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapInt 

func (s AsyncSliceFloat64) MapInt(f func(el float64) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapInt16 

func (s AsyncSliceFloat64) MapInt16(f func(el float64) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapInt32 

func (s AsyncSliceFloat64) MapInt32(f func(el float64) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapInt64 

func (s AsyncSliceFloat64) MapInt64(f func(el float64) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapInt8 

func (s AsyncSliceFloat64) MapInt8(f func(el float64) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapInterface 

func (s AsyncSliceFloat64) MapInterface(f func(el float64) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapRune 

func (s AsyncSliceFloat64) MapRune(f func(el float64) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapString 

func (s AsyncSliceFloat64) MapString(f func(el float64) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapUint 

func (s AsyncSliceFloat64) MapUint(f func(el float64) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapUint16 

func (s AsyncSliceFloat64) MapUint16(f func(el float64) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapUint32 

func (s AsyncSliceFloat64) MapUint32(f func(el float64) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapUint64 

func (s AsyncSliceFloat64) MapUint64(f func(el float64) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) MapUint8 

func (s AsyncSliceFloat64) MapUint8(f func(el float64) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceFloat64) Reduce 

func (s AsyncSliceFloat64) Reduce(f func(left float64, right float64) float64) float64

Reduce reduces slice to a single value with f

type AsyncSliceInt 

type AsyncSliceInt struct {
	Data    []int
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceInt) All 

func (s AsyncSliceInt) All(f func(el int) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceInt) Any 

func (s AsyncSliceInt) Any(f func(el int) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceInt) Each 

func (s AsyncSliceInt) Each(f func(el int))

Each calls f for every element from slice

func (AsyncSliceInt) Filter 

func (s AsyncSliceInt) Filter(f func(el int) bool) []int

Filter returns slice of element for which f returns true

func (AsyncSliceInt) MapBool 

func (s AsyncSliceInt) MapBool(f func(el int) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapByte 

func (s AsyncSliceInt) MapByte(f func(el int) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapError 

func (s AsyncSliceInt) MapError(f func(el int) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapFloat32 

func (s AsyncSliceInt) MapFloat32(f func(el int) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapFloat64 

func (s AsyncSliceInt) MapFloat64(f func(el int) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapInt 

func (s AsyncSliceInt) MapInt(f func(el int) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapInt16 

func (s AsyncSliceInt) MapInt16(f func(el int) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapInt32 

func (s AsyncSliceInt) MapInt32(f func(el int) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapInt64 

func (s AsyncSliceInt) MapInt64(f func(el int) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapInt8 

func (s AsyncSliceInt) MapInt8(f func(el int) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapInterface 

func (s AsyncSliceInt) MapInterface(f func(el int) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapRune 

func (s AsyncSliceInt) MapRune(f func(el int) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapString 

func (s AsyncSliceInt) MapString(f func(el int) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapUint 

func (s AsyncSliceInt) MapUint(f func(el int) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapUint16 

func (s AsyncSliceInt) MapUint16(f func(el int) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapUint32 

func (s AsyncSliceInt) MapUint32(f func(el int) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapUint64 

func (s AsyncSliceInt) MapUint64(f func(el int) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) MapUint8 

func (s AsyncSliceInt) MapUint8(f func(el int) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt) Reduce 

func (s AsyncSliceInt) Reduce(f func(left int, right int) int) int

Reduce reduces slice to a single value with f

type AsyncSliceInt16 

type AsyncSliceInt16 struct {
	Data    []int16
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceInt16) All 

func (s AsyncSliceInt16) All(f func(el int16) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceInt16) Any 

func (s AsyncSliceInt16) Any(f func(el int16) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceInt16) Each 

func (s AsyncSliceInt16) Each(f func(el int16))

Each calls f for every element from slice

func (AsyncSliceInt16) Filter 

func (s AsyncSliceInt16) Filter(f func(el int16) bool) []int16

Filter returns slice of element for which f returns true

func (AsyncSliceInt16) MapBool 

func (s AsyncSliceInt16) MapBool(f func(el int16) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapByte 

func (s AsyncSliceInt16) MapByte(f func(el int16) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapError 

func (s AsyncSliceInt16) MapError(f func(el int16) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapFloat32 

func (s AsyncSliceInt16) MapFloat32(f func(el int16) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapFloat64 

func (s AsyncSliceInt16) MapFloat64(f func(el int16) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapInt 

func (s AsyncSliceInt16) MapInt(f func(el int16) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapInt16 

func (s AsyncSliceInt16) MapInt16(f func(el int16) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapInt32 

func (s AsyncSliceInt16) MapInt32(f func(el int16) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapInt64 

func (s AsyncSliceInt16) MapInt64(f func(el int16) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapInt8 

func (s AsyncSliceInt16) MapInt8(f func(el int16) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapInterface 

func (s AsyncSliceInt16) MapInterface(f func(el int16) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapRune 

func (s AsyncSliceInt16) MapRune(f func(el int16) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapString 

func (s AsyncSliceInt16) MapString(f func(el int16) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapUint 

func (s AsyncSliceInt16) MapUint(f func(el int16) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapUint16 

func (s AsyncSliceInt16) MapUint16(f func(el int16) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapUint32 

func (s AsyncSliceInt16) MapUint32(f func(el int16) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapUint64 

func (s AsyncSliceInt16) MapUint64(f func(el int16) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) MapUint8 

func (s AsyncSliceInt16) MapUint8(f func(el int16) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt16) Reduce 

func (s AsyncSliceInt16) Reduce(f func(left int16, right int16) int16) int16

Reduce reduces slice to a single value with f

type AsyncSliceInt32 

type AsyncSliceInt32 struct {
	Data    []int32
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceInt32) All 

func (s AsyncSliceInt32) All(f func(el int32) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceInt32) Any 

func (s AsyncSliceInt32) Any(f func(el int32) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceInt32) Each 

func (s AsyncSliceInt32) Each(f func(el int32))

Each calls f for every element from slice

func (AsyncSliceInt32) Filter 

func (s AsyncSliceInt32) Filter(f func(el int32) bool) []int32

Filter returns slice of element for which f returns true

func (AsyncSliceInt32) MapBool 

func (s AsyncSliceInt32) MapBool(f func(el int32) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapByte 

func (s AsyncSliceInt32) MapByte(f func(el int32) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapError 

func (s AsyncSliceInt32) MapError(f func(el int32) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapFloat32 

func (s AsyncSliceInt32) MapFloat32(f func(el int32) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapFloat64 

func (s AsyncSliceInt32) MapFloat64(f func(el int32) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapInt 

func (s AsyncSliceInt32) MapInt(f func(el int32) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapInt16 

func (s AsyncSliceInt32) MapInt16(f func(el int32) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapInt32 

func (s AsyncSliceInt32) MapInt32(f func(el int32) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapInt64 

func (s AsyncSliceInt32) MapInt64(f func(el int32) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapInt8 

func (s AsyncSliceInt32) MapInt8(f func(el int32) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapInterface 

func (s AsyncSliceInt32) MapInterface(f func(el int32) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapRune 

func (s AsyncSliceInt32) MapRune(f func(el int32) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapString 

func (s AsyncSliceInt32) MapString(f func(el int32) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapUint 

func (s AsyncSliceInt32) MapUint(f func(el int32) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapUint16 

func (s AsyncSliceInt32) MapUint16(f func(el int32) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapUint32 

func (s AsyncSliceInt32) MapUint32(f func(el int32) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapUint64 

func (s AsyncSliceInt32) MapUint64(f func(el int32) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) MapUint8 

func (s AsyncSliceInt32) MapUint8(f func(el int32) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt32) Reduce 

func (s AsyncSliceInt32) Reduce(f func(left int32, right int32) int32) int32

Reduce reduces slice to a single value with f

type AsyncSliceInt64 

type AsyncSliceInt64 struct {
	Data    []int64
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceInt64) All 

func (s AsyncSliceInt64) All(f func(el int64) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceInt64) Any 

func (s AsyncSliceInt64) Any(f func(el int64) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceInt64) Each 

func (s AsyncSliceInt64) Each(f func(el int64))

Each calls f for every element from slice

func (AsyncSliceInt64) Filter 

func (s AsyncSliceInt64) Filter(f func(el int64) bool) []int64

Filter returns slice of element for which f returns true

func (AsyncSliceInt64) MapBool 

func (s AsyncSliceInt64) MapBool(f func(el int64) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapByte 

func (s AsyncSliceInt64) MapByte(f func(el int64) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapError 

func (s AsyncSliceInt64) MapError(f func(el int64) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapFloat32 

func (s AsyncSliceInt64) MapFloat32(f func(el int64) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapFloat64 

func (s AsyncSliceInt64) MapFloat64(f func(el int64) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapInt 

func (s AsyncSliceInt64) MapInt(f func(el int64) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapInt16 

func (s AsyncSliceInt64) MapInt16(f func(el int64) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapInt32 

func (s AsyncSliceInt64) MapInt32(f func(el int64) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapInt64 

func (s AsyncSliceInt64) MapInt64(f func(el int64) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapInt8 

func (s AsyncSliceInt64) MapInt8(f func(el int64) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapInterface 

func (s AsyncSliceInt64) MapInterface(f func(el int64) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapRune 

func (s AsyncSliceInt64) MapRune(f func(el int64) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapString 

func (s AsyncSliceInt64) MapString(f func(el int64) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapUint 

func (s AsyncSliceInt64) MapUint(f func(el int64) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapUint16 

func (s AsyncSliceInt64) MapUint16(f func(el int64) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapUint32 

func (s AsyncSliceInt64) MapUint32(f func(el int64) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapUint64 

func (s AsyncSliceInt64) MapUint64(f func(el int64) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) MapUint8 

func (s AsyncSliceInt64) MapUint8(f func(el int64) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt64) Reduce 

func (s AsyncSliceInt64) Reduce(f func(left int64, right int64) int64) int64

Reduce reduces slice to a single value with f

type AsyncSliceInt8 

type AsyncSliceInt8 struct {
	Data    []int8
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceInt8) All 

func (s AsyncSliceInt8) All(f func(el int8) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceInt8) Any 

func (s AsyncSliceInt8) Any(f func(el int8) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceInt8) Each 

func (s AsyncSliceInt8) Each(f func(el int8))

Each calls f for every element from slice

func (AsyncSliceInt8) Filter 

func (s AsyncSliceInt8) Filter(f func(el int8) bool) []int8

Filter returns slice of element for which f returns true

func (AsyncSliceInt8) MapBool 

func (s AsyncSliceInt8) MapBool(f func(el int8) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapByte 

func (s AsyncSliceInt8) MapByte(f func(el int8) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapError 

func (s AsyncSliceInt8) MapError(f func(el int8) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapFloat32 

func (s AsyncSliceInt8) MapFloat32(f func(el int8) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapFloat64 

func (s AsyncSliceInt8) MapFloat64(f func(el int8) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapInt 

func (s AsyncSliceInt8) MapInt(f func(el int8) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapInt16 

func (s AsyncSliceInt8) MapInt16(f func(el int8) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapInt32 

func (s AsyncSliceInt8) MapInt32(f func(el int8) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapInt64 

func (s AsyncSliceInt8) MapInt64(f func(el int8) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapInt8 

func (s AsyncSliceInt8) MapInt8(f func(el int8) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapInterface 

func (s AsyncSliceInt8) MapInterface(f func(el int8) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapRune 

func (s AsyncSliceInt8) MapRune(f func(el int8) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapString 

func (s AsyncSliceInt8) MapString(f func(el int8) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapUint 

func (s AsyncSliceInt8) MapUint(f func(el int8) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapUint16 

func (s AsyncSliceInt8) MapUint16(f func(el int8) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapUint32 

func (s AsyncSliceInt8) MapUint32(f func(el int8) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapUint64 

func (s AsyncSliceInt8) MapUint64(f func(el int8) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) MapUint8 

func (s AsyncSliceInt8) MapUint8(f func(el int8) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInt8) Reduce 

func (s AsyncSliceInt8) Reduce(f func(left int8, right int8) int8) int8

Reduce reduces slice to a single value with f

type AsyncSliceInterface 

type AsyncSliceInterface struct {
	Data    []interface{}
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceInterface) All 

func (s AsyncSliceInterface) All(f func(el interface{}) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceInterface) Any 

func (s AsyncSliceInterface) Any(f func(el interface{}) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceInterface) Each 

func (s AsyncSliceInterface) Each(f func(el interface{}))

Each calls f for every element from slice

func (AsyncSliceInterface) Filter 

func (s AsyncSliceInterface) Filter(f func(el interface{}) bool) []interface{}

Filter returns slice of element for which f returns true

func (AsyncSliceInterface) MapBool 

func (s AsyncSliceInterface) MapBool(f func(el interface{}) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapByte 

func (s AsyncSliceInterface) MapByte(f func(el interface{}) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapError 

func (s AsyncSliceInterface) MapError(f func(el interface{}) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapFloat32 

func (s AsyncSliceInterface) MapFloat32(f func(el interface{}) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapFloat64 

func (s AsyncSliceInterface) MapFloat64(f func(el interface{}) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapInt 

func (s AsyncSliceInterface) MapInt(f func(el interface{}) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapInt16 

func (s AsyncSliceInterface) MapInt16(f func(el interface{}) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapInt32 

func (s AsyncSliceInterface) MapInt32(f func(el interface{}) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapInt64 

func (s AsyncSliceInterface) MapInt64(f func(el interface{}) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapInt8 

func (s AsyncSliceInterface) MapInt8(f func(el interface{}) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapInterface 

func (s AsyncSliceInterface) MapInterface(f func(el interface{}) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapRune 

func (s AsyncSliceInterface) MapRune(f func(el interface{}) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapString 

func (s AsyncSliceInterface) MapString(f func(el interface{}) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapUint 

func (s AsyncSliceInterface) MapUint(f func(el interface{}) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapUint16 

func (s AsyncSliceInterface) MapUint16(f func(el interface{}) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapUint32 

func (s AsyncSliceInterface) MapUint32(f func(el interface{}) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapUint64 

func (s AsyncSliceInterface) MapUint64(f func(el interface{}) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) MapUint8 

func (s AsyncSliceInterface) MapUint8(f func(el interface{}) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceInterface) Reduce 

func (s AsyncSliceInterface) Reduce(f func(left interface{}, right interface{}) interface{}) interface{}

Reduce reduces slice to a single value with f

type AsyncSliceRune 

type AsyncSliceRune struct {
	Data    []rune
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceRune) All 

func (s AsyncSliceRune) All(f func(el rune) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceRune) Any 

func (s AsyncSliceRune) Any(f func(el rune) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceRune) Each 

func (s AsyncSliceRune) Each(f func(el rune))

Each calls f for every element from slice

func (AsyncSliceRune) Filter 

func (s AsyncSliceRune) Filter(f func(el rune) bool) []rune

Filter returns slice of element for which f returns true

func (AsyncSliceRune) MapBool 

func (s AsyncSliceRune) MapBool(f func(el rune) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapByte 

func (s AsyncSliceRune) MapByte(f func(el rune) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapError 

func (s AsyncSliceRune) MapError(f func(el rune) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapFloat32 

func (s AsyncSliceRune) MapFloat32(f func(el rune) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapFloat64 

func (s AsyncSliceRune) MapFloat64(f func(el rune) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapInt 

func (s AsyncSliceRune) MapInt(f func(el rune) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapInt16 

func (s AsyncSliceRune) MapInt16(f func(el rune) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapInt32 

func (s AsyncSliceRune) MapInt32(f func(el rune) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapInt64 

func (s AsyncSliceRune) MapInt64(f func(el rune) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapInt8 

func (s AsyncSliceRune) MapInt8(f func(el rune) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapInterface 

func (s AsyncSliceRune) MapInterface(f func(el rune) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapRune 

func (s AsyncSliceRune) MapRune(f func(el rune) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapString 

func (s AsyncSliceRune) MapString(f func(el rune) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapUint 

func (s AsyncSliceRune) MapUint(f func(el rune) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapUint16 

func (s AsyncSliceRune) MapUint16(f func(el rune) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapUint32 

func (s AsyncSliceRune) MapUint32(f func(el rune) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapUint64 

func (s AsyncSliceRune) MapUint64(f func(el rune) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) MapUint8 

func (s AsyncSliceRune) MapUint8(f func(el rune) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceRune) Reduce 

func (s AsyncSliceRune) Reduce(f func(left rune, right rune) rune) rune

Reduce reduces slice to a single value with f

type AsyncSliceString 

type AsyncSliceString struct {
	Data    []string
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceString) All 

func (s AsyncSliceString) All(f func(el string) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceString) Any 

func (s AsyncSliceString) Any(f func(el string) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceString) Each 

func (s AsyncSliceString) Each(f func(el string))

Each calls f for every element from slice

func (AsyncSliceString) Filter 

func (s AsyncSliceString) Filter(f func(el string) bool) []string

Filter returns slice of element for which f returns true

func (AsyncSliceString) MapBool 

func (s AsyncSliceString) MapBool(f func(el string) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapByte 

func (s AsyncSliceString) MapByte(f func(el string) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapError 

func (s AsyncSliceString) MapError(f func(el string) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapFloat32 

func (s AsyncSliceString) MapFloat32(f func(el string) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapFloat64 

func (s AsyncSliceString) MapFloat64(f func(el string) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapInt 

func (s AsyncSliceString) MapInt(f func(el string) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapInt16 

func (s AsyncSliceString) MapInt16(f func(el string) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapInt32 

func (s AsyncSliceString) MapInt32(f func(el string) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapInt64 

func (s AsyncSliceString) MapInt64(f func(el string) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapInt8 

func (s AsyncSliceString) MapInt8(f func(el string) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapInterface 

func (s AsyncSliceString) MapInterface(f func(el string) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapRune 

func (s AsyncSliceString) MapRune(f func(el string) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapString 

func (s AsyncSliceString) MapString(f func(el string) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapUint 

func (s AsyncSliceString) MapUint(f func(el string) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapUint16 

func (s AsyncSliceString) MapUint16(f func(el string) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapUint32 

func (s AsyncSliceString) MapUint32(f func(el string) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapUint64 

func (s AsyncSliceString) MapUint64(f func(el string) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) MapUint8 

func (s AsyncSliceString) MapUint8(f func(el string) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceString) Reduce 

func (s AsyncSliceString) Reduce(f func(left string, right string) string) string

Reduce reduces slice to a single value with f

type AsyncSliceUint 

type AsyncSliceUint struct {
	Data    []uint
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceUint) All 

func (s AsyncSliceUint) All(f func(el uint) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceUint) Any 

func (s AsyncSliceUint) Any(f func(el uint) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceUint) Each 

func (s AsyncSliceUint) Each(f func(el uint))

Each calls f for every element from slice

func (AsyncSliceUint) Filter 

func (s AsyncSliceUint) Filter(f func(el uint) bool) []uint

Filter returns slice of element for which f returns true

func (AsyncSliceUint) MapBool 

func (s AsyncSliceUint) MapBool(f func(el uint) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapByte 

func (s AsyncSliceUint) MapByte(f func(el uint) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapError 

func (s AsyncSliceUint) MapError(f func(el uint) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapFloat32 

func (s AsyncSliceUint) MapFloat32(f func(el uint) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapFloat64 

func (s AsyncSliceUint) MapFloat64(f func(el uint) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapInt 

func (s AsyncSliceUint) MapInt(f func(el uint) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapInt16 

func (s AsyncSliceUint) MapInt16(f func(el uint) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapInt32 

func (s AsyncSliceUint) MapInt32(f func(el uint) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapInt64 

func (s AsyncSliceUint) MapInt64(f func(el uint) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapInt8 

func (s AsyncSliceUint) MapInt8(f func(el uint) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapInterface 

func (s AsyncSliceUint) MapInterface(f func(el uint) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapRune 

func (s AsyncSliceUint) MapRune(f func(el uint) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapString 

func (s AsyncSliceUint) MapString(f func(el uint) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapUint 

func (s AsyncSliceUint) MapUint(f func(el uint) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapUint16 

func (s AsyncSliceUint) MapUint16(f func(el uint) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapUint32 

func (s AsyncSliceUint) MapUint32(f func(el uint) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapUint64 

func (s AsyncSliceUint) MapUint64(f func(el uint) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) MapUint8 

func (s AsyncSliceUint) MapUint8(f func(el uint) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint) Reduce 

func (s AsyncSliceUint) Reduce(f func(left uint, right uint) uint) uint

Reduce reduces slice to a single value with f

type AsyncSliceUint16 

type AsyncSliceUint16 struct {
	Data    []uint16
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceUint16) All 

func (s AsyncSliceUint16) All(f func(el uint16) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceUint16) Any 

func (s AsyncSliceUint16) Any(f func(el uint16) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceUint16) Each 

func (s AsyncSliceUint16) Each(f func(el uint16))

Each calls f for every element from slice

func (AsyncSliceUint16) Filter 

func (s AsyncSliceUint16) Filter(f func(el uint16) bool) []uint16

Filter returns slice of element for which f returns true

func (AsyncSliceUint16) MapBool 

func (s AsyncSliceUint16) MapBool(f func(el uint16) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapByte 

func (s AsyncSliceUint16) MapByte(f func(el uint16) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapError 

func (s AsyncSliceUint16) MapError(f func(el uint16) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapFloat32 

func (s AsyncSliceUint16) MapFloat32(f func(el uint16) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapFloat64 

func (s AsyncSliceUint16) MapFloat64(f func(el uint16) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapInt 

func (s AsyncSliceUint16) MapInt(f func(el uint16) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapInt16 

func (s AsyncSliceUint16) MapInt16(f func(el uint16) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapInt32 

func (s AsyncSliceUint16) MapInt32(f func(el uint16) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapInt64 

func (s AsyncSliceUint16) MapInt64(f func(el uint16) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapInt8 

func (s AsyncSliceUint16) MapInt8(f func(el uint16) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapInterface 

func (s AsyncSliceUint16) MapInterface(f func(el uint16) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapRune 

func (s AsyncSliceUint16) MapRune(f func(el uint16) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapString 

func (s AsyncSliceUint16) MapString(f func(el uint16) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapUint 

func (s AsyncSliceUint16) MapUint(f func(el uint16) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapUint16 

func (s AsyncSliceUint16) MapUint16(f func(el uint16) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapUint32 

func (s AsyncSliceUint16) MapUint32(f func(el uint16) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapUint64 

func (s AsyncSliceUint16) MapUint64(f func(el uint16) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) MapUint8 

func (s AsyncSliceUint16) MapUint8(f func(el uint16) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint16) Reduce 

func (s AsyncSliceUint16) Reduce(f func(left uint16, right uint16) uint16) uint16

Reduce reduces slice to a single value with f

type AsyncSliceUint32 

type AsyncSliceUint32 struct {
	Data    []uint32
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceUint32) All 

func (s AsyncSliceUint32) All(f func(el uint32) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceUint32) Any 

func (s AsyncSliceUint32) Any(f func(el uint32) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceUint32) Each 

func (s AsyncSliceUint32) Each(f func(el uint32))

Each calls f for every element from slice

func (AsyncSliceUint32) Filter 

func (s AsyncSliceUint32) Filter(f func(el uint32) bool) []uint32

Filter returns slice of element for which f returns true

func (AsyncSliceUint32) MapBool 

func (s AsyncSliceUint32) MapBool(f func(el uint32) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapByte 

func (s AsyncSliceUint32) MapByte(f func(el uint32) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapError 

func (s AsyncSliceUint32) MapError(f func(el uint32) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapFloat32 

func (s AsyncSliceUint32) MapFloat32(f func(el uint32) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapFloat64 

func (s AsyncSliceUint32) MapFloat64(f func(el uint32) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapInt 

func (s AsyncSliceUint32) MapInt(f func(el uint32) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapInt16 

func (s AsyncSliceUint32) MapInt16(f func(el uint32) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapInt32 

func (s AsyncSliceUint32) MapInt32(f func(el uint32) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapInt64 

func (s AsyncSliceUint32) MapInt64(f func(el uint32) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapInt8 

func (s AsyncSliceUint32) MapInt8(f func(el uint32) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapInterface 

func (s AsyncSliceUint32) MapInterface(f func(el uint32) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapRune 

func (s AsyncSliceUint32) MapRune(f func(el uint32) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapString 

func (s AsyncSliceUint32) MapString(f func(el uint32) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapUint 

func (s AsyncSliceUint32) MapUint(f func(el uint32) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapUint16 

func (s AsyncSliceUint32) MapUint16(f func(el uint32) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapUint32 

func (s AsyncSliceUint32) MapUint32(f func(el uint32) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapUint64 

func (s AsyncSliceUint32) MapUint64(f func(el uint32) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) MapUint8 

func (s AsyncSliceUint32) MapUint8(f func(el uint32) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint32) Reduce 

func (s AsyncSliceUint32) Reduce(f func(left uint32, right uint32) uint32) uint32

Reduce reduces slice to a single value with f

type AsyncSliceUint64 

type AsyncSliceUint64 struct {
	Data    []uint64
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceUint64) All 

func (s AsyncSliceUint64) All(f func(el uint64) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceUint64) Any 

func (s AsyncSliceUint64) Any(f func(el uint64) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceUint64) Each 

func (s AsyncSliceUint64) Each(f func(el uint64))

Each calls f for every element from slice

func (AsyncSliceUint64) Filter 

func (s AsyncSliceUint64) Filter(f func(el uint64) bool) []uint64

Filter returns slice of element for which f returns true

func (AsyncSliceUint64) MapBool 

func (s AsyncSliceUint64) MapBool(f func(el uint64) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapByte 

func (s AsyncSliceUint64) MapByte(f func(el uint64) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapError 

func (s AsyncSliceUint64) MapError(f func(el uint64) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapFloat32 

func (s AsyncSliceUint64) MapFloat32(f func(el uint64) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapFloat64 

func (s AsyncSliceUint64) MapFloat64(f func(el uint64) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapInt 

func (s AsyncSliceUint64) MapInt(f func(el uint64) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapInt16 

func (s AsyncSliceUint64) MapInt16(f func(el uint64) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapInt32 

func (s AsyncSliceUint64) MapInt32(f func(el uint64) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapInt64 

func (s AsyncSliceUint64) MapInt64(f func(el uint64) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapInt8 

func (s AsyncSliceUint64) MapInt8(f func(el uint64) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapInterface 

func (s AsyncSliceUint64) MapInterface(f func(el uint64) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapRune 

func (s AsyncSliceUint64) MapRune(f func(el uint64) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapString 

func (s AsyncSliceUint64) MapString(f func(el uint64) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapUint 

func (s AsyncSliceUint64) MapUint(f func(el uint64) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapUint16 

func (s AsyncSliceUint64) MapUint16(f func(el uint64) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapUint32 

func (s AsyncSliceUint64) MapUint32(f func(el uint64) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapUint64 

func (s AsyncSliceUint64) MapUint64(f func(el uint64) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) MapUint8 

func (s AsyncSliceUint64) MapUint8(f func(el uint64) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint64) Reduce 

func (s AsyncSliceUint64) Reduce(f func(left uint64, right uint64) uint64) uint64

Reduce reduces slice to a single value with f

type AsyncSliceUint8 

type AsyncSliceUint8 struct {
	Data    []uint8
	Workers int
}

AsyncSlice is a set of operations to work with slice asynchronously

func (AsyncSliceUint8) All 

func (s AsyncSliceUint8) All(f func(el uint8) bool) bool

All returns true if f returns true for all elements in slice

func (AsyncSliceUint8) Any 

func (s AsyncSliceUint8) Any(f func(el uint8) bool) bool

Any returns true if f returns true for any element from slice

func (AsyncSliceUint8) Each 

func (s AsyncSliceUint8) Each(f func(el uint8))

Each calls f for every element from slice

func (AsyncSliceUint8) Filter 

func (s AsyncSliceUint8) Filter(f func(el uint8) bool) []uint8

Filter returns slice of element for which f returns true

func (AsyncSliceUint8) MapBool 

func (s AsyncSliceUint8) MapBool(f func(el uint8) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapByte 

func (s AsyncSliceUint8) MapByte(f func(el uint8) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapError 

func (s AsyncSliceUint8) MapError(f func(el uint8) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapFloat32 

func (s AsyncSliceUint8) MapFloat32(f func(el uint8) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapFloat64 

func (s AsyncSliceUint8) MapFloat64(f func(el uint8) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapInt 

func (s AsyncSliceUint8) MapInt(f func(el uint8) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapInt16 

func (s AsyncSliceUint8) MapInt16(f func(el uint8) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapInt32 

func (s AsyncSliceUint8) MapInt32(f func(el uint8) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapInt64 

func (s AsyncSliceUint8) MapInt64(f func(el uint8) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapInt8 

func (s AsyncSliceUint8) MapInt8(f func(el uint8) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapInterface 

func (s AsyncSliceUint8) MapInterface(f func(el uint8) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapRune 

func (s AsyncSliceUint8) MapRune(f func(el uint8) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapString 

func (s AsyncSliceUint8) MapString(f func(el uint8) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapUint 

func (s AsyncSliceUint8) MapUint(f func(el uint8) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapUint16 

func (s AsyncSliceUint8) MapUint16(f func(el uint8) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapUint32 

func (s AsyncSliceUint8) MapUint32(f func(el uint8) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapUint64 

func (s AsyncSliceUint8) MapUint64(f func(el uint8) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) MapUint8 

func (s AsyncSliceUint8) MapUint8(f func(el uint8) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (AsyncSliceUint8) Reduce 

func (s AsyncSliceUint8) Reduce(f func(left uint8, right uint8) uint8) uint8

Reduce reduces slice to a single value with f

type ChannelBool 

type ChannelBool struct {
	Data chan bool
}

Channel is a set of operations with channel

func (ChannelBool) All 

func (c ChannelBool) All(f func(el bool) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelBool) Any 

func (c ChannelBool) Any(f func(el bool) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelBool) ChunkEvery 

func (c ChannelBool) ChunkEvery(count int) chan []bool

ChunkEvery returns channel with slices containing count elements each

func (ChannelBool) Count 

func (c ChannelBool) Count(el bool) int

Count return count of el occurences in channel.

func (ChannelBool) Drop 

func (c ChannelBool) Drop(n int) chan bool

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelBool) Each 

func (c ChannelBool) Each(f func(el bool))

Each calls f for every element in the channel

func (ChannelBool) Filter 

func (c ChannelBool) Filter(f func(el bool) bool) chan bool

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelBool) MapBool 

func (c ChannelBool) MapBool(f func(el bool) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapByte 

func (c ChannelBool) MapByte(f func(el bool) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapError 

func (c ChannelBool) MapError(f func(el bool) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapFloat32 

func (c ChannelBool) MapFloat32(f func(el bool) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapFloat64 

func (c ChannelBool) MapFloat64(f func(el bool) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapInt 

func (c ChannelBool) MapInt(f func(el bool) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapInt16 

func (c ChannelBool) MapInt16(f func(el bool) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapInt32 

func (c ChannelBool) MapInt32(f func(el bool) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapInt64 

func (c ChannelBool) MapInt64(f func(el bool) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapInt8 

func (c ChannelBool) MapInt8(f func(el bool) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapInterface 

func (c ChannelBool) MapInterface(f func(el bool) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapRune 

func (c ChannelBool) MapRune(f func(el bool) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapString 

func (c ChannelBool) MapString(f func(el bool) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapUint 

func (c ChannelBool) MapUint(f func(el bool) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapUint16 

func (c ChannelBool) MapUint16(f func(el bool) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapUint32 

func (c ChannelBool) MapUint32(f func(el bool) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapUint64 

func (c ChannelBool) MapUint64(f func(el bool) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) MapUint8 

func (c ChannelBool) MapUint8(f func(el bool) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelBool) ReduceBool 

func (c ChannelBool) ReduceBool(acc bool, f func(el bool, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceByte 

func (c ChannelBool) ReduceByte(acc byte, f func(el bool, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceError 

func (c ChannelBool) ReduceError(acc error, f func(el bool, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceFloat32 

func (c ChannelBool) ReduceFloat32(acc float32, f func(el bool, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceFloat64 

func (c ChannelBool) ReduceFloat64(acc float64, f func(el bool, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceInt 

func (c ChannelBool) ReduceInt(acc int, f func(el bool, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceInt16 

func (c ChannelBool) ReduceInt16(acc int16, f func(el bool, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceInt32 

func (c ChannelBool) ReduceInt32(acc int32, f func(el bool, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceInt64 

func (c ChannelBool) ReduceInt64(acc int64, f func(el bool, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceInt8 

func (c ChannelBool) ReduceInt8(acc int8, f func(el bool, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceInterface 

func (c ChannelBool) ReduceInterface(acc interface{}, f func(el bool, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceRune 

func (c ChannelBool) ReduceRune(acc rune, f func(el bool, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceString 

func (c ChannelBool) ReduceString(acc string, f func(el bool, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceUint 

func (c ChannelBool) ReduceUint(acc uint, f func(el bool, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceUint16 

func (c ChannelBool) ReduceUint16(acc uint16, f func(el bool, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceUint32 

func (c ChannelBool) ReduceUint32(acc uint32, f func(el bool, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceUint64 

func (c ChannelBool) ReduceUint64(acc uint64, f func(el bool, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ReduceUint8 

func (c ChannelBool) ReduceUint8(acc uint8, f func(el bool, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelBool) ScanBool 

func (c ChannelBool) ScanBool(acc bool, f func(el bool, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanByte 

func (c ChannelBool) ScanByte(acc byte, f func(el bool, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanError 

func (c ChannelBool) ScanError(acc error, f func(el bool, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanFloat32 

func (c ChannelBool) ScanFloat32(acc float32, f func(el bool, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanFloat64 

func (c ChannelBool) ScanFloat64(acc float64, f func(el bool, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanInt 

func (c ChannelBool) ScanInt(acc int, f func(el bool, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanInt16 

func (c ChannelBool) ScanInt16(acc int16, f func(el bool, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanInt32 

func (c ChannelBool) ScanInt32(acc int32, f func(el bool, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanInt64 

func (c ChannelBool) ScanInt64(acc int64, f func(el bool, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanInt8 

func (c ChannelBool) ScanInt8(acc int8, f func(el bool, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanInterface 

func (c ChannelBool) ScanInterface(acc interface{}, f func(el bool, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanRune 

func (c ChannelBool) ScanRune(acc rune, f func(el bool, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanString 

func (c ChannelBool) ScanString(acc string, f func(el bool, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanUint 

func (c ChannelBool) ScanUint(acc uint, f func(el bool, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanUint16 

func (c ChannelBool) ScanUint16(acc uint16, f func(el bool, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanUint32 

func (c ChannelBool) ScanUint32(acc uint32, f func(el bool, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanUint64 

func (c ChannelBool) ScanUint64(acc uint64, f func(el bool, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelBool) ScanUint8 

func (c ChannelBool) ScanUint8(acc uint8, f func(el bool, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelBool) Take 

func (c ChannelBool) Take(count int) chan bool

Take takes first count elements from the channel.

func (ChannelBool) Tee 

func (c ChannelBool) Tee(count int) []chan bool

Tee returns 2 channels with elements from the input channel

func (ChannelBool) ToSlice 

func (c ChannelBool) ToSlice() []bool

ToSlice returns slice with all elements from channel.

type ChannelByte 

type ChannelByte struct {
	Data chan byte
}

Channel is a set of operations with channel

func (ChannelByte) All 

func (c ChannelByte) All(f func(el byte) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelByte) Any 

func (c ChannelByte) Any(f func(el byte) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelByte) ChunkEvery 

func (c ChannelByte) ChunkEvery(count int) chan []byte

ChunkEvery returns channel with slices containing count elements each

func (ChannelByte) Count 

func (c ChannelByte) Count(el byte) int

Count return count of el occurences in channel.

func (ChannelByte) Drop 

func (c ChannelByte) Drop(n int) chan byte

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelByte) Each 

func (c ChannelByte) Each(f func(el byte))

Each calls f for every element in the channel

func (ChannelByte) Filter 

func (c ChannelByte) Filter(f func(el byte) bool) chan byte

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelByte) MapBool 

func (c ChannelByte) MapBool(f func(el byte) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapByte 

func (c ChannelByte) MapByte(f func(el byte) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapError 

func (c ChannelByte) MapError(f func(el byte) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapFloat32 

func (c ChannelByte) MapFloat32(f func(el byte) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapFloat64 

func (c ChannelByte) MapFloat64(f func(el byte) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapInt 

func (c ChannelByte) MapInt(f func(el byte) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapInt16 

func (c ChannelByte) MapInt16(f func(el byte) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapInt32 

func (c ChannelByte) MapInt32(f func(el byte) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapInt64 

func (c ChannelByte) MapInt64(f func(el byte) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapInt8 

func (c ChannelByte) MapInt8(f func(el byte) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapInterface 

func (c ChannelByte) MapInterface(f func(el byte) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapRune 

func (c ChannelByte) MapRune(f func(el byte) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapString 

func (c ChannelByte) MapString(f func(el byte) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapUint 

func (c ChannelByte) MapUint(f func(el byte) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapUint16 

func (c ChannelByte) MapUint16(f func(el byte) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapUint32 

func (c ChannelByte) MapUint32(f func(el byte) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapUint64 

func (c ChannelByte) MapUint64(f func(el byte) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) MapUint8 

func (c ChannelByte) MapUint8(f func(el byte) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelByte) Max 

func (c ChannelByte) Max() (byte, error)

Max returns the maximal element from channel

func (ChannelByte) Min 

func (c ChannelByte) Min() (byte, error)

Min returns the minimal element from channel

func (ChannelByte) ReduceBool 

func (c ChannelByte) ReduceBool(acc bool, f func(el byte, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceByte 

func (c ChannelByte) ReduceByte(acc byte, f func(el byte, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceError 

func (c ChannelByte) ReduceError(acc error, f func(el byte, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceFloat32 

func (c ChannelByte) ReduceFloat32(acc float32, f func(el byte, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceFloat64 

func (c ChannelByte) ReduceFloat64(acc float64, f func(el byte, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceInt 

func (c ChannelByte) ReduceInt(acc int, f func(el byte, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceInt16 

func (c ChannelByte) ReduceInt16(acc int16, f func(el byte, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceInt32 

func (c ChannelByte) ReduceInt32(acc int32, f func(el byte, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceInt64 

func (c ChannelByte) ReduceInt64(acc int64, f func(el byte, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceInt8 

func (c ChannelByte) ReduceInt8(acc int8, f func(el byte, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceInterface 

func (c ChannelByte) ReduceInterface(acc interface{}, f func(el byte, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceRune 

func (c ChannelByte) ReduceRune(acc rune, f func(el byte, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceString 

func (c ChannelByte) ReduceString(acc string, f func(el byte, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceUint 

func (c ChannelByte) ReduceUint(acc uint, f func(el byte, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceUint16 

func (c ChannelByte) ReduceUint16(acc uint16, f func(el byte, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceUint32 

func (c ChannelByte) ReduceUint32(acc uint32, f func(el byte, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceUint64 

func (c ChannelByte) ReduceUint64(acc uint64, f func(el byte, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ReduceUint8 

func (c ChannelByte) ReduceUint8(acc uint8, f func(el byte, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelByte) ScanBool 

func (c ChannelByte) ScanBool(acc bool, f func(el byte, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanByte 

func (c ChannelByte) ScanByte(acc byte, f func(el byte, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanError 

func (c ChannelByte) ScanError(acc error, f func(el byte, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanFloat32 

func (c ChannelByte) ScanFloat32(acc float32, f func(el byte, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanFloat64 

func (c ChannelByte) ScanFloat64(acc float64, f func(el byte, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanInt 

func (c ChannelByte) ScanInt(acc int, f func(el byte, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanInt16 

func (c ChannelByte) ScanInt16(acc int16, f func(el byte, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanInt32 

func (c ChannelByte) ScanInt32(acc int32, f func(el byte, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanInt64 

func (c ChannelByte) ScanInt64(acc int64, f func(el byte, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanInt8 

func (c ChannelByte) ScanInt8(acc int8, f func(el byte, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanInterface 

func (c ChannelByte) ScanInterface(acc interface{}, f func(el byte, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanRune 

func (c ChannelByte) ScanRune(acc rune, f func(el byte, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanString 

func (c ChannelByte) ScanString(acc string, f func(el byte, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanUint 

func (c ChannelByte) ScanUint(acc uint, f func(el byte, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanUint16 

func (c ChannelByte) ScanUint16(acc uint16, f func(el byte, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanUint32 

func (c ChannelByte) ScanUint32(acc uint32, f func(el byte, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanUint64 

func (c ChannelByte) ScanUint64(acc uint64, f func(el byte, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelByte) ScanUint8 

func (c ChannelByte) ScanUint8(acc uint8, f func(el byte, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelByte) Sum 

func (c ChannelByte) Sum() byte

Sum returns sum of all elements from channel

func (ChannelByte) Take 

func (c ChannelByte) Take(count int) chan byte

Take takes first count elements from the channel.

func (ChannelByte) Tee 

func (c ChannelByte) Tee(count int) []chan byte

Tee returns 2 channels with elements from the input channel

func (ChannelByte) ToSlice 

func (c ChannelByte) ToSlice() []byte

ToSlice returns slice with all elements from channel.

type ChannelError 

type ChannelError struct {
	Data chan error
}

Channel is a set of operations with channel

func (ChannelError) All 

func (c ChannelError) All(f func(el error) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelError) Any 

func (c ChannelError) Any(f func(el error) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelError) ChunkEvery 

func (c ChannelError) ChunkEvery(count int) chan []error

ChunkEvery returns channel with slices containing count elements each

func (ChannelError) Count 

func (c ChannelError) Count(el error) int

Count return count of el occurences in channel.

func (ChannelError) Drop 

func (c ChannelError) Drop(n int) chan error

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelError) Each 

func (c ChannelError) Each(f func(el error))

Each calls f for every element in the channel

func (ChannelError) Filter 

func (c ChannelError) Filter(f func(el error) bool) chan error

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelError) MapBool 

func (c ChannelError) MapBool(f func(el error) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapByte 

func (c ChannelError) MapByte(f func(el error) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapError 

func (c ChannelError) MapError(f func(el error) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapFloat32 

func (c ChannelError) MapFloat32(f func(el error) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapFloat64 

func (c ChannelError) MapFloat64(f func(el error) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapInt 

func (c ChannelError) MapInt(f func(el error) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapInt16 

func (c ChannelError) MapInt16(f func(el error) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapInt32 

func (c ChannelError) MapInt32(f func(el error) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapInt64 

func (c ChannelError) MapInt64(f func(el error) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapInt8 

func (c ChannelError) MapInt8(f func(el error) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapInterface 

func (c ChannelError) MapInterface(f func(el error) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapRune 

func (c ChannelError) MapRune(f func(el error) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapString 

func (c ChannelError) MapString(f func(el error) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapUint 

func (c ChannelError) MapUint(f func(el error) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapUint16 

func (c ChannelError) MapUint16(f func(el error) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapUint32 

func (c ChannelError) MapUint32(f func(el error) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapUint64 

func (c ChannelError) MapUint64(f func(el error) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelError) MapUint8 

func (c ChannelError) MapUint8(f func(el error) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelError) ReduceBool 

func (c ChannelError) ReduceBool(acc bool, f func(el error, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceByte 

func (c ChannelError) ReduceByte(acc byte, f func(el error, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceError 

func (c ChannelError) ReduceError(acc error, f func(el error, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceFloat32 

func (c ChannelError) ReduceFloat32(acc float32, f func(el error, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceFloat64 

func (c ChannelError) ReduceFloat64(acc float64, f func(el error, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceInt 

func (c ChannelError) ReduceInt(acc int, f func(el error, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceInt16 

func (c ChannelError) ReduceInt16(acc int16, f func(el error, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceInt32 

func (c ChannelError) ReduceInt32(acc int32, f func(el error, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceInt64 

func (c ChannelError) ReduceInt64(acc int64, f func(el error, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceInt8 

func (c ChannelError) ReduceInt8(acc int8, f func(el error, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceInterface 

func (c ChannelError) ReduceInterface(acc interface{}, f func(el error, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceRune 

func (c ChannelError) ReduceRune(acc rune, f func(el error, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceString 

func (c ChannelError) ReduceString(acc string, f func(el error, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceUint 

func (c ChannelError) ReduceUint(acc uint, f func(el error, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceUint16 

func (c ChannelError) ReduceUint16(acc uint16, f func(el error, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceUint32 

func (c ChannelError) ReduceUint32(acc uint32, f func(el error, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceUint64 

func (c ChannelError) ReduceUint64(acc uint64, f func(el error, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ReduceUint8 

func (c ChannelError) ReduceUint8(acc uint8, f func(el error, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelError) ScanBool 

func (c ChannelError) ScanBool(acc bool, f func(el error, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanByte 

func (c ChannelError) ScanByte(acc byte, f func(el error, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanError 

func (c ChannelError) ScanError(acc error, f func(el error, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanFloat32 

func (c ChannelError) ScanFloat32(acc float32, f func(el error, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanFloat64 

func (c ChannelError) ScanFloat64(acc float64, f func(el error, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanInt 

func (c ChannelError) ScanInt(acc int, f func(el error, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanInt16 

func (c ChannelError) ScanInt16(acc int16, f func(el error, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanInt32 

func (c ChannelError) ScanInt32(acc int32, f func(el error, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanInt64 

func (c ChannelError) ScanInt64(acc int64, f func(el error, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanInt8 

func (c ChannelError) ScanInt8(acc int8, f func(el error, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanInterface 

func (c ChannelError) ScanInterface(acc interface{}, f func(el error, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanRune 

func (c ChannelError) ScanRune(acc rune, f func(el error, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanString 

func (c ChannelError) ScanString(acc string, f func(el error, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanUint 

func (c ChannelError) ScanUint(acc uint, f func(el error, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanUint16 

func (c ChannelError) ScanUint16(acc uint16, f func(el error, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanUint32 

func (c ChannelError) ScanUint32(acc uint32, f func(el error, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanUint64 

func (c ChannelError) ScanUint64(acc uint64, f func(el error, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelError) ScanUint8 

func (c ChannelError) ScanUint8(acc uint8, f func(el error, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelError) Take 

func (c ChannelError) Take(count int) chan error

Take takes first count elements from the channel.

func (ChannelError) Tee 

func (c ChannelError) Tee(count int) []chan error

Tee returns 2 channels with elements from the input channel

func (ChannelError) ToSlice 

func (c ChannelError) ToSlice() []error

ToSlice returns slice with all elements from channel.

type ChannelFloat32 

type ChannelFloat32 struct {
	Data chan float32
}

Channel is a set of operations with channel

func (ChannelFloat32) All 

func (c ChannelFloat32) All(f func(el float32) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelFloat32) Any 

func (c ChannelFloat32) Any(f func(el float32) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelFloat32) ChunkEvery 

func (c ChannelFloat32) ChunkEvery(count int) chan []float32

ChunkEvery returns channel with slices containing count elements each

func (ChannelFloat32) Count 

func (c ChannelFloat32) Count(el float32) int

Count return count of el occurences in channel.

func (ChannelFloat32) Drop 

func (c ChannelFloat32) Drop(n int) chan float32

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelFloat32) Each 

func (c ChannelFloat32) Each(f func(el float32))

Each calls f for every element in the channel

func (ChannelFloat32) Filter 

func (c ChannelFloat32) Filter(f func(el float32) bool) chan float32

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelFloat32) MapBool 

func (c ChannelFloat32) MapBool(f func(el float32) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapByte 

func (c ChannelFloat32) MapByte(f func(el float32) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapError 

func (c ChannelFloat32) MapError(f func(el float32) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapFloat32 

func (c ChannelFloat32) MapFloat32(f func(el float32) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapFloat64 

func (c ChannelFloat32) MapFloat64(f func(el float32) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapInt 

func (c ChannelFloat32) MapInt(f func(el float32) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapInt16 

func (c ChannelFloat32) MapInt16(f func(el float32) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapInt32 

func (c ChannelFloat32) MapInt32(f func(el float32) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapInt64 

func (c ChannelFloat32) MapInt64(f func(el float32) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapInt8 

func (c ChannelFloat32) MapInt8(f func(el float32) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapInterface 

func (c ChannelFloat32) MapInterface(f func(el float32) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapRune 

func (c ChannelFloat32) MapRune(f func(el float32) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapString 

func (c ChannelFloat32) MapString(f func(el float32) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapUint 

func (c ChannelFloat32) MapUint(f func(el float32) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapUint16 

func (c ChannelFloat32) MapUint16(f func(el float32) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapUint32 

func (c ChannelFloat32) MapUint32(f func(el float32) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapUint64 

func (c ChannelFloat32) MapUint64(f func(el float32) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) MapUint8 

func (c ChannelFloat32) MapUint8(f func(el float32) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat32) Max 

func (c ChannelFloat32) Max() (float32, error)

Max returns the maximal element from channel

func (ChannelFloat32) Min 

func (c ChannelFloat32) Min() (float32, error)

Min returns the minimal element from channel

func (ChannelFloat32) ReduceBool 

func (c ChannelFloat32) ReduceBool(acc bool, f func(el float32, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceByte 

func (c ChannelFloat32) ReduceByte(acc byte, f func(el float32, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceError 

func (c ChannelFloat32) ReduceError(acc error, f func(el float32, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceFloat32 

func (c ChannelFloat32) ReduceFloat32(acc float32, f func(el float32, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceFloat64 

func (c ChannelFloat32) ReduceFloat64(acc float64, f func(el float32, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceInt 

func (c ChannelFloat32) ReduceInt(acc int, f func(el float32, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceInt16 

func (c ChannelFloat32) ReduceInt16(acc int16, f func(el float32, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceInt32 

func (c ChannelFloat32) ReduceInt32(acc int32, f func(el float32, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceInt64 

func (c ChannelFloat32) ReduceInt64(acc int64, f func(el float32, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceInt8 

func (c ChannelFloat32) ReduceInt8(acc int8, f func(el float32, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceInterface 

func (c ChannelFloat32) ReduceInterface(acc interface{}, f func(el float32, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceRune 

func (c ChannelFloat32) ReduceRune(acc rune, f func(el float32, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceString 

func (c ChannelFloat32) ReduceString(acc string, f func(el float32, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceUint 

func (c ChannelFloat32) ReduceUint(acc uint, f func(el float32, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceUint16 

func (c ChannelFloat32) ReduceUint16(acc uint16, f func(el float32, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceUint32 

func (c ChannelFloat32) ReduceUint32(acc uint32, f func(el float32, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceUint64 

func (c ChannelFloat32) ReduceUint64(acc uint64, f func(el float32, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ReduceUint8 

func (c ChannelFloat32) ReduceUint8(acc uint8, f func(el float32, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat32) ScanBool 

func (c ChannelFloat32) ScanBool(acc bool, f func(el float32, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanByte 

func (c ChannelFloat32) ScanByte(acc byte, f func(el float32, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanError 

func (c ChannelFloat32) ScanError(acc error, f func(el float32, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanFloat32 

func (c ChannelFloat32) ScanFloat32(acc float32, f func(el float32, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanFloat64 

func (c ChannelFloat32) ScanFloat64(acc float64, f func(el float32, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanInt 

func (c ChannelFloat32) ScanInt(acc int, f func(el float32, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanInt16 

func (c ChannelFloat32) ScanInt16(acc int16, f func(el float32, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanInt32 

func (c ChannelFloat32) ScanInt32(acc int32, f func(el float32, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanInt64 

func (c ChannelFloat32) ScanInt64(acc int64, f func(el float32, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanInt8 

func (c ChannelFloat32) ScanInt8(acc int8, f func(el float32, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanInterface 

func (c ChannelFloat32) ScanInterface(acc interface{}, f func(el float32, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanRune 

func (c ChannelFloat32) ScanRune(acc rune, f func(el float32, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanString 

func (c ChannelFloat32) ScanString(acc string, f func(el float32, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanUint 

func (c ChannelFloat32) ScanUint(acc uint, f func(el float32, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanUint16 

func (c ChannelFloat32) ScanUint16(acc uint16, f func(el float32, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanUint32 

func (c ChannelFloat32) ScanUint32(acc uint32, f func(el float32, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanUint64 

func (c ChannelFloat32) ScanUint64(acc uint64, f func(el float32, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) ScanUint8 

func (c ChannelFloat32) ScanUint8(acc uint8, f func(el float32, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelFloat32) Sum 

func (c ChannelFloat32) Sum() float32

Sum returns sum of all elements from channel

func (ChannelFloat32) Take 

func (c ChannelFloat32) Take(count int) chan float32

Take takes first count elements from the channel.

func (ChannelFloat32) Tee 

func (c ChannelFloat32) Tee(count int) []chan float32

Tee returns 2 channels with elements from the input channel

func (ChannelFloat32) ToSlice 

func (c ChannelFloat32) ToSlice() []float32

ToSlice returns slice with all elements from channel.

type ChannelFloat64 

type ChannelFloat64 struct {
	Data chan float64
}

Channel is a set of operations with channel

func (ChannelFloat64) All 

func (c ChannelFloat64) All(f func(el float64) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelFloat64) Any 

func (c ChannelFloat64) Any(f func(el float64) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelFloat64) ChunkEvery 

func (c ChannelFloat64) ChunkEvery(count int) chan []float64

ChunkEvery returns channel with slices containing count elements each

func (ChannelFloat64) Count 

func (c ChannelFloat64) Count(el float64) int

Count return count of el occurences in channel.

func (ChannelFloat64) Drop 

func (c ChannelFloat64) Drop(n int) chan float64

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelFloat64) Each 

func (c ChannelFloat64) Each(f func(el float64))

Each calls f for every element in the channel

func (ChannelFloat64) Filter 

func (c ChannelFloat64) Filter(f func(el float64) bool) chan float64

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelFloat64) MapBool 

func (c ChannelFloat64) MapBool(f func(el float64) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapByte 

func (c ChannelFloat64) MapByte(f func(el float64) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapError 

func (c ChannelFloat64) MapError(f func(el float64) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapFloat32 

func (c ChannelFloat64) MapFloat32(f func(el float64) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapFloat64 

func (c ChannelFloat64) MapFloat64(f func(el float64) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapInt 

func (c ChannelFloat64) MapInt(f func(el float64) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapInt16 

func (c ChannelFloat64) MapInt16(f func(el float64) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapInt32 

func (c ChannelFloat64) MapInt32(f func(el float64) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapInt64 

func (c ChannelFloat64) MapInt64(f func(el float64) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapInt8 

func (c ChannelFloat64) MapInt8(f func(el float64) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapInterface 

func (c ChannelFloat64) MapInterface(f func(el float64) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapRune 

func (c ChannelFloat64) MapRune(f func(el float64) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapString 

func (c ChannelFloat64) MapString(f func(el float64) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapUint 

func (c ChannelFloat64) MapUint(f func(el float64) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapUint16 

func (c ChannelFloat64) MapUint16(f func(el float64) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapUint32 

func (c ChannelFloat64) MapUint32(f func(el float64) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapUint64 

func (c ChannelFloat64) MapUint64(f func(el float64) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) MapUint8 

func (c ChannelFloat64) MapUint8(f func(el float64) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelFloat64) Max 

func (c ChannelFloat64) Max() (float64, error)

Max returns the maximal element from channel

func (ChannelFloat64) Min 

func (c ChannelFloat64) Min() (float64, error)

Min returns the minimal element from channel

func (ChannelFloat64) ReduceBool 

func (c ChannelFloat64) ReduceBool(acc bool, f func(el float64, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceByte 

func (c ChannelFloat64) ReduceByte(acc byte, f func(el float64, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceError 

func (c ChannelFloat64) ReduceError(acc error, f func(el float64, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceFloat32 

func (c ChannelFloat64) ReduceFloat32(acc float32, f func(el float64, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceFloat64 

func (c ChannelFloat64) ReduceFloat64(acc float64, f func(el float64, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceInt 

func (c ChannelFloat64) ReduceInt(acc int, f func(el float64, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceInt16 

func (c ChannelFloat64) ReduceInt16(acc int16, f func(el float64, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceInt32 

func (c ChannelFloat64) ReduceInt32(acc int32, f func(el float64, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceInt64 

func (c ChannelFloat64) ReduceInt64(acc int64, f func(el float64, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceInt8 

func (c ChannelFloat64) ReduceInt8(acc int8, f func(el float64, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceInterface 

func (c ChannelFloat64) ReduceInterface(acc interface{}, f func(el float64, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceRune 

func (c ChannelFloat64) ReduceRune(acc rune, f func(el float64, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceString 

func (c ChannelFloat64) ReduceString(acc string, f func(el float64, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceUint 

func (c ChannelFloat64) ReduceUint(acc uint, f func(el float64, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceUint16 

func (c ChannelFloat64) ReduceUint16(acc uint16, f func(el float64, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceUint32 

func (c ChannelFloat64) ReduceUint32(acc uint32, f func(el float64, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceUint64 

func (c ChannelFloat64) ReduceUint64(acc uint64, f func(el float64, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ReduceUint8 

func (c ChannelFloat64) ReduceUint8(acc uint8, f func(el float64, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelFloat64) ScanBool 

func (c ChannelFloat64) ScanBool(acc bool, f func(el float64, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanByte 

func (c ChannelFloat64) ScanByte(acc byte, f func(el float64, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanError 

func (c ChannelFloat64) ScanError(acc error, f func(el float64, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanFloat32 

func (c ChannelFloat64) ScanFloat32(acc float32, f func(el float64, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanFloat64 

func (c ChannelFloat64) ScanFloat64(acc float64, f func(el float64, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanInt 

func (c ChannelFloat64) ScanInt(acc int, f func(el float64, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanInt16 

func (c ChannelFloat64) ScanInt16(acc int16, f func(el float64, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanInt32 

func (c ChannelFloat64) ScanInt32(acc int32, f func(el float64, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanInt64 

func (c ChannelFloat64) ScanInt64(acc int64, f func(el float64, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanInt8 

func (c ChannelFloat64) ScanInt8(acc int8, f func(el float64, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanInterface 

func (c ChannelFloat64) ScanInterface(acc interface{}, f func(el float64, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanRune 

func (c ChannelFloat64) ScanRune(acc rune, f func(el float64, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanString 

func (c ChannelFloat64) ScanString(acc string, f func(el float64, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanUint 

func (c ChannelFloat64) ScanUint(acc uint, f func(el float64, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanUint16 

func (c ChannelFloat64) ScanUint16(acc uint16, f func(el float64, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanUint32 

func (c ChannelFloat64) ScanUint32(acc uint32, f func(el float64, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanUint64 

func (c ChannelFloat64) ScanUint64(acc uint64, f func(el float64, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) ScanUint8 

func (c ChannelFloat64) ScanUint8(acc uint8, f func(el float64, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelFloat64) Sum 

func (c ChannelFloat64) Sum() float64

Sum returns sum of all elements from channel

func (ChannelFloat64) Take 

func (c ChannelFloat64) Take(count int) chan float64

Take takes first count elements from the channel.

func (ChannelFloat64) Tee 

func (c ChannelFloat64) Tee(count int) []chan float64

Tee returns 2 channels with elements from the input channel

func (ChannelFloat64) ToSlice 

func (c ChannelFloat64) ToSlice() []float64

ToSlice returns slice with all elements from channel.

type ChannelInt 

type ChannelInt struct {
	Data chan int
}

Channel is a set of operations with channel

func (ChannelInt) All 

func (c ChannelInt) All(f func(el int) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelInt) Any 

func (c ChannelInt) Any(f func(el int) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelInt) ChunkEvery 

func (c ChannelInt) ChunkEvery(count int) chan []int

ChunkEvery returns channel with slices containing count elements each

func (ChannelInt) Count 

func (c ChannelInt) Count(el int) int

Count return count of el occurences in channel.

func (ChannelInt) Drop 

func (c ChannelInt) Drop(n int) chan int

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelInt) Each 

func (c ChannelInt) Each(f func(el int))

Each calls f for every element in the channel

func (ChannelInt) Filter 

func (c ChannelInt) Filter(f func(el int) bool) chan int

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelInt) MapBool 

func (c ChannelInt) MapBool(f func(el int) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapByte 

func (c ChannelInt) MapByte(f func(el int) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapError 

func (c ChannelInt) MapError(f func(el int) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapFloat32 

func (c ChannelInt) MapFloat32(f func(el int) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapFloat64 

func (c ChannelInt) MapFloat64(f func(el int) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapInt 

func (c ChannelInt) MapInt(f func(el int) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapInt16 

func (c ChannelInt) MapInt16(f func(el int) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapInt32 

func (c ChannelInt) MapInt32(f func(el int) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapInt64 

func (c ChannelInt) MapInt64(f func(el int) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapInt8 

func (c ChannelInt) MapInt8(f func(el int) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapInterface 

func (c ChannelInt) MapInterface(f func(el int) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapRune 

func (c ChannelInt) MapRune(f func(el int) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapString 

func (c ChannelInt) MapString(f func(el int) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapUint 

func (c ChannelInt) MapUint(f func(el int) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapUint16 

func (c ChannelInt) MapUint16(f func(el int) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapUint32 

func (c ChannelInt) MapUint32(f func(el int) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapUint64 

func (c ChannelInt) MapUint64(f func(el int) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) MapUint8 

func (c ChannelInt) MapUint8(f func(el int) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt) Max 

func (c ChannelInt) Max() (int, error)

Max returns the maximal element from channel

func (ChannelInt) Min 

func (c ChannelInt) Min() (int, error)

Min returns the minimal element from channel

func (ChannelInt) ReduceBool 

func (c ChannelInt) ReduceBool(acc bool, f func(el int, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceByte 

func (c ChannelInt) ReduceByte(acc byte, f func(el int, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceError 

func (c ChannelInt) ReduceError(acc error, f func(el int, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceFloat32 

func (c ChannelInt) ReduceFloat32(acc float32, f func(el int, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceFloat64 

func (c ChannelInt) ReduceFloat64(acc float64, f func(el int, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceInt 

func (c ChannelInt) ReduceInt(acc int, f func(el int, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceInt16 

func (c ChannelInt) ReduceInt16(acc int16, f func(el int, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceInt32 

func (c ChannelInt) ReduceInt32(acc int32, f func(el int, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceInt64 

func (c ChannelInt) ReduceInt64(acc int64, f func(el int, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceInt8 

func (c ChannelInt) ReduceInt8(acc int8, f func(el int, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceInterface 

func (c ChannelInt) ReduceInterface(acc interface{}, f func(el int, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceRune 

func (c ChannelInt) ReduceRune(acc rune, f func(el int, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceString 

func (c ChannelInt) ReduceString(acc string, f func(el int, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceUint 

func (c ChannelInt) ReduceUint(acc uint, f func(el int, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceUint16 

func (c ChannelInt) ReduceUint16(acc uint16, f func(el int, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceUint32 

func (c ChannelInt) ReduceUint32(acc uint32, f func(el int, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceUint64 

func (c ChannelInt) ReduceUint64(acc uint64, f func(el int, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ReduceUint8 

func (c ChannelInt) ReduceUint8(acc uint8, f func(el int, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt) ScanBool 

func (c ChannelInt) ScanBool(acc bool, f func(el int, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanByte 

func (c ChannelInt) ScanByte(acc byte, f func(el int, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanError 

func (c ChannelInt) ScanError(acc error, f func(el int, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanFloat32 

func (c ChannelInt) ScanFloat32(acc float32, f func(el int, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanFloat64 

func (c ChannelInt) ScanFloat64(acc float64, f func(el int, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanInt 

func (c ChannelInt) ScanInt(acc int, f func(el int, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanInt16 

func (c ChannelInt) ScanInt16(acc int16, f func(el int, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanInt32 

func (c ChannelInt) ScanInt32(acc int32, f func(el int, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanInt64 

func (c ChannelInt) ScanInt64(acc int64, f func(el int, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanInt8 

func (c ChannelInt) ScanInt8(acc int8, f func(el int, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanInterface 

func (c ChannelInt) ScanInterface(acc interface{}, f func(el int, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanRune 

func (c ChannelInt) ScanRune(acc rune, f func(el int, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanString 

func (c ChannelInt) ScanString(acc string, f func(el int, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanUint 

func (c ChannelInt) ScanUint(acc uint, f func(el int, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanUint16 

func (c ChannelInt) ScanUint16(acc uint16, f func(el int, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanUint32 

func (c ChannelInt) ScanUint32(acc uint32, f func(el int, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanUint64 

func (c ChannelInt) ScanUint64(acc uint64, f func(el int, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelInt) ScanUint8 

func (c ChannelInt) ScanUint8(acc uint8, f func(el int, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelInt) Sum 

func (c ChannelInt) Sum() int

Sum returns sum of all elements from channel

func (ChannelInt) Take 

func (c ChannelInt) Take(count int) chan int

Take takes first count elements from the channel.

func (ChannelInt) Tee 

func (c ChannelInt) Tee(count int) []chan int

Tee returns 2 channels with elements from the input channel

func (ChannelInt) ToSlice 

func (c ChannelInt) ToSlice() []int

ToSlice returns slice with all elements from channel.

type ChannelInt16 

type ChannelInt16 struct {
	Data chan int16
}

Channel is a set of operations with channel

func (ChannelInt16) All 

func (c ChannelInt16) All(f func(el int16) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelInt16) Any 

func (c ChannelInt16) Any(f func(el int16) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelInt16) ChunkEvery 

func (c ChannelInt16) ChunkEvery(count int) chan []int16

ChunkEvery returns channel with slices containing count elements each

func (ChannelInt16) Count 

func (c ChannelInt16) Count(el int16) int

Count return count of el occurences in channel.

func (ChannelInt16) Drop 

func (c ChannelInt16) Drop(n int) chan int16

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelInt16) Each 

func (c ChannelInt16) Each(f func(el int16))

Each calls f for every element in the channel

func (ChannelInt16) Filter 

func (c ChannelInt16) Filter(f func(el int16) bool) chan int16

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelInt16) MapBool 

func (c ChannelInt16) MapBool(f func(el int16) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapByte 

func (c ChannelInt16) MapByte(f func(el int16) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapError 

func (c ChannelInt16) MapError(f func(el int16) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapFloat32 

func (c ChannelInt16) MapFloat32(f func(el int16) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapFloat64 

func (c ChannelInt16) MapFloat64(f func(el int16) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapInt 

func (c ChannelInt16) MapInt(f func(el int16) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapInt16 

func (c ChannelInt16) MapInt16(f func(el int16) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapInt32 

func (c ChannelInt16) MapInt32(f func(el int16) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapInt64 

func (c ChannelInt16) MapInt64(f func(el int16) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapInt8 

func (c ChannelInt16) MapInt8(f func(el int16) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapInterface 

func (c ChannelInt16) MapInterface(f func(el int16) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapRune 

func (c ChannelInt16) MapRune(f func(el int16) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapString 

func (c ChannelInt16) MapString(f func(el int16) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapUint 

func (c ChannelInt16) MapUint(f func(el int16) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapUint16 

func (c ChannelInt16) MapUint16(f func(el int16) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapUint32 

func (c ChannelInt16) MapUint32(f func(el int16) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapUint64 

func (c ChannelInt16) MapUint64(f func(el int16) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) MapUint8 

func (c ChannelInt16) MapUint8(f func(el int16) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt16) Max 

func (c ChannelInt16) Max() (int16, error)

Max returns the maximal element from channel

func (ChannelInt16) Min 

func (c ChannelInt16) Min() (int16, error)

Min returns the minimal element from channel

func (ChannelInt16) ReduceBool 

func (c ChannelInt16) ReduceBool(acc bool, f func(el int16, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceByte 

func (c ChannelInt16) ReduceByte(acc byte, f func(el int16, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceError 

func (c ChannelInt16) ReduceError(acc error, f func(el int16, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceFloat32 

func (c ChannelInt16) ReduceFloat32(acc float32, f func(el int16, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceFloat64 

func (c ChannelInt16) ReduceFloat64(acc float64, f func(el int16, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceInt 

func (c ChannelInt16) ReduceInt(acc int, f func(el int16, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceInt16 

func (c ChannelInt16) ReduceInt16(acc int16, f func(el int16, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceInt32 

func (c ChannelInt16) ReduceInt32(acc int32, f func(el int16, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceInt64 

func (c ChannelInt16) ReduceInt64(acc int64, f func(el int16, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceInt8 

func (c ChannelInt16) ReduceInt8(acc int8, f func(el int16, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceInterface 

func (c ChannelInt16) ReduceInterface(acc interface{}, f func(el int16, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceRune 

func (c ChannelInt16) ReduceRune(acc rune, f func(el int16, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceString 

func (c ChannelInt16) ReduceString(acc string, f func(el int16, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceUint 

func (c ChannelInt16) ReduceUint(acc uint, f func(el int16, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceUint16 

func (c ChannelInt16) ReduceUint16(acc uint16, f func(el int16, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceUint32 

func (c ChannelInt16) ReduceUint32(acc uint32, f func(el int16, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceUint64 

func (c ChannelInt16) ReduceUint64(acc uint64, f func(el int16, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ReduceUint8 

func (c ChannelInt16) ReduceUint8(acc uint8, f func(el int16, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt16) ScanBool 

func (c ChannelInt16) ScanBool(acc bool, f func(el int16, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanByte 

func (c ChannelInt16) ScanByte(acc byte, f func(el int16, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanError 

func (c ChannelInt16) ScanError(acc error, f func(el int16, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanFloat32 

func (c ChannelInt16) ScanFloat32(acc float32, f func(el int16, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanFloat64 

func (c ChannelInt16) ScanFloat64(acc float64, f func(el int16, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanInt 

func (c ChannelInt16) ScanInt(acc int, f func(el int16, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanInt16 

func (c ChannelInt16) ScanInt16(acc int16, f func(el int16, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanInt32 

func (c ChannelInt16) ScanInt32(acc int32, f func(el int16, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanInt64 

func (c ChannelInt16) ScanInt64(acc int64, f func(el int16, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanInt8 

func (c ChannelInt16) ScanInt8(acc int8, f func(el int16, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanInterface 

func (c ChannelInt16) ScanInterface(acc interface{}, f func(el int16, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanRune 

func (c ChannelInt16) ScanRune(acc rune, f func(el int16, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanString 

func (c ChannelInt16) ScanString(acc string, f func(el int16, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanUint 

func (c ChannelInt16) ScanUint(acc uint, f func(el int16, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanUint16 

func (c ChannelInt16) ScanUint16(acc uint16, f func(el int16, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanUint32 

func (c ChannelInt16) ScanUint32(acc uint32, f func(el int16, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanUint64 

func (c ChannelInt16) ScanUint64(acc uint64, f func(el int16, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) ScanUint8 

func (c ChannelInt16) ScanUint8(acc uint8, f func(el int16, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelInt16) Sum 

func (c ChannelInt16) Sum() int16

Sum returns sum of all elements from channel

func (ChannelInt16) Take 

func (c ChannelInt16) Take(count int) chan int16

Take takes first count elements from the channel.

func (ChannelInt16) Tee 

func (c ChannelInt16) Tee(count int) []chan int16

Tee returns 2 channels with elements from the input channel

func (ChannelInt16) ToSlice 

func (c ChannelInt16) ToSlice() []int16

ToSlice returns slice with all elements from channel.

type ChannelInt32 

type ChannelInt32 struct {
	Data chan int32
}

Channel is a set of operations with channel

func (ChannelInt32) All 

func (c ChannelInt32) All(f func(el int32) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelInt32) Any 

func (c ChannelInt32) Any(f func(el int32) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelInt32) ChunkEvery 

func (c ChannelInt32) ChunkEvery(count int) chan []int32

ChunkEvery returns channel with slices containing count elements each

func (ChannelInt32) Count 

func (c ChannelInt32) Count(el int32) int

Count return count of el occurences in channel.

func (ChannelInt32) Drop 

func (c ChannelInt32) Drop(n int) chan int32

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelInt32) Each 

func (c ChannelInt32) Each(f func(el int32))

Each calls f for every element in the channel

func (ChannelInt32) Filter 

func (c ChannelInt32) Filter(f func(el int32) bool) chan int32

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelInt32) MapBool 

func (c ChannelInt32) MapBool(f func(el int32) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapByte 

func (c ChannelInt32) MapByte(f func(el int32) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapError 

func (c ChannelInt32) MapError(f func(el int32) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapFloat32 

func (c ChannelInt32) MapFloat32(f func(el int32) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapFloat64 

func (c ChannelInt32) MapFloat64(f func(el int32) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapInt 

func (c ChannelInt32) MapInt(f func(el int32) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapInt16 

func (c ChannelInt32) MapInt16(f func(el int32) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapInt32 

func (c ChannelInt32) MapInt32(f func(el int32) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapInt64 

func (c ChannelInt32) MapInt64(f func(el int32) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapInt8 

func (c ChannelInt32) MapInt8(f func(el int32) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapInterface 

func (c ChannelInt32) MapInterface(f func(el int32) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapRune 

func (c ChannelInt32) MapRune(f func(el int32) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapString 

func (c ChannelInt32) MapString(f func(el int32) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapUint 

func (c ChannelInt32) MapUint(f func(el int32) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapUint16 

func (c ChannelInt32) MapUint16(f func(el int32) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapUint32 

func (c ChannelInt32) MapUint32(f func(el int32) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapUint64 

func (c ChannelInt32) MapUint64(f func(el int32) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) MapUint8 

func (c ChannelInt32) MapUint8(f func(el int32) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt32) Max 

func (c ChannelInt32) Max() (int32, error)

Max returns the maximal element from channel

func (ChannelInt32) Min 

func (c ChannelInt32) Min() (int32, error)

Min returns the minimal element from channel

func (ChannelInt32) ReduceBool 

func (c ChannelInt32) ReduceBool(acc bool, f func(el int32, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceByte 

func (c ChannelInt32) ReduceByte(acc byte, f func(el int32, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceError 

func (c ChannelInt32) ReduceError(acc error, f func(el int32, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceFloat32 

func (c ChannelInt32) ReduceFloat32(acc float32, f func(el int32, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceFloat64 

func (c ChannelInt32) ReduceFloat64(acc float64, f func(el int32, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceInt 

func (c ChannelInt32) ReduceInt(acc int, f func(el int32, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceInt16 

func (c ChannelInt32) ReduceInt16(acc int16, f func(el int32, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceInt32 

func (c ChannelInt32) ReduceInt32(acc int32, f func(el int32, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceInt64 

func (c ChannelInt32) ReduceInt64(acc int64, f func(el int32, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceInt8 

func (c ChannelInt32) ReduceInt8(acc int8, f func(el int32, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceInterface 

func (c ChannelInt32) ReduceInterface(acc interface{}, f func(el int32, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceRune 

func (c ChannelInt32) ReduceRune(acc rune, f func(el int32, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceString 

func (c ChannelInt32) ReduceString(acc string, f func(el int32, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceUint 

func (c ChannelInt32) ReduceUint(acc uint, f func(el int32, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceUint16 

func (c ChannelInt32) ReduceUint16(acc uint16, f func(el int32, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceUint32 

func (c ChannelInt32) ReduceUint32(acc uint32, f func(el int32, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceUint64 

func (c ChannelInt32) ReduceUint64(acc uint64, f func(el int32, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ReduceUint8 

func (c ChannelInt32) ReduceUint8(acc uint8, f func(el int32, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt32) ScanBool 

func (c ChannelInt32) ScanBool(acc bool, f func(el int32, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanByte 

func (c ChannelInt32) ScanByte(acc byte, f func(el int32, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanError 

func (c ChannelInt32) ScanError(acc error, f func(el int32, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanFloat32 

func (c ChannelInt32) ScanFloat32(acc float32, f func(el int32, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanFloat64 

func (c ChannelInt32) ScanFloat64(acc float64, f func(el int32, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanInt 

func (c ChannelInt32) ScanInt(acc int, f func(el int32, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanInt16 

func (c ChannelInt32) ScanInt16(acc int16, f func(el int32, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanInt32 

func (c ChannelInt32) ScanInt32(acc int32, f func(el int32, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanInt64 

func (c ChannelInt32) ScanInt64(acc int64, f func(el int32, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanInt8 

func (c ChannelInt32) ScanInt8(acc int8, f func(el int32, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanInterface 

func (c ChannelInt32) ScanInterface(acc interface{}, f func(el int32, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanRune 

func (c ChannelInt32) ScanRune(acc rune, f func(el int32, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanString 

func (c ChannelInt32) ScanString(acc string, f func(el int32, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanUint 

func (c ChannelInt32) ScanUint(acc uint, f func(el int32, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanUint16 

func (c ChannelInt32) ScanUint16(acc uint16, f func(el int32, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanUint32 

func (c ChannelInt32) ScanUint32(acc uint32, f func(el int32, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanUint64 

func (c ChannelInt32) ScanUint64(acc uint64, f func(el int32, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) ScanUint8 

func (c ChannelInt32) ScanUint8(acc uint8, f func(el int32, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelInt32) Sum 

func (c ChannelInt32) Sum() int32

Sum returns sum of all elements from channel

func (ChannelInt32) Take 

func (c ChannelInt32) Take(count int) chan int32

Take takes first count elements from the channel.

func (ChannelInt32) Tee 

func (c ChannelInt32) Tee(count int) []chan int32

Tee returns 2 channels with elements from the input channel

func (ChannelInt32) ToSlice 

func (c ChannelInt32) ToSlice() []int32

ToSlice returns slice with all elements from channel.

type ChannelInt64 

type ChannelInt64 struct {
	Data chan int64
}

Channel is a set of operations with channel

func (ChannelInt64) All 

func (c ChannelInt64) All(f func(el int64) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelInt64) Any 

func (c ChannelInt64) Any(f func(el int64) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelInt64) ChunkEvery 

func (c ChannelInt64) ChunkEvery(count int) chan []int64

ChunkEvery returns channel with slices containing count elements each

func (ChannelInt64) Count 

func (c ChannelInt64) Count(el int64) int

Count return count of el occurences in channel.

func (ChannelInt64) Drop 

func (c ChannelInt64) Drop(n int) chan int64

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelInt64) Each 

func (c ChannelInt64) Each(f func(el int64))

Each calls f for every element in the channel

func (ChannelInt64) Filter 

func (c ChannelInt64) Filter(f func(el int64) bool) chan int64

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelInt64) MapBool 

func (c ChannelInt64) MapBool(f func(el int64) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapByte 

func (c ChannelInt64) MapByte(f func(el int64) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapError 

func (c ChannelInt64) MapError(f func(el int64) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapFloat32 

func (c ChannelInt64) MapFloat32(f func(el int64) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapFloat64 

func (c ChannelInt64) MapFloat64(f func(el int64) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapInt 

func (c ChannelInt64) MapInt(f func(el int64) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapInt16 

func (c ChannelInt64) MapInt16(f func(el int64) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapInt32 

func (c ChannelInt64) MapInt32(f func(el int64) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapInt64 

func (c ChannelInt64) MapInt64(f func(el int64) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapInt8 

func (c ChannelInt64) MapInt8(f func(el int64) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapInterface 

func (c ChannelInt64) MapInterface(f func(el int64) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapRune 

func (c ChannelInt64) MapRune(f func(el int64) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapString 

func (c ChannelInt64) MapString(f func(el int64) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapUint 

func (c ChannelInt64) MapUint(f func(el int64) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapUint16 

func (c ChannelInt64) MapUint16(f func(el int64) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapUint32 

func (c ChannelInt64) MapUint32(f func(el int64) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapUint64 

func (c ChannelInt64) MapUint64(f func(el int64) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) MapUint8 

func (c ChannelInt64) MapUint8(f func(el int64) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt64) Max 

func (c ChannelInt64) Max() (int64, error)

Max returns the maximal element from channel

func (ChannelInt64) Min 

func (c ChannelInt64) Min() (int64, error)

Min returns the minimal element from channel

func (ChannelInt64) ReduceBool 

func (c ChannelInt64) ReduceBool(acc bool, f func(el int64, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceByte 

func (c ChannelInt64) ReduceByte(acc byte, f func(el int64, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceError 

func (c ChannelInt64) ReduceError(acc error, f func(el int64, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceFloat32 

func (c ChannelInt64) ReduceFloat32(acc float32, f func(el int64, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceFloat64 

func (c ChannelInt64) ReduceFloat64(acc float64, f func(el int64, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceInt 

func (c ChannelInt64) ReduceInt(acc int, f func(el int64, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceInt16 

func (c ChannelInt64) ReduceInt16(acc int16, f func(el int64, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceInt32 

func (c ChannelInt64) ReduceInt32(acc int32, f func(el int64, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceInt64 

func (c ChannelInt64) ReduceInt64(acc int64, f func(el int64, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceInt8 

func (c ChannelInt64) ReduceInt8(acc int8, f func(el int64, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceInterface 

func (c ChannelInt64) ReduceInterface(acc interface{}, f func(el int64, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceRune 

func (c ChannelInt64) ReduceRune(acc rune, f func(el int64, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceString 

func (c ChannelInt64) ReduceString(acc string, f func(el int64, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceUint 

func (c ChannelInt64) ReduceUint(acc uint, f func(el int64, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceUint16 

func (c ChannelInt64) ReduceUint16(acc uint16, f func(el int64, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceUint32 

func (c ChannelInt64) ReduceUint32(acc uint32, f func(el int64, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceUint64 

func (c ChannelInt64) ReduceUint64(acc uint64, f func(el int64, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ReduceUint8 

func (c ChannelInt64) ReduceUint8(acc uint8, f func(el int64, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt64) ScanBool 

func (c ChannelInt64) ScanBool(acc bool, f func(el int64, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanByte 

func (c ChannelInt64) ScanByte(acc byte, f func(el int64, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanError 

func (c ChannelInt64) ScanError(acc error, f func(el int64, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanFloat32 

func (c ChannelInt64) ScanFloat32(acc float32, f func(el int64, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanFloat64 

func (c ChannelInt64) ScanFloat64(acc float64, f func(el int64, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanInt 

func (c ChannelInt64) ScanInt(acc int, f func(el int64, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanInt16 

func (c ChannelInt64) ScanInt16(acc int16, f func(el int64, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanInt32 

func (c ChannelInt64) ScanInt32(acc int32, f func(el int64, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanInt64 

func (c ChannelInt64) ScanInt64(acc int64, f func(el int64, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanInt8 

func (c ChannelInt64) ScanInt8(acc int8, f func(el int64, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanInterface 

func (c ChannelInt64) ScanInterface(acc interface{}, f func(el int64, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanRune 

func (c ChannelInt64) ScanRune(acc rune, f func(el int64, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanString 

func (c ChannelInt64) ScanString(acc string, f func(el int64, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanUint 

func (c ChannelInt64) ScanUint(acc uint, f func(el int64, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanUint16 

func (c ChannelInt64) ScanUint16(acc uint16, f func(el int64, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanUint32 

func (c ChannelInt64) ScanUint32(acc uint32, f func(el int64, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanUint64 

func (c ChannelInt64) ScanUint64(acc uint64, f func(el int64, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) ScanUint8 

func (c ChannelInt64) ScanUint8(acc uint8, f func(el int64, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelInt64) Sum 

func (c ChannelInt64) Sum() int64

Sum returns sum of all elements from channel

func (ChannelInt64) Take 

func (c ChannelInt64) Take(count int) chan int64

Take takes first count elements from the channel.

func (ChannelInt64) Tee 

func (c ChannelInt64) Tee(count int) []chan int64

Tee returns 2 channels with elements from the input channel

func (ChannelInt64) ToSlice 

func (c ChannelInt64) ToSlice() []int64

ToSlice returns slice with all elements from channel.

type ChannelInt8 

type ChannelInt8 struct {
	Data chan int8
}

Channel is a set of operations with channel

func (ChannelInt8) All 

func (c ChannelInt8) All(f func(el int8) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelInt8) Any 

func (c ChannelInt8) Any(f func(el int8) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelInt8) ChunkEvery 

func (c ChannelInt8) ChunkEvery(count int) chan []int8

ChunkEvery returns channel with slices containing count elements each

func (ChannelInt8) Count 

func (c ChannelInt8) Count(el int8) int

Count return count of el occurences in channel.

func (ChannelInt8) Drop 

func (c ChannelInt8) Drop(n int) chan int8

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelInt8) Each 

func (c ChannelInt8) Each(f func(el int8))

Each calls f for every element in the channel

func (ChannelInt8) Filter 

func (c ChannelInt8) Filter(f func(el int8) bool) chan int8

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelInt8) MapBool 

func (c ChannelInt8) MapBool(f func(el int8) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapByte 

func (c ChannelInt8) MapByte(f func(el int8) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapError 

func (c ChannelInt8) MapError(f func(el int8) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapFloat32 

func (c ChannelInt8) MapFloat32(f func(el int8) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapFloat64 

func (c ChannelInt8) MapFloat64(f func(el int8) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapInt 

func (c ChannelInt8) MapInt(f func(el int8) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapInt16 

func (c ChannelInt8) MapInt16(f func(el int8) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapInt32 

func (c ChannelInt8) MapInt32(f func(el int8) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapInt64 

func (c ChannelInt8) MapInt64(f func(el int8) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapInt8 

func (c ChannelInt8) MapInt8(f func(el int8) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapInterface 

func (c ChannelInt8) MapInterface(f func(el int8) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapRune 

func (c ChannelInt8) MapRune(f func(el int8) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapString 

func (c ChannelInt8) MapString(f func(el int8) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapUint 

func (c ChannelInt8) MapUint(f func(el int8) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapUint16 

func (c ChannelInt8) MapUint16(f func(el int8) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapUint32 

func (c ChannelInt8) MapUint32(f func(el int8) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapUint64 

func (c ChannelInt8) MapUint64(f func(el int8) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) MapUint8 

func (c ChannelInt8) MapUint8(f func(el int8) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelInt8) Max 

func (c ChannelInt8) Max() (int8, error)

Max returns the maximal element from channel

func (ChannelInt8) Min 

func (c ChannelInt8) Min() (int8, error)

Min returns the minimal element from channel

func (ChannelInt8) ReduceBool 

func (c ChannelInt8) ReduceBool(acc bool, f func(el int8, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceByte 

func (c ChannelInt8) ReduceByte(acc byte, f func(el int8, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceError 

func (c ChannelInt8) ReduceError(acc error, f func(el int8, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceFloat32 

func (c ChannelInt8) ReduceFloat32(acc float32, f func(el int8, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceFloat64 

func (c ChannelInt8) ReduceFloat64(acc float64, f func(el int8, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceInt 

func (c ChannelInt8) ReduceInt(acc int, f func(el int8, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceInt16 

func (c ChannelInt8) ReduceInt16(acc int16, f func(el int8, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceInt32 

func (c ChannelInt8) ReduceInt32(acc int32, f func(el int8, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceInt64 

func (c ChannelInt8) ReduceInt64(acc int64, f func(el int8, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceInt8 

func (c ChannelInt8) ReduceInt8(acc int8, f func(el int8, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceInterface 

func (c ChannelInt8) ReduceInterface(acc interface{}, f func(el int8, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceRune 

func (c ChannelInt8) ReduceRune(acc rune, f func(el int8, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceString 

func (c ChannelInt8) ReduceString(acc string, f func(el int8, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceUint 

func (c ChannelInt8) ReduceUint(acc uint, f func(el int8, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceUint16 

func (c ChannelInt8) ReduceUint16(acc uint16, f func(el int8, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceUint32 

func (c ChannelInt8) ReduceUint32(acc uint32, f func(el int8, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceUint64 

func (c ChannelInt8) ReduceUint64(acc uint64, f func(el int8, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ReduceUint8 

func (c ChannelInt8) ReduceUint8(acc uint8, f func(el int8, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInt8) ScanBool 

func (c ChannelInt8) ScanBool(acc bool, f func(el int8, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanByte 

func (c ChannelInt8) ScanByte(acc byte, f func(el int8, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanError 

func (c ChannelInt8) ScanError(acc error, f func(el int8, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanFloat32 

func (c ChannelInt8) ScanFloat32(acc float32, f func(el int8, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanFloat64 

func (c ChannelInt8) ScanFloat64(acc float64, f func(el int8, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanInt 

func (c ChannelInt8) ScanInt(acc int, f func(el int8, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanInt16 

func (c ChannelInt8) ScanInt16(acc int16, f func(el int8, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanInt32 

func (c ChannelInt8) ScanInt32(acc int32, f func(el int8, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanInt64 

func (c ChannelInt8) ScanInt64(acc int64, f func(el int8, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanInt8 

func (c ChannelInt8) ScanInt8(acc int8, f func(el int8, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanInterface 

func (c ChannelInt8) ScanInterface(acc interface{}, f func(el int8, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanRune 

func (c ChannelInt8) ScanRune(acc rune, f func(el int8, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanString 

func (c ChannelInt8) ScanString(acc string, f func(el int8, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanUint 

func (c ChannelInt8) ScanUint(acc uint, f func(el int8, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanUint16 

func (c ChannelInt8) ScanUint16(acc uint16, f func(el int8, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanUint32 

func (c ChannelInt8) ScanUint32(acc uint32, f func(el int8, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanUint64 

func (c ChannelInt8) ScanUint64(acc uint64, f func(el int8, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) ScanUint8 

func (c ChannelInt8) ScanUint8(acc uint8, f func(el int8, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelInt8) Sum 

func (c ChannelInt8) Sum() int8

Sum returns sum of all elements from channel

func (ChannelInt8) Take 

func (c ChannelInt8) Take(count int) chan int8

Take takes first count elements from the channel.

func (ChannelInt8) Tee 

func (c ChannelInt8) Tee(count int) []chan int8

Tee returns 2 channels with elements from the input channel

func (ChannelInt8) ToSlice 

func (c ChannelInt8) ToSlice() []int8

ToSlice returns slice with all elements from channel.

type ChannelInterface 

type ChannelInterface struct {
	Data chan interface{}
}

Channel is a set of operations with channel

func (ChannelInterface) All 

func (c ChannelInterface) All(f func(el interface{}) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelInterface) Any 

func (c ChannelInterface) Any(f func(el interface{}) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelInterface) ChunkEvery 

func (c ChannelInterface) ChunkEvery(count int) chan []interface{}

ChunkEvery returns channel with slices containing count elements each

func (ChannelInterface) Count 

func (c ChannelInterface) Count(el interface{}) int

Count return count of el occurences in channel.

func (ChannelInterface) Drop 

func (c ChannelInterface) Drop(n int) chan interface{}

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelInterface) Each 

func (c ChannelInterface) Each(f func(el interface{}))

Each calls f for every element in the channel

func (ChannelInterface) Filter 

func (c ChannelInterface) Filter(f func(el interface{}) bool) chan interface{}

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelInterface) MapBool 

func (c ChannelInterface) MapBool(f func(el interface{}) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapByte 

func (c ChannelInterface) MapByte(f func(el interface{}) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapError 

func (c ChannelInterface) MapError(f func(el interface{}) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapFloat32 

func (c ChannelInterface) MapFloat32(f func(el interface{}) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapFloat64 

func (c ChannelInterface) MapFloat64(f func(el interface{}) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapInt 

func (c ChannelInterface) MapInt(f func(el interface{}) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapInt16 

func (c ChannelInterface) MapInt16(f func(el interface{}) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapInt32 

func (c ChannelInterface) MapInt32(f func(el interface{}) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapInt64 

func (c ChannelInterface) MapInt64(f func(el interface{}) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapInt8 

func (c ChannelInterface) MapInt8(f func(el interface{}) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapInterface 

func (c ChannelInterface) MapInterface(f func(el interface{}) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapRune 

func (c ChannelInterface) MapRune(f func(el interface{}) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapString 

func (c ChannelInterface) MapString(f func(el interface{}) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapUint 

func (c ChannelInterface) MapUint(f func(el interface{}) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapUint16 

func (c ChannelInterface) MapUint16(f func(el interface{}) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapUint32 

func (c ChannelInterface) MapUint32(f func(el interface{}) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapUint64 

func (c ChannelInterface) MapUint64(f func(el interface{}) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) MapUint8 

func (c ChannelInterface) MapUint8(f func(el interface{}) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelInterface) ReduceBool 

func (c ChannelInterface) ReduceBool(acc bool, f func(el interface{}, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceByte 

func (c ChannelInterface) ReduceByte(acc byte, f func(el interface{}, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceError 

func (c ChannelInterface) ReduceError(acc error, f func(el interface{}, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceFloat32 

func (c ChannelInterface) ReduceFloat32(acc float32, f func(el interface{}, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceFloat64 

func (c ChannelInterface) ReduceFloat64(acc float64, f func(el interface{}, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceInt 

func (c ChannelInterface) ReduceInt(acc int, f func(el interface{}, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceInt16 

func (c ChannelInterface) ReduceInt16(acc int16, f func(el interface{}, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceInt32 

func (c ChannelInterface) ReduceInt32(acc int32, f func(el interface{}, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceInt64 

func (c ChannelInterface) ReduceInt64(acc int64, f func(el interface{}, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceInt8 

func (c ChannelInterface) ReduceInt8(acc int8, f func(el interface{}, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceInterface 

func (c ChannelInterface) ReduceInterface(acc interface{}, f func(el interface{}, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceRune 

func (c ChannelInterface) ReduceRune(acc rune, f func(el interface{}, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceString 

func (c ChannelInterface) ReduceString(acc string, f func(el interface{}, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceUint 

func (c ChannelInterface) ReduceUint(acc uint, f func(el interface{}, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceUint16 

func (c ChannelInterface) ReduceUint16(acc uint16, f func(el interface{}, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceUint32 

func (c ChannelInterface) ReduceUint32(acc uint32, f func(el interface{}, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceUint64 

func (c ChannelInterface) ReduceUint64(acc uint64, f func(el interface{}, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ReduceUint8 

func (c ChannelInterface) ReduceUint8(acc uint8, f func(el interface{}, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelInterface) ScanBool 

func (c ChannelInterface) ScanBool(acc bool, f func(el interface{}, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanByte 

func (c ChannelInterface) ScanByte(acc byte, f func(el interface{}, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanError 

func (c ChannelInterface) ScanError(acc error, f func(el interface{}, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanFloat32 

func (c ChannelInterface) ScanFloat32(acc float32, f func(el interface{}, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanFloat64 

func (c ChannelInterface) ScanFloat64(acc float64, f func(el interface{}, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanInt 

func (c ChannelInterface) ScanInt(acc int, f func(el interface{}, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanInt16 

func (c ChannelInterface) ScanInt16(acc int16, f func(el interface{}, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanInt32 

func (c ChannelInterface) ScanInt32(acc int32, f func(el interface{}, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanInt64 

func (c ChannelInterface) ScanInt64(acc int64, f func(el interface{}, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanInt8 

func (c ChannelInterface) ScanInt8(acc int8, f func(el interface{}, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanInterface 

func (c ChannelInterface) ScanInterface(acc interface{}, f func(el interface{}, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanRune 

func (c ChannelInterface) ScanRune(acc rune, f func(el interface{}, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanString 

func (c ChannelInterface) ScanString(acc string, f func(el interface{}, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanUint 

func (c ChannelInterface) ScanUint(acc uint, f func(el interface{}, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanUint16 

func (c ChannelInterface) ScanUint16(acc uint16, f func(el interface{}, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanUint32 

func (c ChannelInterface) ScanUint32(acc uint32, f func(el interface{}, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanUint64 

func (c ChannelInterface) ScanUint64(acc uint64, f func(el interface{}, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) ScanUint8 

func (c ChannelInterface) ScanUint8(acc uint8, f func(el interface{}, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelInterface) Take 

func (c ChannelInterface) Take(count int) chan interface{}

Take takes first count elements from the channel.

func (ChannelInterface) Tee 

func (c ChannelInterface) Tee(count int) []chan interface{}

Tee returns 2 channels with elements from the input channel

func (ChannelInterface) ToSlice 

func (c ChannelInterface) ToSlice() []interface{}

ToSlice returns slice with all elements from channel.

type ChannelRune 

type ChannelRune struct {
	Data chan rune
}

Channel is a set of operations with channel

func (ChannelRune) All 

func (c ChannelRune) All(f func(el rune) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelRune) Any 

func (c ChannelRune) Any(f func(el rune) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelRune) ChunkEvery 

func (c ChannelRune) ChunkEvery(count int) chan []rune

ChunkEvery returns channel with slices containing count elements each

func (ChannelRune) Count 

func (c ChannelRune) Count(el rune) int

Count return count of el occurences in channel.

func (ChannelRune) Drop 

func (c ChannelRune) Drop(n int) chan rune

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelRune) Each 

func (c ChannelRune) Each(f func(el rune))

Each calls f for every element in the channel

func (ChannelRune) Filter 

func (c ChannelRune) Filter(f func(el rune) bool) chan rune

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelRune) MapBool 

func (c ChannelRune) MapBool(f func(el rune) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapByte 

func (c ChannelRune) MapByte(f func(el rune) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapError 

func (c ChannelRune) MapError(f func(el rune) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapFloat32 

func (c ChannelRune) MapFloat32(f func(el rune) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapFloat64 

func (c ChannelRune) MapFloat64(f func(el rune) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapInt 

func (c ChannelRune) MapInt(f func(el rune) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapInt16 

func (c ChannelRune) MapInt16(f func(el rune) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapInt32 

func (c ChannelRune) MapInt32(f func(el rune) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapInt64 

func (c ChannelRune) MapInt64(f func(el rune) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapInt8 

func (c ChannelRune) MapInt8(f func(el rune) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapInterface 

func (c ChannelRune) MapInterface(f func(el rune) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapRune 

func (c ChannelRune) MapRune(f func(el rune) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapString 

func (c ChannelRune) MapString(f func(el rune) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapUint 

func (c ChannelRune) MapUint(f func(el rune) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapUint16 

func (c ChannelRune) MapUint16(f func(el rune) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapUint32 

func (c ChannelRune) MapUint32(f func(el rune) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapUint64 

func (c ChannelRune) MapUint64(f func(el rune) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) MapUint8 

func (c ChannelRune) MapUint8(f func(el rune) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelRune) Max 

func (c ChannelRune) Max() (rune, error)

Max returns the maximal element from channel

func (ChannelRune) Min 

func (c ChannelRune) Min() (rune, error)

Min returns the minimal element from channel

func (ChannelRune) ReduceBool 

func (c ChannelRune) ReduceBool(acc bool, f func(el rune, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceByte 

func (c ChannelRune) ReduceByte(acc byte, f func(el rune, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceError 

func (c ChannelRune) ReduceError(acc error, f func(el rune, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceFloat32 

func (c ChannelRune) ReduceFloat32(acc float32, f func(el rune, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceFloat64 

func (c ChannelRune) ReduceFloat64(acc float64, f func(el rune, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceInt 

func (c ChannelRune) ReduceInt(acc int, f func(el rune, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceInt16 

func (c ChannelRune) ReduceInt16(acc int16, f func(el rune, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceInt32 

func (c ChannelRune) ReduceInt32(acc int32, f func(el rune, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceInt64 

func (c ChannelRune) ReduceInt64(acc int64, f func(el rune, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceInt8 

func (c ChannelRune) ReduceInt8(acc int8, f func(el rune, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceInterface 

func (c ChannelRune) ReduceInterface(acc interface{}, f func(el rune, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceRune 

func (c ChannelRune) ReduceRune(acc rune, f func(el rune, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceString 

func (c ChannelRune) ReduceString(acc string, f func(el rune, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceUint 

func (c ChannelRune) ReduceUint(acc uint, f func(el rune, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceUint16 

func (c ChannelRune) ReduceUint16(acc uint16, f func(el rune, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceUint32 

func (c ChannelRune) ReduceUint32(acc uint32, f func(el rune, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceUint64 

func (c ChannelRune) ReduceUint64(acc uint64, f func(el rune, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ReduceUint8 

func (c ChannelRune) ReduceUint8(acc uint8, f func(el rune, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelRune) ScanBool 

func (c ChannelRune) ScanBool(acc bool, f func(el rune, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanByte 

func (c ChannelRune) ScanByte(acc byte, f func(el rune, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanError 

func (c ChannelRune) ScanError(acc error, f func(el rune, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanFloat32 

func (c ChannelRune) ScanFloat32(acc float32, f func(el rune, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanFloat64 

func (c ChannelRune) ScanFloat64(acc float64, f func(el rune, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanInt 

func (c ChannelRune) ScanInt(acc int, f func(el rune, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanInt16 

func (c ChannelRune) ScanInt16(acc int16, f func(el rune, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanInt32 

func (c ChannelRune) ScanInt32(acc int32, f func(el rune, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanInt64 

func (c ChannelRune) ScanInt64(acc int64, f func(el rune, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanInt8 

func (c ChannelRune) ScanInt8(acc int8, f func(el rune, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanInterface 

func (c ChannelRune) ScanInterface(acc interface{}, f func(el rune, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanRune 

func (c ChannelRune) ScanRune(acc rune, f func(el rune, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanString 

func (c ChannelRune) ScanString(acc string, f func(el rune, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanUint 

func (c ChannelRune) ScanUint(acc uint, f func(el rune, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanUint16 

func (c ChannelRune) ScanUint16(acc uint16, f func(el rune, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanUint32 

func (c ChannelRune) ScanUint32(acc uint32, f func(el rune, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanUint64 

func (c ChannelRune) ScanUint64(acc uint64, f func(el rune, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelRune) ScanUint8 

func (c ChannelRune) ScanUint8(acc uint8, f func(el rune, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelRune) Sum 

func (c ChannelRune) Sum() rune

Sum returns sum of all elements from channel

func (ChannelRune) Take 

func (c ChannelRune) Take(count int) chan rune

Take takes first count elements from the channel.

func (ChannelRune) Tee 

func (c ChannelRune) Tee(count int) []chan rune

Tee returns 2 channels with elements from the input channel

func (ChannelRune) ToSlice 

func (c ChannelRune) ToSlice() []rune

ToSlice returns slice with all elements from channel.

type ChannelString 

type ChannelString struct {
	Data chan string
}

Channel is a set of operations with channel

func (ChannelString) All 

func (c ChannelString) All(f func(el string) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelString) Any 

func (c ChannelString) Any(f func(el string) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelString) ChunkEvery 

func (c ChannelString) ChunkEvery(count int) chan []string

ChunkEvery returns channel with slices containing count elements each

func (ChannelString) Count 

func (c ChannelString) Count(el string) int

Count return count of el occurences in channel.

func (ChannelString) Drop 

func (c ChannelString) Drop(n int) chan string

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelString) Each 

func (c ChannelString) Each(f func(el string))

Each calls f for every element in the channel

func (ChannelString) Filter 

func (c ChannelString) Filter(f func(el string) bool) chan string

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelString) MapBool 

func (c ChannelString) MapBool(f func(el string) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapByte 

func (c ChannelString) MapByte(f func(el string) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapError 

func (c ChannelString) MapError(f func(el string) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapFloat32 

func (c ChannelString) MapFloat32(f func(el string) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapFloat64 

func (c ChannelString) MapFloat64(f func(el string) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapInt 

func (c ChannelString) MapInt(f func(el string) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapInt16 

func (c ChannelString) MapInt16(f func(el string) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapInt32 

func (c ChannelString) MapInt32(f func(el string) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapInt64 

func (c ChannelString) MapInt64(f func(el string) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapInt8 

func (c ChannelString) MapInt8(f func(el string) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapInterface 

func (c ChannelString) MapInterface(f func(el string) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapRune 

func (c ChannelString) MapRune(f func(el string) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapString 

func (c ChannelString) MapString(f func(el string) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapUint 

func (c ChannelString) MapUint(f func(el string) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapUint16 

func (c ChannelString) MapUint16(f func(el string) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapUint32 

func (c ChannelString) MapUint32(f func(el string) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapUint64 

func (c ChannelString) MapUint64(f func(el string) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelString) MapUint8 

func (c ChannelString) MapUint8(f func(el string) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelString) Max 

func (c ChannelString) Max() (string, error)

Max returns the maximal element from channel

func (ChannelString) Min 

func (c ChannelString) Min() (string, error)

Min returns the minimal element from channel

func (ChannelString) ReduceBool 

func (c ChannelString) ReduceBool(acc bool, f func(el string, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceByte 

func (c ChannelString) ReduceByte(acc byte, f func(el string, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceError 

func (c ChannelString) ReduceError(acc error, f func(el string, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceFloat32 

func (c ChannelString) ReduceFloat32(acc float32, f func(el string, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceFloat64 

func (c ChannelString) ReduceFloat64(acc float64, f func(el string, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceInt 

func (c ChannelString) ReduceInt(acc int, f func(el string, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceInt16 

func (c ChannelString) ReduceInt16(acc int16, f func(el string, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceInt32 

func (c ChannelString) ReduceInt32(acc int32, f func(el string, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceInt64 

func (c ChannelString) ReduceInt64(acc int64, f func(el string, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceInt8 

func (c ChannelString) ReduceInt8(acc int8, f func(el string, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceInterface 

func (c ChannelString) ReduceInterface(acc interface{}, f func(el string, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceRune 

func (c ChannelString) ReduceRune(acc rune, f func(el string, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceString 

func (c ChannelString) ReduceString(acc string, f func(el string, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceUint 

func (c ChannelString) ReduceUint(acc uint, f func(el string, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceUint16 

func (c ChannelString) ReduceUint16(acc uint16, f func(el string, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceUint32 

func (c ChannelString) ReduceUint32(acc uint32, f func(el string, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceUint64 

func (c ChannelString) ReduceUint64(acc uint64, f func(el string, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ReduceUint8 

func (c ChannelString) ReduceUint8(acc uint8, f func(el string, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelString) ScanBool 

func (c ChannelString) ScanBool(acc bool, f func(el string, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanByte 

func (c ChannelString) ScanByte(acc byte, f func(el string, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanError 

func (c ChannelString) ScanError(acc error, f func(el string, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanFloat32 

func (c ChannelString) ScanFloat32(acc float32, f func(el string, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanFloat64 

func (c ChannelString) ScanFloat64(acc float64, f func(el string, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanInt 

func (c ChannelString) ScanInt(acc int, f func(el string, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanInt16 

func (c ChannelString) ScanInt16(acc int16, f func(el string, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanInt32 

func (c ChannelString) ScanInt32(acc int32, f func(el string, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanInt64 

func (c ChannelString) ScanInt64(acc int64, f func(el string, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanInt8 

func (c ChannelString) ScanInt8(acc int8, f func(el string, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanInterface 

func (c ChannelString) ScanInterface(acc interface{}, f func(el string, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanRune 

func (c ChannelString) ScanRune(acc rune, f func(el string, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanString 

func (c ChannelString) ScanString(acc string, f func(el string, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanUint 

func (c ChannelString) ScanUint(acc uint, f func(el string, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanUint16 

func (c ChannelString) ScanUint16(acc uint16, f func(el string, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanUint32 

func (c ChannelString) ScanUint32(acc uint32, f func(el string, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanUint64 

func (c ChannelString) ScanUint64(acc uint64, f func(el string, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelString) ScanUint8 

func (c ChannelString) ScanUint8(acc uint8, f func(el string, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelString) Sum 

func (c ChannelString) Sum() string

Sum returns sum of all elements from channel

func (ChannelString) Take 

func (c ChannelString) Take(count int) chan string

Take takes first count elements from the channel.

func (ChannelString) Tee 

func (c ChannelString) Tee(count int) []chan string

Tee returns 2 channels with elements from the input channel

func (ChannelString) ToSlice 

func (c ChannelString) ToSlice() []string

ToSlice returns slice with all elements from channel.

type ChannelUint 

type ChannelUint struct {
	Data chan uint
}

Channel is a set of operations with channel

func (ChannelUint) All 

func (c ChannelUint) All(f func(el uint) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelUint) Any 

func (c ChannelUint) Any(f func(el uint) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelUint) ChunkEvery 

func (c ChannelUint) ChunkEvery(count int) chan []uint

ChunkEvery returns channel with slices containing count elements each

func (ChannelUint) Count 

func (c ChannelUint) Count(el uint) int

Count return count of el occurences in channel.

func (ChannelUint) Drop 

func (c ChannelUint) Drop(n int) chan uint

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelUint) Each 

func (c ChannelUint) Each(f func(el uint))

Each calls f for every element in the channel

func (ChannelUint) Filter 

func (c ChannelUint) Filter(f func(el uint) bool) chan uint

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelUint) MapBool 

func (c ChannelUint) MapBool(f func(el uint) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapByte 

func (c ChannelUint) MapByte(f func(el uint) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapError 

func (c ChannelUint) MapError(f func(el uint) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapFloat32 

func (c ChannelUint) MapFloat32(f func(el uint) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapFloat64 

func (c ChannelUint) MapFloat64(f func(el uint) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapInt 

func (c ChannelUint) MapInt(f func(el uint) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapInt16 

func (c ChannelUint) MapInt16(f func(el uint) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapInt32 

func (c ChannelUint) MapInt32(f func(el uint) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapInt64 

func (c ChannelUint) MapInt64(f func(el uint) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapInt8 

func (c ChannelUint) MapInt8(f func(el uint) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapInterface 

func (c ChannelUint) MapInterface(f func(el uint) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapRune 

func (c ChannelUint) MapRune(f func(el uint) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapString 

func (c ChannelUint) MapString(f func(el uint) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapUint 

func (c ChannelUint) MapUint(f func(el uint) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapUint16 

func (c ChannelUint) MapUint16(f func(el uint) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapUint32 

func (c ChannelUint) MapUint32(f func(el uint) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapUint64 

func (c ChannelUint) MapUint64(f func(el uint) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) MapUint8 

func (c ChannelUint) MapUint8(f func(el uint) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint) Max 

func (c ChannelUint) Max() (uint, error)

Max returns the maximal element from channel

func (ChannelUint) Min 

func (c ChannelUint) Min() (uint, error)

Min returns the minimal element from channel

func (ChannelUint) ReduceBool 

func (c ChannelUint) ReduceBool(acc bool, f func(el uint, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceByte 

func (c ChannelUint) ReduceByte(acc byte, f func(el uint, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceError 

func (c ChannelUint) ReduceError(acc error, f func(el uint, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceFloat32 

func (c ChannelUint) ReduceFloat32(acc float32, f func(el uint, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceFloat64 

func (c ChannelUint) ReduceFloat64(acc float64, f func(el uint, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceInt 

func (c ChannelUint) ReduceInt(acc int, f func(el uint, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceInt16 

func (c ChannelUint) ReduceInt16(acc int16, f func(el uint, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceInt32 

func (c ChannelUint) ReduceInt32(acc int32, f func(el uint, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceInt64 

func (c ChannelUint) ReduceInt64(acc int64, f func(el uint, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceInt8 

func (c ChannelUint) ReduceInt8(acc int8, f func(el uint, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceInterface 

func (c ChannelUint) ReduceInterface(acc interface{}, f func(el uint, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceRune 

func (c ChannelUint) ReduceRune(acc rune, f func(el uint, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceString 

func (c ChannelUint) ReduceString(acc string, f func(el uint, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceUint 

func (c ChannelUint) ReduceUint(acc uint, f func(el uint, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceUint16 

func (c ChannelUint) ReduceUint16(acc uint16, f func(el uint, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceUint32 

func (c ChannelUint) ReduceUint32(acc uint32, f func(el uint, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceUint64 

func (c ChannelUint) ReduceUint64(acc uint64, f func(el uint, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ReduceUint8 

func (c ChannelUint) ReduceUint8(acc uint8, f func(el uint, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint) ScanBool 

func (c ChannelUint) ScanBool(acc bool, f func(el uint, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanByte 

func (c ChannelUint) ScanByte(acc byte, f func(el uint, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanError 

func (c ChannelUint) ScanError(acc error, f func(el uint, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanFloat32 

func (c ChannelUint) ScanFloat32(acc float32, f func(el uint, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanFloat64 

func (c ChannelUint) ScanFloat64(acc float64, f func(el uint, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanInt 

func (c ChannelUint) ScanInt(acc int, f func(el uint, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanInt16 

func (c ChannelUint) ScanInt16(acc int16, f func(el uint, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanInt32 

func (c ChannelUint) ScanInt32(acc int32, f func(el uint, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanInt64 

func (c ChannelUint) ScanInt64(acc int64, f func(el uint, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanInt8 

func (c ChannelUint) ScanInt8(acc int8, f func(el uint, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanInterface 

func (c ChannelUint) ScanInterface(acc interface{}, f func(el uint, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanRune 

func (c ChannelUint) ScanRune(acc rune, f func(el uint, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanString 

func (c ChannelUint) ScanString(acc string, f func(el uint, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanUint 

func (c ChannelUint) ScanUint(acc uint, f func(el uint, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanUint16 

func (c ChannelUint) ScanUint16(acc uint16, f func(el uint, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanUint32 

func (c ChannelUint) ScanUint32(acc uint32, f func(el uint, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanUint64 

func (c ChannelUint) ScanUint64(acc uint64, f func(el uint, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelUint) ScanUint8 

func (c ChannelUint) ScanUint8(acc uint8, f func(el uint, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelUint) Sum 

func (c ChannelUint) Sum() uint

Sum returns sum of all elements from channel

func (ChannelUint) Take 

func (c ChannelUint) Take(count int) chan uint

Take takes first count elements from the channel.

func (ChannelUint) Tee 

func (c ChannelUint) Tee(count int) []chan uint

Tee returns 2 channels with elements from the input channel

func (ChannelUint) ToSlice 

func (c ChannelUint) ToSlice() []uint

ToSlice returns slice with all elements from channel.

type ChannelUint16 

type ChannelUint16 struct {
	Data chan uint16
}

Channel is a set of operations with channel

func (ChannelUint16) All 

func (c ChannelUint16) All(f func(el uint16) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelUint16) Any 

func (c ChannelUint16) Any(f func(el uint16) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelUint16) ChunkEvery 

func (c ChannelUint16) ChunkEvery(count int) chan []uint16

ChunkEvery returns channel with slices containing count elements each

func (ChannelUint16) Count 

func (c ChannelUint16) Count(el uint16) int

Count return count of el occurences in channel.

func (ChannelUint16) Drop 

func (c ChannelUint16) Drop(n int) chan uint16

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelUint16) Each 

func (c ChannelUint16) Each(f func(el uint16))

Each calls f for every element in the channel

func (ChannelUint16) Filter 

func (c ChannelUint16) Filter(f func(el uint16) bool) chan uint16

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelUint16) MapBool 

func (c ChannelUint16) MapBool(f func(el uint16) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapByte 

func (c ChannelUint16) MapByte(f func(el uint16) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapError 

func (c ChannelUint16) MapError(f func(el uint16) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapFloat32 

func (c ChannelUint16) MapFloat32(f func(el uint16) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapFloat64 

func (c ChannelUint16) MapFloat64(f func(el uint16) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapInt 

func (c ChannelUint16) MapInt(f func(el uint16) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapInt16 

func (c ChannelUint16) MapInt16(f func(el uint16) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapInt32 

func (c ChannelUint16) MapInt32(f func(el uint16) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapInt64 

func (c ChannelUint16) MapInt64(f func(el uint16) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapInt8 

func (c ChannelUint16) MapInt8(f func(el uint16) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapInterface 

func (c ChannelUint16) MapInterface(f func(el uint16) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapRune 

func (c ChannelUint16) MapRune(f func(el uint16) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapString 

func (c ChannelUint16) MapString(f func(el uint16) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapUint 

func (c ChannelUint16) MapUint(f func(el uint16) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapUint16 

func (c ChannelUint16) MapUint16(f func(el uint16) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapUint32 

func (c ChannelUint16) MapUint32(f func(el uint16) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapUint64 

func (c ChannelUint16) MapUint64(f func(el uint16) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) MapUint8 

func (c ChannelUint16) MapUint8(f func(el uint16) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint16) Max 

func (c ChannelUint16) Max() (uint16, error)

Max returns the maximal element from channel

func (ChannelUint16) Min 

func (c ChannelUint16) Min() (uint16, error)

Min returns the minimal element from channel

func (ChannelUint16) ReduceBool 

func (c ChannelUint16) ReduceBool(acc bool, f func(el uint16, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceByte 

func (c ChannelUint16) ReduceByte(acc byte, f func(el uint16, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceError 

func (c ChannelUint16) ReduceError(acc error, f func(el uint16, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceFloat32 

func (c ChannelUint16) ReduceFloat32(acc float32, f func(el uint16, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceFloat64 

func (c ChannelUint16) ReduceFloat64(acc float64, f func(el uint16, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceInt 

func (c ChannelUint16) ReduceInt(acc int, f func(el uint16, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceInt16 

func (c ChannelUint16) ReduceInt16(acc int16, f func(el uint16, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceInt32 

func (c ChannelUint16) ReduceInt32(acc int32, f func(el uint16, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceInt64 

func (c ChannelUint16) ReduceInt64(acc int64, f func(el uint16, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceInt8 

func (c ChannelUint16) ReduceInt8(acc int8, f func(el uint16, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceInterface 

func (c ChannelUint16) ReduceInterface(acc interface{}, f func(el uint16, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceRune 

func (c ChannelUint16) ReduceRune(acc rune, f func(el uint16, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceString 

func (c ChannelUint16) ReduceString(acc string, f func(el uint16, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceUint 

func (c ChannelUint16) ReduceUint(acc uint, f func(el uint16, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceUint16 

func (c ChannelUint16) ReduceUint16(acc uint16, f func(el uint16, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceUint32 

func (c ChannelUint16) ReduceUint32(acc uint32, f func(el uint16, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceUint64 

func (c ChannelUint16) ReduceUint64(acc uint64, f func(el uint16, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ReduceUint8 

func (c ChannelUint16) ReduceUint8(acc uint8, f func(el uint16, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint16) ScanBool 

func (c ChannelUint16) ScanBool(acc bool, f func(el uint16, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanByte 

func (c ChannelUint16) ScanByte(acc byte, f func(el uint16, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanError 

func (c ChannelUint16) ScanError(acc error, f func(el uint16, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanFloat32 

func (c ChannelUint16) ScanFloat32(acc float32, f func(el uint16, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanFloat64 

func (c ChannelUint16) ScanFloat64(acc float64, f func(el uint16, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanInt 

func (c ChannelUint16) ScanInt(acc int, f func(el uint16, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanInt16 

func (c ChannelUint16) ScanInt16(acc int16, f func(el uint16, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanInt32 

func (c ChannelUint16) ScanInt32(acc int32, f func(el uint16, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanInt64 

func (c ChannelUint16) ScanInt64(acc int64, f func(el uint16, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanInt8 

func (c ChannelUint16) ScanInt8(acc int8, f func(el uint16, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanInterface 

func (c ChannelUint16) ScanInterface(acc interface{}, f func(el uint16, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanRune 

func (c ChannelUint16) ScanRune(acc rune, f func(el uint16, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanString 

func (c ChannelUint16) ScanString(acc string, f func(el uint16, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanUint 

func (c ChannelUint16) ScanUint(acc uint, f func(el uint16, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanUint16 

func (c ChannelUint16) ScanUint16(acc uint16, f func(el uint16, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanUint32 

func (c ChannelUint16) ScanUint32(acc uint32, f func(el uint16, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanUint64 

func (c ChannelUint16) ScanUint64(acc uint64, f func(el uint16, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) ScanUint8 

func (c ChannelUint16) ScanUint8(acc uint8, f func(el uint16, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelUint16) Sum 

func (c ChannelUint16) Sum() uint16

Sum returns sum of all elements from channel

func (ChannelUint16) Take 

func (c ChannelUint16) Take(count int) chan uint16

Take takes first count elements from the channel.

func (ChannelUint16) Tee 

func (c ChannelUint16) Tee(count int) []chan uint16

Tee returns 2 channels with elements from the input channel

func (ChannelUint16) ToSlice 

func (c ChannelUint16) ToSlice() []uint16

ToSlice returns slice with all elements from channel.

type ChannelUint32 

type ChannelUint32 struct {
	Data chan uint32
}

Channel is a set of operations with channel

func (ChannelUint32) All 

func (c ChannelUint32) All(f func(el uint32) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelUint32) Any 

func (c ChannelUint32) Any(f func(el uint32) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelUint32) ChunkEvery 

func (c ChannelUint32) ChunkEvery(count int) chan []uint32

ChunkEvery returns channel with slices containing count elements each

func (ChannelUint32) Count 

func (c ChannelUint32) Count(el uint32) int

Count return count of el occurences in channel.

func (ChannelUint32) Drop 

func (c ChannelUint32) Drop(n int) chan uint32

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelUint32) Each 

func (c ChannelUint32) Each(f func(el uint32))

Each calls f for every element in the channel

func (ChannelUint32) Filter 

func (c ChannelUint32) Filter(f func(el uint32) bool) chan uint32

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelUint32) MapBool 

func (c ChannelUint32) MapBool(f func(el uint32) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapByte 

func (c ChannelUint32) MapByte(f func(el uint32) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapError 

func (c ChannelUint32) MapError(f func(el uint32) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapFloat32 

func (c ChannelUint32) MapFloat32(f func(el uint32) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapFloat64 

func (c ChannelUint32) MapFloat64(f func(el uint32) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapInt 

func (c ChannelUint32) MapInt(f func(el uint32) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapInt16 

func (c ChannelUint32) MapInt16(f func(el uint32) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapInt32 

func (c ChannelUint32) MapInt32(f func(el uint32) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapInt64 

func (c ChannelUint32) MapInt64(f func(el uint32) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapInt8 

func (c ChannelUint32) MapInt8(f func(el uint32) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapInterface 

func (c ChannelUint32) MapInterface(f func(el uint32) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapRune 

func (c ChannelUint32) MapRune(f func(el uint32) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapString 

func (c ChannelUint32) MapString(f func(el uint32) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapUint 

func (c ChannelUint32) MapUint(f func(el uint32) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapUint16 

func (c ChannelUint32) MapUint16(f func(el uint32) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapUint32 

func (c ChannelUint32) MapUint32(f func(el uint32) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapUint64 

func (c ChannelUint32) MapUint64(f func(el uint32) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) MapUint8 

func (c ChannelUint32) MapUint8(f func(el uint32) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint32) Max 

func (c ChannelUint32) Max() (uint32, error)

Max returns the maximal element from channel

func (ChannelUint32) Min 

func (c ChannelUint32) Min() (uint32, error)

Min returns the minimal element from channel

func (ChannelUint32) ReduceBool 

func (c ChannelUint32) ReduceBool(acc bool, f func(el uint32, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceByte 

func (c ChannelUint32) ReduceByte(acc byte, f func(el uint32, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceError 

func (c ChannelUint32) ReduceError(acc error, f func(el uint32, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceFloat32 

func (c ChannelUint32) ReduceFloat32(acc float32, f func(el uint32, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceFloat64 

func (c ChannelUint32) ReduceFloat64(acc float64, f func(el uint32, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceInt 

func (c ChannelUint32) ReduceInt(acc int, f func(el uint32, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceInt16 

func (c ChannelUint32) ReduceInt16(acc int16, f func(el uint32, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceInt32 

func (c ChannelUint32) ReduceInt32(acc int32, f func(el uint32, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceInt64 

func (c ChannelUint32) ReduceInt64(acc int64, f func(el uint32, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceInt8 

func (c ChannelUint32) ReduceInt8(acc int8, f func(el uint32, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceInterface 

func (c ChannelUint32) ReduceInterface(acc interface{}, f func(el uint32, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceRune 

func (c ChannelUint32) ReduceRune(acc rune, f func(el uint32, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceString 

func (c ChannelUint32) ReduceString(acc string, f func(el uint32, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceUint 

func (c ChannelUint32) ReduceUint(acc uint, f func(el uint32, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceUint16 

func (c ChannelUint32) ReduceUint16(acc uint16, f func(el uint32, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceUint32 

func (c ChannelUint32) ReduceUint32(acc uint32, f func(el uint32, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceUint64 

func (c ChannelUint32) ReduceUint64(acc uint64, f func(el uint32, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ReduceUint8 

func (c ChannelUint32) ReduceUint8(acc uint8, f func(el uint32, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint32) ScanBool 

func (c ChannelUint32) ScanBool(acc bool, f func(el uint32, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanByte 

func (c ChannelUint32) ScanByte(acc byte, f func(el uint32, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanError 

func (c ChannelUint32) ScanError(acc error, f func(el uint32, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanFloat32 

func (c ChannelUint32) ScanFloat32(acc float32, f func(el uint32, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanFloat64 

func (c ChannelUint32) ScanFloat64(acc float64, f func(el uint32, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanInt 

func (c ChannelUint32) ScanInt(acc int, f func(el uint32, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanInt16 

func (c ChannelUint32) ScanInt16(acc int16, f func(el uint32, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanInt32 

func (c ChannelUint32) ScanInt32(acc int32, f func(el uint32, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanInt64 

func (c ChannelUint32) ScanInt64(acc int64, f func(el uint32, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanInt8 

func (c ChannelUint32) ScanInt8(acc int8, f func(el uint32, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanInterface 

func (c ChannelUint32) ScanInterface(acc interface{}, f func(el uint32, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanRune 

func (c ChannelUint32) ScanRune(acc rune, f func(el uint32, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanString 

func (c ChannelUint32) ScanString(acc string, f func(el uint32, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanUint 

func (c ChannelUint32) ScanUint(acc uint, f func(el uint32, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanUint16 

func (c ChannelUint32) ScanUint16(acc uint16, f func(el uint32, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanUint32 

func (c ChannelUint32) ScanUint32(acc uint32, f func(el uint32, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanUint64 

func (c ChannelUint32) ScanUint64(acc uint64, f func(el uint32, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) ScanUint8 

func (c ChannelUint32) ScanUint8(acc uint8, f func(el uint32, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelUint32) Sum 

func (c ChannelUint32) Sum() uint32

Sum returns sum of all elements from channel

func (ChannelUint32) Take 

func (c ChannelUint32) Take(count int) chan uint32

Take takes first count elements from the channel.

func (ChannelUint32) Tee 

func (c ChannelUint32) Tee(count int) []chan uint32

Tee returns 2 channels with elements from the input channel

func (ChannelUint32) ToSlice 

func (c ChannelUint32) ToSlice() []uint32

ToSlice returns slice with all elements from channel.

type ChannelUint64 

type ChannelUint64 struct {
	Data chan uint64
}

Channel is a set of operations with channel

func (ChannelUint64) All 

func (c ChannelUint64) All(f func(el uint64) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelUint64) Any 

func (c ChannelUint64) Any(f func(el uint64) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelUint64) ChunkEvery 

func (c ChannelUint64) ChunkEvery(count int) chan []uint64

ChunkEvery returns channel with slices containing count elements each

func (ChannelUint64) Count 

func (c ChannelUint64) Count(el uint64) int

Count return count of el occurences in channel.

func (ChannelUint64) Drop 

func (c ChannelUint64) Drop(n int) chan uint64

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelUint64) Each 

func (c ChannelUint64) Each(f func(el uint64))

Each calls f for every element in the channel

func (ChannelUint64) Filter 

func (c ChannelUint64) Filter(f func(el uint64) bool) chan uint64

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelUint64) MapBool 

func (c ChannelUint64) MapBool(f func(el uint64) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapByte 

func (c ChannelUint64) MapByte(f func(el uint64) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapError 

func (c ChannelUint64) MapError(f func(el uint64) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapFloat32 

func (c ChannelUint64) MapFloat32(f func(el uint64) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapFloat64 

func (c ChannelUint64) MapFloat64(f func(el uint64) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapInt 

func (c ChannelUint64) MapInt(f func(el uint64) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapInt16 

func (c ChannelUint64) MapInt16(f func(el uint64) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapInt32 

func (c ChannelUint64) MapInt32(f func(el uint64) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapInt64 

func (c ChannelUint64) MapInt64(f func(el uint64) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapInt8 

func (c ChannelUint64) MapInt8(f func(el uint64) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapInterface 

func (c ChannelUint64) MapInterface(f func(el uint64) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapRune 

func (c ChannelUint64) MapRune(f func(el uint64) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapString 

func (c ChannelUint64) MapString(f func(el uint64) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapUint 

func (c ChannelUint64) MapUint(f func(el uint64) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapUint16 

func (c ChannelUint64) MapUint16(f func(el uint64) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapUint32 

func (c ChannelUint64) MapUint32(f func(el uint64) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapUint64 

func (c ChannelUint64) MapUint64(f func(el uint64) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) MapUint8 

func (c ChannelUint64) MapUint8(f func(el uint64) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint64) Max 

func (c ChannelUint64) Max() (uint64, error)

Max returns the maximal element from channel

func (ChannelUint64) Min 

func (c ChannelUint64) Min() (uint64, error)

Min returns the minimal element from channel

func (ChannelUint64) ReduceBool 

func (c ChannelUint64) ReduceBool(acc bool, f func(el uint64, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceByte 

func (c ChannelUint64) ReduceByte(acc byte, f func(el uint64, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceError 

func (c ChannelUint64) ReduceError(acc error, f func(el uint64, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceFloat32 

func (c ChannelUint64) ReduceFloat32(acc float32, f func(el uint64, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceFloat64 

func (c ChannelUint64) ReduceFloat64(acc float64, f func(el uint64, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceInt 

func (c ChannelUint64) ReduceInt(acc int, f func(el uint64, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceInt16 

func (c ChannelUint64) ReduceInt16(acc int16, f func(el uint64, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceInt32 

func (c ChannelUint64) ReduceInt32(acc int32, f func(el uint64, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceInt64 

func (c ChannelUint64) ReduceInt64(acc int64, f func(el uint64, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceInt8 

func (c ChannelUint64) ReduceInt8(acc int8, f func(el uint64, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceInterface 

func (c ChannelUint64) ReduceInterface(acc interface{}, f func(el uint64, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceRune 

func (c ChannelUint64) ReduceRune(acc rune, f func(el uint64, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceString 

func (c ChannelUint64) ReduceString(acc string, f func(el uint64, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceUint 

func (c ChannelUint64) ReduceUint(acc uint, f func(el uint64, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceUint16 

func (c ChannelUint64) ReduceUint16(acc uint16, f func(el uint64, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceUint32 

func (c ChannelUint64) ReduceUint32(acc uint32, f func(el uint64, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceUint64 

func (c ChannelUint64) ReduceUint64(acc uint64, f func(el uint64, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ReduceUint8 

func (c ChannelUint64) ReduceUint8(acc uint8, f func(el uint64, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint64) ScanBool 

func (c ChannelUint64) ScanBool(acc bool, f func(el uint64, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanByte 

func (c ChannelUint64) ScanByte(acc byte, f func(el uint64, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanError 

func (c ChannelUint64) ScanError(acc error, f func(el uint64, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanFloat32 

func (c ChannelUint64) ScanFloat32(acc float32, f func(el uint64, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanFloat64 

func (c ChannelUint64) ScanFloat64(acc float64, f func(el uint64, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanInt 

func (c ChannelUint64) ScanInt(acc int, f func(el uint64, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanInt16 

func (c ChannelUint64) ScanInt16(acc int16, f func(el uint64, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanInt32 

func (c ChannelUint64) ScanInt32(acc int32, f func(el uint64, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanInt64 

func (c ChannelUint64) ScanInt64(acc int64, f func(el uint64, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanInt8 

func (c ChannelUint64) ScanInt8(acc int8, f func(el uint64, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanInterface 

func (c ChannelUint64) ScanInterface(acc interface{}, f func(el uint64, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanRune 

func (c ChannelUint64) ScanRune(acc rune, f func(el uint64, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanString 

func (c ChannelUint64) ScanString(acc string, f func(el uint64, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanUint 

func (c ChannelUint64) ScanUint(acc uint, f func(el uint64, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanUint16 

func (c ChannelUint64) ScanUint16(acc uint16, f func(el uint64, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanUint32 

func (c ChannelUint64) ScanUint32(acc uint32, f func(el uint64, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanUint64 

func (c ChannelUint64) ScanUint64(acc uint64, f func(el uint64, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) ScanUint8 

func (c ChannelUint64) ScanUint8(acc uint8, f func(el uint64, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelUint64) Sum 

func (c ChannelUint64) Sum() uint64

Sum returns sum of all elements from channel

func (ChannelUint64) Take 

func (c ChannelUint64) Take(count int) chan uint64

Take takes first count elements from the channel.

func (ChannelUint64) Tee 

func (c ChannelUint64) Tee(count int) []chan uint64

Tee returns 2 channels with elements from the input channel

func (ChannelUint64) ToSlice 

func (c ChannelUint64) ToSlice() []uint64

ToSlice returns slice with all elements from channel.

type ChannelUint8 

type ChannelUint8 struct {
	Data chan uint8
}

Channel is a set of operations with channel

func (ChannelUint8) All 

func (c ChannelUint8) All(f func(el uint8) bool) bool

All returns true if f returns true for all elements in channel

func (ChannelUint8) Any 

func (c ChannelUint8) Any(f func(el uint8) bool) bool

Any returns true if f returns true for any element in channel

func (ChannelUint8) ChunkEvery 

func (c ChannelUint8) ChunkEvery(count int) chan []uint8

ChunkEvery returns channel with slices containing count elements each

func (ChannelUint8) Count 

func (c ChannelUint8) Count(el uint8) int

Count return count of el occurences in channel.

func (ChannelUint8) Drop 

func (c ChannelUint8) Drop(n int) chan uint8

Drop drops first n elements from channel c and returns a new channel with the rest. It returns channel do be unblocking. If you want array instead, wrap result into TakeAll.

func (ChannelUint8) Each 

func (c ChannelUint8) Each(f func(el uint8))

Each calls f for every element in the channel

func (ChannelUint8) Filter 

func (c ChannelUint8) Filter(f func(el uint8) bool) chan uint8

Filter returns a new channel with elements from input channel for which f returns true

func (ChannelUint8) MapBool 

func (c ChannelUint8) MapBool(f func(el uint8) bool) chan bool

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapByte 

func (c ChannelUint8) MapByte(f func(el uint8) byte) chan byte

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapError 

func (c ChannelUint8) MapError(f func(el uint8) error) chan error

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapFloat32 

func (c ChannelUint8) MapFloat32(f func(el uint8) float32) chan float32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapFloat64 

func (c ChannelUint8) MapFloat64(f func(el uint8) float64) chan float64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapInt 

func (c ChannelUint8) MapInt(f func(el uint8) int) chan int

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapInt16 

func (c ChannelUint8) MapInt16(f func(el uint8) int16) chan int16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapInt32 

func (c ChannelUint8) MapInt32(f func(el uint8) int32) chan int32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapInt64 

func (c ChannelUint8) MapInt64(f func(el uint8) int64) chan int64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapInt8 

func (c ChannelUint8) MapInt8(f func(el uint8) int8) chan int8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapInterface 

func (c ChannelUint8) MapInterface(f func(el uint8) interface{}) chan interface{}

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapRune 

func (c ChannelUint8) MapRune(f func(el uint8) rune) chan rune

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapString 

func (c ChannelUint8) MapString(f func(el uint8) string) chan string

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapUint 

func (c ChannelUint8) MapUint(f func(el uint8) uint) chan uint

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapUint16 

func (c ChannelUint8) MapUint16(f func(el uint8) uint16) chan uint16

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapUint32 

func (c ChannelUint8) MapUint32(f func(el uint8) uint32) chan uint32

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapUint64 

func (c ChannelUint8) MapUint64(f func(el uint8) uint64) chan uint64

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) MapUint8 

func (c ChannelUint8) MapUint8(f func(el uint8) uint8) chan uint8

Map applies f to all elements from channel and returns channel with results

func (ChannelUint8) Max 

func (c ChannelUint8) Max() (uint8, error)

Max returns the maximal element from channel

func (ChannelUint8) Min 

func (c ChannelUint8) Min() (uint8, error)

Min returns the minimal element from channel

func (ChannelUint8) ReduceBool 

func (c ChannelUint8) ReduceBool(acc bool, f func(el uint8, acc bool) bool) bool

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceByte 

func (c ChannelUint8) ReduceByte(acc byte, f func(el uint8, acc byte) byte) byte

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceError 

func (c ChannelUint8) ReduceError(acc error, f func(el uint8, acc error) error) error

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceFloat32 

func (c ChannelUint8) ReduceFloat32(acc float32, f func(el uint8, acc float32) float32) float32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceFloat64 

func (c ChannelUint8) ReduceFloat64(acc float64, f func(el uint8, acc float64) float64) float64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceInt 

func (c ChannelUint8) ReduceInt(acc int, f func(el uint8, acc int) int) int

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceInt16 

func (c ChannelUint8) ReduceInt16(acc int16, f func(el uint8, acc int16) int16) int16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceInt32 

func (c ChannelUint8) ReduceInt32(acc int32, f func(el uint8, acc int32) int32) int32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceInt64 

func (c ChannelUint8) ReduceInt64(acc int64, f func(el uint8, acc int64) int64) int64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceInt8 

func (c ChannelUint8) ReduceInt8(acc int8, f func(el uint8, acc int8) int8) int8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceInterface 

func (c ChannelUint8) ReduceInterface(acc interface{}, f func(el uint8, acc interface{}) interface{}) interface{}

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceRune 

func (c ChannelUint8) ReduceRune(acc rune, f func(el uint8, acc rune) rune) rune

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceString 

func (c ChannelUint8) ReduceString(acc string, f func(el uint8, acc string) string) string

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceUint 

func (c ChannelUint8) ReduceUint(acc uint, f func(el uint8, acc uint) uint) uint

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceUint16 

func (c ChannelUint8) ReduceUint16(acc uint16, f func(el uint8, acc uint16) uint16) uint16

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceUint32 

func (c ChannelUint8) ReduceUint32(acc uint32, f func(el uint8, acc uint32) uint32) uint32

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceUint64 

func (c ChannelUint8) ReduceUint64(acc uint64, f func(el uint8, acc uint64) uint64) uint64

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ReduceUint8 

func (c ChannelUint8) ReduceUint8(acc uint8, f func(el uint8, acc uint8) uint8) uint8

Reduce applies f to acc and every element from channel and returns acc

func (ChannelUint8) ScanBool 

func (c ChannelUint8) ScanBool(acc bool, f func(el uint8, acc bool) bool) chan bool

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanByte 

func (c ChannelUint8) ScanByte(acc byte, f func(el uint8, acc byte) byte) chan byte

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanError 

func (c ChannelUint8) ScanError(acc error, f func(el uint8, acc error) error) chan error

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanFloat32 

func (c ChannelUint8) ScanFloat32(acc float32, f func(el uint8, acc float32) float32) chan float32

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanFloat64 

func (c ChannelUint8) ScanFloat64(acc float64, f func(el uint8, acc float64) float64) chan float64

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanInt 

func (c ChannelUint8) ScanInt(acc int, f func(el uint8, acc int) int) chan int

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanInt16 

func (c ChannelUint8) ScanInt16(acc int16, f func(el uint8, acc int16) int16) chan int16

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanInt32 

func (c ChannelUint8) ScanInt32(acc int32, f func(el uint8, acc int32) int32) chan int32

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanInt64 

func (c ChannelUint8) ScanInt64(acc int64, f func(el uint8, acc int64) int64) chan int64

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanInt8 

func (c ChannelUint8) ScanInt8(acc int8, f func(el uint8, acc int8) int8) chan int8

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanInterface 

func (c ChannelUint8) ScanInterface(acc interface{}, f func(el uint8, acc interface{}) interface{}) chan interface{}

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanRune 

func (c ChannelUint8) ScanRune(acc rune, f func(el uint8, acc rune) rune) chan rune

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanString 

func (c ChannelUint8) ScanString(acc string, f func(el uint8, acc string) string) chan string

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanUint 

func (c ChannelUint8) ScanUint(acc uint, f func(el uint8, acc uint) uint) chan uint

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanUint16 

func (c ChannelUint8) ScanUint16(acc uint16, f func(el uint8, acc uint16) uint16) chan uint16

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanUint32 

func (c ChannelUint8) ScanUint32(acc uint32, f func(el uint8, acc uint32) uint32) chan uint32

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanUint64 

func (c ChannelUint8) ScanUint64(acc uint64, f func(el uint8, acc uint64) uint64) chan uint64

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) ScanUint8 

func (c ChannelUint8) ScanUint8(acc uint8, f func(el uint8, acc uint8) uint8) chan uint8

Scan is like Reduce, but returns slice of f results

func (ChannelUint8) Sum 

func (c ChannelUint8) Sum() uint8

Sum returns sum of all elements from channel

func (ChannelUint8) Take 

func (c ChannelUint8) Take(count int) chan uint8

Take takes first count elements from the channel.

func (ChannelUint8) Tee 

func (c ChannelUint8) Tee(count int) []chan uint8

Tee returns 2 channels with elements from the input channel

func (ChannelUint8) ToSlice 

func (c ChannelUint8) ToSlice() []uint8

ToSlice returns slice with all elements from channel.

type PairBool 

type PairBool struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

type PairByte 

type PairByte struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairByte) Max 

func (PairByte) Max(a byte, b byte) byte

Max returns maximal value

func (PairByte) Min 

func (PairByte) Min(a byte, b byte) byte

Min returns minimal value

type PairError 

type PairError struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

type PairFloat32 

type PairFloat32 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairFloat32) Max 

func (PairFloat32) Max(a float32, b float32) float32

Max returns maximal value

func (PairFloat32) Min 

func (PairFloat32) Min(a float32, b float32) float32

Min returns minimal value

type PairFloat64 

type PairFloat64 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairFloat64) Max 

func (PairFloat64) Max(a float64, b float64) float64

Max returns maximal value

func (PairFloat64) Min 

func (PairFloat64) Min(a float64, b float64) float64

Min returns minimal value

type PairInt 

type PairInt struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairInt) Max 

func (PairInt) Max(a int, b int) int

Max returns maximal value

func (PairInt) Min 

func (PairInt) Min(a int, b int) int

Min returns minimal value

type PairInt16 

type PairInt16 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairInt16) Max 

func (PairInt16) Max(a int16, b int16) int16

Max returns maximal value

func (PairInt16) Min 

func (PairInt16) Min(a int16, b int16) int16

Min returns minimal value

type PairInt32 

type PairInt32 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairInt32) Max 

func (PairInt32) Max(a int32, b int32) int32

Max returns maximal value

func (PairInt32) Min 

func (PairInt32) Min(a int32, b int32) int32

Min returns minimal value

type PairInt64 

type PairInt64 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairInt64) Max 

func (PairInt64) Max(a int64, b int64) int64

Max returns maximal value

func (PairInt64) Min 

func (PairInt64) Min(a int64, b int64) int64

Min returns minimal value

type PairInt8 

type PairInt8 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairInt8) Max 

func (PairInt8) Max(a int8, b int8) int8

Max returns maximal value

func (PairInt8) Min 

func (PairInt8) Min(a int8, b int8) int8

Min returns minimal value

type PairInterface 

type PairInterface struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

type PairRune 

type PairRune struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairRune) Max 

func (PairRune) Max(a rune, b rune) rune

Max returns maximal value

func (PairRune) Min 

func (PairRune) Min(a rune, b rune) rune

Min returns minimal value

type PairString 

type PairString struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairString) Max 

func (PairString) Max(a string, b string) string

Max returns maximal value

func (PairString) Min 

func (PairString) Min(a string, b string) string

Min returns minimal value

type PairUint 

type PairUint struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairUint) Max 

func (PairUint) Max(a uint, b uint) uint

Max returns maximal value

func (PairUint) Min 

func (PairUint) Min(a uint, b uint) uint

Min returns minimal value

type PairUint16 

type PairUint16 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairUint16) Max 

func (PairUint16) Max(a uint16, b uint16) uint16

Max returns maximal value

func (PairUint16) Min 

func (PairUint16) Min(a uint16, b uint16) uint16

Min returns minimal value

type PairUint32 

type PairUint32 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairUint32) Max 

func (PairUint32) Max(a uint32, b uint32) uint32

Max returns maximal value

func (PairUint32) Min 

func (PairUint32) Min(a uint32, b uint32) uint32

Min returns minimal value

type PairUint64 

type PairUint64 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairUint64) Max 

func (PairUint64) Max(a uint64, b uint64) uint64

Max returns maximal value

func (PairUint64) Min 

func (PairUint64) Min(a uint64, b uint64) uint64

Min returns minimal value

type PairUint8 

type PairUint8 struct {
}

Pair is a set of functions for 2 values that you can pass into reduce-like funcs

func (PairUint8) Max 

func (PairUint8) Max(a uint8, b uint8) uint8

Max returns maximal value

func (PairUint8) Min 

func (PairUint8) Min(a uint8, b uint8) uint8

Min returns minimal value

type SequenceBool 

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

Sequence is a set of operations to generate sequences

func (SequenceBool) Iterate 

func (s SequenceBool) Iterate(val bool, f func(val bool) bool) chan bool

Iterate returns an infinite list of repeated applications of f to val

func (SequenceBool) Repeat 

func (s SequenceBool) Repeat(val bool) chan bool

Repeat returns channel that produces val infinite times

func (SequenceBool) Replicate 

func (s SequenceBool) Replicate(val bool, n int) chan bool

Replicate returns channel that produces val n times

type SequenceByte 

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

Sequence is a set of operations to generate sequences

func (SequenceByte) Iterate 

func (s SequenceByte) Iterate(val byte, f func(val byte) byte) chan byte

Iterate returns an infinite list of repeated applications of f to val

func (SequenceByte) Repeat 

func (s SequenceByte) Repeat(val byte) chan byte

Repeat returns channel that produces val infinite times

func (SequenceByte) Replicate 

func (s SequenceByte) Replicate(val byte, n int) chan byte

Replicate returns channel that produces val n times

type SequenceError 

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

Sequence is a set of operations to generate sequences

func (SequenceError) Iterate 

func (s SequenceError) Iterate(val error, f func(val error) error) chan error

Iterate returns an infinite list of repeated applications of f to val

func (SequenceError) Repeat 

func (s SequenceError) Repeat(val error) chan error

Repeat returns channel that produces val infinite times

func (SequenceError) Replicate 

func (s SequenceError) Replicate(val error, n int) chan error

Replicate returns channel that produces val n times

type SequenceFloat32 

type SequenceFloat32 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceFloat32) Count 

func (s SequenceFloat32) Count(start float32, step float32) chan float32

Count is like Range, but infinite

func (SequenceFloat32) Exponential 

func (s SequenceFloat32) Exponential(start float32, factor float32) chan float32

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceFloat32) Iterate 

func (s SequenceFloat32) Iterate(val float32, f func(val float32) float32) chan float32

Iterate returns an infinite list of repeated applications of f to val

func (SequenceFloat32) Range 

func (s SequenceFloat32) Range(start float32, end float32, step float32) chan float32

Range generates elements from start to end with given step

func (SequenceFloat32) Repeat 

func (s SequenceFloat32) Repeat(val float32) chan float32

Repeat returns channel that produces val infinite times

func (SequenceFloat32) Replicate 

func (s SequenceFloat32) Replicate(val float32, n int) chan float32

Replicate returns channel that produces val n times

type SequenceFloat64 

type SequenceFloat64 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceFloat64) Count 

func (s SequenceFloat64) Count(start float64, step float64) chan float64

Count is like Range, but infinite

func (SequenceFloat64) Exponential 

func (s SequenceFloat64) Exponential(start float64, factor float64) chan float64

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceFloat64) Iterate 

func (s SequenceFloat64) Iterate(val float64, f func(val float64) float64) chan float64

Iterate returns an infinite list of repeated applications of f to val

func (SequenceFloat64) Range 

func (s SequenceFloat64) Range(start float64, end float64, step float64) chan float64

Range generates elements from start to end with given step

func (SequenceFloat64) Repeat 

func (s SequenceFloat64) Repeat(val float64) chan float64

Repeat returns channel that produces val infinite times

func (SequenceFloat64) Replicate 

func (s SequenceFloat64) Replicate(val float64, n int) chan float64

Replicate returns channel that produces val n times

type SequenceInt 

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

Sequence is a set of operations to generate sequences

func (SequenceInt) Count 

func (s SequenceInt) Count(start int, step int) chan int

Count is like Range, but infinite

func (SequenceInt) Exponential 

func (s SequenceInt) Exponential(start int, factor int) chan int

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceInt) Iterate 

func (s SequenceInt) Iterate(val int, f func(val int) int) chan int

Iterate returns an infinite list of repeated applications of f to val

func (SequenceInt) Range 

func (s SequenceInt) Range(start int, end int, step int) chan int

Range generates elements from start to end with given step

func (SequenceInt) Repeat 

func (s SequenceInt) Repeat(val int) chan int

Repeat returns channel that produces val infinite times

func (SequenceInt) Replicate 

func (s SequenceInt) Replicate(val int, n int) chan int

Replicate returns channel that produces val n times

type SequenceInt16 

type SequenceInt16 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceInt16) Count 

func (s SequenceInt16) Count(start int16, step int16) chan int16

Count is like Range, but infinite

func (SequenceInt16) Exponential 

func (s SequenceInt16) Exponential(start int16, factor int16) chan int16

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceInt16) Iterate 

func (s SequenceInt16) Iterate(val int16, f func(val int16) int16) chan int16

Iterate returns an infinite list of repeated applications of f to val

func (SequenceInt16) Range 

func (s SequenceInt16) Range(start int16, end int16, step int16) chan int16

Range generates elements from start to end with given step

func (SequenceInt16) Repeat 

func (s SequenceInt16) Repeat(val int16) chan int16

Repeat returns channel that produces val infinite times

func (SequenceInt16) Replicate 

func (s SequenceInt16) Replicate(val int16, n int) chan int16

Replicate returns channel that produces val n times

type SequenceInt32 

type SequenceInt32 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceInt32) Count 

func (s SequenceInt32) Count(start int32, step int32) chan int32

Count is like Range, but infinite

func (SequenceInt32) Exponential 

func (s SequenceInt32) Exponential(start int32, factor int32) chan int32

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceInt32) Iterate 

func (s SequenceInt32) Iterate(val int32, f func(val int32) int32) chan int32

Iterate returns an infinite list of repeated applications of f to val

func (SequenceInt32) Range 

func (s SequenceInt32) Range(start int32, end int32, step int32) chan int32

Range generates elements from start to end with given step

func (SequenceInt32) Repeat 

func (s SequenceInt32) Repeat(val int32) chan int32

Repeat returns channel that produces val infinite times

func (SequenceInt32) Replicate 

func (s SequenceInt32) Replicate(val int32, n int) chan int32

Replicate returns channel that produces val n times

type SequenceInt64 

type SequenceInt64 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceInt64) Count 

func (s SequenceInt64) Count(start int64, step int64) chan int64

Count is like Range, but infinite

func (SequenceInt64) Exponential 

func (s SequenceInt64) Exponential(start int64, factor int64) chan int64

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceInt64) Iterate 

func (s SequenceInt64) Iterate(val int64, f func(val int64) int64) chan int64

Iterate returns an infinite list of repeated applications of f to val

func (SequenceInt64) Range 

func (s SequenceInt64) Range(start int64, end int64, step int64) chan int64

Range generates elements from start to end with given step

func (SequenceInt64) Repeat 

func (s SequenceInt64) Repeat(val int64) chan int64

Repeat returns channel that produces val infinite times

func (SequenceInt64) Replicate 

func (s SequenceInt64) Replicate(val int64, n int) chan int64

Replicate returns channel that produces val n times

type SequenceInt8 

type SequenceInt8 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceInt8) Count 

func (s SequenceInt8) Count(start int8, step int8) chan int8

Count is like Range, but infinite

func (SequenceInt8) Exponential 

func (s SequenceInt8) Exponential(start int8, factor int8) chan int8

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceInt8) Iterate 

func (s SequenceInt8) Iterate(val int8, f func(val int8) int8) chan int8

Iterate returns an infinite list of repeated applications of f to val

func (SequenceInt8) Range 

func (s SequenceInt8) Range(start int8, end int8, step int8) chan int8

Range generates elements from start to end with given step

func (SequenceInt8) Repeat 

func (s SequenceInt8) Repeat(val int8) chan int8

Repeat returns channel that produces val infinite times

func (SequenceInt8) Replicate 

func (s SequenceInt8) Replicate(val int8, n int) chan int8

Replicate returns channel that produces val n times

type SequenceInterface 

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

Sequence is a set of operations to generate sequences

func (SequenceInterface) Iterate 

func (s SequenceInterface) Iterate(val interface{}, f func(val interface{}) interface{}) chan interface{}

Iterate returns an infinite list of repeated applications of f to val

func (SequenceInterface) Repeat 

func (s SequenceInterface) Repeat(val interface{}) chan interface{}

Repeat returns channel that produces val infinite times

func (SequenceInterface) Replicate 

func (s SequenceInterface) Replicate(val interface{}, n int) chan interface{}

Replicate returns channel that produces val n times

type SequenceRune 

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

Sequence is a set of operations to generate sequences

func (SequenceRune) Count 

func (s SequenceRune) Count(start rune, step rune) chan rune

Count is like Range, but infinite

func (SequenceRune) Exponential 

func (s SequenceRune) Exponential(start rune, factor rune) chan rune

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceRune) Iterate 

func (s SequenceRune) Iterate(val rune, f func(val rune) rune) chan rune

Iterate returns an infinite list of repeated applications of f to val

func (SequenceRune) Range 

func (s SequenceRune) Range(start rune, end rune, step rune) chan rune

Range generates elements from start to end with given step

func (SequenceRune) Repeat 

func (s SequenceRune) Repeat(val rune) chan rune

Repeat returns channel that produces val infinite times

func (SequenceRune) Replicate 

func (s SequenceRune) Replicate(val rune, n int) chan rune

Replicate returns channel that produces val n times

type SequenceString 

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

Sequence is a set of operations to generate sequences

func (SequenceString) Iterate 

func (s SequenceString) Iterate(val string, f func(val string) string) chan string

Iterate returns an infinite list of repeated applications of f to val

func (SequenceString) Repeat 

func (s SequenceString) Repeat(val string) chan string

Repeat returns channel that produces val infinite times

func (SequenceString) Replicate 

func (s SequenceString) Replicate(val string, n int) chan string

Replicate returns channel that produces val n times

type SequenceUint 

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

Sequence is a set of operations to generate sequences

func (SequenceUint) Count 

func (s SequenceUint) Count(start uint, step uint) chan uint

Count is like Range, but infinite

func (SequenceUint) Exponential 

func (s SequenceUint) Exponential(start uint, factor uint) chan uint

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceUint) Iterate 

func (s SequenceUint) Iterate(val uint, f func(val uint) uint) chan uint

Iterate returns an infinite list of repeated applications of f to val

func (SequenceUint) Range 

func (s SequenceUint) Range(start uint, end uint, step uint) chan uint

Range generates elements from start to end with given step

func (SequenceUint) Repeat 

func (s SequenceUint) Repeat(val uint) chan uint

Repeat returns channel that produces val infinite times

func (SequenceUint) Replicate 

func (s SequenceUint) Replicate(val uint, n int) chan uint

Replicate returns channel that produces val n times

type SequenceUint16 

type SequenceUint16 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceUint16) Count 

func (s SequenceUint16) Count(start uint16, step uint16) chan uint16

Count is like Range, but infinite

func (SequenceUint16) Exponential 

func (s SequenceUint16) Exponential(start uint16, factor uint16) chan uint16

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceUint16) Iterate 

func (s SequenceUint16) Iterate(val uint16, f func(val uint16) uint16) chan uint16

Iterate returns an infinite list of repeated applications of f to val

func (SequenceUint16) Range 

func (s SequenceUint16) Range(start uint16, end uint16, step uint16) chan uint16

Range generates elements from start to end with given step

func (SequenceUint16) Repeat 

func (s SequenceUint16) Repeat(val uint16) chan uint16

Repeat returns channel that produces val infinite times

func (SequenceUint16) Replicate 

func (s SequenceUint16) Replicate(val uint16, n int) chan uint16

Replicate returns channel that produces val n times

type SequenceUint32 

type SequenceUint32 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceUint32) Count 

func (s SequenceUint32) Count(start uint32, step uint32) chan uint32

Count is like Range, but infinite

func (SequenceUint32) Exponential 

func (s SequenceUint32) Exponential(start uint32, factor uint32) chan uint32

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceUint32) Iterate 

func (s SequenceUint32) Iterate(val uint32, f func(val uint32) uint32) chan uint32

Iterate returns an infinite list of repeated applications of f to val

func (SequenceUint32) Range 

func (s SequenceUint32) Range(start uint32, end uint32, step uint32) chan uint32

Range generates elements from start to end with given step

func (SequenceUint32) Repeat 

func (s SequenceUint32) Repeat(val uint32) chan uint32

Repeat returns channel that produces val infinite times

func (SequenceUint32) Replicate 

func (s SequenceUint32) Replicate(val uint32, n int) chan uint32

Replicate returns channel that produces val n times

type SequenceUint64 

type SequenceUint64 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceUint64) Count 

func (s SequenceUint64) Count(start uint64, step uint64) chan uint64

Count is like Range, but infinite

func (SequenceUint64) Exponential 

func (s SequenceUint64) Exponential(start uint64, factor uint64) chan uint64

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceUint64) Iterate 

func (s SequenceUint64) Iterate(val uint64, f func(val uint64) uint64) chan uint64

Iterate returns an infinite list of repeated applications of f to val

func (SequenceUint64) Range 

func (s SequenceUint64) Range(start uint64, end uint64, step uint64) chan uint64

Range generates elements from start to end with given step

func (SequenceUint64) Repeat 

func (s SequenceUint64) Repeat(val uint64) chan uint64

Repeat returns channel that produces val infinite times

func (SequenceUint64) Replicate 

func (s SequenceUint64) Replicate(val uint64, n int) chan uint64

Replicate returns channel that produces val n times

type SequenceUint8 

type SequenceUint8 struct {
	// contains filtered or unexported fields
}

Sequence is a set of operations to generate sequences

func (SequenceUint8) Count 

func (s SequenceUint8) Count(start uint8, step uint8) chan uint8

Count is like Range, but infinite

func (SequenceUint8) Exponential 

func (s SequenceUint8) Exponential(start uint8, factor uint8) chan uint8

Exponential generates elements from start with multiplication of value on factor on every step

func (SequenceUint8) Iterate 

func (s SequenceUint8) Iterate(val uint8, f func(val uint8) uint8) chan uint8

Iterate returns an infinite list of repeated applications of f to val

func (SequenceUint8) Range 

func (s SequenceUint8) Range(start uint8, end uint8, step uint8) chan uint8

Range generates elements from start to end with given step

func (SequenceUint8) Repeat 

func (s SequenceUint8) Repeat(val uint8) chan uint8

Repeat returns channel that produces val infinite times

func (SequenceUint8) Replicate 

func (s SequenceUint8) Replicate(val uint8, n int) chan uint8

Replicate returns channel that produces val n times

type SliceBool 

type SliceBool struct {
	Data []bool
}

Slice is a set of operations to work with slice

func (SliceBool) All 

func (s SliceBool) All(f func(el bool) bool) bool

All returns true if f returns true for all elements in arr

func (SliceBool) Any 

func (s SliceBool) Any(f func(el bool) bool) bool

Any returns true if f returns true for any element in arr

func (SliceBool) Choice 

func (s SliceBool) Choice(seed int64) (bool, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceBool) ChunkByBool 

func (s SliceBool) ChunkByBool(f func(el bool) bool) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByByte 

func (s SliceBool) ChunkByByte(f func(el bool) byte) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByError 

func (s SliceBool) ChunkByError(f func(el bool) error) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByFloat32 

func (s SliceBool) ChunkByFloat32(f func(el bool) float32) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByFloat64 

func (s SliceBool) ChunkByFloat64(f func(el bool) float64) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByInt 

func (s SliceBool) ChunkByInt(f func(el bool) int) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByInt16 

func (s SliceBool) ChunkByInt16(f func(el bool) int16) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByInt32 

func (s SliceBool) ChunkByInt32(f func(el bool) int32) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByInt64 

func (s SliceBool) ChunkByInt64(f func(el bool) int64) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByInt8 

func (s SliceBool) ChunkByInt8(f func(el bool) int8) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByInterface 

func (s SliceBool) ChunkByInterface(f func(el bool) interface{}) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByRune 

func (s SliceBool) ChunkByRune(f func(el bool) rune) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByString 

func (s SliceBool) ChunkByString(f func(el bool) string) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByUint 

func (s SliceBool) ChunkByUint(f func(el bool) uint) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByUint16 

func (s SliceBool) ChunkByUint16(f func(el bool) uint16) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByUint32 

func (s SliceBool) ChunkByUint32(f func(el bool) uint32) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByUint64 

func (s SliceBool) ChunkByUint64(f func(el bool) uint64) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkByUint8 

func (s SliceBool) ChunkByUint8(f func(el bool) uint8) [][]bool

ChunkBy splits arr on every element for which f returns a new value.

func (SliceBool) ChunkEvery 

func (s SliceBool) ChunkEvery(count int) ([][]bool, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceBool) Contains 

func (s SliceBool) Contains(el bool) bool

Contains returns true if el in arr.

func (SliceBool) Count 

func (s SliceBool) Count(el bool) int

Count return count of el occurences in arr.

func (SliceBool) CountBy 

func (s SliceBool) CountBy(f func(el bool) bool) int

CountBy returns how many times f returns true.

func (SliceBool) Cycle 

func (s SliceBool) Cycle() chan bool

Cycle is an infinite loop over slice

func (SliceBool) Dedup 

func (s SliceBool) Dedup() []bool

Dedup returns a given slice without consecutive duplicated elements

func (SliceBool) DedupByBool 

func (s SliceBool) DedupByBool(f func(el bool) bool) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByByte 

func (s SliceBool) DedupByByte(f func(el bool) byte) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByError 

func (s SliceBool) DedupByError(f func(el bool) error) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByFloat32 

func (s SliceBool) DedupByFloat32(f func(el bool) float32) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByFloat64 

func (s SliceBool) DedupByFloat64(f func(el bool) float64) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByInt 

func (s SliceBool) DedupByInt(f func(el bool) int) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByInt16 

func (s SliceBool) DedupByInt16(f func(el bool) int16) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByInt32 

func (s SliceBool) DedupByInt32(f func(el bool) int32) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByInt64 

func (s SliceBool) DedupByInt64(f func(el bool) int64) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByInt8 

func (s SliceBool) DedupByInt8(f func(el bool) int8) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByInterface 

func (s SliceBool) DedupByInterface(f func(el bool) interface{}) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByRune 

func (s SliceBool) DedupByRune(f func(el bool) rune) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByString 

func (s SliceBool) DedupByString(f func(el bool) string) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByUint 

func (s SliceBool) DedupByUint(f func(el bool) uint) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByUint16 

func (s SliceBool) DedupByUint16(f func(el bool) uint16) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByUint32 

func (s SliceBool) DedupByUint32(f func(el bool) uint32) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByUint64 

func (s SliceBool) DedupByUint64(f func(el bool) uint64) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) DedupByUint8 

func (s SliceBool) DedupByUint8(f func(el bool) uint8) []bool

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceBool) Delete 

func (s SliceBool) Delete(element bool) []bool

Delete deletes the first occurence of the element from the slice

func (SliceBool) DeleteAll 

func (s SliceBool) DeleteAll(element bool) []bool

DeleteAll deletes all occurences of the element from the slice

func (SliceBool) DeleteAt 

func (s SliceBool) DeleteAt(indices ...int) ([]bool, error)

DeleteAt returns the slice without elements on given positions

func (SliceBool) DropEvery 

func (s SliceBool) DropEvery(nth int, from int) ([]bool, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceBool) DropWhile 

func (s SliceBool) DropWhile(f func(el bool) bool) []bool

DropWhile drops elements from arr while f returns true

func (SliceBool) Each 

func (s SliceBool) Each(f func(el bool))

Each calls f for every element from arr

func (SliceBool) EndsWith 

func (s SliceBool) EndsWith(suffix []bool) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceBool) Equal 

func (s SliceBool) Equal(other []bool) bool

Equal returns true if slices are equal

func (SliceBool) Filter 

func (s SliceBool) Filter(f func(el bool) bool) []bool

Filter returns slice of T for which F returned true

func (SliceBool) Find 

func (s SliceBool) Find(f func(el bool) bool) (bool, error)

Find returns the first element for which f returns true

func (SliceBool) FindIndex 

func (s SliceBool) FindIndex(f func(el bool) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceBool) GroupByBool 

func (s SliceBool) GroupByBool(f func(el bool) bool) map[bool][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByByte 

func (s SliceBool) GroupByByte(f func(el bool) byte) map[byte][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByError 

func (s SliceBool) GroupByError(f func(el bool) error) map[error][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByFloat32 

func (s SliceBool) GroupByFloat32(f func(el bool) float32) map[float32][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByFloat64 

func (s SliceBool) GroupByFloat64(f func(el bool) float64) map[float64][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByInt 

func (s SliceBool) GroupByInt(f func(el bool) int) map[int][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByInt16 

func (s SliceBool) GroupByInt16(f func(el bool) int16) map[int16][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByInt32 

func (s SliceBool) GroupByInt32(f func(el bool) int32) map[int32][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByInt64 

func (s SliceBool) GroupByInt64(f func(el bool) int64) map[int64][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByInt8 

func (s SliceBool) GroupByInt8(f func(el bool) int8) map[int8][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByInterface 

func (s SliceBool) GroupByInterface(f func(el bool) interface{}) map[interface{}][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByRune 

func (s SliceBool) GroupByRune(f func(el bool) rune) map[rune][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByString 

func (s SliceBool) GroupByString(f func(el bool) string) map[string][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByUint 

func (s SliceBool) GroupByUint(f func(el bool) uint) map[uint][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByUint16 

func (s SliceBool) GroupByUint16(f func(el bool) uint16) map[uint16][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByUint32 

func (s SliceBool) GroupByUint32(f func(el bool) uint32) map[uint32][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByUint64 

func (s SliceBool) GroupByUint64(f func(el bool) uint64) map[uint64][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) GroupByUint8 

func (s SliceBool) GroupByUint8(f func(el bool) uint8) map[uint8][]bool

GroupBy groups element from array by value returned by f

func (SliceBool) InsertAt 

func (s SliceBool) InsertAt(index int, element bool) ([]bool, error)

InsertAt returns the slice with element inserted at given index.

func (SliceBool) Intersperse 

func (s SliceBool) Intersperse(el bool) []bool

Intersperse inserts el between each element of arr

func (SliceBool) Last 

func (s SliceBool) Last() (bool, error)

Last returns the last element from the slice

func (SliceBool) MapBool 

func (s SliceBool) MapBool(f func(el bool) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapByte 

func (s SliceBool) MapByte(f func(el bool) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapError 

func (s SliceBool) MapError(f func(el bool) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapFloat32 

func (s SliceBool) MapFloat32(f func(el bool) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapFloat64 

func (s SliceBool) MapFloat64(f func(el bool) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapInt 

func (s SliceBool) MapInt(f func(el bool) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapInt16 

func (s SliceBool) MapInt16(f func(el bool) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapInt32 

func (s SliceBool) MapInt32(f func(el bool) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapInt64 

func (s SliceBool) MapInt64(f func(el bool) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapInt8 

func (s SliceBool) MapInt8(f func(el bool) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapInterface 

func (s SliceBool) MapInterface(f func(el bool) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapRune 

func (s SliceBool) MapRune(f func(el bool) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapString 

func (s SliceBool) MapString(f func(el bool) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapUint 

func (s SliceBool) MapUint(f func(el bool) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapUint16 

func (s SliceBool) MapUint16(f func(el bool) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapUint32 

func (s SliceBool) MapUint32(f func(el bool) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapUint64 

func (s SliceBool) MapUint64(f func(el bool) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) MapUint8 

func (s SliceBool) MapUint8(f func(el bool) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceBool) Permutations 

func (s SliceBool) Permutations(size int) chan []bool

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceBool) Product 

func (s SliceBool) Product(repeat int) chan []bool

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceBool) ReduceBool 

func (s SliceBool) ReduceBool(acc bool, f func(el bool, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceByte 

func (s SliceBool) ReduceByte(acc byte, f func(el bool, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceError 

func (s SliceBool) ReduceError(acc error, f func(el bool, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceFloat32 

func (s SliceBool) ReduceFloat32(acc float32, f func(el bool, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceFloat64 

func (s SliceBool) ReduceFloat64(acc float64, f func(el bool, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceInt 

func (s SliceBool) ReduceInt(acc int, f func(el bool, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceInt16 

func (s SliceBool) ReduceInt16(acc int16, f func(el bool, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceInt32 

func (s SliceBool) ReduceInt32(acc int32, f func(el bool, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceInt64 

func (s SliceBool) ReduceInt64(acc int64, f func(el bool, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceInt8 

func (s SliceBool) ReduceInt8(acc int8, f func(el bool, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceInterface 

func (s SliceBool) ReduceInterface(acc interface{}, f func(el bool, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceRune 

func (s SliceBool) ReduceRune(acc rune, f func(el bool, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceString 

func (s SliceBool) ReduceString(acc string, f func(el bool, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceUint 

func (s SliceBool) ReduceUint(acc uint, f func(el bool, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceUint16 

func (s SliceBool) ReduceUint16(acc uint16, f func(el bool, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceUint32 

func (s SliceBool) ReduceUint32(acc uint32, f func(el bool, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceUint64 

func (s SliceBool) ReduceUint64(acc uint64, f func(el bool, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceUint8 

func (s SliceBool) ReduceUint8(acc uint8, f func(el bool, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceBool) ReduceWhileBool 

func (s SliceBool) ReduceWhileBool(acc bool, f func(el bool, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileByte 

func (s SliceBool) ReduceWhileByte(acc byte, f func(el bool, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileError 

func (s SliceBool) ReduceWhileError(acc error, f func(el bool, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileFloat32 

func (s SliceBool) ReduceWhileFloat32(acc float32, f func(el bool, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileFloat64 

func (s SliceBool) ReduceWhileFloat64(acc float64, f func(el bool, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileInt 

func (s SliceBool) ReduceWhileInt(acc int, f func(el bool, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileInt16 

func (s SliceBool) ReduceWhileInt16(acc int16, f func(el bool, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileInt32 

func (s SliceBool) ReduceWhileInt32(acc int32, f func(el bool, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileInt64 

func (s SliceBool) ReduceWhileInt64(acc int64, f func(el bool, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileInt8 

func (s SliceBool) ReduceWhileInt8(acc int8, f func(el bool, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileInterface 

func (s SliceBool) ReduceWhileInterface(acc interface{}, f func(el bool, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileRune 

func (s SliceBool) ReduceWhileRune(acc rune, f func(el bool, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileString 

func (s SliceBool) ReduceWhileString(acc string, f func(el bool, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileUint 

func (s SliceBool) ReduceWhileUint(acc uint, f func(el bool, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileUint16 

func (s SliceBool) ReduceWhileUint16(acc uint16, f func(el bool, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileUint32 

func (s SliceBool) ReduceWhileUint32(acc uint32, f func(el bool, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileUint64 

func (s SliceBool) ReduceWhileUint64(acc uint64, f func(el bool, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) ReduceWhileUint8 

func (s SliceBool) ReduceWhileUint8(acc uint8, f func(el bool, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceBool) Reverse 

func (s SliceBool) Reverse() []bool

Reverse returns given arr in reversed order

func (SliceBool) Same 

func (s SliceBool) Same() bool

Same returns true if all element in arr the same

func (SliceBool) ScanBool 

func (s SliceBool) ScanBool(acc bool, f func(el bool, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanByte 

func (s SliceBool) ScanByte(acc byte, f func(el bool, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanError 

func (s SliceBool) ScanError(acc error, f func(el bool, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanFloat32 

func (s SliceBool) ScanFloat32(acc float32, f func(el bool, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanFloat64 

func (s SliceBool) ScanFloat64(acc float64, f func(el bool, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanInt 

func (s SliceBool) ScanInt(acc int, f func(el bool, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanInt16 

func (s SliceBool) ScanInt16(acc int16, f func(el bool, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanInt32 

func (s SliceBool) ScanInt32(acc int32, f func(el bool, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanInt64 

func (s SliceBool) ScanInt64(acc int64, f func(el bool, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanInt8 

func (s SliceBool) ScanInt8(acc int8, f func(el bool, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanInterface 

func (s SliceBool) ScanInterface(acc interface{}, f func(el bool, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanRune 

func (s SliceBool) ScanRune(acc rune, f func(el bool, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanString 

func (s SliceBool) ScanString(acc string, f func(el bool, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanUint 

func (s SliceBool) ScanUint(acc uint, f func(el bool, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanUint16 

func (s SliceBool) ScanUint16(acc uint16, f func(el bool, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanUint32 

func (s SliceBool) ScanUint32(acc uint32, f func(el bool, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanUint64 

func (s SliceBool) ScanUint64(acc uint64, f func(el bool, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceBool) ScanUint8 

func (s SliceBool) ScanUint8(acc uint8, f func(el bool, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceBool) Shuffle 

func (s SliceBool) Shuffle(seed int64) []bool

Shuffle in random order arr elements

func (SliceBool) Split 

func (s SliceBool) Split(sep bool) [][]bool

Split splits arr by sep

func (SliceBool) StartsWith 

func (s SliceBool) StartsWith(prefix []bool) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceBool) TakeEvery 

func (s SliceBool) TakeEvery(nth int, from int) ([]bool, error)

TakeEvery returns slice of every nth elements

func (SliceBool) TakeRandom 

func (s SliceBool) TakeRandom(count int, seed int64) ([]bool, error)

TakeRandom returns slice of count random elements from the slice

func (SliceBool) TakeWhile 

func (s SliceBool) TakeWhile(f func(el bool) bool) []bool

TakeWhile takes elements from arr while f returns true

func (SliceBool) ToChannel 

func (s SliceBool) ToChannel() chan bool

ToChannel returns channel with elements from the slice

func (SliceBool) Uniq 

func (s SliceBool) Uniq() []bool

Uniq returns arr with only first occurences of every element.

func (SliceBool) Window 

func (s SliceBool) Window(size int) ([][]bool, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceBool) Without 

func (s SliceBool) Without(elements ...bool) []bool

Without returns the slice with filtered out element

type SliceByte 

type SliceByte struct {
	Data []byte
}

Slice is a set of operations to work with slice

func (SliceByte) All 

func (s SliceByte) All(f func(el byte) bool) bool

All returns true if f returns true for all elements in arr

func (SliceByte) Any 

func (s SliceByte) Any(f func(el byte) bool) bool

Any returns true if f returns true for any element in arr

func (SliceByte) Choice 

func (s SliceByte) Choice(seed int64) (byte, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceByte) ChunkByBool 

func (s SliceByte) ChunkByBool(f func(el byte) bool) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByByte 

func (s SliceByte) ChunkByByte(f func(el byte) byte) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByError 

func (s SliceByte) ChunkByError(f func(el byte) error) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByFloat32 

func (s SliceByte) ChunkByFloat32(f func(el byte) float32) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByFloat64 

func (s SliceByte) ChunkByFloat64(f func(el byte) float64) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByInt 

func (s SliceByte) ChunkByInt(f func(el byte) int) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByInt16 

func (s SliceByte) ChunkByInt16(f func(el byte) int16) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByInt32 

func (s SliceByte) ChunkByInt32(f func(el byte) int32) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByInt64 

func (s SliceByte) ChunkByInt64(f func(el byte) int64) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByInt8 

func (s SliceByte) ChunkByInt8(f func(el byte) int8) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByInterface 

func (s SliceByte) ChunkByInterface(f func(el byte) interface{}) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByRune 

func (s SliceByte) ChunkByRune(f func(el byte) rune) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByString 

func (s SliceByte) ChunkByString(f func(el byte) string) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByUint 

func (s SliceByte) ChunkByUint(f func(el byte) uint) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByUint16 

func (s SliceByte) ChunkByUint16(f func(el byte) uint16) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByUint32 

func (s SliceByte) ChunkByUint32(f func(el byte) uint32) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByUint64 

func (s SliceByte) ChunkByUint64(f func(el byte) uint64) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkByUint8 

func (s SliceByte) ChunkByUint8(f func(el byte) uint8) [][]byte

ChunkBy splits arr on every element for which f returns a new value.

func (SliceByte) ChunkEvery 

func (s SliceByte) ChunkEvery(count int) ([][]byte, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceByte) Contains 

func (s SliceByte) Contains(el byte) bool

Contains returns true if el in arr.

func (SliceByte) Count 

func (s SliceByte) Count(el byte) int

Count return count of el occurences in arr.

func (SliceByte) CountBy 

func (s SliceByte) CountBy(f func(el byte) bool) int

CountBy returns how many times f returns true.

func (SliceByte) Cycle 

func (s SliceByte) Cycle() chan byte

Cycle is an infinite loop over slice

func (SliceByte) Dedup 

func (s SliceByte) Dedup() []byte

Dedup returns a given slice without consecutive duplicated elements

func (SliceByte) DedupByBool 

func (s SliceByte) DedupByBool(f func(el byte) bool) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByByte 

func (s SliceByte) DedupByByte(f func(el byte) byte) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByError 

func (s SliceByte) DedupByError(f func(el byte) error) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByFloat32 

func (s SliceByte) DedupByFloat32(f func(el byte) float32) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByFloat64 

func (s SliceByte) DedupByFloat64(f func(el byte) float64) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByInt 

func (s SliceByte) DedupByInt(f func(el byte) int) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByInt16 

func (s SliceByte) DedupByInt16(f func(el byte) int16) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByInt32 

func (s SliceByte) DedupByInt32(f func(el byte) int32) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByInt64 

func (s SliceByte) DedupByInt64(f func(el byte) int64) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByInt8 

func (s SliceByte) DedupByInt8(f func(el byte) int8) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByInterface 

func (s SliceByte) DedupByInterface(f func(el byte) interface{}) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByRune 

func (s SliceByte) DedupByRune(f func(el byte) rune) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByString 

func (s SliceByte) DedupByString(f func(el byte) string) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByUint 

func (s SliceByte) DedupByUint(f func(el byte) uint) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByUint16 

func (s SliceByte) DedupByUint16(f func(el byte) uint16) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByUint32 

func (s SliceByte) DedupByUint32(f func(el byte) uint32) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByUint64 

func (s SliceByte) DedupByUint64(f func(el byte) uint64) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) DedupByUint8 

func (s SliceByte) DedupByUint8(f func(el byte) uint8) []byte

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceByte) Delete 

func (s SliceByte) Delete(element byte) []byte

Delete deletes the first occurence of the element from the slice

func (SliceByte) DeleteAll 

func (s SliceByte) DeleteAll(element byte) []byte

DeleteAll deletes all occurences of the element from the slice

func (SliceByte) DeleteAt 

func (s SliceByte) DeleteAt(indices ...int) ([]byte, error)

DeleteAt returns the slice without elements on given positions

func (SliceByte) DropEvery 

func (s SliceByte) DropEvery(nth int, from int) ([]byte, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceByte) DropWhile 

func (s SliceByte) DropWhile(f func(el byte) bool) []byte

DropWhile drops elements from arr while f returns true

func (SliceByte) Each 

func (s SliceByte) Each(f func(el byte))

Each calls f for every element from arr

func (SliceByte) EndsWith 

func (s SliceByte) EndsWith(suffix []byte) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceByte) Equal 

func (s SliceByte) Equal(other []byte) bool

Equal returns true if slices are equal

func (SliceByte) Filter 

func (s SliceByte) Filter(f func(el byte) bool) []byte

Filter returns slice of T for which F returned true

func (SliceByte) Find 

func (s SliceByte) Find(f func(el byte) bool) (byte, error)

Find returns the first element for which f returns true

func (SliceByte) FindIndex 

func (s SliceByte) FindIndex(f func(el byte) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceByte) GroupByBool 

func (s SliceByte) GroupByBool(f func(el byte) bool) map[bool][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByByte 

func (s SliceByte) GroupByByte(f func(el byte) byte) map[byte][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByError 

func (s SliceByte) GroupByError(f func(el byte) error) map[error][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByFloat32 

func (s SliceByte) GroupByFloat32(f func(el byte) float32) map[float32][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByFloat64 

func (s SliceByte) GroupByFloat64(f func(el byte) float64) map[float64][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByInt 

func (s SliceByte) GroupByInt(f func(el byte) int) map[int][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByInt16 

func (s SliceByte) GroupByInt16(f func(el byte) int16) map[int16][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByInt32 

func (s SliceByte) GroupByInt32(f func(el byte) int32) map[int32][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByInt64 

func (s SliceByte) GroupByInt64(f func(el byte) int64) map[int64][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByInt8 

func (s SliceByte) GroupByInt8(f func(el byte) int8) map[int8][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByInterface 

func (s SliceByte) GroupByInterface(f func(el byte) interface{}) map[interface{}][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByRune 

func (s SliceByte) GroupByRune(f func(el byte) rune) map[rune][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByString 

func (s SliceByte) GroupByString(f func(el byte) string) map[string][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByUint 

func (s SliceByte) GroupByUint(f func(el byte) uint) map[uint][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByUint16 

func (s SliceByte) GroupByUint16(f func(el byte) uint16) map[uint16][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByUint32 

func (s SliceByte) GroupByUint32(f func(el byte) uint32) map[uint32][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByUint64 

func (s SliceByte) GroupByUint64(f func(el byte) uint64) map[uint64][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) GroupByUint8 

func (s SliceByte) GroupByUint8(f func(el byte) uint8) map[uint8][]byte

GroupBy groups element from array by value returned by f

func (SliceByte) InsertAt 

func (s SliceByte) InsertAt(index int, element byte) ([]byte, error)

InsertAt returns the slice with element inserted at given index.

func (SliceByte) Intersperse 

func (s SliceByte) Intersperse(el byte) []byte

Intersperse inserts el between each element of arr

func (SliceByte) Join 

func (s SliceByte) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceByte) Last 

func (s SliceByte) Last() (byte, error)

Last returns the last element from the slice

func (SliceByte) MapBool 

func (s SliceByte) MapBool(f func(el byte) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapByte 

func (s SliceByte) MapByte(f func(el byte) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapError 

func (s SliceByte) MapError(f func(el byte) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapFloat32 

func (s SliceByte) MapFloat32(f func(el byte) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapFloat64 

func (s SliceByte) MapFloat64(f func(el byte) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapInt 

func (s SliceByte) MapInt(f func(el byte) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapInt16 

func (s SliceByte) MapInt16(f func(el byte) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapInt32 

func (s SliceByte) MapInt32(f func(el byte) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapInt64 

func (s SliceByte) MapInt64(f func(el byte) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapInt8 

func (s SliceByte) MapInt8(f func(el byte) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapInterface 

func (s SliceByte) MapInterface(f func(el byte) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapRune 

func (s SliceByte) MapRune(f func(el byte) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapString 

func (s SliceByte) MapString(f func(el byte) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapUint 

func (s SliceByte) MapUint(f func(el byte) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapUint16 

func (s SliceByte) MapUint16(f func(el byte) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapUint32 

func (s SliceByte) MapUint32(f func(el byte) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapUint64 

func (s SliceByte) MapUint64(f func(el byte) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) MapUint8 

func (s SliceByte) MapUint8(f func(el byte) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceByte) Max 

func (s SliceByte) Max() (byte, error)

Max returns the maximal element from arr

func (SliceByte) Min 

func (s SliceByte) Min() (byte, error)

Min returns the minimal element from arr

func (SliceByte) Permutations 

func (s SliceByte) Permutations(size int) chan []byte

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceByte) Product 

func (s SliceByte) Product(repeat int) chan []byte

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceByte) ReduceBool 

func (s SliceByte) ReduceBool(acc bool, f func(el byte, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceByte 

func (s SliceByte) ReduceByte(acc byte, f func(el byte, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceError 

func (s SliceByte) ReduceError(acc error, f func(el byte, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceFloat32 

func (s SliceByte) ReduceFloat32(acc float32, f func(el byte, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceFloat64 

func (s SliceByte) ReduceFloat64(acc float64, f func(el byte, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceInt 

func (s SliceByte) ReduceInt(acc int, f func(el byte, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceInt16 

func (s SliceByte) ReduceInt16(acc int16, f func(el byte, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceInt32 

func (s SliceByte) ReduceInt32(acc int32, f func(el byte, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceInt64 

func (s SliceByte) ReduceInt64(acc int64, f func(el byte, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceInt8 

func (s SliceByte) ReduceInt8(acc int8, f func(el byte, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceInterface 

func (s SliceByte) ReduceInterface(acc interface{}, f func(el byte, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceRune 

func (s SliceByte) ReduceRune(acc rune, f func(el byte, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceString 

func (s SliceByte) ReduceString(acc string, f func(el byte, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceUint 

func (s SliceByte) ReduceUint(acc uint, f func(el byte, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceUint16 

func (s SliceByte) ReduceUint16(acc uint16, f func(el byte, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceUint32 

func (s SliceByte) ReduceUint32(acc uint32, f func(el byte, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceUint64 

func (s SliceByte) ReduceUint64(acc uint64, f func(el byte, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceUint8 

func (s SliceByte) ReduceUint8(acc uint8, f func(el byte, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceByte) ReduceWhileBool 

func (s SliceByte) ReduceWhileBool(acc bool, f func(el byte, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileByte 

func (s SliceByte) ReduceWhileByte(acc byte, f func(el byte, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileError 

func (s SliceByte) ReduceWhileError(acc error, f func(el byte, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileFloat32 

func (s SliceByte) ReduceWhileFloat32(acc float32, f func(el byte, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileFloat64 

func (s SliceByte) ReduceWhileFloat64(acc float64, f func(el byte, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileInt 

func (s SliceByte) ReduceWhileInt(acc int, f func(el byte, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileInt16 

func (s SliceByte) ReduceWhileInt16(acc int16, f func(el byte, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileInt32 

func (s SliceByte) ReduceWhileInt32(acc int32, f func(el byte, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileInt64 

func (s SliceByte) ReduceWhileInt64(acc int64, f func(el byte, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileInt8 

func (s SliceByte) ReduceWhileInt8(acc int8, f func(el byte, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileInterface 

func (s SliceByte) ReduceWhileInterface(acc interface{}, f func(el byte, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileRune 

func (s SliceByte) ReduceWhileRune(acc rune, f func(el byte, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileString 

func (s SliceByte) ReduceWhileString(acc string, f func(el byte, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileUint 

func (s SliceByte) ReduceWhileUint(acc uint, f func(el byte, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileUint16 

func (s SliceByte) ReduceWhileUint16(acc uint16, f func(el byte, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileUint32 

func (s SliceByte) ReduceWhileUint32(acc uint32, f func(el byte, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileUint64 

func (s SliceByte) ReduceWhileUint64(acc uint64, f func(el byte, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) ReduceWhileUint8 

func (s SliceByte) ReduceWhileUint8(acc uint8, f func(el byte, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceByte) Reverse 

func (s SliceByte) Reverse() []byte

Reverse returns given arr in reversed order

func (SliceByte) Same 

func (s SliceByte) Same() bool

Same returns true if all element in arr the same

func (SliceByte) ScanBool 

func (s SliceByte) ScanBool(acc bool, f func(el byte, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanByte 

func (s SliceByte) ScanByte(acc byte, f func(el byte, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanError 

func (s SliceByte) ScanError(acc error, f func(el byte, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanFloat32 

func (s SliceByte) ScanFloat32(acc float32, f func(el byte, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanFloat64 

func (s SliceByte) ScanFloat64(acc float64, f func(el byte, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanInt 

func (s SliceByte) ScanInt(acc int, f func(el byte, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanInt16 

func (s SliceByte) ScanInt16(acc int16, f func(el byte, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanInt32 

func (s SliceByte) ScanInt32(acc int32, f func(el byte, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanInt64 

func (s SliceByte) ScanInt64(acc int64, f func(el byte, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanInt8 

func (s SliceByte) ScanInt8(acc int8, f func(el byte, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanInterface 

func (s SliceByte) ScanInterface(acc interface{}, f func(el byte, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanRune 

func (s SliceByte) ScanRune(acc rune, f func(el byte, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanString 

func (s SliceByte) ScanString(acc string, f func(el byte, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanUint 

func (s SliceByte) ScanUint(acc uint, f func(el byte, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanUint16 

func (s SliceByte) ScanUint16(acc uint16, f func(el byte, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanUint32 

func (s SliceByte) ScanUint32(acc uint32, f func(el byte, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanUint64 

func (s SliceByte) ScanUint64(acc uint64, f func(el byte, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceByte) ScanUint8 

func (s SliceByte) ScanUint8(acc uint8, f func(el byte, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceByte) Shuffle 

func (s SliceByte) Shuffle(seed int64) []byte

Shuffle in random order arr elements

func (SliceByte) Sort 

func (s SliceByte) Sort() []byte

Sort returns sorted slice

func (SliceByte) Sorted 

func (s SliceByte) Sorted() bool

Sorted returns true if slice is sorted

func (SliceByte) Split 

func (s SliceByte) Split(sep byte) [][]byte

Split splits arr by sep

func (SliceByte) StartsWith 

func (s SliceByte) StartsWith(prefix []byte) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceByte) Sum 

func (s SliceByte) Sum() byte

Sum return sum of all elements from arr

func (SliceByte) TakeEvery 

func (s SliceByte) TakeEvery(nth int, from int) ([]byte, error)

TakeEvery returns slice of every nth elements

func (SliceByte) TakeRandom 

func (s SliceByte) TakeRandom(count int, seed int64) ([]byte, error)

TakeRandom returns slice of count random elements from the slice

func (SliceByte) TakeWhile 

func (s SliceByte) TakeWhile(f func(el byte) bool) []byte

TakeWhile takes elements from arr while f returns true

func (SliceByte) ToChannel 

func (s SliceByte) ToChannel() chan byte

ToChannel returns channel with elements from the slice

func (SliceByte) Uniq 

func (s SliceByte) Uniq() []byte

Uniq returns arr with only first occurences of every element.

func (SliceByte) Window 

func (s SliceByte) Window(size int) ([][]byte, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceByte) Without 

func (s SliceByte) Without(elements ...byte) []byte

Without returns the slice with filtered out element

type SliceError 

type SliceError struct {
	Data []error
}

Slice is a set of operations to work with slice

func (SliceError) All 

func (s SliceError) All(f func(el error) bool) bool

All returns true if f returns true for all elements in arr

func (SliceError) Any 

func (s SliceError) Any(f func(el error) bool) bool

Any returns true if f returns true for any element in arr

func (SliceError) Choice 

func (s SliceError) Choice(seed int64) (error, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceError) ChunkByBool 

func (s SliceError) ChunkByBool(f func(el error) bool) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByByte 

func (s SliceError) ChunkByByte(f func(el error) byte) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByError 

func (s SliceError) ChunkByError(f func(el error) error) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByFloat32 

func (s SliceError) ChunkByFloat32(f func(el error) float32) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByFloat64 

func (s SliceError) ChunkByFloat64(f func(el error) float64) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByInt 

func (s SliceError) ChunkByInt(f func(el error) int) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByInt16 

func (s SliceError) ChunkByInt16(f func(el error) int16) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByInt32 

func (s SliceError) ChunkByInt32(f func(el error) int32) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByInt64 

func (s SliceError) ChunkByInt64(f func(el error) int64) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByInt8 

func (s SliceError) ChunkByInt8(f func(el error) int8) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByInterface 

func (s SliceError) ChunkByInterface(f func(el error) interface{}) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByRune 

func (s SliceError) ChunkByRune(f func(el error) rune) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByString 

func (s SliceError) ChunkByString(f func(el error) string) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByUint 

func (s SliceError) ChunkByUint(f func(el error) uint) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByUint16 

func (s SliceError) ChunkByUint16(f func(el error) uint16) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByUint32 

func (s SliceError) ChunkByUint32(f func(el error) uint32) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByUint64 

func (s SliceError) ChunkByUint64(f func(el error) uint64) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkByUint8 

func (s SliceError) ChunkByUint8(f func(el error) uint8) [][]error

ChunkBy splits arr on every element for which f returns a new value.

func (SliceError) ChunkEvery 

func (s SliceError) ChunkEvery(count int) ([][]error, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceError) Contains 

func (s SliceError) Contains(el error) bool

Contains returns true if el in arr.

func (SliceError) Count 

func (s SliceError) Count(el error) int

Count return count of el occurences in arr.

func (SliceError) CountBy 

func (s SliceError) CountBy(f func(el error) bool) int

CountBy returns how many times f returns true.

func (SliceError) Cycle 

func (s SliceError) Cycle() chan error

Cycle is an infinite loop over slice

func (SliceError) Dedup 

func (s SliceError) Dedup() []error

Dedup returns a given slice without consecutive duplicated elements

func (SliceError) DedupByBool 

func (s SliceError) DedupByBool(f func(el error) bool) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByByte 

func (s SliceError) DedupByByte(f func(el error) byte) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByError 

func (s SliceError) DedupByError(f func(el error) error) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByFloat32 

func (s SliceError) DedupByFloat32(f func(el error) float32) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByFloat64 

func (s SliceError) DedupByFloat64(f func(el error) float64) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByInt 

func (s SliceError) DedupByInt(f func(el error) int) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByInt16 

func (s SliceError) DedupByInt16(f func(el error) int16) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByInt32 

func (s SliceError) DedupByInt32(f func(el error) int32) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByInt64 

func (s SliceError) DedupByInt64(f func(el error) int64) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByInt8 

func (s SliceError) DedupByInt8(f func(el error) int8) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByInterface 

func (s SliceError) DedupByInterface(f func(el error) interface{}) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByRune 

func (s SliceError) DedupByRune(f func(el error) rune) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByString 

func (s SliceError) DedupByString(f func(el error) string) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByUint 

func (s SliceError) DedupByUint(f func(el error) uint) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByUint16 

func (s SliceError) DedupByUint16(f func(el error) uint16) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByUint32 

func (s SliceError) DedupByUint32(f func(el error) uint32) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByUint64 

func (s SliceError) DedupByUint64(f func(el error) uint64) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) DedupByUint8 

func (s SliceError) DedupByUint8(f func(el error) uint8) []error

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceError) Delete 

func (s SliceError) Delete(element error) []error

Delete deletes the first occurence of the element from the slice

func (SliceError) DeleteAll 

func (s SliceError) DeleteAll(element error) []error

DeleteAll deletes all occurences of the element from the slice

func (SliceError) DeleteAt 

func (s SliceError) DeleteAt(indices ...int) ([]error, error)

DeleteAt returns the slice without elements on given positions

func (SliceError) DropEvery 

func (s SliceError) DropEvery(nth int, from int) ([]error, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceError) DropWhile 

func (s SliceError) DropWhile(f func(el error) bool) []error

DropWhile drops elements from arr while f returns true

func (SliceError) Each 

func (s SliceError) Each(f func(el error))

Each calls f for every element from arr

func (SliceError) EndsWith 

func (s SliceError) EndsWith(suffix []error) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceError) Equal 

func (s SliceError) Equal(other []error) bool

Equal returns true if slices are equal

func (SliceError) Filter 

func (s SliceError) Filter(f func(el error) bool) []error

Filter returns slice of T for which F returned true

func (SliceError) Find 

func (s SliceError) Find(f func(el error) bool) (error, error)

Find returns the first element for which f returns true

func (SliceError) FindIndex 

func (s SliceError) FindIndex(f func(el error) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceError) GroupByBool 

func (s SliceError) GroupByBool(f func(el error) bool) map[bool][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByByte 

func (s SliceError) GroupByByte(f func(el error) byte) map[byte][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByError 

func (s SliceError) GroupByError(f func(el error) error) map[error][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByFloat32 

func (s SliceError) GroupByFloat32(f func(el error) float32) map[float32][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByFloat64 

func (s SliceError) GroupByFloat64(f func(el error) float64) map[float64][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByInt 

func (s SliceError) GroupByInt(f func(el error) int) map[int][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByInt16 

func (s SliceError) GroupByInt16(f func(el error) int16) map[int16][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByInt32 

func (s SliceError) GroupByInt32(f func(el error) int32) map[int32][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByInt64 

func (s SliceError) GroupByInt64(f func(el error) int64) map[int64][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByInt8 

func (s SliceError) GroupByInt8(f func(el error) int8) map[int8][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByInterface 

func (s SliceError) GroupByInterface(f func(el error) interface{}) map[interface{}][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByRune 

func (s SliceError) GroupByRune(f func(el error) rune) map[rune][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByString 

func (s SliceError) GroupByString(f func(el error) string) map[string][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByUint 

func (s SliceError) GroupByUint(f func(el error) uint) map[uint][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByUint16 

func (s SliceError) GroupByUint16(f func(el error) uint16) map[uint16][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByUint32 

func (s SliceError) GroupByUint32(f func(el error) uint32) map[uint32][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByUint64 

func (s SliceError) GroupByUint64(f func(el error) uint64) map[uint64][]error

GroupBy groups element from array by value returned by f

func (SliceError) GroupByUint8 

func (s SliceError) GroupByUint8(f func(el error) uint8) map[uint8][]error

GroupBy groups element from array by value returned by f

func (SliceError) InsertAt 

func (s SliceError) InsertAt(index int, element error) ([]error, error)

InsertAt returns the slice with element inserted at given index.

func (SliceError) Intersperse 

func (s SliceError) Intersperse(el error) []error

Intersperse inserts el between each element of arr

func (SliceError) Join 

func (s SliceError) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceError) Last 

func (s SliceError) Last() (error, error)

Last returns the last element from the slice

func (SliceError) MapBool 

func (s SliceError) MapBool(f func(el error) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapByte 

func (s SliceError) MapByte(f func(el error) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapError 

func (s SliceError) MapError(f func(el error) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapFloat32 

func (s SliceError) MapFloat32(f func(el error) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapFloat64 

func (s SliceError) MapFloat64(f func(el error) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapInt 

func (s SliceError) MapInt(f func(el error) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapInt16 

func (s SliceError) MapInt16(f func(el error) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapInt32 

func (s SliceError) MapInt32(f func(el error) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapInt64 

func (s SliceError) MapInt64(f func(el error) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapInt8 

func (s SliceError) MapInt8(f func(el error) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapInterface 

func (s SliceError) MapInterface(f func(el error) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapRune 

func (s SliceError) MapRune(f func(el error) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapString 

func (s SliceError) MapString(f func(el error) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapUint 

func (s SliceError) MapUint(f func(el error) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapUint16 

func (s SliceError) MapUint16(f func(el error) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapUint32 

func (s SliceError) MapUint32(f func(el error) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapUint64 

func (s SliceError) MapUint64(f func(el error) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) MapUint8 

func (s SliceError) MapUint8(f func(el error) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceError) Permutations 

func (s SliceError) Permutations(size int) chan []error

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceError) Product 

func (s SliceError) Product(repeat int) chan []error

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceError) ReduceBool 

func (s SliceError) ReduceBool(acc bool, f func(el error, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceByte 

func (s SliceError) ReduceByte(acc byte, f func(el error, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceError 

func (s SliceError) ReduceError(acc error, f func(el error, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceFloat32 

func (s SliceError) ReduceFloat32(acc float32, f func(el error, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceFloat64 

func (s SliceError) ReduceFloat64(acc float64, f func(el error, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceInt 

func (s SliceError) ReduceInt(acc int, f func(el error, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceInt16 

func (s SliceError) ReduceInt16(acc int16, f func(el error, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceInt32 

func (s SliceError) ReduceInt32(acc int32, f func(el error, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceInt64 

func (s SliceError) ReduceInt64(acc int64, f func(el error, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceInt8 

func (s SliceError) ReduceInt8(acc int8, f func(el error, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceInterface 

func (s SliceError) ReduceInterface(acc interface{}, f func(el error, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceRune 

func (s SliceError) ReduceRune(acc rune, f func(el error, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceString 

func (s SliceError) ReduceString(acc string, f func(el error, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceUint 

func (s SliceError) ReduceUint(acc uint, f func(el error, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceUint16 

func (s SliceError) ReduceUint16(acc uint16, f func(el error, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceUint32 

func (s SliceError) ReduceUint32(acc uint32, f func(el error, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceUint64 

func (s SliceError) ReduceUint64(acc uint64, f func(el error, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceUint8 

func (s SliceError) ReduceUint8(acc uint8, f func(el error, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceError) ReduceWhileBool 

func (s SliceError) ReduceWhileBool(acc bool, f func(el error, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileByte 

func (s SliceError) ReduceWhileByte(acc byte, f func(el error, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileError 

func (s SliceError) ReduceWhileError(acc error, f func(el error, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileFloat32 

func (s SliceError) ReduceWhileFloat32(acc float32, f func(el error, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileFloat64 

func (s SliceError) ReduceWhileFloat64(acc float64, f func(el error, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileInt 

func (s SliceError) ReduceWhileInt(acc int, f func(el error, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileInt16 

func (s SliceError) ReduceWhileInt16(acc int16, f func(el error, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileInt32 

func (s SliceError) ReduceWhileInt32(acc int32, f func(el error, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileInt64 

func (s SliceError) ReduceWhileInt64(acc int64, f func(el error, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileInt8 

func (s SliceError) ReduceWhileInt8(acc int8, f func(el error, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileInterface 

func (s SliceError) ReduceWhileInterface(acc interface{}, f func(el error, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileRune 

func (s SliceError) ReduceWhileRune(acc rune, f func(el error, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileString 

func (s SliceError) ReduceWhileString(acc string, f func(el error, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileUint 

func (s SliceError) ReduceWhileUint(acc uint, f func(el error, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileUint16 

func (s SliceError) ReduceWhileUint16(acc uint16, f func(el error, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileUint32 

func (s SliceError) ReduceWhileUint32(acc uint32, f func(el error, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileUint64 

func (s SliceError) ReduceWhileUint64(acc uint64, f func(el error, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) ReduceWhileUint8 

func (s SliceError) ReduceWhileUint8(acc uint8, f func(el error, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceError) Reverse 

func (s SliceError) Reverse() []error

Reverse returns given arr in reversed order

func (SliceError) Same 

func (s SliceError) Same() bool

Same returns true if all element in arr the same

func (SliceError) ScanBool 

func (s SliceError) ScanBool(acc bool, f func(el error, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanByte 

func (s SliceError) ScanByte(acc byte, f func(el error, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanError 

func (s SliceError) ScanError(acc error, f func(el error, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanFloat32 

func (s SliceError) ScanFloat32(acc float32, f func(el error, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanFloat64 

func (s SliceError) ScanFloat64(acc float64, f func(el error, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanInt 

func (s SliceError) ScanInt(acc int, f func(el error, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanInt16 

func (s SliceError) ScanInt16(acc int16, f func(el error, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanInt32 

func (s SliceError) ScanInt32(acc int32, f func(el error, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanInt64 

func (s SliceError) ScanInt64(acc int64, f func(el error, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanInt8 

func (s SliceError) ScanInt8(acc int8, f func(el error, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanInterface 

func (s SliceError) ScanInterface(acc interface{}, f func(el error, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanRune 

func (s SliceError) ScanRune(acc rune, f func(el error, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanString 

func (s SliceError) ScanString(acc string, f func(el error, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanUint 

func (s SliceError) ScanUint(acc uint, f func(el error, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanUint16 

func (s SliceError) ScanUint16(acc uint16, f func(el error, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanUint32 

func (s SliceError) ScanUint32(acc uint32, f func(el error, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanUint64 

func (s SliceError) ScanUint64(acc uint64, f func(el error, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceError) ScanUint8 

func (s SliceError) ScanUint8(acc uint8, f func(el error, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceError) Shuffle 

func (s SliceError) Shuffle(seed int64) []error

Shuffle in random order arr elements

func (SliceError) Split 

func (s SliceError) Split(sep error) [][]error

Split splits arr by sep

func (SliceError) StartsWith 

func (s SliceError) StartsWith(prefix []error) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceError) TakeEvery 

func (s SliceError) TakeEvery(nth int, from int) ([]error, error)

TakeEvery returns slice of every nth elements

func (SliceError) TakeRandom 

func (s SliceError) TakeRandom(count int, seed int64) ([]error, error)

TakeRandom returns slice of count random elements from the slice

func (SliceError) TakeWhile 

func (s SliceError) TakeWhile(f func(el error) bool) []error

TakeWhile takes elements from arr while f returns true

func (SliceError) ToChannel 

func (s SliceError) ToChannel() chan error

ToChannel returns channel with elements from the slice

func (SliceError) Uniq 

func (s SliceError) Uniq() []error

Uniq returns arr with only first occurences of every element.

func (SliceError) Window 

func (s SliceError) Window(size int) ([][]error, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceError) Without 

func (s SliceError) Without(elements ...error) []error

Without returns the slice with filtered out element

type SliceFloat32 

type SliceFloat32 struct {
	Data []float32
}

Slice is a set of operations to work with slice

func (SliceFloat32) All 

func (s SliceFloat32) All(f func(el float32) bool) bool

All returns true if f returns true for all elements in arr

func (SliceFloat32) Any 

func (s SliceFloat32) Any(f func(el float32) bool) bool

Any returns true if f returns true for any element in arr

func (SliceFloat32) Choice 

func (s SliceFloat32) Choice(seed int64) (float32, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceFloat32) ChunkByBool 

func (s SliceFloat32) ChunkByBool(f func(el float32) bool) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByByte 

func (s SliceFloat32) ChunkByByte(f func(el float32) byte) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByError 

func (s SliceFloat32) ChunkByError(f func(el float32) error) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByFloat32 

func (s SliceFloat32) ChunkByFloat32(f func(el float32) float32) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByFloat64 

func (s SliceFloat32) ChunkByFloat64(f func(el float32) float64) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByInt 

func (s SliceFloat32) ChunkByInt(f func(el float32) int) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByInt16 

func (s SliceFloat32) ChunkByInt16(f func(el float32) int16) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByInt32 

func (s SliceFloat32) ChunkByInt32(f func(el float32) int32) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByInt64 

func (s SliceFloat32) ChunkByInt64(f func(el float32) int64) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByInt8 

func (s SliceFloat32) ChunkByInt8(f func(el float32) int8) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByInterface 

func (s SliceFloat32) ChunkByInterface(f func(el float32) interface{}) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByRune 

func (s SliceFloat32) ChunkByRune(f func(el float32) rune) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByString 

func (s SliceFloat32) ChunkByString(f func(el float32) string) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByUint 

func (s SliceFloat32) ChunkByUint(f func(el float32) uint) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByUint16 

func (s SliceFloat32) ChunkByUint16(f func(el float32) uint16) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByUint32 

func (s SliceFloat32) ChunkByUint32(f func(el float32) uint32) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByUint64 

func (s SliceFloat32) ChunkByUint64(f func(el float32) uint64) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkByUint8 

func (s SliceFloat32) ChunkByUint8(f func(el float32) uint8) [][]float32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat32) ChunkEvery 

func (s SliceFloat32) ChunkEvery(count int) ([][]float32, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceFloat32) Contains 

func (s SliceFloat32) Contains(el float32) bool

Contains returns true if el in arr.

func (SliceFloat32) Count 

func (s SliceFloat32) Count(el float32) int

Count return count of el occurences in arr.

func (SliceFloat32) CountBy 

func (s SliceFloat32) CountBy(f func(el float32) bool) int

CountBy returns how many times f returns true.

func (SliceFloat32) Cycle 

func (s SliceFloat32) Cycle() chan float32

Cycle is an infinite loop over slice

func (SliceFloat32) Dedup 

func (s SliceFloat32) Dedup() []float32

Dedup returns a given slice without consecutive duplicated elements

func (SliceFloat32) DedupByBool 

func (s SliceFloat32) DedupByBool(f func(el float32) bool) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByByte 

func (s SliceFloat32) DedupByByte(f func(el float32) byte) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByError 

func (s SliceFloat32) DedupByError(f func(el float32) error) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByFloat32 

func (s SliceFloat32) DedupByFloat32(f func(el float32) float32) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByFloat64 

func (s SliceFloat32) DedupByFloat64(f func(el float32) float64) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByInt 

func (s SliceFloat32) DedupByInt(f func(el float32) int) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByInt16 

func (s SliceFloat32) DedupByInt16(f func(el float32) int16) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByInt32 

func (s SliceFloat32) DedupByInt32(f func(el float32) int32) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByInt64 

func (s SliceFloat32) DedupByInt64(f func(el float32) int64) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByInt8 

func (s SliceFloat32) DedupByInt8(f func(el float32) int8) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByInterface 

func (s SliceFloat32) DedupByInterface(f func(el float32) interface{}) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByRune 

func (s SliceFloat32) DedupByRune(f func(el float32) rune) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByString 

func (s SliceFloat32) DedupByString(f func(el float32) string) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByUint 

func (s SliceFloat32) DedupByUint(f func(el float32) uint) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByUint16 

func (s SliceFloat32) DedupByUint16(f func(el float32) uint16) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByUint32 

func (s SliceFloat32) DedupByUint32(f func(el float32) uint32) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByUint64 

func (s SliceFloat32) DedupByUint64(f func(el float32) uint64) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) DedupByUint8 

func (s SliceFloat32) DedupByUint8(f func(el float32) uint8) []float32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat32) Delete 

func (s SliceFloat32) Delete(element float32) []float32

Delete deletes the first occurence of the element from the slice

func (SliceFloat32) DeleteAll 

func (s SliceFloat32) DeleteAll(element float32) []float32

DeleteAll deletes all occurences of the element from the slice

func (SliceFloat32) DeleteAt 

func (s SliceFloat32) DeleteAt(indices ...int) ([]float32, error)

DeleteAt returns the slice without elements on given positions

func (SliceFloat32) DropEvery 

func (s SliceFloat32) DropEvery(nth int, from int) ([]float32, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceFloat32) DropWhile 

func (s SliceFloat32) DropWhile(f func(el float32) bool) []float32

DropWhile drops elements from arr while f returns true

func (SliceFloat32) Each 

func (s SliceFloat32) Each(f func(el float32))

Each calls f for every element from arr

func (SliceFloat32) EndsWith 

func (s SliceFloat32) EndsWith(suffix []float32) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceFloat32) Equal 

func (s SliceFloat32) Equal(other []float32) bool

Equal returns true if slices are equal

func (SliceFloat32) Filter 

func (s SliceFloat32) Filter(f func(el float32) bool) []float32

Filter returns slice of T for which F returned true

func (SliceFloat32) Find 

func (s SliceFloat32) Find(f func(el float32) bool) (float32, error)

Find returns the first element for which f returns true

func (SliceFloat32) FindIndex 

func (s SliceFloat32) FindIndex(f func(el float32) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceFloat32) GroupByBool 

func (s SliceFloat32) GroupByBool(f func(el float32) bool) map[bool][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByByte 

func (s SliceFloat32) GroupByByte(f func(el float32) byte) map[byte][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByError 

func (s SliceFloat32) GroupByError(f func(el float32) error) map[error][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByFloat32 

func (s SliceFloat32) GroupByFloat32(f func(el float32) float32) map[float32][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByFloat64 

func (s SliceFloat32) GroupByFloat64(f func(el float32) float64) map[float64][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByInt 

func (s SliceFloat32) GroupByInt(f func(el float32) int) map[int][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByInt16 

func (s SliceFloat32) GroupByInt16(f func(el float32) int16) map[int16][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByInt32 

func (s SliceFloat32) GroupByInt32(f func(el float32) int32) map[int32][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByInt64 

func (s SliceFloat32) GroupByInt64(f func(el float32) int64) map[int64][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByInt8 

func (s SliceFloat32) GroupByInt8(f func(el float32) int8) map[int8][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByInterface 

func (s SliceFloat32) GroupByInterface(f func(el float32) interface{}) map[interface{}][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByRune 

func (s SliceFloat32) GroupByRune(f func(el float32) rune) map[rune][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByString 

func (s SliceFloat32) GroupByString(f func(el float32) string) map[string][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByUint 

func (s SliceFloat32) GroupByUint(f func(el float32) uint) map[uint][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByUint16 

func (s SliceFloat32) GroupByUint16(f func(el float32) uint16) map[uint16][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByUint32 

func (s SliceFloat32) GroupByUint32(f func(el float32) uint32) map[uint32][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByUint64 

func (s SliceFloat32) GroupByUint64(f func(el float32) uint64) map[uint64][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) GroupByUint8 

func (s SliceFloat32) GroupByUint8(f func(el float32) uint8) map[uint8][]float32

GroupBy groups element from array by value returned by f

func (SliceFloat32) InsertAt 

func (s SliceFloat32) InsertAt(index int, element float32) ([]float32, error)

InsertAt returns the slice with element inserted at given index.

func (SliceFloat32) Intersperse 

func (s SliceFloat32) Intersperse(el float32) []float32

Intersperse inserts el between each element of arr

func (SliceFloat32) Last 

func (s SliceFloat32) Last() (float32, error)

Last returns the last element from the slice

func (SliceFloat32) MapBool 

func (s SliceFloat32) MapBool(f func(el float32) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapByte 

func (s SliceFloat32) MapByte(f func(el float32) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapError 

func (s SliceFloat32) MapError(f func(el float32) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapFloat32 

func (s SliceFloat32) MapFloat32(f func(el float32) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapFloat64 

func (s SliceFloat32) MapFloat64(f func(el float32) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapInt 

func (s SliceFloat32) MapInt(f func(el float32) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapInt16 

func (s SliceFloat32) MapInt16(f func(el float32) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapInt32 

func (s SliceFloat32) MapInt32(f func(el float32) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapInt64 

func (s SliceFloat32) MapInt64(f func(el float32) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapInt8 

func (s SliceFloat32) MapInt8(f func(el float32) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapInterface 

func (s SliceFloat32) MapInterface(f func(el float32) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapRune 

func (s SliceFloat32) MapRune(f func(el float32) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapString 

func (s SliceFloat32) MapString(f func(el float32) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapUint 

func (s SliceFloat32) MapUint(f func(el float32) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapUint16 

func (s SliceFloat32) MapUint16(f func(el float32) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapUint32 

func (s SliceFloat32) MapUint32(f func(el float32) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapUint64 

func (s SliceFloat32) MapUint64(f func(el float32) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) MapUint8 

func (s SliceFloat32) MapUint8(f func(el float32) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat32) Max 

func (s SliceFloat32) Max() (float32, error)

Max returns the maximal element from arr

func (SliceFloat32) Min 

func (s SliceFloat32) Min() (float32, error)

Min returns the minimal element from arr

func (SliceFloat32) Permutations 

func (s SliceFloat32) Permutations(size int) chan []float32

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceFloat32) Product 

func (s SliceFloat32) Product(repeat int) chan []float32

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceFloat32) ReduceBool 

func (s SliceFloat32) ReduceBool(acc bool, f func(el float32, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceByte 

func (s SliceFloat32) ReduceByte(acc byte, f func(el float32, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceError 

func (s SliceFloat32) ReduceError(acc error, f func(el float32, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceFloat32 

func (s SliceFloat32) ReduceFloat32(acc float32, f func(el float32, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceFloat64 

func (s SliceFloat32) ReduceFloat64(acc float64, f func(el float32, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceInt 

func (s SliceFloat32) ReduceInt(acc int, f func(el float32, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceInt16 

func (s SliceFloat32) ReduceInt16(acc int16, f func(el float32, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceInt32 

func (s SliceFloat32) ReduceInt32(acc int32, f func(el float32, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceInt64 

func (s SliceFloat32) ReduceInt64(acc int64, f func(el float32, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceInt8 

func (s SliceFloat32) ReduceInt8(acc int8, f func(el float32, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceInterface 

func (s SliceFloat32) ReduceInterface(acc interface{}, f func(el float32, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceRune 

func (s SliceFloat32) ReduceRune(acc rune, f func(el float32, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceString 

func (s SliceFloat32) ReduceString(acc string, f func(el float32, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceUint 

func (s SliceFloat32) ReduceUint(acc uint, f func(el float32, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceUint16 

func (s SliceFloat32) ReduceUint16(acc uint16, f func(el float32, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceUint32 

func (s SliceFloat32) ReduceUint32(acc uint32, f func(el float32, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceUint64 

func (s SliceFloat32) ReduceUint64(acc uint64, f func(el float32, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceUint8 

func (s SliceFloat32) ReduceUint8(acc uint8, f func(el float32, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat32) ReduceWhileBool 

func (s SliceFloat32) ReduceWhileBool(acc bool, f func(el float32, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileByte 

func (s SliceFloat32) ReduceWhileByte(acc byte, f func(el float32, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileError 

func (s SliceFloat32) ReduceWhileError(acc error, f func(el float32, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileFloat32 

func (s SliceFloat32) ReduceWhileFloat32(acc float32, f func(el float32, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileFloat64 

func (s SliceFloat32) ReduceWhileFloat64(acc float64, f func(el float32, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileInt 

func (s SliceFloat32) ReduceWhileInt(acc int, f func(el float32, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileInt16 

func (s SliceFloat32) ReduceWhileInt16(acc int16, f func(el float32, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileInt32 

func (s SliceFloat32) ReduceWhileInt32(acc int32, f func(el float32, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileInt64 

func (s SliceFloat32) ReduceWhileInt64(acc int64, f func(el float32, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileInt8 

func (s SliceFloat32) ReduceWhileInt8(acc int8, f func(el float32, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileInterface 

func (s SliceFloat32) ReduceWhileInterface(acc interface{}, f func(el float32, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileRune 

func (s SliceFloat32) ReduceWhileRune(acc rune, f func(el float32, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileString 

func (s SliceFloat32) ReduceWhileString(acc string, f func(el float32, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileUint 

func (s SliceFloat32) ReduceWhileUint(acc uint, f func(el float32, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileUint16 

func (s SliceFloat32) ReduceWhileUint16(acc uint16, f func(el float32, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileUint32 

func (s SliceFloat32) ReduceWhileUint32(acc uint32, f func(el float32, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileUint64 

func (s SliceFloat32) ReduceWhileUint64(acc uint64, f func(el float32, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) ReduceWhileUint8 

func (s SliceFloat32) ReduceWhileUint8(acc uint8, f func(el float32, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat32) Reverse 

func (s SliceFloat32) Reverse() []float32

Reverse returns given arr in reversed order

func (SliceFloat32) Same 

func (s SliceFloat32) Same() bool

Same returns true if all element in arr the same

func (SliceFloat32) ScanBool 

func (s SliceFloat32) ScanBool(acc bool, f func(el float32, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanByte 

func (s SliceFloat32) ScanByte(acc byte, f func(el float32, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanError 

func (s SliceFloat32) ScanError(acc error, f func(el float32, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanFloat32 

func (s SliceFloat32) ScanFloat32(acc float32, f func(el float32, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanFloat64 

func (s SliceFloat32) ScanFloat64(acc float64, f func(el float32, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanInt 

func (s SliceFloat32) ScanInt(acc int, f func(el float32, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanInt16 

func (s SliceFloat32) ScanInt16(acc int16, f func(el float32, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanInt32 

func (s SliceFloat32) ScanInt32(acc int32, f func(el float32, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanInt64 

func (s SliceFloat32) ScanInt64(acc int64, f func(el float32, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanInt8 

func (s SliceFloat32) ScanInt8(acc int8, f func(el float32, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanInterface 

func (s SliceFloat32) ScanInterface(acc interface{}, f func(el float32, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanRune 

func (s SliceFloat32) ScanRune(acc rune, f func(el float32, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanString 

func (s SliceFloat32) ScanString(acc string, f func(el float32, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanUint 

func (s SliceFloat32) ScanUint(acc uint, f func(el float32, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanUint16 

func (s SliceFloat32) ScanUint16(acc uint16, f func(el float32, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanUint32 

func (s SliceFloat32) ScanUint32(acc uint32, f func(el float32, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanUint64 

func (s SliceFloat32) ScanUint64(acc uint64, f func(el float32, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) ScanUint8 

func (s SliceFloat32) ScanUint8(acc uint8, f func(el float32, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceFloat32) Shuffle 

func (s SliceFloat32) Shuffle(seed int64) []float32

Shuffle in random order arr elements

func (SliceFloat32) Sort 

func (s SliceFloat32) Sort() []float32

Sort returns sorted slice

func (SliceFloat32) Sorted 

func (s SliceFloat32) Sorted() bool

Sorted returns true if slice is sorted

func (SliceFloat32) Split 

func (s SliceFloat32) Split(sep float32) [][]float32

Split splits arr by sep

func (SliceFloat32) StartsWith 

func (s SliceFloat32) StartsWith(prefix []float32) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceFloat32) Sum 

func (s SliceFloat32) Sum() float32

Sum return sum of all elements from arr

func (SliceFloat32) TakeEvery 

func (s SliceFloat32) TakeEvery(nth int, from int) ([]float32, error)

TakeEvery returns slice of every nth elements

func (SliceFloat32) TakeRandom 

func (s SliceFloat32) TakeRandom(count int, seed int64) ([]float32, error)

TakeRandom returns slice of count random elements from the slice

func (SliceFloat32) TakeWhile 

func (s SliceFloat32) TakeWhile(f func(el float32) bool) []float32

TakeWhile takes elements from arr while f returns true

func (SliceFloat32) ToChannel 

func (s SliceFloat32) ToChannel() chan float32

ToChannel returns channel with elements from the slice

func (SliceFloat32) Uniq 

func (s SliceFloat32) Uniq() []float32

Uniq returns arr with only first occurences of every element.

func (SliceFloat32) Window 

func (s SliceFloat32) Window(size int) ([][]float32, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceFloat32) Without 

func (s SliceFloat32) Without(elements ...float32) []float32

Without returns the slice with filtered out element

type SliceFloat64 

type SliceFloat64 struct {
	Data []float64
}

Slice is a set of operations to work with slice

func (SliceFloat64) All 

func (s SliceFloat64) All(f func(el float64) bool) bool

All returns true if f returns true for all elements in arr

func (SliceFloat64) Any 

func (s SliceFloat64) Any(f func(el float64) bool) bool

Any returns true if f returns true for any element in arr

func (SliceFloat64) Choice 

func (s SliceFloat64) Choice(seed int64) (float64, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceFloat64) ChunkByBool 

func (s SliceFloat64) ChunkByBool(f func(el float64) bool) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByByte 

func (s SliceFloat64) ChunkByByte(f func(el float64) byte) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByError 

func (s SliceFloat64) ChunkByError(f func(el float64) error) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByFloat32 

func (s SliceFloat64) ChunkByFloat32(f func(el float64) float32) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByFloat64 

func (s SliceFloat64) ChunkByFloat64(f func(el float64) float64) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByInt 

func (s SliceFloat64) ChunkByInt(f func(el float64) int) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByInt16 

func (s SliceFloat64) ChunkByInt16(f func(el float64) int16) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByInt32 

func (s SliceFloat64) ChunkByInt32(f func(el float64) int32) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByInt64 

func (s SliceFloat64) ChunkByInt64(f func(el float64) int64) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByInt8 

func (s SliceFloat64) ChunkByInt8(f func(el float64) int8) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByInterface 

func (s SliceFloat64) ChunkByInterface(f func(el float64) interface{}) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByRune 

func (s SliceFloat64) ChunkByRune(f func(el float64) rune) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByString 

func (s SliceFloat64) ChunkByString(f func(el float64) string) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByUint 

func (s SliceFloat64) ChunkByUint(f func(el float64) uint) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByUint16 

func (s SliceFloat64) ChunkByUint16(f func(el float64) uint16) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByUint32 

func (s SliceFloat64) ChunkByUint32(f func(el float64) uint32) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByUint64 

func (s SliceFloat64) ChunkByUint64(f func(el float64) uint64) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkByUint8 

func (s SliceFloat64) ChunkByUint8(f func(el float64) uint8) [][]float64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceFloat64) ChunkEvery 

func (s SliceFloat64) ChunkEvery(count int) ([][]float64, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceFloat64) Contains 

func (s SliceFloat64) Contains(el float64) bool

Contains returns true if el in arr.

func (SliceFloat64) Count 

func (s SliceFloat64) Count(el float64) int

Count return count of el occurences in arr.

func (SliceFloat64) CountBy 

func (s SliceFloat64) CountBy(f func(el float64) bool) int

CountBy returns how many times f returns true.

func (SliceFloat64) Cycle 

func (s SliceFloat64) Cycle() chan float64

Cycle is an infinite loop over slice

func (SliceFloat64) Dedup 

func (s SliceFloat64) Dedup() []float64

Dedup returns a given slice without consecutive duplicated elements

func (SliceFloat64) DedupByBool 

func (s SliceFloat64) DedupByBool(f func(el float64) bool) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByByte 

func (s SliceFloat64) DedupByByte(f func(el float64) byte) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByError 

func (s SliceFloat64) DedupByError(f func(el float64) error) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByFloat32 

func (s SliceFloat64) DedupByFloat32(f func(el float64) float32) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByFloat64 

func (s SliceFloat64) DedupByFloat64(f func(el float64) float64) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByInt 

func (s SliceFloat64) DedupByInt(f func(el float64) int) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByInt16 

func (s SliceFloat64) DedupByInt16(f func(el float64) int16) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByInt32 

func (s SliceFloat64) DedupByInt32(f func(el float64) int32) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByInt64 

func (s SliceFloat64) DedupByInt64(f func(el float64) int64) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByInt8 

func (s SliceFloat64) DedupByInt8(f func(el float64) int8) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByInterface 

func (s SliceFloat64) DedupByInterface(f func(el float64) interface{}) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByRune 

func (s SliceFloat64) DedupByRune(f func(el float64) rune) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByString 

func (s SliceFloat64) DedupByString(f func(el float64) string) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByUint 

func (s SliceFloat64) DedupByUint(f func(el float64) uint) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByUint16 

func (s SliceFloat64) DedupByUint16(f func(el float64) uint16) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByUint32 

func (s SliceFloat64) DedupByUint32(f func(el float64) uint32) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByUint64 

func (s SliceFloat64) DedupByUint64(f func(el float64) uint64) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) DedupByUint8 

func (s SliceFloat64) DedupByUint8(f func(el float64) uint8) []float64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceFloat64) Delete 

func (s SliceFloat64) Delete(element float64) []float64

Delete deletes the first occurence of the element from the slice

func (SliceFloat64) DeleteAll 

func (s SliceFloat64) DeleteAll(element float64) []float64

DeleteAll deletes all occurences of the element from the slice

func (SliceFloat64) DeleteAt 

func (s SliceFloat64) DeleteAt(indices ...int) ([]float64, error)

DeleteAt returns the slice without elements on given positions

func (SliceFloat64) DropEvery 

func (s SliceFloat64) DropEvery(nth int, from int) ([]float64, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceFloat64) DropWhile 

func (s SliceFloat64) DropWhile(f func(el float64) bool) []float64

DropWhile drops elements from arr while f returns true

func (SliceFloat64) Each 

func (s SliceFloat64) Each(f func(el float64))

Each calls f for every element from arr

func (SliceFloat64) EndsWith 

func (s SliceFloat64) EndsWith(suffix []float64) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceFloat64) Equal 

func (s SliceFloat64) Equal(other []float64) bool

Equal returns true if slices are equal

func (SliceFloat64) Filter 

func (s SliceFloat64) Filter(f func(el float64) bool) []float64

Filter returns slice of T for which F returned true

func (SliceFloat64) Find 

func (s SliceFloat64) Find(f func(el float64) bool) (float64, error)

Find returns the first element for which f returns true

func (SliceFloat64) FindIndex 

func (s SliceFloat64) FindIndex(f func(el float64) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceFloat64) GroupByBool 

func (s SliceFloat64) GroupByBool(f func(el float64) bool) map[bool][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByByte 

func (s SliceFloat64) GroupByByte(f func(el float64) byte) map[byte][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByError 

func (s SliceFloat64) GroupByError(f func(el float64) error) map[error][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByFloat32 

func (s SliceFloat64) GroupByFloat32(f func(el float64) float32) map[float32][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByFloat64 

func (s SliceFloat64) GroupByFloat64(f func(el float64) float64) map[float64][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByInt 

func (s SliceFloat64) GroupByInt(f func(el float64) int) map[int][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByInt16 

func (s SliceFloat64) GroupByInt16(f func(el float64) int16) map[int16][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByInt32 

func (s SliceFloat64) GroupByInt32(f func(el float64) int32) map[int32][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByInt64 

func (s SliceFloat64) GroupByInt64(f func(el float64) int64) map[int64][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByInt8 

func (s SliceFloat64) GroupByInt8(f func(el float64) int8) map[int8][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByInterface 

func (s SliceFloat64) GroupByInterface(f func(el float64) interface{}) map[interface{}][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByRune 

func (s SliceFloat64) GroupByRune(f func(el float64) rune) map[rune][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByString 

func (s SliceFloat64) GroupByString(f func(el float64) string) map[string][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByUint 

func (s SliceFloat64) GroupByUint(f func(el float64) uint) map[uint][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByUint16 

func (s SliceFloat64) GroupByUint16(f func(el float64) uint16) map[uint16][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByUint32 

func (s SliceFloat64) GroupByUint32(f func(el float64) uint32) map[uint32][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByUint64 

func (s SliceFloat64) GroupByUint64(f func(el float64) uint64) map[uint64][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) GroupByUint8 

func (s SliceFloat64) GroupByUint8(f func(el float64) uint8) map[uint8][]float64

GroupBy groups element from array by value returned by f

func (SliceFloat64) InsertAt 

func (s SliceFloat64) InsertAt(index int, element float64) ([]float64, error)

InsertAt returns the slice with element inserted at given index.

func (SliceFloat64) Intersperse 

func (s SliceFloat64) Intersperse(el float64) []float64

Intersperse inserts el between each element of arr

func (SliceFloat64) Last 

func (s SliceFloat64) Last() (float64, error)

Last returns the last element from the slice

func (SliceFloat64) MapBool 

func (s SliceFloat64) MapBool(f func(el float64) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapByte 

func (s SliceFloat64) MapByte(f func(el float64) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapError 

func (s SliceFloat64) MapError(f func(el float64) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapFloat32 

func (s SliceFloat64) MapFloat32(f func(el float64) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapFloat64 

func (s SliceFloat64) MapFloat64(f func(el float64) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapInt 

func (s SliceFloat64) MapInt(f func(el float64) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapInt16 

func (s SliceFloat64) MapInt16(f func(el float64) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapInt32 

func (s SliceFloat64) MapInt32(f func(el float64) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapInt64 

func (s SliceFloat64) MapInt64(f func(el float64) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapInt8 

func (s SliceFloat64) MapInt8(f func(el float64) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapInterface 

func (s SliceFloat64) MapInterface(f func(el float64) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapRune 

func (s SliceFloat64) MapRune(f func(el float64) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapString 

func (s SliceFloat64) MapString(f func(el float64) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapUint 

func (s SliceFloat64) MapUint(f func(el float64) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapUint16 

func (s SliceFloat64) MapUint16(f func(el float64) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapUint32 

func (s SliceFloat64) MapUint32(f func(el float64) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapUint64 

func (s SliceFloat64) MapUint64(f func(el float64) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) MapUint8 

func (s SliceFloat64) MapUint8(f func(el float64) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceFloat64) Max 

func (s SliceFloat64) Max() (float64, error)

Max returns the maximal element from arr

func (SliceFloat64) Min 

func (s SliceFloat64) Min() (float64, error)

Min returns the minimal element from arr

func (SliceFloat64) Permutations 

func (s SliceFloat64) Permutations(size int) chan []float64

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceFloat64) Product 

func (s SliceFloat64) Product(repeat int) chan []float64

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceFloat64) ReduceBool 

func (s SliceFloat64) ReduceBool(acc bool, f func(el float64, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceByte 

func (s SliceFloat64) ReduceByte(acc byte, f func(el float64, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceError 

func (s SliceFloat64) ReduceError(acc error, f func(el float64, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceFloat32 

func (s SliceFloat64) ReduceFloat32(acc float32, f func(el float64, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceFloat64 

func (s SliceFloat64) ReduceFloat64(acc float64, f func(el float64, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceInt 

func (s SliceFloat64) ReduceInt(acc int, f func(el float64, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceInt16 

func (s SliceFloat64) ReduceInt16(acc int16, f func(el float64, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceInt32 

func (s SliceFloat64) ReduceInt32(acc int32, f func(el float64, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceInt64 

func (s SliceFloat64) ReduceInt64(acc int64, f func(el float64, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceInt8 

func (s SliceFloat64) ReduceInt8(acc int8, f func(el float64, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceInterface 

func (s SliceFloat64) ReduceInterface(acc interface{}, f func(el float64, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceRune 

func (s SliceFloat64) ReduceRune(acc rune, f func(el float64, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceString 

func (s SliceFloat64) ReduceString(acc string, f func(el float64, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceUint 

func (s SliceFloat64) ReduceUint(acc uint, f func(el float64, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceUint16 

func (s SliceFloat64) ReduceUint16(acc uint16, f func(el float64, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceUint32 

func (s SliceFloat64) ReduceUint32(acc uint32, f func(el float64, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceUint64 

func (s SliceFloat64) ReduceUint64(acc uint64, f func(el float64, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceUint8 

func (s SliceFloat64) ReduceUint8(acc uint8, f func(el float64, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceFloat64) ReduceWhileBool 

func (s SliceFloat64) ReduceWhileBool(acc bool, f func(el float64, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileByte 

func (s SliceFloat64) ReduceWhileByte(acc byte, f func(el float64, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileError 

func (s SliceFloat64) ReduceWhileError(acc error, f func(el float64, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileFloat32 

func (s SliceFloat64) ReduceWhileFloat32(acc float32, f func(el float64, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileFloat64 

func (s SliceFloat64) ReduceWhileFloat64(acc float64, f func(el float64, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileInt 

func (s SliceFloat64) ReduceWhileInt(acc int, f func(el float64, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileInt16 

func (s SliceFloat64) ReduceWhileInt16(acc int16, f func(el float64, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileInt32 

func (s SliceFloat64) ReduceWhileInt32(acc int32, f func(el float64, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileInt64 

func (s SliceFloat64) ReduceWhileInt64(acc int64, f func(el float64, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileInt8 

func (s SliceFloat64) ReduceWhileInt8(acc int8, f func(el float64, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileInterface 

func (s SliceFloat64) ReduceWhileInterface(acc interface{}, f func(el float64, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileRune 

func (s SliceFloat64) ReduceWhileRune(acc rune, f func(el float64, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileString 

func (s SliceFloat64) ReduceWhileString(acc string, f func(el float64, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileUint 

func (s SliceFloat64) ReduceWhileUint(acc uint, f func(el float64, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileUint16 

func (s SliceFloat64) ReduceWhileUint16(acc uint16, f func(el float64, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileUint32 

func (s SliceFloat64) ReduceWhileUint32(acc uint32, f func(el float64, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileUint64 

func (s SliceFloat64) ReduceWhileUint64(acc uint64, f func(el float64, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) ReduceWhileUint8 

func (s SliceFloat64) ReduceWhileUint8(acc uint8, f func(el float64, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceFloat64) Reverse 

func (s SliceFloat64) Reverse() []float64

Reverse returns given arr in reversed order

func (SliceFloat64) Same 

func (s SliceFloat64) Same() bool

Same returns true if all element in arr the same

func (SliceFloat64) ScanBool 

func (s SliceFloat64) ScanBool(acc bool, f func(el float64, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanByte 

func (s SliceFloat64) ScanByte(acc byte, f func(el float64, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanError 

func (s SliceFloat64) ScanError(acc error, f func(el float64, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanFloat32 

func (s SliceFloat64) ScanFloat32(acc float32, f func(el float64, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanFloat64 

func (s SliceFloat64) ScanFloat64(acc float64, f func(el float64, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanInt 

func (s SliceFloat64) ScanInt(acc int, f func(el float64, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanInt16 

func (s SliceFloat64) ScanInt16(acc int16, f func(el float64, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanInt32 

func (s SliceFloat64) ScanInt32(acc int32, f func(el float64, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanInt64 

func (s SliceFloat64) ScanInt64(acc int64, f func(el float64, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanInt8 

func (s SliceFloat64) ScanInt8(acc int8, f func(el float64, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanInterface 

func (s SliceFloat64) ScanInterface(acc interface{}, f func(el float64, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanRune 

func (s SliceFloat64) ScanRune(acc rune, f func(el float64, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanString 

func (s SliceFloat64) ScanString(acc string, f func(el float64, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanUint 

func (s SliceFloat64) ScanUint(acc uint, f func(el float64, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanUint16 

func (s SliceFloat64) ScanUint16(acc uint16, f func(el float64, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanUint32 

func (s SliceFloat64) ScanUint32(acc uint32, f func(el float64, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanUint64 

func (s SliceFloat64) ScanUint64(acc uint64, f func(el float64, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) ScanUint8 

func (s SliceFloat64) ScanUint8(acc uint8, f func(el float64, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceFloat64) Shuffle 

func (s SliceFloat64) Shuffle(seed int64) []float64

Shuffle in random order arr elements

func (SliceFloat64) Sort 

func (s SliceFloat64) Sort() []float64

Sort returns sorted slice

func (SliceFloat64) Sorted 

func (s SliceFloat64) Sorted() bool

Sorted returns true if slice is sorted

func (SliceFloat64) Split 

func (s SliceFloat64) Split(sep float64) [][]float64

Split splits arr by sep

func (SliceFloat64) StartsWith 

func (s SliceFloat64) StartsWith(prefix []float64) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceFloat64) Sum 

func (s SliceFloat64) Sum() float64

Sum return sum of all elements from arr

func (SliceFloat64) TakeEvery 

func (s SliceFloat64) TakeEvery(nth int, from int) ([]float64, error)

TakeEvery returns slice of every nth elements

func (SliceFloat64) TakeRandom 

func (s SliceFloat64) TakeRandom(count int, seed int64) ([]float64, error)

TakeRandom returns slice of count random elements from the slice

func (SliceFloat64) TakeWhile 

func (s SliceFloat64) TakeWhile(f func(el float64) bool) []float64

TakeWhile takes elements from arr while f returns true

func (SliceFloat64) ToChannel 

func (s SliceFloat64) ToChannel() chan float64

ToChannel returns channel with elements from the slice

func (SliceFloat64) Uniq 

func (s SliceFloat64) Uniq() []float64

Uniq returns arr with only first occurences of every element.

func (SliceFloat64) Window 

func (s SliceFloat64) Window(size int) ([][]float64, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceFloat64) Without 

func (s SliceFloat64) Without(elements ...float64) []float64

Without returns the slice with filtered out element

type SliceInt 

type SliceInt struct {
	Data []int
}

Slice is a set of operations to work with slice

func (SliceInt) All 

func (s SliceInt) All(f func(el int) bool) bool

All returns true if f returns true for all elements in arr

func (SliceInt) Any 

func (s SliceInt) Any(f func(el int) bool) bool

Any returns true if f returns true for any element in arr

func (SliceInt) Choice 

func (s SliceInt) Choice(seed int64) (int, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceInt) ChunkByBool 

func (s SliceInt) ChunkByBool(f func(el int) bool) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByByte 

func (s SliceInt) ChunkByByte(f func(el int) byte) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByError 

func (s SliceInt) ChunkByError(f func(el int) error) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByFloat32 

func (s SliceInt) ChunkByFloat32(f func(el int) float32) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByFloat64 

func (s SliceInt) ChunkByFloat64(f func(el int) float64) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByInt 

func (s SliceInt) ChunkByInt(f func(el int) int) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByInt16 

func (s SliceInt) ChunkByInt16(f func(el int) int16) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByInt32 

func (s SliceInt) ChunkByInt32(f func(el int) int32) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByInt64 

func (s SliceInt) ChunkByInt64(f func(el int) int64) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByInt8 

func (s SliceInt) ChunkByInt8(f func(el int) int8) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByInterface 

func (s SliceInt) ChunkByInterface(f func(el int) interface{}) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByRune 

func (s SliceInt) ChunkByRune(f func(el int) rune) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByString 

func (s SliceInt) ChunkByString(f func(el int) string) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByUint 

func (s SliceInt) ChunkByUint(f func(el int) uint) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByUint16 

func (s SliceInt) ChunkByUint16(f func(el int) uint16) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByUint32 

func (s SliceInt) ChunkByUint32(f func(el int) uint32) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByUint64 

func (s SliceInt) ChunkByUint64(f func(el int) uint64) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkByUint8 

func (s SliceInt) ChunkByUint8(f func(el int) uint8) [][]int

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt) ChunkEvery 

func (s SliceInt) ChunkEvery(count int) ([][]int, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceInt) Contains 

func (s SliceInt) Contains(el int) bool

Contains returns true if el in arr.

func (SliceInt) Count 

func (s SliceInt) Count(el int) int

Count return count of el occurences in arr.

func (SliceInt) CountBy 

func (s SliceInt) CountBy(f func(el int) bool) int

CountBy returns how many times f returns true.

func (SliceInt) Cycle 

func (s SliceInt) Cycle() chan int

Cycle is an infinite loop over slice

func (SliceInt) Dedup 

func (s SliceInt) Dedup() []int

Dedup returns a given slice without consecutive duplicated elements

func (SliceInt) DedupByBool 

func (s SliceInt) DedupByBool(f func(el int) bool) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByByte 

func (s SliceInt) DedupByByte(f func(el int) byte) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByError 

func (s SliceInt) DedupByError(f func(el int) error) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByFloat32 

func (s SliceInt) DedupByFloat32(f func(el int) float32) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByFloat64 

func (s SliceInt) DedupByFloat64(f func(el int) float64) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByInt 

func (s SliceInt) DedupByInt(f func(el int) int) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByInt16 

func (s SliceInt) DedupByInt16(f func(el int) int16) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByInt32 

func (s SliceInt) DedupByInt32(f func(el int) int32) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByInt64 

func (s SliceInt) DedupByInt64(f func(el int) int64) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByInt8 

func (s SliceInt) DedupByInt8(f func(el int) int8) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByInterface 

func (s SliceInt) DedupByInterface(f func(el int) interface{}) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByRune 

func (s SliceInt) DedupByRune(f func(el int) rune) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByString 

func (s SliceInt) DedupByString(f func(el int) string) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByUint 

func (s SliceInt) DedupByUint(f func(el int) uint) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByUint16 

func (s SliceInt) DedupByUint16(f func(el int) uint16) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByUint32 

func (s SliceInt) DedupByUint32(f func(el int) uint32) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByUint64 

func (s SliceInt) DedupByUint64(f func(el int) uint64) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) DedupByUint8 

func (s SliceInt) DedupByUint8(f func(el int) uint8) []int

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt) Delete 

func (s SliceInt) Delete(element int) []int

Delete deletes the first occurence of the element from the slice

func (SliceInt) DeleteAll 

func (s SliceInt) DeleteAll(element int) []int

DeleteAll deletes all occurences of the element from the slice

func (SliceInt) DeleteAt 

func (s SliceInt) DeleteAt(indices ...int) ([]int, error)

DeleteAt returns the slice without elements on given positions

func (SliceInt) DropEvery 

func (s SliceInt) DropEvery(nth int, from int) ([]int, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceInt) DropWhile 

func (s SliceInt) DropWhile(f func(el int) bool) []int

DropWhile drops elements from arr while f returns true

func (SliceInt) Each 

func (s SliceInt) Each(f func(el int))

Each calls f for every element from arr

func (SliceInt) EndsWith 

func (s SliceInt) EndsWith(suffix []int) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceInt) Equal 

func (s SliceInt) Equal(other []int) bool

Equal returns true if slices are equal

func (SliceInt) Filter 

func (s SliceInt) Filter(f func(el int) bool) []int

Filter returns slice of T for which F returned true

func (SliceInt) Find 

func (s SliceInt) Find(f func(el int) bool) (int, error)

Find returns the first element for which f returns true

func (SliceInt) FindIndex 

func (s SliceInt) FindIndex(f func(el int) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceInt) GroupByBool 

func (s SliceInt) GroupByBool(f func(el int) bool) map[bool][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByByte 

func (s SliceInt) GroupByByte(f func(el int) byte) map[byte][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByError 

func (s SliceInt) GroupByError(f func(el int) error) map[error][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByFloat32 

func (s SliceInt) GroupByFloat32(f func(el int) float32) map[float32][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByFloat64 

func (s SliceInt) GroupByFloat64(f func(el int) float64) map[float64][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByInt 

func (s SliceInt) GroupByInt(f func(el int) int) map[int][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByInt16 

func (s SliceInt) GroupByInt16(f func(el int) int16) map[int16][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByInt32 

func (s SliceInt) GroupByInt32(f func(el int) int32) map[int32][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByInt64 

func (s SliceInt) GroupByInt64(f func(el int) int64) map[int64][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByInt8 

func (s SliceInt) GroupByInt8(f func(el int) int8) map[int8][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByInterface 

func (s SliceInt) GroupByInterface(f func(el int) interface{}) map[interface{}][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByRune 

func (s SliceInt) GroupByRune(f func(el int) rune) map[rune][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByString 

func (s SliceInt) GroupByString(f func(el int) string) map[string][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByUint 

func (s SliceInt) GroupByUint(f func(el int) uint) map[uint][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByUint16 

func (s SliceInt) GroupByUint16(f func(el int) uint16) map[uint16][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByUint32 

func (s SliceInt) GroupByUint32(f func(el int) uint32) map[uint32][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByUint64 

func (s SliceInt) GroupByUint64(f func(el int) uint64) map[uint64][]int

GroupBy groups element from array by value returned by f

func (SliceInt) GroupByUint8 

func (s SliceInt) GroupByUint8(f func(el int) uint8) map[uint8][]int

GroupBy groups element from array by value returned by f

func (SliceInt) InsertAt 

func (s SliceInt) InsertAt(index int, element int) ([]int, error)

InsertAt returns the slice with element inserted at given index.

func (SliceInt) Intersperse 

func (s SliceInt) Intersperse(el int) []int

Intersperse inserts el between each element of arr

func (SliceInt) Join 

func (s SliceInt) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceInt) Last 

func (s SliceInt) Last() (int, error)

Last returns the last element from the slice

func (SliceInt) MapBool 

func (s SliceInt) MapBool(f func(el int) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapByte 

func (s SliceInt) MapByte(f func(el int) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapError 

func (s SliceInt) MapError(f func(el int) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapFloat32 

func (s SliceInt) MapFloat32(f func(el int) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapFloat64 

func (s SliceInt) MapFloat64(f func(el int) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapInt 

func (s SliceInt) MapInt(f func(el int) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapInt16 

func (s SliceInt) MapInt16(f func(el int) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapInt32 

func (s SliceInt) MapInt32(f func(el int) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapInt64 

func (s SliceInt) MapInt64(f func(el int) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapInt8 

func (s SliceInt) MapInt8(f func(el int) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapInterface 

func (s SliceInt) MapInterface(f func(el int) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapRune 

func (s SliceInt) MapRune(f func(el int) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapString 

func (s SliceInt) MapString(f func(el int) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapUint 

func (s SliceInt) MapUint(f func(el int) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapUint16 

func (s SliceInt) MapUint16(f func(el int) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapUint32 

func (s SliceInt) MapUint32(f func(el int) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapUint64 

func (s SliceInt) MapUint64(f func(el int) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) MapUint8 

func (s SliceInt) MapUint8(f func(el int) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt) Max 

func (s SliceInt) Max() (int, error)

Max returns the maximal element from arr

func (SliceInt) Min 

func (s SliceInt) Min() (int, error)

Min returns the minimal element from arr

func (SliceInt) Permutations 

func (s SliceInt) Permutations(size int) chan []int

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceInt) Product 

func (s SliceInt) Product(repeat int) chan []int

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceInt) ReduceBool 

func (s SliceInt) ReduceBool(acc bool, f func(el int, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceByte 

func (s SliceInt) ReduceByte(acc byte, f func(el int, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceError 

func (s SliceInt) ReduceError(acc error, f func(el int, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceFloat32 

func (s SliceInt) ReduceFloat32(acc float32, f func(el int, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceFloat64 

func (s SliceInt) ReduceFloat64(acc float64, f func(el int, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceInt 

func (s SliceInt) ReduceInt(acc int, f func(el int, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceInt16 

func (s SliceInt) ReduceInt16(acc int16, f func(el int, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceInt32 

func (s SliceInt) ReduceInt32(acc int32, f func(el int, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceInt64 

func (s SliceInt) ReduceInt64(acc int64, f func(el int, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceInt8 

func (s SliceInt) ReduceInt8(acc int8, f func(el int, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceInterface 

func (s SliceInt) ReduceInterface(acc interface{}, f func(el int, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceRune 

func (s SliceInt) ReduceRune(acc rune, f func(el int, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceString 

func (s SliceInt) ReduceString(acc string, f func(el int, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceUint 

func (s SliceInt) ReduceUint(acc uint, f func(el int, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceUint16 

func (s SliceInt) ReduceUint16(acc uint16, f func(el int, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceUint32 

func (s SliceInt) ReduceUint32(acc uint32, f func(el int, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceUint64 

func (s SliceInt) ReduceUint64(acc uint64, f func(el int, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceUint8 

func (s SliceInt) ReduceUint8(acc uint8, f func(el int, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt) ReduceWhileBool 

func (s SliceInt) ReduceWhileBool(acc bool, f func(el int, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileByte 

func (s SliceInt) ReduceWhileByte(acc byte, f func(el int, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileError 

func (s SliceInt) ReduceWhileError(acc error, f func(el int, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileFloat32 

func (s SliceInt) ReduceWhileFloat32(acc float32, f func(el int, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileFloat64 

func (s SliceInt) ReduceWhileFloat64(acc float64, f func(el int, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileInt 

func (s SliceInt) ReduceWhileInt(acc int, f func(el int, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileInt16 

func (s SliceInt) ReduceWhileInt16(acc int16, f func(el int, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileInt32 

func (s SliceInt) ReduceWhileInt32(acc int32, f func(el int, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileInt64 

func (s SliceInt) ReduceWhileInt64(acc int64, f func(el int, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileInt8 

func (s SliceInt) ReduceWhileInt8(acc int8, f func(el int, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileInterface 

func (s SliceInt) ReduceWhileInterface(acc interface{}, f func(el int, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileRune 

func (s SliceInt) ReduceWhileRune(acc rune, f func(el int, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileString 

func (s SliceInt) ReduceWhileString(acc string, f func(el int, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileUint 

func (s SliceInt) ReduceWhileUint(acc uint, f func(el int, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileUint16 

func (s SliceInt) ReduceWhileUint16(acc uint16, f func(el int, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileUint32 

func (s SliceInt) ReduceWhileUint32(acc uint32, f func(el int, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileUint64 

func (s SliceInt) ReduceWhileUint64(acc uint64, f func(el int, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) ReduceWhileUint8 

func (s SliceInt) ReduceWhileUint8(acc uint8, f func(el int, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt) Reverse 

func (s SliceInt) Reverse() []int

Reverse returns given arr in reversed order

func (SliceInt) Same 

func (s SliceInt) Same() bool

Same returns true if all element in arr the same

func (SliceInt) ScanBool 

func (s SliceInt) ScanBool(acc bool, f func(el int, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanByte 

func (s SliceInt) ScanByte(acc byte, f func(el int, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanError 

func (s SliceInt) ScanError(acc error, f func(el int, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanFloat32 

func (s SliceInt) ScanFloat32(acc float32, f func(el int, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanFloat64 

func (s SliceInt) ScanFloat64(acc float64, f func(el int, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanInt 

func (s SliceInt) ScanInt(acc int, f func(el int, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanInt16 

func (s SliceInt) ScanInt16(acc int16, f func(el int, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanInt32 

func (s SliceInt) ScanInt32(acc int32, f func(el int, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanInt64 

func (s SliceInt) ScanInt64(acc int64, f func(el int, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanInt8 

func (s SliceInt) ScanInt8(acc int8, f func(el int, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanInterface 

func (s SliceInt) ScanInterface(acc interface{}, f func(el int, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanRune 

func (s SliceInt) ScanRune(acc rune, f func(el int, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanString 

func (s SliceInt) ScanString(acc string, f func(el int, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanUint 

func (s SliceInt) ScanUint(acc uint, f func(el int, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanUint16 

func (s SliceInt) ScanUint16(acc uint16, f func(el int, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanUint32 

func (s SliceInt) ScanUint32(acc uint32, f func(el int, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanUint64 

func (s SliceInt) ScanUint64(acc uint64, f func(el int, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceInt) ScanUint8 

func (s SliceInt) ScanUint8(acc uint8, f func(el int, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceInt) Shuffle 

func (s SliceInt) Shuffle(seed int64) []int

Shuffle in random order arr elements

func (SliceInt) Sort 

func (s SliceInt) Sort() []int

Sort returns sorted slice

func (SliceInt) Sorted 

func (s SliceInt) Sorted() bool

Sorted returns true if slice is sorted

func (SliceInt) Split 

func (s SliceInt) Split(sep int) [][]int

Split splits arr by sep

func (SliceInt) StartsWith 

func (s SliceInt) StartsWith(prefix []int) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceInt) Sum 

func (s SliceInt) Sum() int

Sum return sum of all elements from arr

func (SliceInt) TakeEvery 

func (s SliceInt) TakeEvery(nth int, from int) ([]int, error)

TakeEvery returns slice of every nth elements

func (SliceInt) TakeRandom 

func (s SliceInt) TakeRandom(count int, seed int64) ([]int, error)

TakeRandom returns slice of count random elements from the slice

func (SliceInt) TakeWhile 

func (s SliceInt) TakeWhile(f func(el int) bool) []int

TakeWhile takes elements from arr while f returns true

func (SliceInt) ToChannel 

func (s SliceInt) ToChannel() chan int

ToChannel returns channel with elements from the slice

func (SliceInt) Uniq 

func (s SliceInt) Uniq() []int

Uniq returns arr with only first occurences of every element.

func (SliceInt) Window 

func (s SliceInt) Window(size int) ([][]int, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceInt) Without 

func (s SliceInt) Without(elements ...int) []int

Without returns the slice with filtered out element

type SliceInt16 

type SliceInt16 struct {
	Data []int16
}

Slice is a set of operations to work with slice

func (SliceInt16) All 

func (s SliceInt16) All(f func(el int16) bool) bool

All returns true if f returns true for all elements in arr

func (SliceInt16) Any 

func (s SliceInt16) Any(f func(el int16) bool) bool

Any returns true if f returns true for any element in arr

func (SliceInt16) Choice 

func (s SliceInt16) Choice(seed int64) (int16, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceInt16) ChunkByBool 

func (s SliceInt16) ChunkByBool(f func(el int16) bool) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByByte 

func (s SliceInt16) ChunkByByte(f func(el int16) byte) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByError 

func (s SliceInt16) ChunkByError(f func(el int16) error) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByFloat32 

func (s SliceInt16) ChunkByFloat32(f func(el int16) float32) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByFloat64 

func (s SliceInt16) ChunkByFloat64(f func(el int16) float64) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByInt 

func (s SliceInt16) ChunkByInt(f func(el int16) int) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByInt16 

func (s SliceInt16) ChunkByInt16(f func(el int16) int16) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByInt32 

func (s SliceInt16) ChunkByInt32(f func(el int16) int32) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByInt64 

func (s SliceInt16) ChunkByInt64(f func(el int16) int64) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByInt8 

func (s SliceInt16) ChunkByInt8(f func(el int16) int8) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByInterface 

func (s SliceInt16) ChunkByInterface(f func(el int16) interface{}) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByRune 

func (s SliceInt16) ChunkByRune(f func(el int16) rune) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByString 

func (s SliceInt16) ChunkByString(f func(el int16) string) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByUint 

func (s SliceInt16) ChunkByUint(f func(el int16) uint) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByUint16 

func (s SliceInt16) ChunkByUint16(f func(el int16) uint16) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByUint32 

func (s SliceInt16) ChunkByUint32(f func(el int16) uint32) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByUint64 

func (s SliceInt16) ChunkByUint64(f func(el int16) uint64) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkByUint8 

func (s SliceInt16) ChunkByUint8(f func(el int16) uint8) [][]int16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt16) ChunkEvery 

func (s SliceInt16) ChunkEvery(count int) ([][]int16, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceInt16) Contains 

func (s SliceInt16) Contains(el int16) bool

Contains returns true if el in arr.

func (SliceInt16) Count 

func (s SliceInt16) Count(el int16) int

Count return count of el occurences in arr.

func (SliceInt16) CountBy 

func (s SliceInt16) CountBy(f func(el int16) bool) int

CountBy returns how many times f returns true.

func (SliceInt16) Cycle 

func (s SliceInt16) Cycle() chan int16

Cycle is an infinite loop over slice

func (SliceInt16) Dedup 

func (s SliceInt16) Dedup() []int16

Dedup returns a given slice without consecutive duplicated elements

func (SliceInt16) DedupByBool 

func (s SliceInt16) DedupByBool(f func(el int16) bool) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByByte 

func (s SliceInt16) DedupByByte(f func(el int16) byte) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByError 

func (s SliceInt16) DedupByError(f func(el int16) error) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByFloat32 

func (s SliceInt16) DedupByFloat32(f func(el int16) float32) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByFloat64 

func (s SliceInt16) DedupByFloat64(f func(el int16) float64) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByInt 

func (s SliceInt16) DedupByInt(f func(el int16) int) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByInt16 

func (s SliceInt16) DedupByInt16(f func(el int16) int16) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByInt32 

func (s SliceInt16) DedupByInt32(f func(el int16) int32) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByInt64 

func (s SliceInt16) DedupByInt64(f func(el int16) int64) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByInt8 

func (s SliceInt16) DedupByInt8(f func(el int16) int8) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByInterface 

func (s SliceInt16) DedupByInterface(f func(el int16) interface{}) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByRune 

func (s SliceInt16) DedupByRune(f func(el int16) rune) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByString 

func (s SliceInt16) DedupByString(f func(el int16) string) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByUint 

func (s SliceInt16) DedupByUint(f func(el int16) uint) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByUint16 

func (s SliceInt16) DedupByUint16(f func(el int16) uint16) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByUint32 

func (s SliceInt16) DedupByUint32(f func(el int16) uint32) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByUint64 

func (s SliceInt16) DedupByUint64(f func(el int16) uint64) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) DedupByUint8 

func (s SliceInt16) DedupByUint8(f func(el int16) uint8) []int16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt16) Delete 

func (s SliceInt16) Delete(element int16) []int16

Delete deletes the first occurence of the element from the slice

func (SliceInt16) DeleteAll 

func (s SliceInt16) DeleteAll(element int16) []int16

DeleteAll deletes all occurences of the element from the slice

func (SliceInt16) DeleteAt 

func (s SliceInt16) DeleteAt(indices ...int) ([]int16, error)

DeleteAt returns the slice without elements on given positions

func (SliceInt16) DropEvery 

func (s SliceInt16) DropEvery(nth int, from int) ([]int16, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceInt16) DropWhile 

func (s SliceInt16) DropWhile(f func(el int16) bool) []int16

DropWhile drops elements from arr while f returns true

func (SliceInt16) Each 

func (s SliceInt16) Each(f func(el int16))

Each calls f for every element from arr

func (SliceInt16) EndsWith 

func (s SliceInt16) EndsWith(suffix []int16) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceInt16) Equal 

func (s SliceInt16) Equal(other []int16) bool

Equal returns true if slices are equal

func (SliceInt16) Filter 

func (s SliceInt16) Filter(f func(el int16) bool) []int16

Filter returns slice of T for which F returned true

func (SliceInt16) Find 

func (s SliceInt16) Find(f func(el int16) bool) (int16, error)

Find returns the first element for which f returns true

func (SliceInt16) FindIndex 

func (s SliceInt16) FindIndex(f func(el int16) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceInt16) GroupByBool 

func (s SliceInt16) GroupByBool(f func(el int16) bool) map[bool][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByByte 

func (s SliceInt16) GroupByByte(f func(el int16) byte) map[byte][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByError 

func (s SliceInt16) GroupByError(f func(el int16) error) map[error][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByFloat32 

func (s SliceInt16) GroupByFloat32(f func(el int16) float32) map[float32][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByFloat64 

func (s SliceInt16) GroupByFloat64(f func(el int16) float64) map[float64][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByInt 

func (s SliceInt16) GroupByInt(f func(el int16) int) map[int][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByInt16 

func (s SliceInt16) GroupByInt16(f func(el int16) int16) map[int16][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByInt32 

func (s SliceInt16) GroupByInt32(f func(el int16) int32) map[int32][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByInt64 

func (s SliceInt16) GroupByInt64(f func(el int16) int64) map[int64][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByInt8 

func (s SliceInt16) GroupByInt8(f func(el int16) int8) map[int8][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByInterface 

func (s SliceInt16) GroupByInterface(f func(el int16) interface{}) map[interface{}][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByRune 

func (s SliceInt16) GroupByRune(f func(el int16) rune) map[rune][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByString 

func (s SliceInt16) GroupByString(f func(el int16) string) map[string][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByUint 

func (s SliceInt16) GroupByUint(f func(el int16) uint) map[uint][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByUint16 

func (s SliceInt16) GroupByUint16(f func(el int16) uint16) map[uint16][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByUint32 

func (s SliceInt16) GroupByUint32(f func(el int16) uint32) map[uint32][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByUint64 

func (s SliceInt16) GroupByUint64(f func(el int16) uint64) map[uint64][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) GroupByUint8 

func (s SliceInt16) GroupByUint8(f func(el int16) uint8) map[uint8][]int16

GroupBy groups element from array by value returned by f

func (SliceInt16) InsertAt 

func (s SliceInt16) InsertAt(index int, element int16) ([]int16, error)

InsertAt returns the slice with element inserted at given index.

func (SliceInt16) Intersperse 

func (s SliceInt16) Intersperse(el int16) []int16

Intersperse inserts el between each element of arr

func (SliceInt16) Join 

func (s SliceInt16) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceInt16) Last 

func (s SliceInt16) Last() (int16, error)

Last returns the last element from the slice

func (SliceInt16) MapBool 

func (s SliceInt16) MapBool(f func(el int16) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapByte 

func (s SliceInt16) MapByte(f func(el int16) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapError 

func (s SliceInt16) MapError(f func(el int16) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapFloat32 

func (s SliceInt16) MapFloat32(f func(el int16) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapFloat64 

func (s SliceInt16) MapFloat64(f func(el int16) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapInt 

func (s SliceInt16) MapInt(f func(el int16) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapInt16 

func (s SliceInt16) MapInt16(f func(el int16) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapInt32 

func (s SliceInt16) MapInt32(f func(el int16) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapInt64 

func (s SliceInt16) MapInt64(f func(el int16) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapInt8 

func (s SliceInt16) MapInt8(f func(el int16) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapInterface 

func (s SliceInt16) MapInterface(f func(el int16) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapRune 

func (s SliceInt16) MapRune(f func(el int16) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapString 

func (s SliceInt16) MapString(f func(el int16) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapUint 

func (s SliceInt16) MapUint(f func(el int16) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapUint16 

func (s SliceInt16) MapUint16(f func(el int16) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapUint32 

func (s SliceInt16) MapUint32(f func(el int16) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapUint64 

func (s SliceInt16) MapUint64(f func(el int16) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) MapUint8 

func (s SliceInt16) MapUint8(f func(el int16) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt16) Max 

func (s SliceInt16) Max() (int16, error)

Max returns the maximal element from arr

func (SliceInt16) Min 

func (s SliceInt16) Min() (int16, error)

Min returns the minimal element from arr

func (SliceInt16) Permutations 

func (s SliceInt16) Permutations(size int) chan []int16

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceInt16) Product 

func (s SliceInt16) Product(repeat int) chan []int16

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceInt16) ReduceBool 

func (s SliceInt16) ReduceBool(acc bool, f func(el int16, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceByte 

func (s SliceInt16) ReduceByte(acc byte, f func(el int16, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceError 

func (s SliceInt16) ReduceError(acc error, f func(el int16, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceFloat32 

func (s SliceInt16) ReduceFloat32(acc float32, f func(el int16, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceFloat64 

func (s SliceInt16) ReduceFloat64(acc float64, f func(el int16, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceInt 

func (s SliceInt16) ReduceInt(acc int, f func(el int16, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceInt16 

func (s SliceInt16) ReduceInt16(acc int16, f func(el int16, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceInt32 

func (s SliceInt16) ReduceInt32(acc int32, f func(el int16, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceInt64 

func (s SliceInt16) ReduceInt64(acc int64, f func(el int16, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceInt8 

func (s SliceInt16) ReduceInt8(acc int8, f func(el int16, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceInterface 

func (s SliceInt16) ReduceInterface(acc interface{}, f func(el int16, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceRune 

func (s SliceInt16) ReduceRune(acc rune, f func(el int16, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceString 

func (s SliceInt16) ReduceString(acc string, f func(el int16, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceUint 

func (s SliceInt16) ReduceUint(acc uint, f func(el int16, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceUint16 

func (s SliceInt16) ReduceUint16(acc uint16, f func(el int16, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceUint32 

func (s SliceInt16) ReduceUint32(acc uint32, f func(el int16, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceUint64 

func (s SliceInt16) ReduceUint64(acc uint64, f func(el int16, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceUint8 

func (s SliceInt16) ReduceUint8(acc uint8, f func(el int16, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt16) ReduceWhileBool 

func (s SliceInt16) ReduceWhileBool(acc bool, f func(el int16, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileByte 

func (s SliceInt16) ReduceWhileByte(acc byte, f func(el int16, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileError 

func (s SliceInt16) ReduceWhileError(acc error, f func(el int16, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileFloat32 

func (s SliceInt16) ReduceWhileFloat32(acc float32, f func(el int16, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileFloat64 

func (s SliceInt16) ReduceWhileFloat64(acc float64, f func(el int16, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileInt 

func (s SliceInt16) ReduceWhileInt(acc int, f func(el int16, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileInt16 

func (s SliceInt16) ReduceWhileInt16(acc int16, f func(el int16, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileInt32 

func (s SliceInt16) ReduceWhileInt32(acc int32, f func(el int16, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileInt64 

func (s SliceInt16) ReduceWhileInt64(acc int64, f func(el int16, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileInt8 

func (s SliceInt16) ReduceWhileInt8(acc int8, f func(el int16, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileInterface 

func (s SliceInt16) ReduceWhileInterface(acc interface{}, f func(el int16, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileRune 

func (s SliceInt16) ReduceWhileRune(acc rune, f func(el int16, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileString 

func (s SliceInt16) ReduceWhileString(acc string, f func(el int16, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileUint 

func (s SliceInt16) ReduceWhileUint(acc uint, f func(el int16, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileUint16 

func (s SliceInt16) ReduceWhileUint16(acc uint16, f func(el int16, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileUint32 

func (s SliceInt16) ReduceWhileUint32(acc uint32, f func(el int16, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileUint64 

func (s SliceInt16) ReduceWhileUint64(acc uint64, f func(el int16, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) ReduceWhileUint8 

func (s SliceInt16) ReduceWhileUint8(acc uint8, f func(el int16, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt16) Reverse 

func (s SliceInt16) Reverse() []int16

Reverse returns given arr in reversed order

func (SliceInt16) Same 

func (s SliceInt16) Same() bool

Same returns true if all element in arr the same

func (SliceInt16) ScanBool 

func (s SliceInt16) ScanBool(acc bool, f func(el int16, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanByte 

func (s SliceInt16) ScanByte(acc byte, f func(el int16, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanError 

func (s SliceInt16) ScanError(acc error, f func(el int16, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanFloat32 

func (s SliceInt16) ScanFloat32(acc float32, f func(el int16, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanFloat64 

func (s SliceInt16) ScanFloat64(acc float64, f func(el int16, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanInt 

func (s SliceInt16) ScanInt(acc int, f func(el int16, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanInt16 

func (s SliceInt16) ScanInt16(acc int16, f func(el int16, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanInt32 

func (s SliceInt16) ScanInt32(acc int32, f func(el int16, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanInt64 

func (s SliceInt16) ScanInt64(acc int64, f func(el int16, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanInt8 

func (s SliceInt16) ScanInt8(acc int8, f func(el int16, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanInterface 

func (s SliceInt16) ScanInterface(acc interface{}, f func(el int16, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanRune 

func (s SliceInt16) ScanRune(acc rune, f func(el int16, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanString 

func (s SliceInt16) ScanString(acc string, f func(el int16, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanUint 

func (s SliceInt16) ScanUint(acc uint, f func(el int16, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanUint16 

func (s SliceInt16) ScanUint16(acc uint16, f func(el int16, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanUint32 

func (s SliceInt16) ScanUint32(acc uint32, f func(el int16, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanUint64 

func (s SliceInt16) ScanUint64(acc uint64, f func(el int16, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceInt16) ScanUint8 

func (s SliceInt16) ScanUint8(acc uint8, f func(el int16, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceInt16) Shuffle 

func (s SliceInt16) Shuffle(seed int64) []int16

Shuffle in random order arr elements

func (SliceInt16) Sort 

func (s SliceInt16) Sort() []int16

Sort returns sorted slice

func (SliceInt16) Sorted 

func (s SliceInt16) Sorted() bool

Sorted returns true if slice is sorted

func (SliceInt16) Split 

func (s SliceInt16) Split(sep int16) [][]int16

Split splits arr by sep

func (SliceInt16) StartsWith 

func (s SliceInt16) StartsWith(prefix []int16) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceInt16) Sum 

func (s SliceInt16) Sum() int16

Sum return sum of all elements from arr

func (SliceInt16) TakeEvery 

func (s SliceInt16) TakeEvery(nth int, from int) ([]int16, error)

TakeEvery returns slice of every nth elements

func (SliceInt16) TakeRandom 

func (s SliceInt16) TakeRandom(count int, seed int64) ([]int16, error)

TakeRandom returns slice of count random elements from the slice

func (SliceInt16) TakeWhile 

func (s SliceInt16) TakeWhile(f func(el int16) bool) []int16

TakeWhile takes elements from arr while f returns true

func (SliceInt16) ToChannel 

func (s SliceInt16) ToChannel() chan int16

ToChannel returns channel with elements from the slice

func (SliceInt16) Uniq 

func (s SliceInt16) Uniq() []int16

Uniq returns arr with only first occurences of every element.

func (SliceInt16) Window 

func (s SliceInt16) Window(size int) ([][]int16, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceInt16) Without 

func (s SliceInt16) Without(elements ...int16) []int16

Without returns the slice with filtered out element

type SliceInt32 

type SliceInt32 struct {
	Data []int32
}

Slice is a set of operations to work with slice

func (SliceInt32) All 

func (s SliceInt32) All(f func(el int32) bool) bool

All returns true if f returns true for all elements in arr

func (SliceInt32) Any 

func (s SliceInt32) Any(f func(el int32) bool) bool

Any returns true if f returns true for any element in arr

func (SliceInt32) Choice 

func (s SliceInt32) Choice(seed int64) (int32, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceInt32) ChunkByBool 

func (s SliceInt32) ChunkByBool(f func(el int32) bool) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByByte 

func (s SliceInt32) ChunkByByte(f func(el int32) byte) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByError 

func (s SliceInt32) ChunkByError(f func(el int32) error) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByFloat32 

func (s SliceInt32) ChunkByFloat32(f func(el int32) float32) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByFloat64 

func (s SliceInt32) ChunkByFloat64(f func(el int32) float64) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByInt 

func (s SliceInt32) ChunkByInt(f func(el int32) int) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByInt16 

func (s SliceInt32) ChunkByInt16(f func(el int32) int16) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByInt32 

func (s SliceInt32) ChunkByInt32(f func(el int32) int32) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByInt64 

func (s SliceInt32) ChunkByInt64(f func(el int32) int64) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByInt8 

func (s SliceInt32) ChunkByInt8(f func(el int32) int8) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByInterface 

func (s SliceInt32) ChunkByInterface(f func(el int32) interface{}) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByRune 

func (s SliceInt32) ChunkByRune(f func(el int32) rune) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByString 

func (s SliceInt32) ChunkByString(f func(el int32) string) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByUint 

func (s SliceInt32) ChunkByUint(f func(el int32) uint) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByUint16 

func (s SliceInt32) ChunkByUint16(f func(el int32) uint16) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByUint32 

func (s SliceInt32) ChunkByUint32(f func(el int32) uint32) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByUint64 

func (s SliceInt32) ChunkByUint64(f func(el int32) uint64) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkByUint8 

func (s SliceInt32) ChunkByUint8(f func(el int32) uint8) [][]int32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt32) ChunkEvery 

func (s SliceInt32) ChunkEvery(count int) ([][]int32, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceInt32) Contains 

func (s SliceInt32) Contains(el int32) bool

Contains returns true if el in arr.

func (SliceInt32) Count 

func (s SliceInt32) Count(el int32) int

Count return count of el occurences in arr.

func (SliceInt32) CountBy 

func (s SliceInt32) CountBy(f func(el int32) bool) int

CountBy returns how many times f returns true.

func (SliceInt32) Cycle 

func (s SliceInt32) Cycle() chan int32

Cycle is an infinite loop over slice

func (SliceInt32) Dedup 

func (s SliceInt32) Dedup() []int32

Dedup returns a given slice without consecutive duplicated elements

func (SliceInt32) DedupByBool 

func (s SliceInt32) DedupByBool(f func(el int32) bool) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByByte 

func (s SliceInt32) DedupByByte(f func(el int32) byte) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByError 

func (s SliceInt32) DedupByError(f func(el int32) error) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByFloat32 

func (s SliceInt32) DedupByFloat32(f func(el int32) float32) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByFloat64 

func (s SliceInt32) DedupByFloat64(f func(el int32) float64) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByInt 

func (s SliceInt32) DedupByInt(f func(el int32) int) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByInt16 

func (s SliceInt32) DedupByInt16(f func(el int32) int16) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByInt32 

func (s SliceInt32) DedupByInt32(f func(el int32) int32) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByInt64 

func (s SliceInt32) DedupByInt64(f func(el int32) int64) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByInt8 

func (s SliceInt32) DedupByInt8(f func(el int32) int8) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByInterface 

func (s SliceInt32) DedupByInterface(f func(el int32) interface{}) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByRune 

func (s SliceInt32) DedupByRune(f func(el int32) rune) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByString 

func (s SliceInt32) DedupByString(f func(el int32) string) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByUint 

func (s SliceInt32) DedupByUint(f func(el int32) uint) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByUint16 

func (s SliceInt32) DedupByUint16(f func(el int32) uint16) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByUint32 

func (s SliceInt32) DedupByUint32(f func(el int32) uint32) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByUint64 

func (s SliceInt32) DedupByUint64(f func(el int32) uint64) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) DedupByUint8 

func (s SliceInt32) DedupByUint8(f func(el int32) uint8) []int32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt32) Delete 

func (s SliceInt32) Delete(element int32) []int32

Delete deletes the first occurence of the element from the slice

func (SliceInt32) DeleteAll 

func (s SliceInt32) DeleteAll(element int32) []int32

DeleteAll deletes all occurences of the element from the slice

func (SliceInt32) DeleteAt 

func (s SliceInt32) DeleteAt(indices ...int) ([]int32, error)

DeleteAt returns the slice without elements on given positions

func (SliceInt32) DropEvery 

func (s SliceInt32) DropEvery(nth int, from int) ([]int32, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceInt32) DropWhile 

func (s SliceInt32) DropWhile(f func(el int32) bool) []int32

DropWhile drops elements from arr while f returns true

func (SliceInt32) Each 

func (s SliceInt32) Each(f func(el int32))

Each calls f for every element from arr

func (SliceInt32) EndsWith 

func (s SliceInt32) EndsWith(suffix []int32) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceInt32) Equal 

func (s SliceInt32) Equal(other []int32) bool

Equal returns true if slices are equal

func (SliceInt32) Filter 

func (s SliceInt32) Filter(f func(el int32) bool) []int32

Filter returns slice of T for which F returned true

func (SliceInt32) Find 

func (s SliceInt32) Find(f func(el int32) bool) (int32, error)

Find returns the first element for which f returns true

func (SliceInt32) FindIndex 

func (s SliceInt32) FindIndex(f func(el int32) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceInt32) GroupByBool 

func (s SliceInt32) GroupByBool(f func(el int32) bool) map[bool][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByByte 

func (s SliceInt32) GroupByByte(f func(el int32) byte) map[byte][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByError 

func (s SliceInt32) GroupByError(f func(el int32) error) map[error][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByFloat32 

func (s SliceInt32) GroupByFloat32(f func(el int32) float32) map[float32][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByFloat64 

func (s SliceInt32) GroupByFloat64(f func(el int32) float64) map[float64][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByInt 

func (s SliceInt32) GroupByInt(f func(el int32) int) map[int][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByInt16 

func (s SliceInt32) GroupByInt16(f func(el int32) int16) map[int16][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByInt32 

func (s SliceInt32) GroupByInt32(f func(el int32) int32) map[int32][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByInt64 

func (s SliceInt32) GroupByInt64(f func(el int32) int64) map[int64][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByInt8 

func (s SliceInt32) GroupByInt8(f func(el int32) int8) map[int8][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByInterface 

func (s SliceInt32) GroupByInterface(f func(el int32) interface{}) map[interface{}][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByRune 

func (s SliceInt32) GroupByRune(f func(el int32) rune) map[rune][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByString 

func (s SliceInt32) GroupByString(f func(el int32) string) map[string][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByUint 

func (s SliceInt32) GroupByUint(f func(el int32) uint) map[uint][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByUint16 

func (s SliceInt32) GroupByUint16(f func(el int32) uint16) map[uint16][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByUint32 

func (s SliceInt32) GroupByUint32(f func(el int32) uint32) map[uint32][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByUint64 

func (s SliceInt32) GroupByUint64(f func(el int32) uint64) map[uint64][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) GroupByUint8 

func (s SliceInt32) GroupByUint8(f func(el int32) uint8) map[uint8][]int32

GroupBy groups element from array by value returned by f

func (SliceInt32) InsertAt 

func (s SliceInt32) InsertAt(index int, element int32) ([]int32, error)

InsertAt returns the slice with element inserted at given index.

func (SliceInt32) Intersperse 

func (s SliceInt32) Intersperse(el int32) []int32

Intersperse inserts el between each element of arr

func (SliceInt32) Join 

func (s SliceInt32) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceInt32) Last 

func (s SliceInt32) Last() (int32, error)

Last returns the last element from the slice

func (SliceInt32) MapBool 

func (s SliceInt32) MapBool(f func(el int32) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapByte 

func (s SliceInt32) MapByte(f func(el int32) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapError 

func (s SliceInt32) MapError(f func(el int32) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapFloat32 

func (s SliceInt32) MapFloat32(f func(el int32) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapFloat64 

func (s SliceInt32) MapFloat64(f func(el int32) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapInt 

func (s SliceInt32) MapInt(f func(el int32) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapInt16 

func (s SliceInt32) MapInt16(f func(el int32) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapInt32 

func (s SliceInt32) MapInt32(f func(el int32) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapInt64 

func (s SliceInt32) MapInt64(f func(el int32) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapInt8 

func (s SliceInt32) MapInt8(f func(el int32) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapInterface 

func (s SliceInt32) MapInterface(f func(el int32) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapRune 

func (s SliceInt32) MapRune(f func(el int32) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapString 

func (s SliceInt32) MapString(f func(el int32) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapUint 

func (s SliceInt32) MapUint(f func(el int32) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapUint16 

func (s SliceInt32) MapUint16(f func(el int32) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapUint32 

func (s SliceInt32) MapUint32(f func(el int32) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapUint64 

func (s SliceInt32) MapUint64(f func(el int32) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) MapUint8 

func (s SliceInt32) MapUint8(f func(el int32) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt32) Max 

func (s SliceInt32) Max() (int32, error)

Max returns the maximal element from arr

func (SliceInt32) Min 

func (s SliceInt32) Min() (int32, error)

Min returns the minimal element from arr

func (SliceInt32) Permutations 

func (s SliceInt32) Permutations(size int) chan []int32

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceInt32) Product 

func (s SliceInt32) Product(repeat int) chan []int32

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceInt32) ReduceBool 

func (s SliceInt32) ReduceBool(acc bool, f func(el int32, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceByte 

func (s SliceInt32) ReduceByte(acc byte, f func(el int32, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceError 

func (s SliceInt32) ReduceError(acc error, f func(el int32, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceFloat32 

func (s SliceInt32) ReduceFloat32(acc float32, f func(el int32, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceFloat64 

func (s SliceInt32) ReduceFloat64(acc float64, f func(el int32, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceInt 

func (s SliceInt32) ReduceInt(acc int, f func(el int32, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceInt16 

func (s SliceInt32) ReduceInt16(acc int16, f func(el int32, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceInt32 

func (s SliceInt32) ReduceInt32(acc int32, f func(el int32, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceInt64 

func (s SliceInt32) ReduceInt64(acc int64, f func(el int32, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceInt8 

func (s SliceInt32) ReduceInt8(acc int8, f func(el int32, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceInterface 

func (s SliceInt32) ReduceInterface(acc interface{}, f func(el int32, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceRune 

func (s SliceInt32) ReduceRune(acc rune, f func(el int32, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceString 

func (s SliceInt32) ReduceString(acc string, f func(el int32, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceUint 

func (s SliceInt32) ReduceUint(acc uint, f func(el int32, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceUint16 

func (s SliceInt32) ReduceUint16(acc uint16, f func(el int32, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceUint32 

func (s SliceInt32) ReduceUint32(acc uint32, f func(el int32, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceUint64 

func (s SliceInt32) ReduceUint64(acc uint64, f func(el int32, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceUint8 

func (s SliceInt32) ReduceUint8(acc uint8, f func(el int32, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt32) ReduceWhileBool 

func (s SliceInt32) ReduceWhileBool(acc bool, f func(el int32, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileByte 

func (s SliceInt32) ReduceWhileByte(acc byte, f func(el int32, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileError 

func (s SliceInt32) ReduceWhileError(acc error, f func(el int32, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileFloat32 

func (s SliceInt32) ReduceWhileFloat32(acc float32, f func(el int32, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileFloat64 

func (s SliceInt32) ReduceWhileFloat64(acc float64, f func(el int32, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileInt 

func (s SliceInt32) ReduceWhileInt(acc int, f func(el int32, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileInt16 

func (s SliceInt32) ReduceWhileInt16(acc int16, f func(el int32, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileInt32 

func (s SliceInt32) ReduceWhileInt32(acc int32, f func(el int32, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileInt64 

func (s SliceInt32) ReduceWhileInt64(acc int64, f func(el int32, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileInt8 

func (s SliceInt32) ReduceWhileInt8(acc int8, f func(el int32, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileInterface 

func (s SliceInt32) ReduceWhileInterface(acc interface{}, f func(el int32, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileRune 

func (s SliceInt32) ReduceWhileRune(acc rune, f func(el int32, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileString 

func (s SliceInt32) ReduceWhileString(acc string, f func(el int32, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileUint 

func (s SliceInt32) ReduceWhileUint(acc uint, f func(el int32, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileUint16 

func (s SliceInt32) ReduceWhileUint16(acc uint16, f func(el int32, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileUint32 

func (s SliceInt32) ReduceWhileUint32(acc uint32, f func(el int32, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileUint64 

func (s SliceInt32) ReduceWhileUint64(acc uint64, f func(el int32, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) ReduceWhileUint8 

func (s SliceInt32) ReduceWhileUint8(acc uint8, f func(el int32, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt32) Reverse 

func (s SliceInt32) Reverse() []int32

Reverse returns given arr in reversed order

func (SliceInt32) Same 

func (s SliceInt32) Same() bool

Same returns true if all element in arr the same

func (SliceInt32) ScanBool 

func (s SliceInt32) ScanBool(acc bool, f func(el int32, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanByte 

func (s SliceInt32) ScanByte(acc byte, f func(el int32, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanError 

func (s SliceInt32) ScanError(acc error, f func(el int32, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanFloat32 

func (s SliceInt32) ScanFloat32(acc float32, f func(el int32, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanFloat64 

func (s SliceInt32) ScanFloat64(acc float64, f func(el int32, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanInt 

func (s SliceInt32) ScanInt(acc int, f func(el int32, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanInt16 

func (s SliceInt32) ScanInt16(acc int16, f func(el int32, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanInt32 

func (s SliceInt32) ScanInt32(acc int32, f func(el int32, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanInt64 

func (s SliceInt32) ScanInt64(acc int64, f func(el int32, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanInt8 

func (s SliceInt32) ScanInt8(acc int8, f func(el int32, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanInterface 

func (s SliceInt32) ScanInterface(acc interface{}, f func(el int32, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanRune 

func (s SliceInt32) ScanRune(acc rune, f func(el int32, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanString 

func (s SliceInt32) ScanString(acc string, f func(el int32, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanUint 

func (s SliceInt32) ScanUint(acc uint, f func(el int32, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanUint16 

func (s SliceInt32) ScanUint16(acc uint16, f func(el int32, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanUint32 

func (s SliceInt32) ScanUint32(acc uint32, f func(el int32, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanUint64 

func (s SliceInt32) ScanUint64(acc uint64, f func(el int32, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceInt32) ScanUint8 

func (s SliceInt32) ScanUint8(acc uint8, f func(el int32, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceInt32) Shuffle 

func (s SliceInt32) Shuffle(seed int64) []int32

Shuffle in random order arr elements

func (SliceInt32) Sort 

func (s SliceInt32) Sort() []int32

Sort returns sorted slice

func (SliceInt32) Sorted 

func (s SliceInt32) Sorted() bool

Sorted returns true if slice is sorted

func (SliceInt32) Split 

func (s SliceInt32) Split(sep int32) [][]int32

Split splits arr by sep

func (SliceInt32) StartsWith 

func (s SliceInt32) StartsWith(prefix []int32) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceInt32) Sum 

func (s SliceInt32) Sum() int32

Sum return sum of all elements from arr

func (SliceInt32) TakeEvery 

func (s SliceInt32) TakeEvery(nth int, from int) ([]int32, error)

TakeEvery returns slice of every nth elements

func (SliceInt32) TakeRandom 

func (s SliceInt32) TakeRandom(count int, seed int64) ([]int32, error)

TakeRandom returns slice of count random elements from the slice

func (SliceInt32) TakeWhile 

func (s SliceInt32) TakeWhile(f func(el int32) bool) []int32

TakeWhile takes elements from arr while f returns true

func (SliceInt32) ToChannel 

func (s SliceInt32) ToChannel() chan int32

ToChannel returns channel with elements from the slice

func (SliceInt32) Uniq 

func (s SliceInt32) Uniq() []int32

Uniq returns arr with only first occurences of every element.

func (SliceInt32) Window 

func (s SliceInt32) Window(size int) ([][]int32, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceInt32) Without 

func (s SliceInt32) Without(elements ...int32) []int32

Without returns the slice with filtered out element

type SliceInt64 

type SliceInt64 struct {
	Data []int64
}

Slice is a set of operations to work with slice

func (SliceInt64) All 

func (s SliceInt64) All(f func(el int64) bool) bool

All returns true if f returns true for all elements in arr

func (SliceInt64) Any 

func (s SliceInt64) Any(f func(el int64) bool) bool

Any returns true if f returns true for any element in arr

func (SliceInt64) Choice 

func (s SliceInt64) Choice(seed int64) (int64, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceInt64) ChunkByBool 

func (s SliceInt64) ChunkByBool(f func(el int64) bool) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByByte 

func (s SliceInt64) ChunkByByte(f func(el int64) byte) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByError 

func (s SliceInt64) ChunkByError(f func(el int64) error) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByFloat32 

func (s SliceInt64) ChunkByFloat32(f func(el int64) float32) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByFloat64 

func (s SliceInt64) ChunkByFloat64(f func(el int64) float64) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByInt 

func (s SliceInt64) ChunkByInt(f func(el int64) int) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByInt16 

func (s SliceInt64) ChunkByInt16(f func(el int64) int16) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByInt32 

func (s SliceInt64) ChunkByInt32(f func(el int64) int32) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByInt64 

func (s SliceInt64) ChunkByInt64(f func(el int64) int64) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByInt8 

func (s SliceInt64) ChunkByInt8(f func(el int64) int8) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByInterface 

func (s SliceInt64) ChunkByInterface(f func(el int64) interface{}) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByRune 

func (s SliceInt64) ChunkByRune(f func(el int64) rune) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByString 

func (s SliceInt64) ChunkByString(f func(el int64) string) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByUint 

func (s SliceInt64) ChunkByUint(f func(el int64) uint) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByUint16 

func (s SliceInt64) ChunkByUint16(f func(el int64) uint16) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByUint32 

func (s SliceInt64) ChunkByUint32(f func(el int64) uint32) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByUint64 

func (s SliceInt64) ChunkByUint64(f func(el int64) uint64) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkByUint8 

func (s SliceInt64) ChunkByUint8(f func(el int64) uint8) [][]int64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt64) ChunkEvery 

func (s SliceInt64) ChunkEvery(count int) ([][]int64, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceInt64) Contains 

func (s SliceInt64) Contains(el int64) bool

Contains returns true if el in arr.

func (SliceInt64) Count 

func (s SliceInt64) Count(el int64) int

Count return count of el occurences in arr.

func (SliceInt64) CountBy 

func (s SliceInt64) CountBy(f func(el int64) bool) int

CountBy returns how many times f returns true.

func (SliceInt64) Cycle 

func (s SliceInt64) Cycle() chan int64

Cycle is an infinite loop over slice

func (SliceInt64) Dedup 

func (s SliceInt64) Dedup() []int64

Dedup returns a given slice without consecutive duplicated elements

func (SliceInt64) DedupByBool 

func (s SliceInt64) DedupByBool(f func(el int64) bool) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByByte 

func (s SliceInt64) DedupByByte(f func(el int64) byte) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByError 

func (s SliceInt64) DedupByError(f func(el int64) error) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByFloat32 

func (s SliceInt64) DedupByFloat32(f func(el int64) float32) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByFloat64 

func (s SliceInt64) DedupByFloat64(f func(el int64) float64) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByInt 

func (s SliceInt64) DedupByInt(f func(el int64) int) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByInt16 

func (s SliceInt64) DedupByInt16(f func(el int64) int16) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByInt32 

func (s SliceInt64) DedupByInt32(f func(el int64) int32) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByInt64 

func (s SliceInt64) DedupByInt64(f func(el int64) int64) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByInt8 

func (s SliceInt64) DedupByInt8(f func(el int64) int8) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByInterface 

func (s SliceInt64) DedupByInterface(f func(el int64) interface{}) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByRune 

func (s SliceInt64) DedupByRune(f func(el int64) rune) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByString 

func (s SliceInt64) DedupByString(f func(el int64) string) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByUint 

func (s SliceInt64) DedupByUint(f func(el int64) uint) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByUint16 

func (s SliceInt64) DedupByUint16(f func(el int64) uint16) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByUint32 

func (s SliceInt64) DedupByUint32(f func(el int64) uint32) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByUint64 

func (s SliceInt64) DedupByUint64(f func(el int64) uint64) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) DedupByUint8 

func (s SliceInt64) DedupByUint8(f func(el int64) uint8) []int64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt64) Delete 

func (s SliceInt64) Delete(element int64) []int64

Delete deletes the first occurence of the element from the slice

func (SliceInt64) DeleteAll 

func (s SliceInt64) DeleteAll(element int64) []int64

DeleteAll deletes all occurences of the element from the slice

func (SliceInt64) DeleteAt 

func (s SliceInt64) DeleteAt(indices ...int) ([]int64, error)

DeleteAt returns the slice without elements on given positions

func (SliceInt64) DropEvery 

func (s SliceInt64) DropEvery(nth int, from int) ([]int64, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceInt64) DropWhile 

func (s SliceInt64) DropWhile(f func(el int64) bool) []int64

DropWhile drops elements from arr while f returns true

func (SliceInt64) Each 

func (s SliceInt64) Each(f func(el int64))

Each calls f for every element from arr

func (SliceInt64) EndsWith 

func (s SliceInt64) EndsWith(suffix []int64) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceInt64) Equal 

func (s SliceInt64) Equal(other []int64) bool

Equal returns true if slices are equal

func (SliceInt64) Filter 

func (s SliceInt64) Filter(f func(el int64) bool) []int64

Filter returns slice of T for which F returned true

func (SliceInt64) Find 

func (s SliceInt64) Find(f func(el int64) bool) (int64, error)

Find returns the first element for which f returns true

func (SliceInt64) FindIndex 

func (s SliceInt64) FindIndex(f func(el int64) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceInt64) GroupByBool 

func (s SliceInt64) GroupByBool(f func(el int64) bool) map[bool][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByByte 

func (s SliceInt64) GroupByByte(f func(el int64) byte) map[byte][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByError 

func (s SliceInt64) GroupByError(f func(el int64) error) map[error][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByFloat32 

func (s SliceInt64) GroupByFloat32(f func(el int64) float32) map[float32][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByFloat64 

func (s SliceInt64) GroupByFloat64(f func(el int64) float64) map[float64][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByInt 

func (s SliceInt64) GroupByInt(f func(el int64) int) map[int][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByInt16 

func (s SliceInt64) GroupByInt16(f func(el int64) int16) map[int16][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByInt32 

func (s SliceInt64) GroupByInt32(f func(el int64) int32) map[int32][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByInt64 

func (s SliceInt64) GroupByInt64(f func(el int64) int64) map[int64][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByInt8 

func (s SliceInt64) GroupByInt8(f func(el int64) int8) map[int8][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByInterface 

func (s SliceInt64) GroupByInterface(f func(el int64) interface{}) map[interface{}][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByRune 

func (s SliceInt64) GroupByRune(f func(el int64) rune) map[rune][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByString 

func (s SliceInt64) GroupByString(f func(el int64) string) map[string][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByUint 

func (s SliceInt64) GroupByUint(f func(el int64) uint) map[uint][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByUint16 

func (s SliceInt64) GroupByUint16(f func(el int64) uint16) map[uint16][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByUint32 

func (s SliceInt64) GroupByUint32(f func(el int64) uint32) map[uint32][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByUint64 

func (s SliceInt64) GroupByUint64(f func(el int64) uint64) map[uint64][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) GroupByUint8 

func (s SliceInt64) GroupByUint8(f func(el int64) uint8) map[uint8][]int64

GroupBy groups element from array by value returned by f

func (SliceInt64) InsertAt 

func (s SliceInt64) InsertAt(index int, element int64) ([]int64, error)

InsertAt returns the slice with element inserted at given index.

func (SliceInt64) Intersperse 

func (s SliceInt64) Intersperse(el int64) []int64

Intersperse inserts el between each element of arr

func (SliceInt64) Join 

func (s SliceInt64) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceInt64) Last 

func (s SliceInt64) Last() (int64, error)

Last returns the last element from the slice

func (SliceInt64) MapBool 

func (s SliceInt64) MapBool(f func(el int64) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapByte 

func (s SliceInt64) MapByte(f func(el int64) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapError 

func (s SliceInt64) MapError(f func(el int64) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapFloat32 

func (s SliceInt64) MapFloat32(f func(el int64) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapFloat64 

func (s SliceInt64) MapFloat64(f func(el int64) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapInt 

func (s SliceInt64) MapInt(f func(el int64) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapInt16 

func (s SliceInt64) MapInt16(f func(el int64) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapInt32 

func (s SliceInt64) MapInt32(f func(el int64) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapInt64 

func (s SliceInt64) MapInt64(f func(el int64) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapInt8 

func (s SliceInt64) MapInt8(f func(el int64) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapInterface 

func (s SliceInt64) MapInterface(f func(el int64) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapRune 

func (s SliceInt64) MapRune(f func(el int64) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapString 

func (s SliceInt64) MapString(f func(el int64) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapUint 

func (s SliceInt64) MapUint(f func(el int64) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapUint16 

func (s SliceInt64) MapUint16(f func(el int64) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapUint32 

func (s SliceInt64) MapUint32(f func(el int64) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapUint64 

func (s SliceInt64) MapUint64(f func(el int64) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) MapUint8 

func (s SliceInt64) MapUint8(f func(el int64) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt64) Max 

func (s SliceInt64) Max() (int64, error)

Max returns the maximal element from arr

func (SliceInt64) Min 

func (s SliceInt64) Min() (int64, error)

Min returns the minimal element from arr

func (SliceInt64) Permutations 

func (s SliceInt64) Permutations(size int) chan []int64

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceInt64) Product 

func (s SliceInt64) Product(repeat int) chan []int64

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceInt64) ReduceBool 

func (s SliceInt64) ReduceBool(acc bool, f func(el int64, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceByte 

func (s SliceInt64) ReduceByte(acc byte, f func(el int64, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceError 

func (s SliceInt64) ReduceError(acc error, f func(el int64, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceFloat32 

func (s SliceInt64) ReduceFloat32(acc float32, f func(el int64, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceFloat64 

func (s SliceInt64) ReduceFloat64(acc float64, f func(el int64, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceInt 

func (s SliceInt64) ReduceInt(acc int, f func(el int64, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceInt16 

func (s SliceInt64) ReduceInt16(acc int16, f func(el int64, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceInt32 

func (s SliceInt64) ReduceInt32(acc int32, f func(el int64, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceInt64 

func (s SliceInt64) ReduceInt64(acc int64, f func(el int64, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceInt8 

func (s SliceInt64) ReduceInt8(acc int8, f func(el int64, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceInterface 

func (s SliceInt64) ReduceInterface(acc interface{}, f func(el int64, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceRune 

func (s SliceInt64) ReduceRune(acc rune, f func(el int64, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceString 

func (s SliceInt64) ReduceString(acc string, f func(el int64, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceUint 

func (s SliceInt64) ReduceUint(acc uint, f func(el int64, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceUint16 

func (s SliceInt64) ReduceUint16(acc uint16, f func(el int64, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceUint32 

func (s SliceInt64) ReduceUint32(acc uint32, f func(el int64, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceUint64 

func (s SliceInt64) ReduceUint64(acc uint64, f func(el int64, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceUint8 

func (s SliceInt64) ReduceUint8(acc uint8, f func(el int64, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt64) ReduceWhileBool 

func (s SliceInt64) ReduceWhileBool(acc bool, f func(el int64, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileByte 

func (s SliceInt64) ReduceWhileByte(acc byte, f func(el int64, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileError 

func (s SliceInt64) ReduceWhileError(acc error, f func(el int64, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileFloat32 

func (s SliceInt64) ReduceWhileFloat32(acc float32, f func(el int64, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileFloat64 

func (s SliceInt64) ReduceWhileFloat64(acc float64, f func(el int64, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileInt 

func (s SliceInt64) ReduceWhileInt(acc int, f func(el int64, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileInt16 

func (s SliceInt64) ReduceWhileInt16(acc int16, f func(el int64, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileInt32 

func (s SliceInt64) ReduceWhileInt32(acc int32, f func(el int64, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileInt64 

func (s SliceInt64) ReduceWhileInt64(acc int64, f func(el int64, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileInt8 

func (s SliceInt64) ReduceWhileInt8(acc int8, f func(el int64, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileInterface 

func (s SliceInt64) ReduceWhileInterface(acc interface{}, f func(el int64, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileRune 

func (s SliceInt64) ReduceWhileRune(acc rune, f func(el int64, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileString 

func (s SliceInt64) ReduceWhileString(acc string, f func(el int64, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileUint 

func (s SliceInt64) ReduceWhileUint(acc uint, f func(el int64, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileUint16 

func (s SliceInt64) ReduceWhileUint16(acc uint16, f func(el int64, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileUint32 

func (s SliceInt64) ReduceWhileUint32(acc uint32, f func(el int64, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileUint64 

func (s SliceInt64) ReduceWhileUint64(acc uint64, f func(el int64, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) ReduceWhileUint8 

func (s SliceInt64) ReduceWhileUint8(acc uint8, f func(el int64, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt64) Reverse 

func (s SliceInt64) Reverse() []int64

Reverse returns given arr in reversed order

func (SliceInt64) Same 

func (s SliceInt64) Same() bool

Same returns true if all element in arr the same

func (SliceInt64) ScanBool 

func (s SliceInt64) ScanBool(acc bool, f func(el int64, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanByte 

func (s SliceInt64) ScanByte(acc byte, f func(el int64, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanError 

func (s SliceInt64) ScanError(acc error, f func(el int64, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanFloat32 

func (s SliceInt64) ScanFloat32(acc float32, f func(el int64, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanFloat64 

func (s SliceInt64) ScanFloat64(acc float64, f func(el int64, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanInt 

func (s SliceInt64) ScanInt(acc int, f func(el int64, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanInt16 

func (s SliceInt64) ScanInt16(acc int16, f func(el int64, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanInt32 

func (s SliceInt64) ScanInt32(acc int32, f func(el int64, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanInt64 

func (s SliceInt64) ScanInt64(acc int64, f func(el int64, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanInt8 

func (s SliceInt64) ScanInt8(acc int8, f func(el int64, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanInterface 

func (s SliceInt64) ScanInterface(acc interface{}, f func(el int64, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanRune 

func (s SliceInt64) ScanRune(acc rune, f func(el int64, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanString 

func (s SliceInt64) ScanString(acc string, f func(el int64, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanUint 

func (s SliceInt64) ScanUint(acc uint, f func(el int64, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanUint16 

func (s SliceInt64) ScanUint16(acc uint16, f func(el int64, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanUint32 

func (s SliceInt64) ScanUint32(acc uint32, f func(el int64, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanUint64 

func (s SliceInt64) ScanUint64(acc uint64, f func(el int64, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceInt64) ScanUint8 

func (s SliceInt64) ScanUint8(acc uint8, f func(el int64, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceInt64) Shuffle 

func (s SliceInt64) Shuffle(seed int64) []int64

Shuffle in random order arr elements

func (SliceInt64) Sort 

func (s SliceInt64) Sort() []int64

Sort returns sorted slice

func (SliceInt64) Sorted 

func (s SliceInt64) Sorted() bool

Sorted returns true if slice is sorted

func (SliceInt64) Split 

func (s SliceInt64) Split(sep int64) [][]int64

Split splits arr by sep

func (SliceInt64) StartsWith 

func (s SliceInt64) StartsWith(prefix []int64) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceInt64) Sum 

func (s SliceInt64) Sum() int64

Sum return sum of all elements from arr

func (SliceInt64) TakeEvery 

func (s SliceInt64) TakeEvery(nth int, from int) ([]int64, error)

TakeEvery returns slice of every nth elements

func (SliceInt64) TakeRandom 

func (s SliceInt64) TakeRandom(count int, seed int64) ([]int64, error)

TakeRandom returns slice of count random elements from the slice

func (SliceInt64) TakeWhile 

func (s SliceInt64) TakeWhile(f func(el int64) bool) []int64

TakeWhile takes elements from arr while f returns true

func (SliceInt64) ToChannel 

func (s SliceInt64) ToChannel() chan int64

ToChannel returns channel with elements from the slice

func (SliceInt64) Uniq 

func (s SliceInt64) Uniq() []int64

Uniq returns arr with only first occurences of every element.

func (SliceInt64) Window 

func (s SliceInt64) Window(size int) ([][]int64, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceInt64) Without 

func (s SliceInt64) Without(elements ...int64) []int64

Without returns the slice with filtered out element

type SliceInt8 

type SliceInt8 struct {
	Data []int8
}

Slice is a set of operations to work with slice

func (SliceInt8) All 

func (s SliceInt8) All(f func(el int8) bool) bool

All returns true if f returns true for all elements in arr

func (SliceInt8) Any 

func (s SliceInt8) Any(f func(el int8) bool) bool

Any returns true if f returns true for any element in arr

func (SliceInt8) Choice 

func (s SliceInt8) Choice(seed int64) (int8, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceInt8) ChunkByBool 

func (s SliceInt8) ChunkByBool(f func(el int8) bool) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByByte 

func (s SliceInt8) ChunkByByte(f func(el int8) byte) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByError 

func (s SliceInt8) ChunkByError(f func(el int8) error) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByFloat32 

func (s SliceInt8) ChunkByFloat32(f func(el int8) float32) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByFloat64 

func (s SliceInt8) ChunkByFloat64(f func(el int8) float64) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByInt 

func (s SliceInt8) ChunkByInt(f func(el int8) int) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByInt16 

func (s SliceInt8) ChunkByInt16(f func(el int8) int16) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByInt32 

func (s SliceInt8) ChunkByInt32(f func(el int8) int32) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByInt64 

func (s SliceInt8) ChunkByInt64(f func(el int8) int64) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByInt8 

func (s SliceInt8) ChunkByInt8(f func(el int8) int8) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByInterface 

func (s SliceInt8) ChunkByInterface(f func(el int8) interface{}) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByRune 

func (s SliceInt8) ChunkByRune(f func(el int8) rune) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByString 

func (s SliceInt8) ChunkByString(f func(el int8) string) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByUint 

func (s SliceInt8) ChunkByUint(f func(el int8) uint) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByUint16 

func (s SliceInt8) ChunkByUint16(f func(el int8) uint16) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByUint32 

func (s SliceInt8) ChunkByUint32(f func(el int8) uint32) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByUint64 

func (s SliceInt8) ChunkByUint64(f func(el int8) uint64) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkByUint8 

func (s SliceInt8) ChunkByUint8(f func(el int8) uint8) [][]int8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInt8) ChunkEvery 

func (s SliceInt8) ChunkEvery(count int) ([][]int8, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceInt8) Contains 

func (s SliceInt8) Contains(el int8) bool

Contains returns true if el in arr.

func (SliceInt8) Count 

func (s SliceInt8) Count(el int8) int

Count return count of el occurences in arr.

func (SliceInt8) CountBy 

func (s SliceInt8) CountBy(f func(el int8) bool) int

CountBy returns how many times f returns true.

func (SliceInt8) Cycle 

func (s SliceInt8) Cycle() chan int8

Cycle is an infinite loop over slice

func (SliceInt8) Dedup 

func (s SliceInt8) Dedup() []int8

Dedup returns a given slice without consecutive duplicated elements

func (SliceInt8) DedupByBool 

func (s SliceInt8) DedupByBool(f func(el int8) bool) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByByte 

func (s SliceInt8) DedupByByte(f func(el int8) byte) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByError 

func (s SliceInt8) DedupByError(f func(el int8) error) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByFloat32 

func (s SliceInt8) DedupByFloat32(f func(el int8) float32) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByFloat64 

func (s SliceInt8) DedupByFloat64(f func(el int8) float64) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByInt 

func (s SliceInt8) DedupByInt(f func(el int8) int) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByInt16 

func (s SliceInt8) DedupByInt16(f func(el int8) int16) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByInt32 

func (s SliceInt8) DedupByInt32(f func(el int8) int32) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByInt64 

func (s SliceInt8) DedupByInt64(f func(el int8) int64) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByInt8 

func (s SliceInt8) DedupByInt8(f func(el int8) int8) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByInterface 

func (s SliceInt8) DedupByInterface(f func(el int8) interface{}) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByRune 

func (s SliceInt8) DedupByRune(f func(el int8) rune) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByString 

func (s SliceInt8) DedupByString(f func(el int8) string) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByUint 

func (s SliceInt8) DedupByUint(f func(el int8) uint) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByUint16 

func (s SliceInt8) DedupByUint16(f func(el int8) uint16) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByUint32 

func (s SliceInt8) DedupByUint32(f func(el int8) uint32) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByUint64 

func (s SliceInt8) DedupByUint64(f func(el int8) uint64) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) DedupByUint8 

func (s SliceInt8) DedupByUint8(f func(el int8) uint8) []int8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInt8) Delete 

func (s SliceInt8) Delete(element int8) []int8

Delete deletes the first occurence of the element from the slice

func (SliceInt8) DeleteAll 

func (s SliceInt8) DeleteAll(element int8) []int8

DeleteAll deletes all occurences of the element from the slice

func (SliceInt8) DeleteAt 

func (s SliceInt8) DeleteAt(indices ...int) ([]int8, error)

DeleteAt returns the slice without elements on given positions

func (SliceInt8) DropEvery 

func (s SliceInt8) DropEvery(nth int, from int) ([]int8, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceInt8) DropWhile 

func (s SliceInt8) DropWhile(f func(el int8) bool) []int8

DropWhile drops elements from arr while f returns true

func (SliceInt8) Each 

func (s SliceInt8) Each(f func(el int8))

Each calls f for every element from arr

func (SliceInt8) EndsWith 

func (s SliceInt8) EndsWith(suffix []int8) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceInt8) Equal 

func (s SliceInt8) Equal(other []int8) bool

Equal returns true if slices are equal

func (SliceInt8) Filter 

func (s SliceInt8) Filter(f func(el int8) bool) []int8

Filter returns slice of T for which F returned true

func (SliceInt8) Find 

func (s SliceInt8) Find(f func(el int8) bool) (int8, error)

Find returns the first element for which f returns true

func (SliceInt8) FindIndex 

func (s SliceInt8) FindIndex(f func(el int8) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceInt8) GroupByBool 

func (s SliceInt8) GroupByBool(f func(el int8) bool) map[bool][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByByte 

func (s SliceInt8) GroupByByte(f func(el int8) byte) map[byte][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByError 

func (s SliceInt8) GroupByError(f func(el int8) error) map[error][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByFloat32 

func (s SliceInt8) GroupByFloat32(f func(el int8) float32) map[float32][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByFloat64 

func (s SliceInt8) GroupByFloat64(f func(el int8) float64) map[float64][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByInt 

func (s SliceInt8) GroupByInt(f func(el int8) int) map[int][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByInt16 

func (s SliceInt8) GroupByInt16(f func(el int8) int16) map[int16][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByInt32 

func (s SliceInt8) GroupByInt32(f func(el int8) int32) map[int32][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByInt64 

func (s SliceInt8) GroupByInt64(f func(el int8) int64) map[int64][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByInt8 

func (s SliceInt8) GroupByInt8(f func(el int8) int8) map[int8][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByInterface 

func (s SliceInt8) GroupByInterface(f func(el int8) interface{}) map[interface{}][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByRune 

func (s SliceInt8) GroupByRune(f func(el int8) rune) map[rune][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByString 

func (s SliceInt8) GroupByString(f func(el int8) string) map[string][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByUint 

func (s SliceInt8) GroupByUint(f func(el int8) uint) map[uint][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByUint16 

func (s SliceInt8) GroupByUint16(f func(el int8) uint16) map[uint16][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByUint32 

func (s SliceInt8) GroupByUint32(f func(el int8) uint32) map[uint32][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByUint64 

func (s SliceInt8) GroupByUint64(f func(el int8) uint64) map[uint64][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) GroupByUint8 

func (s SliceInt8) GroupByUint8(f func(el int8) uint8) map[uint8][]int8

GroupBy groups element from array by value returned by f

func (SliceInt8) InsertAt 

func (s SliceInt8) InsertAt(index int, element int8) ([]int8, error)

InsertAt returns the slice with element inserted at given index.

func (SliceInt8) Intersperse 

func (s SliceInt8) Intersperse(el int8) []int8

Intersperse inserts el between each element of arr

func (SliceInt8) Join 

func (s SliceInt8) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceInt8) Last 

func (s SliceInt8) Last() (int8, error)

Last returns the last element from the slice

func (SliceInt8) MapBool 

func (s SliceInt8) MapBool(f func(el int8) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapByte 

func (s SliceInt8) MapByte(f func(el int8) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapError 

func (s SliceInt8) MapError(f func(el int8) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapFloat32 

func (s SliceInt8) MapFloat32(f func(el int8) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapFloat64 

func (s SliceInt8) MapFloat64(f func(el int8) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapInt 

func (s SliceInt8) MapInt(f func(el int8) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapInt16 

func (s SliceInt8) MapInt16(f func(el int8) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapInt32 

func (s SliceInt8) MapInt32(f func(el int8) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapInt64 

func (s SliceInt8) MapInt64(f func(el int8) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapInt8 

func (s SliceInt8) MapInt8(f func(el int8) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapInterface 

func (s SliceInt8) MapInterface(f func(el int8) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapRune 

func (s SliceInt8) MapRune(f func(el int8) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapString 

func (s SliceInt8) MapString(f func(el int8) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapUint 

func (s SliceInt8) MapUint(f func(el int8) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapUint16 

func (s SliceInt8) MapUint16(f func(el int8) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapUint32 

func (s SliceInt8) MapUint32(f func(el int8) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapUint64 

func (s SliceInt8) MapUint64(f func(el int8) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) MapUint8 

func (s SliceInt8) MapUint8(f func(el int8) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInt8) Max 

func (s SliceInt8) Max() (int8, error)

Max returns the maximal element from arr

func (SliceInt8) Min 

func (s SliceInt8) Min() (int8, error)

Min returns the minimal element from arr

func (SliceInt8) Permutations 

func (s SliceInt8) Permutations(size int) chan []int8

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceInt8) Product 

func (s SliceInt8) Product(repeat int) chan []int8

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceInt8) ReduceBool 

func (s SliceInt8) ReduceBool(acc bool, f func(el int8, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceByte 

func (s SliceInt8) ReduceByte(acc byte, f func(el int8, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceError 

func (s SliceInt8) ReduceError(acc error, f func(el int8, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceFloat32 

func (s SliceInt8) ReduceFloat32(acc float32, f func(el int8, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceFloat64 

func (s SliceInt8) ReduceFloat64(acc float64, f func(el int8, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceInt 

func (s SliceInt8) ReduceInt(acc int, f func(el int8, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceInt16 

func (s SliceInt8) ReduceInt16(acc int16, f func(el int8, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceInt32 

func (s SliceInt8) ReduceInt32(acc int32, f func(el int8, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceInt64 

func (s SliceInt8) ReduceInt64(acc int64, f func(el int8, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceInt8 

func (s SliceInt8) ReduceInt8(acc int8, f func(el int8, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceInterface 

func (s SliceInt8) ReduceInterface(acc interface{}, f func(el int8, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceRune 

func (s SliceInt8) ReduceRune(acc rune, f func(el int8, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceString 

func (s SliceInt8) ReduceString(acc string, f func(el int8, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceUint 

func (s SliceInt8) ReduceUint(acc uint, f func(el int8, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceUint16 

func (s SliceInt8) ReduceUint16(acc uint16, f func(el int8, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceUint32 

func (s SliceInt8) ReduceUint32(acc uint32, f func(el int8, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceUint64 

func (s SliceInt8) ReduceUint64(acc uint64, f func(el int8, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceUint8 

func (s SliceInt8) ReduceUint8(acc uint8, f func(el int8, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInt8) ReduceWhileBool 

func (s SliceInt8) ReduceWhileBool(acc bool, f func(el int8, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileByte 

func (s SliceInt8) ReduceWhileByte(acc byte, f func(el int8, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileError 

func (s SliceInt8) ReduceWhileError(acc error, f func(el int8, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileFloat32 

func (s SliceInt8) ReduceWhileFloat32(acc float32, f func(el int8, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileFloat64 

func (s SliceInt8) ReduceWhileFloat64(acc float64, f func(el int8, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileInt 

func (s SliceInt8) ReduceWhileInt(acc int, f func(el int8, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileInt16 

func (s SliceInt8) ReduceWhileInt16(acc int16, f func(el int8, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileInt32 

func (s SliceInt8) ReduceWhileInt32(acc int32, f func(el int8, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileInt64 

func (s SliceInt8) ReduceWhileInt64(acc int64, f func(el int8, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileInt8 

func (s SliceInt8) ReduceWhileInt8(acc int8, f func(el int8, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileInterface 

func (s SliceInt8) ReduceWhileInterface(acc interface{}, f func(el int8, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileRune 

func (s SliceInt8) ReduceWhileRune(acc rune, f func(el int8, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileString 

func (s SliceInt8) ReduceWhileString(acc string, f func(el int8, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileUint 

func (s SliceInt8) ReduceWhileUint(acc uint, f func(el int8, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileUint16 

func (s SliceInt8) ReduceWhileUint16(acc uint16, f func(el int8, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileUint32 

func (s SliceInt8) ReduceWhileUint32(acc uint32, f func(el int8, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileUint64 

func (s SliceInt8) ReduceWhileUint64(acc uint64, f func(el int8, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) ReduceWhileUint8 

func (s SliceInt8) ReduceWhileUint8(acc uint8, f func(el int8, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInt8) Reverse 

func (s SliceInt8) Reverse() []int8

Reverse returns given arr in reversed order

func (SliceInt8) Same 

func (s SliceInt8) Same() bool

Same returns true if all element in arr the same

func (SliceInt8) ScanBool 

func (s SliceInt8) ScanBool(acc bool, f func(el int8, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanByte 

func (s SliceInt8) ScanByte(acc byte, f func(el int8, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanError 

func (s SliceInt8) ScanError(acc error, f func(el int8, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanFloat32 

func (s SliceInt8) ScanFloat32(acc float32, f func(el int8, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanFloat64 

func (s SliceInt8) ScanFloat64(acc float64, f func(el int8, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanInt 

func (s SliceInt8) ScanInt(acc int, f func(el int8, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanInt16 

func (s SliceInt8) ScanInt16(acc int16, f func(el int8, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanInt32 

func (s SliceInt8) ScanInt32(acc int32, f func(el int8, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanInt64 

func (s SliceInt8) ScanInt64(acc int64, f func(el int8, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanInt8 

func (s SliceInt8) ScanInt8(acc int8, f func(el int8, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanInterface 

func (s SliceInt8) ScanInterface(acc interface{}, f func(el int8, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanRune 

func (s SliceInt8) ScanRune(acc rune, f func(el int8, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanString 

func (s SliceInt8) ScanString(acc string, f func(el int8, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanUint 

func (s SliceInt8) ScanUint(acc uint, f func(el int8, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanUint16 

func (s SliceInt8) ScanUint16(acc uint16, f func(el int8, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanUint32 

func (s SliceInt8) ScanUint32(acc uint32, f func(el int8, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanUint64 

func (s SliceInt8) ScanUint64(acc uint64, f func(el int8, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceInt8) ScanUint8 

func (s SliceInt8) ScanUint8(acc uint8, f func(el int8, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceInt8) Shuffle 

func (s SliceInt8) Shuffle(seed int64) []int8

Shuffle in random order arr elements

func (SliceInt8) Sort 

func (s SliceInt8) Sort() []int8

Sort returns sorted slice

func (SliceInt8) Sorted 

func (s SliceInt8) Sorted() bool

Sorted returns true if slice is sorted

func (SliceInt8) Split 

func (s SliceInt8) Split(sep int8) [][]int8

Split splits arr by sep

func (SliceInt8) StartsWith 

func (s SliceInt8) StartsWith(prefix []int8) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceInt8) Sum 

func (s SliceInt8) Sum() int8

Sum return sum of all elements from arr

func (SliceInt8) TakeEvery 

func (s SliceInt8) TakeEvery(nth int, from int) ([]int8, error)

TakeEvery returns slice of every nth elements

func (SliceInt8) TakeRandom 

func (s SliceInt8) TakeRandom(count int, seed int64) ([]int8, error)

TakeRandom returns slice of count random elements from the slice

func (SliceInt8) TakeWhile 

func (s SliceInt8) TakeWhile(f func(el int8) bool) []int8

TakeWhile takes elements from arr while f returns true

func (SliceInt8) ToChannel 

func (s SliceInt8) ToChannel() chan int8

ToChannel returns channel with elements from the slice

func (SliceInt8) Uniq 

func (s SliceInt8) Uniq() []int8

Uniq returns arr with only first occurences of every element.

func (SliceInt8) Window 

func (s SliceInt8) Window(size int) ([][]int8, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceInt8) Without 

func (s SliceInt8) Without(elements ...int8) []int8

Without returns the slice with filtered out element

type SliceInterface 

type SliceInterface struct {
	Data []interface{}
}

Slice is a set of operations to work with slice

func (SliceInterface) All 

func (s SliceInterface) All(f func(el interface{}) bool) bool

All returns true if f returns true for all elements in arr

func (SliceInterface) Any 

func (s SliceInterface) Any(f func(el interface{}) bool) bool

Any returns true if f returns true for any element in arr

func (SliceInterface) Choice 

func (s SliceInterface) Choice(seed int64) (interface{}, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceInterface) ChunkByBool 

func (s SliceInterface) ChunkByBool(f func(el interface{}) bool) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByByte 

func (s SliceInterface) ChunkByByte(f func(el interface{}) byte) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByError 

func (s SliceInterface) ChunkByError(f func(el interface{}) error) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByFloat32 

func (s SliceInterface) ChunkByFloat32(f func(el interface{}) float32) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByFloat64 

func (s SliceInterface) ChunkByFloat64(f func(el interface{}) float64) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByInt 

func (s SliceInterface) ChunkByInt(f func(el interface{}) int) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByInt16 

func (s SliceInterface) ChunkByInt16(f func(el interface{}) int16) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByInt32 

func (s SliceInterface) ChunkByInt32(f func(el interface{}) int32) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByInt64 

func (s SliceInterface) ChunkByInt64(f func(el interface{}) int64) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByInt8 

func (s SliceInterface) ChunkByInt8(f func(el interface{}) int8) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByInterface 

func (s SliceInterface) ChunkByInterface(f func(el interface{}) interface{}) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByRune 

func (s SliceInterface) ChunkByRune(f func(el interface{}) rune) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByString 

func (s SliceInterface) ChunkByString(f func(el interface{}) string) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByUint 

func (s SliceInterface) ChunkByUint(f func(el interface{}) uint) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByUint16 

func (s SliceInterface) ChunkByUint16(f func(el interface{}) uint16) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByUint32 

func (s SliceInterface) ChunkByUint32(f func(el interface{}) uint32) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByUint64 

func (s SliceInterface) ChunkByUint64(f func(el interface{}) uint64) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkByUint8 

func (s SliceInterface) ChunkByUint8(f func(el interface{}) uint8) [][]interface{}

ChunkBy splits arr on every element for which f returns a new value.

func (SliceInterface) ChunkEvery 

func (s SliceInterface) ChunkEvery(count int) ([][]interface{}, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceInterface) Contains 

func (s SliceInterface) Contains(el interface{}) bool

Contains returns true if el in arr.

func (SliceInterface) Count 

func (s SliceInterface) Count(el interface{}) int

Count return count of el occurences in arr.

func (SliceInterface) CountBy 

func (s SliceInterface) CountBy(f func(el interface{}) bool) int

CountBy returns how many times f returns true.

func (SliceInterface) Cycle 

func (s SliceInterface) Cycle() chan interface{}

Cycle is an infinite loop over slice

func (SliceInterface) Dedup 

func (s SliceInterface) Dedup() []interface{}

Dedup returns a given slice without consecutive duplicated elements

func (SliceInterface) DedupByBool 

func (s SliceInterface) DedupByBool(f func(el interface{}) bool) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByByte 

func (s SliceInterface) DedupByByte(f func(el interface{}) byte) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByError 

func (s SliceInterface) DedupByError(f func(el interface{}) error) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByFloat32 

func (s SliceInterface) DedupByFloat32(f func(el interface{}) float32) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByFloat64 

func (s SliceInterface) DedupByFloat64(f func(el interface{}) float64) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByInt 

func (s SliceInterface) DedupByInt(f func(el interface{}) int) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByInt16 

func (s SliceInterface) DedupByInt16(f func(el interface{}) int16) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByInt32 

func (s SliceInterface) DedupByInt32(f func(el interface{}) int32) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByInt64 

func (s SliceInterface) DedupByInt64(f func(el interface{}) int64) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByInt8 

func (s SliceInterface) DedupByInt8(f func(el interface{}) int8) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByInterface 

func (s SliceInterface) DedupByInterface(f func(el interface{}) interface{}) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByRune 

func (s SliceInterface) DedupByRune(f func(el interface{}) rune) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByString 

func (s SliceInterface) DedupByString(f func(el interface{}) string) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByUint 

func (s SliceInterface) DedupByUint(f func(el interface{}) uint) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByUint16 

func (s SliceInterface) DedupByUint16(f func(el interface{}) uint16) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByUint32 

func (s SliceInterface) DedupByUint32(f func(el interface{}) uint32) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByUint64 

func (s SliceInterface) DedupByUint64(f func(el interface{}) uint64) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) DedupByUint8 

func (s SliceInterface) DedupByUint8(f func(el interface{}) uint8) []interface{}

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceInterface) Delete 

func (s SliceInterface) Delete(element interface{}) []interface{}

Delete deletes the first occurence of the element from the slice

func (SliceInterface) DeleteAll 

func (s SliceInterface) DeleteAll(element interface{}) []interface{}

DeleteAll deletes all occurences of the element from the slice

func (SliceInterface) DeleteAt 

func (s SliceInterface) DeleteAt(indices ...int) ([]interface{}, error)

DeleteAt returns the slice without elements on given positions

func (SliceInterface) DropEvery 

func (s SliceInterface) DropEvery(nth int, from int) ([]interface{}, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceInterface) DropWhile 

func (s SliceInterface) DropWhile(f func(el interface{}) bool) []interface{}

DropWhile drops elements from arr while f returns true

func (SliceInterface) Each 

func (s SliceInterface) Each(f func(el interface{}))

Each calls f for every element from arr

func (SliceInterface) EndsWith 

func (s SliceInterface) EndsWith(suffix []interface{}) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceInterface) Equal 

func (s SliceInterface) Equal(other []interface{}) bool

Equal returns true if slices are equal

func (SliceInterface) Filter 

func (s SliceInterface) Filter(f func(el interface{}) bool) []interface{}

Filter returns slice of T for which F returned true

func (SliceInterface) Find 

func (s SliceInterface) Find(f func(el interface{}) bool) (interface{}, error)

Find returns the first element for which f returns true

func (SliceInterface) FindIndex 

func (s SliceInterface) FindIndex(f func(el interface{}) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceInterface) GroupByBool 

func (s SliceInterface) GroupByBool(f func(el interface{}) bool) map[bool][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByByte 

func (s SliceInterface) GroupByByte(f func(el interface{}) byte) map[byte][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByError 

func (s SliceInterface) GroupByError(f func(el interface{}) error) map[error][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByFloat32 

func (s SliceInterface) GroupByFloat32(f func(el interface{}) float32) map[float32][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByFloat64 

func (s SliceInterface) GroupByFloat64(f func(el interface{}) float64) map[float64][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByInt 

func (s SliceInterface) GroupByInt(f func(el interface{}) int) map[int][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByInt16 

func (s SliceInterface) GroupByInt16(f func(el interface{}) int16) map[int16][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByInt32 

func (s SliceInterface) GroupByInt32(f func(el interface{}) int32) map[int32][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByInt64 

func (s SliceInterface) GroupByInt64(f func(el interface{}) int64) map[int64][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByInt8 

func (s SliceInterface) GroupByInt8(f func(el interface{}) int8) map[int8][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByInterface 

func (s SliceInterface) GroupByInterface(f func(el interface{}) interface{}) map[interface{}][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByRune 

func (s SliceInterface) GroupByRune(f func(el interface{}) rune) map[rune][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByString 

func (s SliceInterface) GroupByString(f func(el interface{}) string) map[string][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByUint 

func (s SliceInterface) GroupByUint(f func(el interface{}) uint) map[uint][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByUint16 

func (s SliceInterface) GroupByUint16(f func(el interface{}) uint16) map[uint16][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByUint32 

func (s SliceInterface) GroupByUint32(f func(el interface{}) uint32) map[uint32][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByUint64 

func (s SliceInterface) GroupByUint64(f func(el interface{}) uint64) map[uint64][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) GroupByUint8 

func (s SliceInterface) GroupByUint8(f func(el interface{}) uint8) map[uint8][]interface{}

GroupBy groups element from array by value returned by f

func (SliceInterface) InsertAt 

func (s SliceInterface) InsertAt(index int, element interface{}) ([]interface{}, error)

InsertAt returns the slice with element inserted at given index.

func (SliceInterface) Intersperse 

func (s SliceInterface) Intersperse(el interface{}) []interface{}

Intersperse inserts el between each element of arr

func (SliceInterface) Last 

func (s SliceInterface) Last() (interface{}, error)

Last returns the last element from the slice

func (SliceInterface) MapBool 

func (s SliceInterface) MapBool(f func(el interface{}) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapByte 

func (s SliceInterface) MapByte(f func(el interface{}) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapError 

func (s SliceInterface) MapError(f func(el interface{}) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapFloat32 

func (s SliceInterface) MapFloat32(f func(el interface{}) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapFloat64 

func (s SliceInterface) MapFloat64(f func(el interface{}) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapInt 

func (s SliceInterface) MapInt(f func(el interface{}) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapInt16 

func (s SliceInterface) MapInt16(f func(el interface{}) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapInt32 

func (s SliceInterface) MapInt32(f func(el interface{}) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapInt64 

func (s SliceInterface) MapInt64(f func(el interface{}) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapInt8 

func (s SliceInterface) MapInt8(f func(el interface{}) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapInterface 

func (s SliceInterface) MapInterface(f func(el interface{}) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapRune 

func (s SliceInterface) MapRune(f func(el interface{}) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapString 

func (s SliceInterface) MapString(f func(el interface{}) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapUint 

func (s SliceInterface) MapUint(f func(el interface{}) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapUint16 

func (s SliceInterface) MapUint16(f func(el interface{}) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapUint32 

func (s SliceInterface) MapUint32(f func(el interface{}) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapUint64 

func (s SliceInterface) MapUint64(f func(el interface{}) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) MapUint8 

func (s SliceInterface) MapUint8(f func(el interface{}) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceInterface) Permutations 

func (s SliceInterface) Permutations(size int) chan []interface{}

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceInterface) Product 

func (s SliceInterface) Product(repeat int) chan []interface{}

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceInterface) ReduceBool 

func (s SliceInterface) ReduceBool(acc bool, f func(el interface{}, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceByte 

func (s SliceInterface) ReduceByte(acc byte, f func(el interface{}, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceError 

func (s SliceInterface) ReduceError(acc error, f func(el interface{}, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceFloat32 

func (s SliceInterface) ReduceFloat32(acc float32, f func(el interface{}, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceFloat64 

func (s SliceInterface) ReduceFloat64(acc float64, f func(el interface{}, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceInt 

func (s SliceInterface) ReduceInt(acc int, f func(el interface{}, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceInt16 

func (s SliceInterface) ReduceInt16(acc int16, f func(el interface{}, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceInt32 

func (s SliceInterface) ReduceInt32(acc int32, f func(el interface{}, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceInt64 

func (s SliceInterface) ReduceInt64(acc int64, f func(el interface{}, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceInt8 

func (s SliceInterface) ReduceInt8(acc int8, f func(el interface{}, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceInterface 

func (s SliceInterface) ReduceInterface(acc interface{}, f func(el interface{}, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceRune 

func (s SliceInterface) ReduceRune(acc rune, f func(el interface{}, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceString 

func (s SliceInterface) ReduceString(acc string, f func(el interface{}, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceUint 

func (s SliceInterface) ReduceUint(acc uint, f func(el interface{}, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceUint16 

func (s SliceInterface) ReduceUint16(acc uint16, f func(el interface{}, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceUint32 

func (s SliceInterface) ReduceUint32(acc uint32, f func(el interface{}, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceUint64 

func (s SliceInterface) ReduceUint64(acc uint64, f func(el interface{}, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceUint8 

func (s SliceInterface) ReduceUint8(acc uint8, f func(el interface{}, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceInterface) ReduceWhileBool 

func (s SliceInterface) ReduceWhileBool(acc bool, f func(el interface{}, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileByte 

func (s SliceInterface) ReduceWhileByte(acc byte, f func(el interface{}, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileError 

func (s SliceInterface) ReduceWhileError(acc error, f func(el interface{}, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileFloat32 

func (s SliceInterface) ReduceWhileFloat32(acc float32, f func(el interface{}, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileFloat64 

func (s SliceInterface) ReduceWhileFloat64(acc float64, f func(el interface{}, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileInt 

func (s SliceInterface) ReduceWhileInt(acc int, f func(el interface{}, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileInt16 

func (s SliceInterface) ReduceWhileInt16(acc int16, f func(el interface{}, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileInt32 

func (s SliceInterface) ReduceWhileInt32(acc int32, f func(el interface{}, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileInt64 

func (s SliceInterface) ReduceWhileInt64(acc int64, f func(el interface{}, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileInt8 

func (s SliceInterface) ReduceWhileInt8(acc int8, f func(el interface{}, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileInterface 

func (s SliceInterface) ReduceWhileInterface(acc interface{}, f func(el interface{}, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileRune 

func (s SliceInterface) ReduceWhileRune(acc rune, f func(el interface{}, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileString 

func (s SliceInterface) ReduceWhileString(acc string, f func(el interface{}, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileUint 

func (s SliceInterface) ReduceWhileUint(acc uint, f func(el interface{}, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileUint16 

func (s SliceInterface) ReduceWhileUint16(acc uint16, f func(el interface{}, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileUint32 

func (s SliceInterface) ReduceWhileUint32(acc uint32, f func(el interface{}, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileUint64 

func (s SliceInterface) ReduceWhileUint64(acc uint64, f func(el interface{}, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) ReduceWhileUint8 

func (s SliceInterface) ReduceWhileUint8(acc uint8, f func(el interface{}, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceInterface) Reverse 

func (s SliceInterface) Reverse() []interface{}

Reverse returns given arr in reversed order

func (SliceInterface) Same 

func (s SliceInterface) Same() bool

Same returns true if all element in arr the same

func (SliceInterface) ScanBool 

func (s SliceInterface) ScanBool(acc bool, f func(el interface{}, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanByte 

func (s SliceInterface) ScanByte(acc byte, f func(el interface{}, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanError 

func (s SliceInterface) ScanError(acc error, f func(el interface{}, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanFloat32 

func (s SliceInterface) ScanFloat32(acc float32, f func(el interface{}, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanFloat64 

func (s SliceInterface) ScanFloat64(acc float64, f func(el interface{}, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanInt 

func (s SliceInterface) ScanInt(acc int, f func(el interface{}, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanInt16 

func (s SliceInterface) ScanInt16(acc int16, f func(el interface{}, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanInt32 

func (s SliceInterface) ScanInt32(acc int32, f func(el interface{}, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanInt64 

func (s SliceInterface) ScanInt64(acc int64, f func(el interface{}, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanInt8 

func (s SliceInterface) ScanInt8(acc int8, f func(el interface{}, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanInterface 

func (s SliceInterface) ScanInterface(acc interface{}, f func(el interface{}, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanRune 

func (s SliceInterface) ScanRune(acc rune, f func(el interface{}, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanString 

func (s SliceInterface) ScanString(acc string, f func(el interface{}, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanUint 

func (s SliceInterface) ScanUint(acc uint, f func(el interface{}, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanUint16 

func (s SliceInterface) ScanUint16(acc uint16, f func(el interface{}, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanUint32 

func (s SliceInterface) ScanUint32(acc uint32, f func(el interface{}, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanUint64 

func (s SliceInterface) ScanUint64(acc uint64, f func(el interface{}, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceInterface) ScanUint8 

func (s SliceInterface) ScanUint8(acc uint8, f func(el interface{}, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceInterface) Shuffle 

func (s SliceInterface) Shuffle(seed int64) []interface{}

Shuffle in random order arr elements

func (SliceInterface) Split 

func (s SliceInterface) Split(sep interface{}) [][]interface{}

Split splits arr by sep

func (SliceInterface) StartsWith 

func (s SliceInterface) StartsWith(prefix []interface{}) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceInterface) TakeEvery 

func (s SliceInterface) TakeEvery(nth int, from int) ([]interface{}, error)

TakeEvery returns slice of every nth elements

func (SliceInterface) TakeRandom 

func (s SliceInterface) TakeRandom(count int, seed int64) ([]interface{}, error)

TakeRandom returns slice of count random elements from the slice

func (SliceInterface) TakeWhile 

func (s SliceInterface) TakeWhile(f func(el interface{}) bool) []interface{}

TakeWhile takes elements from arr while f returns true

func (SliceInterface) ToChannel 

func (s SliceInterface) ToChannel() chan interface{}

ToChannel returns channel with elements from the slice

func (SliceInterface) Uniq 

func (s SliceInterface) Uniq() []interface{}

Uniq returns arr with only first occurences of every element.

func (SliceInterface) Window 

func (s SliceInterface) Window(size int) ([][]interface{}, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceInterface) Without 

func (s SliceInterface) Without(elements ...interface{}) []interface{}

Without returns the slice with filtered out element

type SliceRune 

type SliceRune struct {
	Data []rune
}

Slice is a set of operations to work with slice

func (SliceRune) All 

func (s SliceRune) All(f func(el rune) bool) bool

All returns true if f returns true for all elements in arr

func (SliceRune) Any 

func (s SliceRune) Any(f func(el rune) bool) bool

Any returns true if f returns true for any element in arr

func (SliceRune) Choice 

func (s SliceRune) Choice(seed int64) (rune, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceRune) ChunkByBool 

func (s SliceRune) ChunkByBool(f func(el rune) bool) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByByte 

func (s SliceRune) ChunkByByte(f func(el rune) byte) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByError 

func (s SliceRune) ChunkByError(f func(el rune) error) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByFloat32 

func (s SliceRune) ChunkByFloat32(f func(el rune) float32) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByFloat64 

func (s SliceRune) ChunkByFloat64(f func(el rune) float64) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByInt 

func (s SliceRune) ChunkByInt(f func(el rune) int) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByInt16 

func (s SliceRune) ChunkByInt16(f func(el rune) int16) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByInt32 

func (s SliceRune) ChunkByInt32(f func(el rune) int32) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByInt64 

func (s SliceRune) ChunkByInt64(f func(el rune) int64) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByInt8 

func (s SliceRune) ChunkByInt8(f func(el rune) int8) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByInterface 

func (s SliceRune) ChunkByInterface(f func(el rune) interface{}) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByRune 

func (s SliceRune) ChunkByRune(f func(el rune) rune) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByString 

func (s SliceRune) ChunkByString(f func(el rune) string) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByUint 

func (s SliceRune) ChunkByUint(f func(el rune) uint) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByUint16 

func (s SliceRune) ChunkByUint16(f func(el rune) uint16) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByUint32 

func (s SliceRune) ChunkByUint32(f func(el rune) uint32) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByUint64 

func (s SliceRune) ChunkByUint64(f func(el rune) uint64) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkByUint8 

func (s SliceRune) ChunkByUint8(f func(el rune) uint8) [][]rune

ChunkBy splits arr on every element for which f returns a new value.

func (SliceRune) ChunkEvery 

func (s SliceRune) ChunkEvery(count int) ([][]rune, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceRune) Contains 

func (s SliceRune) Contains(el rune) bool

Contains returns true if el in arr.

func (SliceRune) Count 

func (s SliceRune) Count(el rune) int

Count return count of el occurences in arr.

func (SliceRune) CountBy 

func (s SliceRune) CountBy(f func(el rune) bool) int

CountBy returns how many times f returns true.

func (SliceRune) Cycle 

func (s SliceRune) Cycle() chan rune

Cycle is an infinite loop over slice

func (SliceRune) Dedup 

func (s SliceRune) Dedup() []rune

Dedup returns a given slice without consecutive duplicated elements

func (SliceRune) DedupByBool 

func (s SliceRune) DedupByBool(f func(el rune) bool) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByByte 

func (s SliceRune) DedupByByte(f func(el rune) byte) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByError 

func (s SliceRune) DedupByError(f func(el rune) error) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByFloat32 

func (s SliceRune) DedupByFloat32(f func(el rune) float32) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByFloat64 

func (s SliceRune) DedupByFloat64(f func(el rune) float64) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByInt 

func (s SliceRune) DedupByInt(f func(el rune) int) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByInt16 

func (s SliceRune) DedupByInt16(f func(el rune) int16) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByInt32 

func (s SliceRune) DedupByInt32(f func(el rune) int32) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByInt64 

func (s SliceRune) DedupByInt64(f func(el rune) int64) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByInt8 

func (s SliceRune) DedupByInt8(f func(el rune) int8) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByInterface 

func (s SliceRune) DedupByInterface(f func(el rune) interface{}) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByRune 

func (s SliceRune) DedupByRune(f func(el rune) rune) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByString 

func (s SliceRune) DedupByString(f func(el rune) string) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByUint 

func (s SliceRune) DedupByUint(f func(el rune) uint) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByUint16 

func (s SliceRune) DedupByUint16(f func(el rune) uint16) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByUint32 

func (s SliceRune) DedupByUint32(f func(el rune) uint32) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByUint64 

func (s SliceRune) DedupByUint64(f func(el rune) uint64) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) DedupByUint8 

func (s SliceRune) DedupByUint8(f func(el rune) uint8) []rune

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceRune) Delete 

func (s SliceRune) Delete(element rune) []rune

Delete deletes the first occurence of the element from the slice

func (SliceRune) DeleteAll 

func (s SliceRune) DeleteAll(element rune) []rune

DeleteAll deletes all occurences of the element from the slice

func (SliceRune) DeleteAt 

func (s SliceRune) DeleteAt(indices ...int) ([]rune, error)

DeleteAt returns the slice without elements on given positions

func (SliceRune) DropEvery 

func (s SliceRune) DropEvery(nth int, from int) ([]rune, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceRune) DropWhile 

func (s SliceRune) DropWhile(f func(el rune) bool) []rune

DropWhile drops elements from arr while f returns true

func (SliceRune) Each 

func (s SliceRune) Each(f func(el rune))

Each calls f for every element from arr

func (SliceRune) EndsWith 

func (s SliceRune) EndsWith(suffix []rune) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceRune) Equal 

func (s SliceRune) Equal(other []rune) bool

Equal returns true if slices are equal

func (SliceRune) Filter 

func (s SliceRune) Filter(f func(el rune) bool) []rune

Filter returns slice of T for which F returned true

func (SliceRune) Find 

func (s SliceRune) Find(f func(el rune) bool) (rune, error)

Find returns the first element for which f returns true

func (SliceRune) FindIndex 

func (s SliceRune) FindIndex(f func(el rune) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceRune) GroupByBool 

func (s SliceRune) GroupByBool(f func(el rune) bool) map[bool][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByByte 

func (s SliceRune) GroupByByte(f func(el rune) byte) map[byte][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByError 

func (s SliceRune) GroupByError(f func(el rune) error) map[error][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByFloat32 

func (s SliceRune) GroupByFloat32(f func(el rune) float32) map[float32][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByFloat64 

func (s SliceRune) GroupByFloat64(f func(el rune) float64) map[float64][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByInt 

func (s SliceRune) GroupByInt(f func(el rune) int) map[int][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByInt16 

func (s SliceRune) GroupByInt16(f func(el rune) int16) map[int16][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByInt32 

func (s SliceRune) GroupByInt32(f func(el rune) int32) map[int32][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByInt64 

func (s SliceRune) GroupByInt64(f func(el rune) int64) map[int64][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByInt8 

func (s SliceRune) GroupByInt8(f func(el rune) int8) map[int8][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByInterface 

func (s SliceRune) GroupByInterface(f func(el rune) interface{}) map[interface{}][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByRune 

func (s SliceRune) GroupByRune(f func(el rune) rune) map[rune][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByString 

func (s SliceRune) GroupByString(f func(el rune) string) map[string][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByUint 

func (s SliceRune) GroupByUint(f func(el rune) uint) map[uint][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByUint16 

func (s SliceRune) GroupByUint16(f func(el rune) uint16) map[uint16][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByUint32 

func (s SliceRune) GroupByUint32(f func(el rune) uint32) map[uint32][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByUint64 

func (s SliceRune) GroupByUint64(f func(el rune) uint64) map[uint64][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) GroupByUint8 

func (s SliceRune) GroupByUint8(f func(el rune) uint8) map[uint8][]rune

GroupBy groups element from array by value returned by f

func (SliceRune) InsertAt 

func (s SliceRune) InsertAt(index int, element rune) ([]rune, error)

InsertAt returns the slice with element inserted at given index.

func (SliceRune) Intersperse 

func (s SliceRune) Intersperse(el rune) []rune

Intersperse inserts el between each element of arr

func (SliceRune) Join 

func (s SliceRune) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceRune) Last 

func (s SliceRune) Last() (rune, error)

Last returns the last element from the slice

func (SliceRune) MapBool 

func (s SliceRune) MapBool(f func(el rune) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapByte 

func (s SliceRune) MapByte(f func(el rune) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapError 

func (s SliceRune) MapError(f func(el rune) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapFloat32 

func (s SliceRune) MapFloat32(f func(el rune) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapFloat64 

func (s SliceRune) MapFloat64(f func(el rune) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapInt 

func (s SliceRune) MapInt(f func(el rune) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapInt16 

func (s SliceRune) MapInt16(f func(el rune) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapInt32 

func (s SliceRune) MapInt32(f func(el rune) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapInt64 

func (s SliceRune) MapInt64(f func(el rune) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapInt8 

func (s SliceRune) MapInt8(f func(el rune) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapInterface 

func (s SliceRune) MapInterface(f func(el rune) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapRune 

func (s SliceRune) MapRune(f func(el rune) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapString 

func (s SliceRune) MapString(f func(el rune) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapUint 

func (s SliceRune) MapUint(f func(el rune) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapUint16 

func (s SliceRune) MapUint16(f func(el rune) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapUint32 

func (s SliceRune) MapUint32(f func(el rune) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapUint64 

func (s SliceRune) MapUint64(f func(el rune) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) MapUint8 

func (s SliceRune) MapUint8(f func(el rune) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceRune) Max 

func (s SliceRune) Max() (rune, error)

Max returns the maximal element from arr

func (SliceRune) Min 

func (s SliceRune) Min() (rune, error)

Min returns the minimal element from arr

func (SliceRune) Permutations 

func (s SliceRune) Permutations(size int) chan []rune

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceRune) Product 

func (s SliceRune) Product(repeat int) chan []rune

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceRune) ReduceBool 

func (s SliceRune) ReduceBool(acc bool, f func(el rune, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceByte 

func (s SliceRune) ReduceByte(acc byte, f func(el rune, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceError 

func (s SliceRune) ReduceError(acc error, f func(el rune, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceFloat32 

func (s SliceRune) ReduceFloat32(acc float32, f func(el rune, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceFloat64 

func (s SliceRune) ReduceFloat64(acc float64, f func(el rune, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceInt 

func (s SliceRune) ReduceInt(acc int, f func(el rune, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceInt16 

func (s SliceRune) ReduceInt16(acc int16, f func(el rune, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceInt32 

func (s SliceRune) ReduceInt32(acc int32, f func(el rune, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceInt64 

func (s SliceRune) ReduceInt64(acc int64, f func(el rune, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceInt8 

func (s SliceRune) ReduceInt8(acc int8, f func(el rune, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceInterface 

func (s SliceRune) ReduceInterface(acc interface{}, f func(el rune, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceRune 

func (s SliceRune) ReduceRune(acc rune, f func(el rune, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceString 

func (s SliceRune) ReduceString(acc string, f func(el rune, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceUint 

func (s SliceRune) ReduceUint(acc uint, f func(el rune, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceUint16 

func (s SliceRune) ReduceUint16(acc uint16, f func(el rune, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceUint32 

func (s SliceRune) ReduceUint32(acc uint32, f func(el rune, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceUint64 

func (s SliceRune) ReduceUint64(acc uint64, f func(el rune, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceUint8 

func (s SliceRune) ReduceUint8(acc uint8, f func(el rune, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceRune) ReduceWhileBool 

func (s SliceRune) ReduceWhileBool(acc bool, f func(el rune, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileByte 

func (s SliceRune) ReduceWhileByte(acc byte, f func(el rune, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileError 

func (s SliceRune) ReduceWhileError(acc error, f func(el rune, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileFloat32 

func (s SliceRune) ReduceWhileFloat32(acc float32, f func(el rune, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileFloat64 

func (s SliceRune) ReduceWhileFloat64(acc float64, f func(el rune, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileInt 

func (s SliceRune) ReduceWhileInt(acc int, f func(el rune, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileInt16 

func (s SliceRune) ReduceWhileInt16(acc int16, f func(el rune, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileInt32 

func (s SliceRune) ReduceWhileInt32(acc int32, f func(el rune, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileInt64 

func (s SliceRune) ReduceWhileInt64(acc int64, f func(el rune, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileInt8 

func (s SliceRune) ReduceWhileInt8(acc int8, f func(el rune, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileInterface 

func (s SliceRune) ReduceWhileInterface(acc interface{}, f func(el rune, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileRune 

func (s SliceRune) ReduceWhileRune(acc rune, f func(el rune, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileString 

func (s SliceRune) ReduceWhileString(acc string, f func(el rune, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileUint 

func (s SliceRune) ReduceWhileUint(acc uint, f func(el rune, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileUint16 

func (s SliceRune) ReduceWhileUint16(acc uint16, f func(el rune, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileUint32 

func (s SliceRune) ReduceWhileUint32(acc uint32, f func(el rune, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileUint64 

func (s SliceRune) ReduceWhileUint64(acc uint64, f func(el rune, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) ReduceWhileUint8 

func (s SliceRune) ReduceWhileUint8(acc uint8, f func(el rune, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceRune) Reverse 

func (s SliceRune) Reverse() []rune

Reverse returns given arr in reversed order

func (SliceRune) Same 

func (s SliceRune) Same() bool

Same returns true if all element in arr the same

func (SliceRune) ScanBool 

func (s SliceRune) ScanBool(acc bool, f func(el rune, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanByte 

func (s SliceRune) ScanByte(acc byte, f func(el rune, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanError 

func (s SliceRune) ScanError(acc error, f func(el rune, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanFloat32 

func (s SliceRune) ScanFloat32(acc float32, f func(el rune, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanFloat64 

func (s SliceRune) ScanFloat64(acc float64, f func(el rune, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanInt 

func (s SliceRune) ScanInt(acc int, f func(el rune, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanInt16 

func (s SliceRune) ScanInt16(acc int16, f func(el rune, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanInt32 

func (s SliceRune) ScanInt32(acc int32, f func(el rune, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanInt64 

func (s SliceRune) ScanInt64(acc int64, f func(el rune, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanInt8 

func (s SliceRune) ScanInt8(acc int8, f func(el rune, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanInterface 

func (s SliceRune) ScanInterface(acc interface{}, f func(el rune, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanRune 

func (s SliceRune) ScanRune(acc rune, f func(el rune, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanString 

func (s SliceRune) ScanString(acc string, f func(el rune, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanUint 

func (s SliceRune) ScanUint(acc uint, f func(el rune, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanUint16 

func (s SliceRune) ScanUint16(acc uint16, f func(el rune, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanUint32 

func (s SliceRune) ScanUint32(acc uint32, f func(el rune, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanUint64 

func (s SliceRune) ScanUint64(acc uint64, f func(el rune, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceRune) ScanUint8 

func (s SliceRune) ScanUint8(acc uint8, f func(el rune, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceRune) Shuffle 

func (s SliceRune) Shuffle(seed int64) []rune

Shuffle in random order arr elements

func (SliceRune) Sort 

func (s SliceRune) Sort() []rune

Sort returns sorted slice

func (SliceRune) Sorted 

func (s SliceRune) Sorted() bool

Sorted returns true if slice is sorted

func (SliceRune) Split 

func (s SliceRune) Split(sep rune) [][]rune

Split splits arr by sep

func (SliceRune) StartsWith 

func (s SliceRune) StartsWith(prefix []rune) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceRune) Sum 

func (s SliceRune) Sum() rune

Sum return sum of all elements from arr

func (SliceRune) TakeEvery 

func (s SliceRune) TakeEvery(nth int, from int) ([]rune, error)

TakeEvery returns slice of every nth elements

func (SliceRune) TakeRandom 

func (s SliceRune) TakeRandom(count int, seed int64) ([]rune, error)

TakeRandom returns slice of count random elements from the slice

func (SliceRune) TakeWhile 

func (s SliceRune) TakeWhile(f func(el rune) bool) []rune

TakeWhile takes elements from arr while f returns true

func (SliceRune) ToChannel 

func (s SliceRune) ToChannel() chan rune

ToChannel returns channel with elements from the slice

func (SliceRune) Uniq 

func (s SliceRune) Uniq() []rune

Uniq returns arr with only first occurences of every element.

func (SliceRune) Window 

func (s SliceRune) Window(size int) ([][]rune, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceRune) Without 

func (s SliceRune) Without(elements ...rune) []rune

Without returns the slice with filtered out element

type SliceString 

type SliceString struct {
	Data []string
}

Slice is a set of operations to work with slice

func (SliceString) All 

func (s SliceString) All(f func(el string) bool) bool

All returns true if f returns true for all elements in arr

func (SliceString) Any 

func (s SliceString) Any(f func(el string) bool) bool

Any returns true if f returns true for any element in arr

func (SliceString) Choice 

func (s SliceString) Choice(seed int64) (string, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceString) ChunkByBool 

func (s SliceString) ChunkByBool(f func(el string) bool) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByByte 

func (s SliceString) ChunkByByte(f func(el string) byte) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByError 

func (s SliceString) ChunkByError(f func(el string) error) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByFloat32 

func (s SliceString) ChunkByFloat32(f func(el string) float32) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByFloat64 

func (s SliceString) ChunkByFloat64(f func(el string) float64) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByInt 

func (s SliceString) ChunkByInt(f func(el string) int) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByInt16 

func (s SliceString) ChunkByInt16(f func(el string) int16) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByInt32 

func (s SliceString) ChunkByInt32(f func(el string) int32) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByInt64 

func (s SliceString) ChunkByInt64(f func(el string) int64) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByInt8 

func (s SliceString) ChunkByInt8(f func(el string) int8) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByInterface 

func (s SliceString) ChunkByInterface(f func(el string) interface{}) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByRune 

func (s SliceString) ChunkByRune(f func(el string) rune) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByString 

func (s SliceString) ChunkByString(f func(el string) string) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByUint 

func (s SliceString) ChunkByUint(f func(el string) uint) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByUint16 

func (s SliceString) ChunkByUint16(f func(el string) uint16) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByUint32 

func (s SliceString) ChunkByUint32(f func(el string) uint32) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByUint64 

func (s SliceString) ChunkByUint64(f func(el string) uint64) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkByUint8 

func (s SliceString) ChunkByUint8(f func(el string) uint8) [][]string

ChunkBy splits arr on every element for which f returns a new value.

func (SliceString) ChunkEvery 

func (s SliceString) ChunkEvery(count int) ([][]string, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceString) Contains 

func (s SliceString) Contains(el string) bool

Contains returns true if el in arr.

func (SliceString) Count 

func (s SliceString) Count(el string) int

Count return count of el occurences in arr.

func (SliceString) CountBy 

func (s SliceString) CountBy(f func(el string) bool) int

CountBy returns how many times f returns true.

func (SliceString) Cycle 

func (s SliceString) Cycle() chan string

Cycle is an infinite loop over slice

func (SliceString) Dedup 

func (s SliceString) Dedup() []string

Dedup returns a given slice without consecutive duplicated elements

func (SliceString) DedupByBool 

func (s SliceString) DedupByBool(f func(el string) bool) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByByte 

func (s SliceString) DedupByByte(f func(el string) byte) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByError 

func (s SliceString) DedupByError(f func(el string) error) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByFloat32 

func (s SliceString) DedupByFloat32(f func(el string) float32) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByFloat64 

func (s SliceString) DedupByFloat64(f func(el string) float64) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByInt 

func (s SliceString) DedupByInt(f func(el string) int) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByInt16 

func (s SliceString) DedupByInt16(f func(el string) int16) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByInt32 

func (s SliceString) DedupByInt32(f func(el string) int32) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByInt64 

func (s SliceString) DedupByInt64(f func(el string) int64) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByInt8 

func (s SliceString) DedupByInt8(f func(el string) int8) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByInterface 

func (s SliceString) DedupByInterface(f func(el string) interface{}) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByRune 

func (s SliceString) DedupByRune(f func(el string) rune) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByString 

func (s SliceString) DedupByString(f func(el string) string) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByUint 

func (s SliceString) DedupByUint(f func(el string) uint) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByUint16 

func (s SliceString) DedupByUint16(f func(el string) uint16) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByUint32 

func (s SliceString) DedupByUint32(f func(el string) uint32) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByUint64 

func (s SliceString) DedupByUint64(f func(el string) uint64) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) DedupByUint8 

func (s SliceString) DedupByUint8(f func(el string) uint8) []string

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceString) Delete 

func (s SliceString) Delete(element string) []string

Delete deletes the first occurence of the element from the slice

func (SliceString) DeleteAll 

func (s SliceString) DeleteAll(element string) []string

DeleteAll deletes all occurences of the element from the slice

func (SliceString) DeleteAt 

func (s SliceString) DeleteAt(indices ...int) ([]string, error)

DeleteAt returns the slice without elements on given positions

func (SliceString) DropEvery 

func (s SliceString) DropEvery(nth int, from int) ([]string, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceString) DropWhile 

func (s SliceString) DropWhile(f func(el string) bool) []string

DropWhile drops elements from arr while f returns true

func (SliceString) Each 

func (s SliceString) Each(f func(el string))

Each calls f for every element from arr

func (SliceString) EndsWith 

func (s SliceString) EndsWith(suffix []string) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceString) Equal 

func (s SliceString) Equal(other []string) bool

Equal returns true if slices are equal

func (SliceString) Filter 

func (s SliceString) Filter(f func(el string) bool) []string

Filter returns slice of T for which F returned true

func (SliceString) Find 

func (s SliceString) Find(f func(el string) bool) (string, error)

Find returns the first element for which f returns true

func (SliceString) FindIndex 

func (s SliceString) FindIndex(f func(el string) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceString) GroupByBool 

func (s SliceString) GroupByBool(f func(el string) bool) map[bool][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByByte 

func (s SliceString) GroupByByte(f func(el string) byte) map[byte][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByError 

func (s SliceString) GroupByError(f func(el string) error) map[error][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByFloat32 

func (s SliceString) GroupByFloat32(f func(el string) float32) map[float32][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByFloat64 

func (s SliceString) GroupByFloat64(f func(el string) float64) map[float64][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByInt 

func (s SliceString) GroupByInt(f func(el string) int) map[int][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByInt16 

func (s SliceString) GroupByInt16(f func(el string) int16) map[int16][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByInt32 

func (s SliceString) GroupByInt32(f func(el string) int32) map[int32][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByInt64 

func (s SliceString) GroupByInt64(f func(el string) int64) map[int64][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByInt8 

func (s SliceString) GroupByInt8(f func(el string) int8) map[int8][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByInterface 

func (s SliceString) GroupByInterface(f func(el string) interface{}) map[interface{}][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByRune 

func (s SliceString) GroupByRune(f func(el string) rune) map[rune][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByString 

func (s SliceString) GroupByString(f func(el string) string) map[string][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByUint 

func (s SliceString) GroupByUint(f func(el string) uint) map[uint][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByUint16 

func (s SliceString) GroupByUint16(f func(el string) uint16) map[uint16][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByUint32 

func (s SliceString) GroupByUint32(f func(el string) uint32) map[uint32][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByUint64 

func (s SliceString) GroupByUint64(f func(el string) uint64) map[uint64][]string

GroupBy groups element from array by value returned by f

func (SliceString) GroupByUint8 

func (s SliceString) GroupByUint8(f func(el string) uint8) map[uint8][]string

GroupBy groups element from array by value returned by f

func (SliceString) InsertAt 

func (s SliceString) InsertAt(index int, element string) ([]string, error)

InsertAt returns the slice with element inserted at given index.

func (SliceString) Intersperse 

func (s SliceString) Intersperse(el string) []string

Intersperse inserts el between each element of arr

func (SliceString) Join 

func (s SliceString) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceString) Last 

func (s SliceString) Last() (string, error)

Last returns the last element from the slice

func (SliceString) MapBool 

func (s SliceString) MapBool(f func(el string) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapByte 

func (s SliceString) MapByte(f func(el string) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapError 

func (s SliceString) MapError(f func(el string) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapFloat32 

func (s SliceString) MapFloat32(f func(el string) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapFloat64 

func (s SliceString) MapFloat64(f func(el string) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapInt 

func (s SliceString) MapInt(f func(el string) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapInt16 

func (s SliceString) MapInt16(f func(el string) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapInt32 

func (s SliceString) MapInt32(f func(el string) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapInt64 

func (s SliceString) MapInt64(f func(el string) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapInt8 

func (s SliceString) MapInt8(f func(el string) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapInterface 

func (s SliceString) MapInterface(f func(el string) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapRune 

func (s SliceString) MapRune(f func(el string) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapString 

func (s SliceString) MapString(f func(el string) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapUint 

func (s SliceString) MapUint(f func(el string) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapUint16 

func (s SliceString) MapUint16(f func(el string) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapUint32 

func (s SliceString) MapUint32(f func(el string) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapUint64 

func (s SliceString) MapUint64(f func(el string) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) MapUint8 

func (s SliceString) MapUint8(f func(el string) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceString) Max 

func (s SliceString) Max() (string, error)

Max returns the maximal element from arr

func (SliceString) Min 

func (s SliceString) Min() (string, error)

Min returns the minimal element from arr

func (SliceString) Permutations 

func (s SliceString) Permutations(size int) chan []string

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceString) Product 

func (s SliceString) Product(repeat int) chan []string

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceString) ReduceBool 

func (s SliceString) ReduceBool(acc bool, f func(el string, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceByte 

func (s SliceString) ReduceByte(acc byte, f func(el string, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceError 

func (s SliceString) ReduceError(acc error, f func(el string, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceFloat32 

func (s SliceString) ReduceFloat32(acc float32, f func(el string, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceFloat64 

func (s SliceString) ReduceFloat64(acc float64, f func(el string, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceInt 

func (s SliceString) ReduceInt(acc int, f func(el string, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceInt16 

func (s SliceString) ReduceInt16(acc int16, f func(el string, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceInt32 

func (s SliceString) ReduceInt32(acc int32, f func(el string, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceInt64 

func (s SliceString) ReduceInt64(acc int64, f func(el string, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceInt8 

func (s SliceString) ReduceInt8(acc int8, f func(el string, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceInterface 

func (s SliceString) ReduceInterface(acc interface{}, f func(el string, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceRune 

func (s SliceString) ReduceRune(acc rune, f func(el string, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceString 

func (s SliceString) ReduceString(acc string, f func(el string, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceUint 

func (s SliceString) ReduceUint(acc uint, f func(el string, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceUint16 

func (s SliceString) ReduceUint16(acc uint16, f func(el string, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceUint32 

func (s SliceString) ReduceUint32(acc uint32, f func(el string, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceUint64 

func (s SliceString) ReduceUint64(acc uint64, f func(el string, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceUint8 

func (s SliceString) ReduceUint8(acc uint8, f func(el string, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceString) ReduceWhileBool 

func (s SliceString) ReduceWhileBool(acc bool, f func(el string, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileByte 

func (s SliceString) ReduceWhileByte(acc byte, f func(el string, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileError 

func (s SliceString) ReduceWhileError(acc error, f func(el string, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileFloat32 

func (s SliceString) ReduceWhileFloat32(acc float32, f func(el string, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileFloat64 

func (s SliceString) ReduceWhileFloat64(acc float64, f func(el string, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileInt 

func (s SliceString) ReduceWhileInt(acc int, f func(el string, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileInt16 

func (s SliceString) ReduceWhileInt16(acc int16, f func(el string, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileInt32 

func (s SliceString) ReduceWhileInt32(acc int32, f func(el string, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileInt64 

func (s SliceString) ReduceWhileInt64(acc int64, f func(el string, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileInt8 

func (s SliceString) ReduceWhileInt8(acc int8, f func(el string, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileInterface 

func (s SliceString) ReduceWhileInterface(acc interface{}, f func(el string, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileRune 

func (s SliceString) ReduceWhileRune(acc rune, f func(el string, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileString 

func (s SliceString) ReduceWhileString(acc string, f func(el string, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileUint 

func (s SliceString) ReduceWhileUint(acc uint, f func(el string, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileUint16 

func (s SliceString) ReduceWhileUint16(acc uint16, f func(el string, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileUint32 

func (s SliceString) ReduceWhileUint32(acc uint32, f func(el string, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileUint64 

func (s SliceString) ReduceWhileUint64(acc uint64, f func(el string, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) ReduceWhileUint8 

func (s SliceString) ReduceWhileUint8(acc uint8, f func(el string, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceString) Reverse 

func (s SliceString) Reverse() []string

Reverse returns given arr in reversed order

func (SliceString) Same 

func (s SliceString) Same() bool

Same returns true if all element in arr the same

func (SliceString) ScanBool 

func (s SliceString) ScanBool(acc bool, f func(el string, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanByte 

func (s SliceString) ScanByte(acc byte, f func(el string, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanError 

func (s SliceString) ScanError(acc error, f func(el string, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanFloat32 

func (s SliceString) ScanFloat32(acc float32, f func(el string, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanFloat64 

func (s SliceString) ScanFloat64(acc float64, f func(el string, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanInt 

func (s SliceString) ScanInt(acc int, f func(el string, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanInt16 

func (s SliceString) ScanInt16(acc int16, f func(el string, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanInt32 

func (s SliceString) ScanInt32(acc int32, f func(el string, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanInt64 

func (s SliceString) ScanInt64(acc int64, f func(el string, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanInt8 

func (s SliceString) ScanInt8(acc int8, f func(el string, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanInterface 

func (s SliceString) ScanInterface(acc interface{}, f func(el string, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanRune 

func (s SliceString) ScanRune(acc rune, f func(el string, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanString 

func (s SliceString) ScanString(acc string, f func(el string, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanUint 

func (s SliceString) ScanUint(acc uint, f func(el string, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanUint16 

func (s SliceString) ScanUint16(acc uint16, f func(el string, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanUint32 

func (s SliceString) ScanUint32(acc uint32, f func(el string, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanUint64 

func (s SliceString) ScanUint64(acc uint64, f func(el string, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceString) ScanUint8 

func (s SliceString) ScanUint8(acc uint8, f func(el string, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceString) Shuffle 

func (s SliceString) Shuffle(seed int64) []string

Shuffle in random order arr elements

func (SliceString) Sort 

func (s SliceString) Sort() []string

Sort returns sorted slice

func (SliceString) Sorted 

func (s SliceString) Sorted() bool

Sorted returns true if slice is sorted

func (SliceString) Split 

func (s SliceString) Split(sep string) [][]string

Split splits arr by sep

func (SliceString) StartsWith 

func (s SliceString) StartsWith(prefix []string) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceString) Sum 

func (s SliceString) Sum() string

Sum return sum of all elements from arr

func (SliceString) TakeEvery 

func (s SliceString) TakeEvery(nth int, from int) ([]string, error)

TakeEvery returns slice of every nth elements

func (SliceString) TakeRandom 

func (s SliceString) TakeRandom(count int, seed int64) ([]string, error)

TakeRandom returns slice of count random elements from the slice

func (SliceString) TakeWhile 

func (s SliceString) TakeWhile(f func(el string) bool) []string

TakeWhile takes elements from arr while f returns true

func (SliceString) ToChannel 

func (s SliceString) ToChannel() chan string

ToChannel returns channel with elements from the slice

func (SliceString) Uniq 

func (s SliceString) Uniq() []string

Uniq returns arr with only first occurences of every element.

func (SliceString) Window 

func (s SliceString) Window(size int) ([][]string, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceString) Without 

func (s SliceString) Without(elements ...string) []string

Without returns the slice with filtered out element

type SliceUint 

type SliceUint struct {
	Data []uint
}

Slice is a set of operations to work with slice

func (SliceUint) All 

func (s SliceUint) All(f func(el uint) bool) bool

All returns true if f returns true for all elements in arr

func (SliceUint) Any 

func (s SliceUint) Any(f func(el uint) bool) bool

Any returns true if f returns true for any element in arr

func (SliceUint) Choice 

func (s SliceUint) Choice(seed int64) (uint, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceUint) ChunkByBool 

func (s SliceUint) ChunkByBool(f func(el uint) bool) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByByte 

func (s SliceUint) ChunkByByte(f func(el uint) byte) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByError 

func (s SliceUint) ChunkByError(f func(el uint) error) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByFloat32 

func (s SliceUint) ChunkByFloat32(f func(el uint) float32) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByFloat64 

func (s SliceUint) ChunkByFloat64(f func(el uint) float64) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByInt 

func (s SliceUint) ChunkByInt(f func(el uint) int) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByInt16 

func (s SliceUint) ChunkByInt16(f func(el uint) int16) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByInt32 

func (s SliceUint) ChunkByInt32(f func(el uint) int32) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByInt64 

func (s SliceUint) ChunkByInt64(f func(el uint) int64) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByInt8 

func (s SliceUint) ChunkByInt8(f func(el uint) int8) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByInterface 

func (s SliceUint) ChunkByInterface(f func(el uint) interface{}) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByRune 

func (s SliceUint) ChunkByRune(f func(el uint) rune) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByString 

func (s SliceUint) ChunkByString(f func(el uint) string) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByUint 

func (s SliceUint) ChunkByUint(f func(el uint) uint) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByUint16 

func (s SliceUint) ChunkByUint16(f func(el uint) uint16) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByUint32 

func (s SliceUint) ChunkByUint32(f func(el uint) uint32) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByUint64 

func (s SliceUint) ChunkByUint64(f func(el uint) uint64) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkByUint8 

func (s SliceUint) ChunkByUint8(f func(el uint) uint8) [][]uint

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint) ChunkEvery 

func (s SliceUint) ChunkEvery(count int) ([][]uint, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceUint) Contains 

func (s SliceUint) Contains(el uint) bool

Contains returns true if el in arr.

func (SliceUint) Count 

func (s SliceUint) Count(el uint) int

Count return count of el occurences in arr.

func (SliceUint) CountBy 

func (s SliceUint) CountBy(f func(el uint) bool) int

CountBy returns how many times f returns true.

func (SliceUint) Cycle 

func (s SliceUint) Cycle() chan uint

Cycle is an infinite loop over slice

func (SliceUint) Dedup 

func (s SliceUint) Dedup() []uint

Dedup returns a given slice without consecutive duplicated elements

func (SliceUint) DedupByBool 

func (s SliceUint) DedupByBool(f func(el uint) bool) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByByte 

func (s SliceUint) DedupByByte(f func(el uint) byte) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByError 

func (s SliceUint) DedupByError(f func(el uint) error) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByFloat32 

func (s SliceUint) DedupByFloat32(f func(el uint) float32) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByFloat64 

func (s SliceUint) DedupByFloat64(f func(el uint) float64) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByInt 

func (s SliceUint) DedupByInt(f func(el uint) int) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByInt16 

func (s SliceUint) DedupByInt16(f func(el uint) int16) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByInt32 

func (s SliceUint) DedupByInt32(f func(el uint) int32) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByInt64 

func (s SliceUint) DedupByInt64(f func(el uint) int64) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByInt8 

func (s SliceUint) DedupByInt8(f func(el uint) int8) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByInterface 

func (s SliceUint) DedupByInterface(f func(el uint) interface{}) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByRune 

func (s SliceUint) DedupByRune(f func(el uint) rune) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByString 

func (s SliceUint) DedupByString(f func(el uint) string) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByUint 

func (s SliceUint) DedupByUint(f func(el uint) uint) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByUint16 

func (s SliceUint) DedupByUint16(f func(el uint) uint16) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByUint32 

func (s SliceUint) DedupByUint32(f func(el uint) uint32) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByUint64 

func (s SliceUint) DedupByUint64(f func(el uint) uint64) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) DedupByUint8 

func (s SliceUint) DedupByUint8(f func(el uint) uint8) []uint

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint) Delete 

func (s SliceUint) Delete(element uint) []uint

Delete deletes the first occurence of the element from the slice

func (SliceUint) DeleteAll 

func (s SliceUint) DeleteAll(element uint) []uint

DeleteAll deletes all occurences of the element from the slice

func (SliceUint) DeleteAt 

func (s SliceUint) DeleteAt(indices ...int) ([]uint, error)

DeleteAt returns the slice without elements on given positions

func (SliceUint) DropEvery 

func (s SliceUint) DropEvery(nth int, from int) ([]uint, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceUint) DropWhile 

func (s SliceUint) DropWhile(f func(el uint) bool) []uint

DropWhile drops elements from arr while f returns true

func (SliceUint) Each 

func (s SliceUint) Each(f func(el uint))

Each calls f for every element from arr

func (SliceUint) EndsWith 

func (s SliceUint) EndsWith(suffix []uint) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceUint) Equal 

func (s SliceUint) Equal(other []uint) bool

Equal returns true if slices are equal

func (SliceUint) Filter 

func (s SliceUint) Filter(f func(el uint) bool) []uint

Filter returns slice of T for which F returned true

func (SliceUint) Find 

func (s SliceUint) Find(f func(el uint) bool) (uint, error)

Find returns the first element for which f returns true

func (SliceUint) FindIndex 

func (s SliceUint) FindIndex(f func(el uint) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceUint) GroupByBool 

func (s SliceUint) GroupByBool(f func(el uint) bool) map[bool][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByByte 

func (s SliceUint) GroupByByte(f func(el uint) byte) map[byte][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByError 

func (s SliceUint) GroupByError(f func(el uint) error) map[error][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByFloat32 

func (s SliceUint) GroupByFloat32(f func(el uint) float32) map[float32][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByFloat64 

func (s SliceUint) GroupByFloat64(f func(el uint) float64) map[float64][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByInt 

func (s SliceUint) GroupByInt(f func(el uint) int) map[int][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByInt16 

func (s SliceUint) GroupByInt16(f func(el uint) int16) map[int16][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByInt32 

func (s SliceUint) GroupByInt32(f func(el uint) int32) map[int32][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByInt64 

func (s SliceUint) GroupByInt64(f func(el uint) int64) map[int64][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByInt8 

func (s SliceUint) GroupByInt8(f func(el uint) int8) map[int8][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByInterface 

func (s SliceUint) GroupByInterface(f func(el uint) interface{}) map[interface{}][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByRune 

func (s SliceUint) GroupByRune(f func(el uint) rune) map[rune][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByString 

func (s SliceUint) GroupByString(f func(el uint) string) map[string][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByUint 

func (s SliceUint) GroupByUint(f func(el uint) uint) map[uint][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByUint16 

func (s SliceUint) GroupByUint16(f func(el uint) uint16) map[uint16][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByUint32 

func (s SliceUint) GroupByUint32(f func(el uint) uint32) map[uint32][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByUint64 

func (s SliceUint) GroupByUint64(f func(el uint) uint64) map[uint64][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) GroupByUint8 

func (s SliceUint) GroupByUint8(f func(el uint) uint8) map[uint8][]uint

GroupBy groups element from array by value returned by f

func (SliceUint) InsertAt 

func (s SliceUint) InsertAt(index int, element uint) ([]uint, error)

InsertAt returns the slice with element inserted at given index.

func (SliceUint) Intersperse 

func (s SliceUint) Intersperse(el uint) []uint

Intersperse inserts el between each element of arr

func (SliceUint) Join 

func (s SliceUint) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceUint) Last 

func (s SliceUint) Last() (uint, error)

Last returns the last element from the slice

func (SliceUint) MapBool 

func (s SliceUint) MapBool(f func(el uint) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapByte 

func (s SliceUint) MapByte(f func(el uint) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapError 

func (s SliceUint) MapError(f func(el uint) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapFloat32 

func (s SliceUint) MapFloat32(f func(el uint) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapFloat64 

func (s SliceUint) MapFloat64(f func(el uint) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapInt 

func (s SliceUint) MapInt(f func(el uint) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapInt16 

func (s SliceUint) MapInt16(f func(el uint) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapInt32 

func (s SliceUint) MapInt32(f func(el uint) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapInt64 

func (s SliceUint) MapInt64(f func(el uint) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapInt8 

func (s SliceUint) MapInt8(f func(el uint) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapInterface 

func (s SliceUint) MapInterface(f func(el uint) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapRune 

func (s SliceUint) MapRune(f func(el uint) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapString 

func (s SliceUint) MapString(f func(el uint) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapUint 

func (s SliceUint) MapUint(f func(el uint) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapUint16 

func (s SliceUint) MapUint16(f func(el uint) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapUint32 

func (s SliceUint) MapUint32(f func(el uint) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapUint64 

func (s SliceUint) MapUint64(f func(el uint) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) MapUint8 

func (s SliceUint) MapUint8(f func(el uint) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint) Max 

func (s SliceUint) Max() (uint, error)

Max returns the maximal element from arr

func (SliceUint) Min 

func (s SliceUint) Min() (uint, error)

Min returns the minimal element from arr

func (SliceUint) Permutations 

func (s SliceUint) Permutations(size int) chan []uint

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceUint) Product 

func (s SliceUint) Product(repeat int) chan []uint

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceUint) ReduceBool 

func (s SliceUint) ReduceBool(acc bool, f func(el uint, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceByte 

func (s SliceUint) ReduceByte(acc byte, f func(el uint, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceError 

func (s SliceUint) ReduceError(acc error, f func(el uint, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceFloat32 

func (s SliceUint) ReduceFloat32(acc float32, f func(el uint, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceFloat64 

func (s SliceUint) ReduceFloat64(acc float64, f func(el uint, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceInt 

func (s SliceUint) ReduceInt(acc int, f func(el uint, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceInt16 

func (s SliceUint) ReduceInt16(acc int16, f func(el uint, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceInt32 

func (s SliceUint) ReduceInt32(acc int32, f func(el uint, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceInt64 

func (s SliceUint) ReduceInt64(acc int64, f func(el uint, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceInt8 

func (s SliceUint) ReduceInt8(acc int8, f func(el uint, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceInterface 

func (s SliceUint) ReduceInterface(acc interface{}, f func(el uint, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceRune 

func (s SliceUint) ReduceRune(acc rune, f func(el uint, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceString 

func (s SliceUint) ReduceString(acc string, f func(el uint, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceUint 

func (s SliceUint) ReduceUint(acc uint, f func(el uint, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceUint16 

func (s SliceUint) ReduceUint16(acc uint16, f func(el uint, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceUint32 

func (s SliceUint) ReduceUint32(acc uint32, f func(el uint, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceUint64 

func (s SliceUint) ReduceUint64(acc uint64, f func(el uint, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceUint8 

func (s SliceUint) ReduceUint8(acc uint8, f func(el uint, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint) ReduceWhileBool 

func (s SliceUint) ReduceWhileBool(acc bool, f func(el uint, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileByte 

func (s SliceUint) ReduceWhileByte(acc byte, f func(el uint, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileError 

func (s SliceUint) ReduceWhileError(acc error, f func(el uint, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileFloat32 

func (s SliceUint) ReduceWhileFloat32(acc float32, f func(el uint, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileFloat64 

func (s SliceUint) ReduceWhileFloat64(acc float64, f func(el uint, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileInt 

func (s SliceUint) ReduceWhileInt(acc int, f func(el uint, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileInt16 

func (s SliceUint) ReduceWhileInt16(acc int16, f func(el uint, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileInt32 

func (s SliceUint) ReduceWhileInt32(acc int32, f func(el uint, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileInt64 

func (s SliceUint) ReduceWhileInt64(acc int64, f func(el uint, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileInt8 

func (s SliceUint) ReduceWhileInt8(acc int8, f func(el uint, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileInterface 

func (s SliceUint) ReduceWhileInterface(acc interface{}, f func(el uint, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileRune 

func (s SliceUint) ReduceWhileRune(acc rune, f func(el uint, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileString 

func (s SliceUint) ReduceWhileString(acc string, f func(el uint, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileUint 

func (s SliceUint) ReduceWhileUint(acc uint, f func(el uint, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileUint16 

func (s SliceUint) ReduceWhileUint16(acc uint16, f func(el uint, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileUint32 

func (s SliceUint) ReduceWhileUint32(acc uint32, f func(el uint, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileUint64 

func (s SliceUint) ReduceWhileUint64(acc uint64, f func(el uint, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) ReduceWhileUint8 

func (s SliceUint) ReduceWhileUint8(acc uint8, f func(el uint, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint) Reverse 

func (s SliceUint) Reverse() []uint

Reverse returns given arr in reversed order

func (SliceUint) Same 

func (s SliceUint) Same() bool

Same returns true if all element in arr the same

func (SliceUint) ScanBool 

func (s SliceUint) ScanBool(acc bool, f func(el uint, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanByte 

func (s SliceUint) ScanByte(acc byte, f func(el uint, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanError 

func (s SliceUint) ScanError(acc error, f func(el uint, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanFloat32 

func (s SliceUint) ScanFloat32(acc float32, f func(el uint, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanFloat64 

func (s SliceUint) ScanFloat64(acc float64, f func(el uint, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanInt 

func (s SliceUint) ScanInt(acc int, f func(el uint, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanInt16 

func (s SliceUint) ScanInt16(acc int16, f func(el uint, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanInt32 

func (s SliceUint) ScanInt32(acc int32, f func(el uint, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanInt64 

func (s SliceUint) ScanInt64(acc int64, f func(el uint, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanInt8 

func (s SliceUint) ScanInt8(acc int8, f func(el uint, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanInterface 

func (s SliceUint) ScanInterface(acc interface{}, f func(el uint, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanRune 

func (s SliceUint) ScanRune(acc rune, f func(el uint, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanString 

func (s SliceUint) ScanString(acc string, f func(el uint, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanUint 

func (s SliceUint) ScanUint(acc uint, f func(el uint, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanUint16 

func (s SliceUint) ScanUint16(acc uint16, f func(el uint, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanUint32 

func (s SliceUint) ScanUint32(acc uint32, f func(el uint, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanUint64 

func (s SliceUint) ScanUint64(acc uint64, f func(el uint, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceUint) ScanUint8 

func (s SliceUint) ScanUint8(acc uint8, f func(el uint, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceUint) Shuffle 

func (s SliceUint) Shuffle(seed int64) []uint

Shuffle in random order arr elements

func (SliceUint) Sort 

func (s SliceUint) Sort() []uint

Sort returns sorted slice

func (SliceUint) Sorted 

func (s SliceUint) Sorted() bool

Sorted returns true if slice is sorted

func (SliceUint) Split 

func (s SliceUint) Split(sep uint) [][]uint

Split splits arr by sep

func (SliceUint) StartsWith 

func (s SliceUint) StartsWith(prefix []uint) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceUint) Sum 

func (s SliceUint) Sum() uint

Sum return sum of all elements from arr

func (SliceUint) TakeEvery 

func (s SliceUint) TakeEvery(nth int, from int) ([]uint, error)

TakeEvery returns slice of every nth elements

func (SliceUint) TakeRandom 

func (s SliceUint) TakeRandom(count int, seed int64) ([]uint, error)

TakeRandom returns slice of count random elements from the slice

func (SliceUint) TakeWhile 

func (s SliceUint) TakeWhile(f func(el uint) bool) []uint

TakeWhile takes elements from arr while f returns true

func (SliceUint) ToChannel 

func (s SliceUint) ToChannel() chan uint

ToChannel returns channel with elements from the slice

func (SliceUint) Uniq 

func (s SliceUint) Uniq() []uint

Uniq returns arr with only first occurences of every element.

func (SliceUint) Window 

func (s SliceUint) Window(size int) ([][]uint, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceUint) Without 

func (s SliceUint) Without(elements ...uint) []uint

Without returns the slice with filtered out element

type SliceUint16 

type SliceUint16 struct {
	Data []uint16
}

Slice is a set of operations to work with slice

func (SliceUint16) All 

func (s SliceUint16) All(f func(el uint16) bool) bool

All returns true if f returns true for all elements in arr

func (SliceUint16) Any 

func (s SliceUint16) Any(f func(el uint16) bool) bool

Any returns true if f returns true for any element in arr

func (SliceUint16) Choice 

func (s SliceUint16) Choice(seed int64) (uint16, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceUint16) ChunkByBool 

func (s SliceUint16) ChunkByBool(f func(el uint16) bool) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByByte 

func (s SliceUint16) ChunkByByte(f func(el uint16) byte) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByError 

func (s SliceUint16) ChunkByError(f func(el uint16) error) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByFloat32 

func (s SliceUint16) ChunkByFloat32(f func(el uint16) float32) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByFloat64 

func (s SliceUint16) ChunkByFloat64(f func(el uint16) float64) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByInt 

func (s SliceUint16) ChunkByInt(f func(el uint16) int) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByInt16 

func (s SliceUint16) ChunkByInt16(f func(el uint16) int16) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByInt32 

func (s SliceUint16) ChunkByInt32(f func(el uint16) int32) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByInt64 

func (s SliceUint16) ChunkByInt64(f func(el uint16) int64) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByInt8 

func (s SliceUint16) ChunkByInt8(f func(el uint16) int8) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByInterface 

func (s SliceUint16) ChunkByInterface(f func(el uint16) interface{}) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByRune 

func (s SliceUint16) ChunkByRune(f func(el uint16) rune) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByString 

func (s SliceUint16) ChunkByString(f func(el uint16) string) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByUint 

func (s SliceUint16) ChunkByUint(f func(el uint16) uint) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByUint16 

func (s SliceUint16) ChunkByUint16(f func(el uint16) uint16) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByUint32 

func (s SliceUint16) ChunkByUint32(f func(el uint16) uint32) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByUint64 

func (s SliceUint16) ChunkByUint64(f func(el uint16) uint64) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkByUint8 

func (s SliceUint16) ChunkByUint8(f func(el uint16) uint8) [][]uint16

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint16) ChunkEvery 

func (s SliceUint16) ChunkEvery(count int) ([][]uint16, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceUint16) Contains 

func (s SliceUint16) Contains(el uint16) bool

Contains returns true if el in arr.

func (SliceUint16) Count 

func (s SliceUint16) Count(el uint16) int

Count return count of el occurences in arr.

func (SliceUint16) CountBy 

func (s SliceUint16) CountBy(f func(el uint16) bool) int

CountBy returns how many times f returns true.

func (SliceUint16) Cycle 

func (s SliceUint16) Cycle() chan uint16

Cycle is an infinite loop over slice

func (SliceUint16) Dedup 

func (s SliceUint16) Dedup() []uint16

Dedup returns a given slice without consecutive duplicated elements

func (SliceUint16) DedupByBool 

func (s SliceUint16) DedupByBool(f func(el uint16) bool) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByByte 

func (s SliceUint16) DedupByByte(f func(el uint16) byte) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByError 

func (s SliceUint16) DedupByError(f func(el uint16) error) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByFloat32 

func (s SliceUint16) DedupByFloat32(f func(el uint16) float32) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByFloat64 

func (s SliceUint16) DedupByFloat64(f func(el uint16) float64) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByInt 

func (s SliceUint16) DedupByInt(f func(el uint16) int) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByInt16 

func (s SliceUint16) DedupByInt16(f func(el uint16) int16) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByInt32 

func (s SliceUint16) DedupByInt32(f func(el uint16) int32) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByInt64 

func (s SliceUint16) DedupByInt64(f func(el uint16) int64) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByInt8 

func (s SliceUint16) DedupByInt8(f func(el uint16) int8) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByInterface 

func (s SliceUint16) DedupByInterface(f func(el uint16) interface{}) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByRune 

func (s SliceUint16) DedupByRune(f func(el uint16) rune) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByString 

func (s SliceUint16) DedupByString(f func(el uint16) string) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByUint 

func (s SliceUint16) DedupByUint(f func(el uint16) uint) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByUint16 

func (s SliceUint16) DedupByUint16(f func(el uint16) uint16) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByUint32 

func (s SliceUint16) DedupByUint32(f func(el uint16) uint32) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByUint64 

func (s SliceUint16) DedupByUint64(f func(el uint16) uint64) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) DedupByUint8 

func (s SliceUint16) DedupByUint8(f func(el uint16) uint8) []uint16

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint16) Delete 

func (s SliceUint16) Delete(element uint16) []uint16

Delete deletes the first occurence of the element from the slice

func (SliceUint16) DeleteAll 

func (s SliceUint16) DeleteAll(element uint16) []uint16

DeleteAll deletes all occurences of the element from the slice

func (SliceUint16) DeleteAt 

func (s SliceUint16) DeleteAt(indices ...int) ([]uint16, error)

DeleteAt returns the slice without elements on given positions

func (SliceUint16) DropEvery 

func (s SliceUint16) DropEvery(nth int, from int) ([]uint16, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceUint16) DropWhile 

func (s SliceUint16) DropWhile(f func(el uint16) bool) []uint16

DropWhile drops elements from arr while f returns true

func (SliceUint16) Each 

func (s SliceUint16) Each(f func(el uint16))

Each calls f for every element from arr

func (SliceUint16) EndsWith 

func (s SliceUint16) EndsWith(suffix []uint16) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceUint16) Equal 

func (s SliceUint16) Equal(other []uint16) bool

Equal returns true if slices are equal

func (SliceUint16) Filter 

func (s SliceUint16) Filter(f func(el uint16) bool) []uint16

Filter returns slice of T for which F returned true

func (SliceUint16) Find 

func (s SliceUint16) Find(f func(el uint16) bool) (uint16, error)

Find returns the first element for which f returns true

func (SliceUint16) FindIndex 

func (s SliceUint16) FindIndex(f func(el uint16) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceUint16) GroupByBool 

func (s SliceUint16) GroupByBool(f func(el uint16) bool) map[bool][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByByte 

func (s SliceUint16) GroupByByte(f func(el uint16) byte) map[byte][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByError 

func (s SliceUint16) GroupByError(f func(el uint16) error) map[error][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByFloat32 

func (s SliceUint16) GroupByFloat32(f func(el uint16) float32) map[float32][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByFloat64 

func (s SliceUint16) GroupByFloat64(f func(el uint16) float64) map[float64][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByInt 

func (s SliceUint16) GroupByInt(f func(el uint16) int) map[int][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByInt16 

func (s SliceUint16) GroupByInt16(f func(el uint16) int16) map[int16][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByInt32 

func (s SliceUint16) GroupByInt32(f func(el uint16) int32) map[int32][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByInt64 

func (s SliceUint16) GroupByInt64(f func(el uint16) int64) map[int64][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByInt8 

func (s SliceUint16) GroupByInt8(f func(el uint16) int8) map[int8][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByInterface 

func (s SliceUint16) GroupByInterface(f func(el uint16) interface{}) map[interface{}][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByRune 

func (s SliceUint16) GroupByRune(f func(el uint16) rune) map[rune][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByString 

func (s SliceUint16) GroupByString(f func(el uint16) string) map[string][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByUint 

func (s SliceUint16) GroupByUint(f func(el uint16) uint) map[uint][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByUint16 

func (s SliceUint16) GroupByUint16(f func(el uint16) uint16) map[uint16][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByUint32 

func (s SliceUint16) GroupByUint32(f func(el uint16) uint32) map[uint32][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByUint64 

func (s SliceUint16) GroupByUint64(f func(el uint16) uint64) map[uint64][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) GroupByUint8 

func (s SliceUint16) GroupByUint8(f func(el uint16) uint8) map[uint8][]uint16

GroupBy groups element from array by value returned by f

func (SliceUint16) InsertAt 

func (s SliceUint16) InsertAt(index int, element uint16) ([]uint16, error)

InsertAt returns the slice with element inserted at given index.

func (SliceUint16) Intersperse 

func (s SliceUint16) Intersperse(el uint16) []uint16

Intersperse inserts el between each element of arr

func (SliceUint16) Join 

func (s SliceUint16) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceUint16) Last 

func (s SliceUint16) Last() (uint16, error)

Last returns the last element from the slice

func (SliceUint16) MapBool 

func (s SliceUint16) MapBool(f func(el uint16) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapByte 

func (s SliceUint16) MapByte(f func(el uint16) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapError 

func (s SliceUint16) MapError(f func(el uint16) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapFloat32 

func (s SliceUint16) MapFloat32(f func(el uint16) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapFloat64 

func (s SliceUint16) MapFloat64(f func(el uint16) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapInt 

func (s SliceUint16) MapInt(f func(el uint16) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapInt16 

func (s SliceUint16) MapInt16(f func(el uint16) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapInt32 

func (s SliceUint16) MapInt32(f func(el uint16) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapInt64 

func (s SliceUint16) MapInt64(f func(el uint16) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapInt8 

func (s SliceUint16) MapInt8(f func(el uint16) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapInterface 

func (s SliceUint16) MapInterface(f func(el uint16) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapRune 

func (s SliceUint16) MapRune(f func(el uint16) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapString 

func (s SliceUint16) MapString(f func(el uint16) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapUint 

func (s SliceUint16) MapUint(f func(el uint16) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapUint16 

func (s SliceUint16) MapUint16(f func(el uint16) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapUint32 

func (s SliceUint16) MapUint32(f func(el uint16) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapUint64 

func (s SliceUint16) MapUint64(f func(el uint16) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) MapUint8 

func (s SliceUint16) MapUint8(f func(el uint16) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint16) Max 

func (s SliceUint16) Max() (uint16, error)

Max returns the maximal element from arr

func (SliceUint16) Min 

func (s SliceUint16) Min() (uint16, error)

Min returns the minimal element from arr

func (SliceUint16) Permutations 

func (s SliceUint16) Permutations(size int) chan []uint16

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceUint16) Product 

func (s SliceUint16) Product(repeat int) chan []uint16

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceUint16) ReduceBool 

func (s SliceUint16) ReduceBool(acc bool, f func(el uint16, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceByte 

func (s SliceUint16) ReduceByte(acc byte, f func(el uint16, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceError 

func (s SliceUint16) ReduceError(acc error, f func(el uint16, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceFloat32 

func (s SliceUint16) ReduceFloat32(acc float32, f func(el uint16, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceFloat64 

func (s SliceUint16) ReduceFloat64(acc float64, f func(el uint16, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceInt 

func (s SliceUint16) ReduceInt(acc int, f func(el uint16, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceInt16 

func (s SliceUint16) ReduceInt16(acc int16, f func(el uint16, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceInt32 

func (s SliceUint16) ReduceInt32(acc int32, f func(el uint16, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceInt64 

func (s SliceUint16) ReduceInt64(acc int64, f func(el uint16, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceInt8 

func (s SliceUint16) ReduceInt8(acc int8, f func(el uint16, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceInterface 

func (s SliceUint16) ReduceInterface(acc interface{}, f func(el uint16, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceRune 

func (s SliceUint16) ReduceRune(acc rune, f func(el uint16, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceString 

func (s SliceUint16) ReduceString(acc string, f func(el uint16, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceUint 

func (s SliceUint16) ReduceUint(acc uint, f func(el uint16, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceUint16 

func (s SliceUint16) ReduceUint16(acc uint16, f func(el uint16, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceUint32 

func (s SliceUint16) ReduceUint32(acc uint32, f func(el uint16, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceUint64 

func (s SliceUint16) ReduceUint64(acc uint64, f func(el uint16, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceUint8 

func (s SliceUint16) ReduceUint8(acc uint8, f func(el uint16, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint16) ReduceWhileBool 

func (s SliceUint16) ReduceWhileBool(acc bool, f func(el uint16, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileByte 

func (s SliceUint16) ReduceWhileByte(acc byte, f func(el uint16, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileError 

func (s SliceUint16) ReduceWhileError(acc error, f func(el uint16, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileFloat32 

func (s SliceUint16) ReduceWhileFloat32(acc float32, f func(el uint16, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileFloat64 

func (s SliceUint16) ReduceWhileFloat64(acc float64, f func(el uint16, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileInt 

func (s SliceUint16) ReduceWhileInt(acc int, f func(el uint16, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileInt16 

func (s SliceUint16) ReduceWhileInt16(acc int16, f func(el uint16, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileInt32 

func (s SliceUint16) ReduceWhileInt32(acc int32, f func(el uint16, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileInt64 

func (s SliceUint16) ReduceWhileInt64(acc int64, f func(el uint16, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileInt8 

func (s SliceUint16) ReduceWhileInt8(acc int8, f func(el uint16, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileInterface 

func (s SliceUint16) ReduceWhileInterface(acc interface{}, f func(el uint16, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileRune 

func (s SliceUint16) ReduceWhileRune(acc rune, f func(el uint16, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileString 

func (s SliceUint16) ReduceWhileString(acc string, f func(el uint16, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileUint 

func (s SliceUint16) ReduceWhileUint(acc uint, f func(el uint16, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileUint16 

func (s SliceUint16) ReduceWhileUint16(acc uint16, f func(el uint16, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileUint32 

func (s SliceUint16) ReduceWhileUint32(acc uint32, f func(el uint16, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileUint64 

func (s SliceUint16) ReduceWhileUint64(acc uint64, f func(el uint16, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) ReduceWhileUint8 

func (s SliceUint16) ReduceWhileUint8(acc uint8, f func(el uint16, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint16) Reverse 

func (s SliceUint16) Reverse() []uint16

Reverse returns given arr in reversed order

func (SliceUint16) Same 

func (s SliceUint16) Same() bool

Same returns true if all element in arr the same

func (SliceUint16) ScanBool 

func (s SliceUint16) ScanBool(acc bool, f func(el uint16, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanByte 

func (s SliceUint16) ScanByte(acc byte, f func(el uint16, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanError 

func (s SliceUint16) ScanError(acc error, f func(el uint16, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanFloat32 

func (s SliceUint16) ScanFloat32(acc float32, f func(el uint16, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanFloat64 

func (s SliceUint16) ScanFloat64(acc float64, f func(el uint16, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanInt 

func (s SliceUint16) ScanInt(acc int, f func(el uint16, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanInt16 

func (s SliceUint16) ScanInt16(acc int16, f func(el uint16, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanInt32 

func (s SliceUint16) ScanInt32(acc int32, f func(el uint16, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanInt64 

func (s SliceUint16) ScanInt64(acc int64, f func(el uint16, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanInt8 

func (s SliceUint16) ScanInt8(acc int8, f func(el uint16, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanInterface 

func (s SliceUint16) ScanInterface(acc interface{}, f func(el uint16, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanRune 

func (s SliceUint16) ScanRune(acc rune, f func(el uint16, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanString 

func (s SliceUint16) ScanString(acc string, f func(el uint16, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanUint 

func (s SliceUint16) ScanUint(acc uint, f func(el uint16, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanUint16 

func (s SliceUint16) ScanUint16(acc uint16, f func(el uint16, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanUint32 

func (s SliceUint16) ScanUint32(acc uint32, f func(el uint16, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanUint64 

func (s SliceUint16) ScanUint64(acc uint64, f func(el uint16, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceUint16) ScanUint8 

func (s SliceUint16) ScanUint8(acc uint8, f func(el uint16, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceUint16) Shuffle 

func (s SliceUint16) Shuffle(seed int64) []uint16

Shuffle in random order arr elements

func (SliceUint16) Sort 

func (s SliceUint16) Sort() []uint16

Sort returns sorted slice

func (SliceUint16) Sorted 

func (s SliceUint16) Sorted() bool

Sorted returns true if slice is sorted

func (SliceUint16) Split 

func (s SliceUint16) Split(sep uint16) [][]uint16

Split splits arr by sep

func (SliceUint16) StartsWith 

func (s SliceUint16) StartsWith(prefix []uint16) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceUint16) Sum 

func (s SliceUint16) Sum() uint16

Sum return sum of all elements from arr

func (SliceUint16) TakeEvery 

func (s SliceUint16) TakeEvery(nth int, from int) ([]uint16, error)

TakeEvery returns slice of every nth elements

func (SliceUint16) TakeRandom 

func (s SliceUint16) TakeRandom(count int, seed int64) ([]uint16, error)

TakeRandom returns slice of count random elements from the slice

func (SliceUint16) TakeWhile 

func (s SliceUint16) TakeWhile(f func(el uint16) bool) []uint16

TakeWhile takes elements from arr while f returns true

func (SliceUint16) ToChannel 

func (s SliceUint16) ToChannel() chan uint16

ToChannel returns channel with elements from the slice

func (SliceUint16) Uniq 

func (s SliceUint16) Uniq() []uint16

Uniq returns arr with only first occurences of every element.

func (SliceUint16) Window 

func (s SliceUint16) Window(size int) ([][]uint16, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceUint16) Without 

func (s SliceUint16) Without(elements ...uint16) []uint16

Without returns the slice with filtered out element

type SliceUint32 

type SliceUint32 struct {
	Data []uint32
}

Slice is a set of operations to work with slice

func (SliceUint32) All 

func (s SliceUint32) All(f func(el uint32) bool) bool

All returns true if f returns true for all elements in arr

func (SliceUint32) Any 

func (s SliceUint32) Any(f func(el uint32) bool) bool

Any returns true if f returns true for any element in arr

func (SliceUint32) Choice 

func (s SliceUint32) Choice(seed int64) (uint32, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceUint32) ChunkByBool 

func (s SliceUint32) ChunkByBool(f func(el uint32) bool) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByByte 

func (s SliceUint32) ChunkByByte(f func(el uint32) byte) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByError 

func (s SliceUint32) ChunkByError(f func(el uint32) error) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByFloat32 

func (s SliceUint32) ChunkByFloat32(f func(el uint32) float32) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByFloat64 

func (s SliceUint32) ChunkByFloat64(f func(el uint32) float64) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByInt 

func (s SliceUint32) ChunkByInt(f func(el uint32) int) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByInt16 

func (s SliceUint32) ChunkByInt16(f func(el uint32) int16) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByInt32 

func (s SliceUint32) ChunkByInt32(f func(el uint32) int32) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByInt64 

func (s SliceUint32) ChunkByInt64(f func(el uint32) int64) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByInt8 

func (s SliceUint32) ChunkByInt8(f func(el uint32) int8) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByInterface 

func (s SliceUint32) ChunkByInterface(f func(el uint32) interface{}) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByRune 

func (s SliceUint32) ChunkByRune(f func(el uint32) rune) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByString 

func (s SliceUint32) ChunkByString(f func(el uint32) string) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByUint 

func (s SliceUint32) ChunkByUint(f func(el uint32) uint) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByUint16 

func (s SliceUint32) ChunkByUint16(f func(el uint32) uint16) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByUint32 

func (s SliceUint32) ChunkByUint32(f func(el uint32) uint32) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByUint64 

func (s SliceUint32) ChunkByUint64(f func(el uint32) uint64) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkByUint8 

func (s SliceUint32) ChunkByUint8(f func(el uint32) uint8) [][]uint32

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint32) ChunkEvery 

func (s SliceUint32) ChunkEvery(count int) ([][]uint32, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceUint32) Contains 

func (s SliceUint32) Contains(el uint32) bool

Contains returns true if el in arr.

func (SliceUint32) Count 

func (s SliceUint32) Count(el uint32) int

Count return count of el occurences in arr.

func (SliceUint32) CountBy 

func (s SliceUint32) CountBy(f func(el uint32) bool) int

CountBy returns how many times f returns true.

func (SliceUint32) Cycle 

func (s SliceUint32) Cycle() chan uint32

Cycle is an infinite loop over slice

func (SliceUint32) Dedup 

func (s SliceUint32) Dedup() []uint32

Dedup returns a given slice without consecutive duplicated elements

func (SliceUint32) DedupByBool 

func (s SliceUint32) DedupByBool(f func(el uint32) bool) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByByte 

func (s SliceUint32) DedupByByte(f func(el uint32) byte) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByError 

func (s SliceUint32) DedupByError(f func(el uint32) error) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByFloat32 

func (s SliceUint32) DedupByFloat32(f func(el uint32) float32) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByFloat64 

func (s SliceUint32) DedupByFloat64(f func(el uint32) float64) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByInt 

func (s SliceUint32) DedupByInt(f func(el uint32) int) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByInt16 

func (s SliceUint32) DedupByInt16(f func(el uint32) int16) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByInt32 

func (s SliceUint32) DedupByInt32(f func(el uint32) int32) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByInt64 

func (s SliceUint32) DedupByInt64(f func(el uint32) int64) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByInt8 

func (s SliceUint32) DedupByInt8(f func(el uint32) int8) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByInterface 

func (s SliceUint32) DedupByInterface(f func(el uint32) interface{}) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByRune 

func (s SliceUint32) DedupByRune(f func(el uint32) rune) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByString 

func (s SliceUint32) DedupByString(f func(el uint32) string) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByUint 

func (s SliceUint32) DedupByUint(f func(el uint32) uint) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByUint16 

func (s SliceUint32) DedupByUint16(f func(el uint32) uint16) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByUint32 

func (s SliceUint32) DedupByUint32(f func(el uint32) uint32) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByUint64 

func (s SliceUint32) DedupByUint64(f func(el uint32) uint64) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) DedupByUint8 

func (s SliceUint32) DedupByUint8(f func(el uint32) uint8) []uint32

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint32) Delete 

func (s SliceUint32) Delete(element uint32) []uint32

Delete deletes the first occurence of the element from the slice

func (SliceUint32) DeleteAll 

func (s SliceUint32) DeleteAll(element uint32) []uint32

DeleteAll deletes all occurences of the element from the slice

func (SliceUint32) DeleteAt 

func (s SliceUint32) DeleteAt(indices ...int) ([]uint32, error)

DeleteAt returns the slice without elements on given positions

func (SliceUint32) DropEvery 

func (s SliceUint32) DropEvery(nth int, from int) ([]uint32, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceUint32) DropWhile 

func (s SliceUint32) DropWhile(f func(el uint32) bool) []uint32

DropWhile drops elements from arr while f returns true

func (SliceUint32) Each 

func (s SliceUint32) Each(f func(el uint32))

Each calls f for every element from arr

func (SliceUint32) EndsWith 

func (s SliceUint32) EndsWith(suffix []uint32) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceUint32) Equal 

func (s SliceUint32) Equal(other []uint32) bool

Equal returns true if slices are equal

func (SliceUint32) Filter 

func (s SliceUint32) Filter(f func(el uint32) bool) []uint32

Filter returns slice of T for which F returned true

func (SliceUint32) Find 

func (s SliceUint32) Find(f func(el uint32) bool) (uint32, error)

Find returns the first element for which f returns true

func (SliceUint32) FindIndex 

func (s SliceUint32) FindIndex(f func(el uint32) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceUint32) GroupByBool 

func (s SliceUint32) GroupByBool(f func(el uint32) bool) map[bool][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByByte 

func (s SliceUint32) GroupByByte(f func(el uint32) byte) map[byte][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByError 

func (s SliceUint32) GroupByError(f func(el uint32) error) map[error][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByFloat32 

func (s SliceUint32) GroupByFloat32(f func(el uint32) float32) map[float32][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByFloat64 

func (s SliceUint32) GroupByFloat64(f func(el uint32) float64) map[float64][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByInt 

func (s SliceUint32) GroupByInt(f func(el uint32) int) map[int][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByInt16 

func (s SliceUint32) GroupByInt16(f func(el uint32) int16) map[int16][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByInt32 

func (s SliceUint32) GroupByInt32(f func(el uint32) int32) map[int32][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByInt64 

func (s SliceUint32) GroupByInt64(f func(el uint32) int64) map[int64][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByInt8 

func (s SliceUint32) GroupByInt8(f func(el uint32) int8) map[int8][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByInterface 

func (s SliceUint32) GroupByInterface(f func(el uint32) interface{}) map[interface{}][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByRune 

func (s SliceUint32) GroupByRune(f func(el uint32) rune) map[rune][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByString 

func (s SliceUint32) GroupByString(f func(el uint32) string) map[string][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByUint 

func (s SliceUint32) GroupByUint(f func(el uint32) uint) map[uint][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByUint16 

func (s SliceUint32) GroupByUint16(f func(el uint32) uint16) map[uint16][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByUint32 

func (s SliceUint32) GroupByUint32(f func(el uint32) uint32) map[uint32][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByUint64 

func (s SliceUint32) GroupByUint64(f func(el uint32) uint64) map[uint64][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) GroupByUint8 

func (s SliceUint32) GroupByUint8(f func(el uint32) uint8) map[uint8][]uint32

GroupBy groups element from array by value returned by f

func (SliceUint32) InsertAt 

func (s SliceUint32) InsertAt(index int, element uint32) ([]uint32, error)

InsertAt returns the slice with element inserted at given index.

func (SliceUint32) Intersperse 

func (s SliceUint32) Intersperse(el uint32) []uint32

Intersperse inserts el between each element of arr

func (SliceUint32) Join 

func (s SliceUint32) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceUint32) Last 

func (s SliceUint32) Last() (uint32, error)

Last returns the last element from the slice

func (SliceUint32) MapBool 

func (s SliceUint32) MapBool(f func(el uint32) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapByte 

func (s SliceUint32) MapByte(f func(el uint32) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapError 

func (s SliceUint32) MapError(f func(el uint32) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapFloat32 

func (s SliceUint32) MapFloat32(f func(el uint32) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapFloat64 

func (s SliceUint32) MapFloat64(f func(el uint32) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapInt 

func (s SliceUint32) MapInt(f func(el uint32) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapInt16 

func (s SliceUint32) MapInt16(f func(el uint32) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapInt32 

func (s SliceUint32) MapInt32(f func(el uint32) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapInt64 

func (s SliceUint32) MapInt64(f func(el uint32) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapInt8 

func (s SliceUint32) MapInt8(f func(el uint32) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapInterface 

func (s SliceUint32) MapInterface(f func(el uint32) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapRune 

func (s SliceUint32) MapRune(f func(el uint32) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapString 

func (s SliceUint32) MapString(f func(el uint32) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapUint 

func (s SliceUint32) MapUint(f func(el uint32) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapUint16 

func (s SliceUint32) MapUint16(f func(el uint32) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapUint32 

func (s SliceUint32) MapUint32(f func(el uint32) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapUint64 

func (s SliceUint32) MapUint64(f func(el uint32) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) MapUint8 

func (s SliceUint32) MapUint8(f func(el uint32) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint32) Max 

func (s SliceUint32) Max() (uint32, error)

Max returns the maximal element from arr

func (SliceUint32) Min 

func (s SliceUint32) Min() (uint32, error)

Min returns the minimal element from arr

func (SliceUint32) Permutations 

func (s SliceUint32) Permutations(size int) chan []uint32

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceUint32) Product 

func (s SliceUint32) Product(repeat int) chan []uint32

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceUint32) ReduceBool 

func (s SliceUint32) ReduceBool(acc bool, f func(el uint32, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceByte 

func (s SliceUint32) ReduceByte(acc byte, f func(el uint32, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceError 

func (s SliceUint32) ReduceError(acc error, f func(el uint32, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceFloat32 

func (s SliceUint32) ReduceFloat32(acc float32, f func(el uint32, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceFloat64 

func (s SliceUint32) ReduceFloat64(acc float64, f func(el uint32, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceInt 

func (s SliceUint32) ReduceInt(acc int, f func(el uint32, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceInt16 

func (s SliceUint32) ReduceInt16(acc int16, f func(el uint32, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceInt32 

func (s SliceUint32) ReduceInt32(acc int32, f func(el uint32, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceInt64 

func (s SliceUint32) ReduceInt64(acc int64, f func(el uint32, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceInt8 

func (s SliceUint32) ReduceInt8(acc int8, f func(el uint32, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceInterface 

func (s SliceUint32) ReduceInterface(acc interface{}, f func(el uint32, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceRune 

func (s SliceUint32) ReduceRune(acc rune, f func(el uint32, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceString 

func (s SliceUint32) ReduceString(acc string, f func(el uint32, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceUint 

func (s SliceUint32) ReduceUint(acc uint, f func(el uint32, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceUint16 

func (s SliceUint32) ReduceUint16(acc uint16, f func(el uint32, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceUint32 

func (s SliceUint32) ReduceUint32(acc uint32, f func(el uint32, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceUint64 

func (s SliceUint32) ReduceUint64(acc uint64, f func(el uint32, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceUint8 

func (s SliceUint32) ReduceUint8(acc uint8, f func(el uint32, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint32) ReduceWhileBool 

func (s SliceUint32) ReduceWhileBool(acc bool, f func(el uint32, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileByte 

func (s SliceUint32) ReduceWhileByte(acc byte, f func(el uint32, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileError 

func (s SliceUint32) ReduceWhileError(acc error, f func(el uint32, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileFloat32 

func (s SliceUint32) ReduceWhileFloat32(acc float32, f func(el uint32, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileFloat64 

func (s SliceUint32) ReduceWhileFloat64(acc float64, f func(el uint32, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileInt 

func (s SliceUint32) ReduceWhileInt(acc int, f func(el uint32, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileInt16 

func (s SliceUint32) ReduceWhileInt16(acc int16, f func(el uint32, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileInt32 

func (s SliceUint32) ReduceWhileInt32(acc int32, f func(el uint32, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileInt64 

func (s SliceUint32) ReduceWhileInt64(acc int64, f func(el uint32, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileInt8 

func (s SliceUint32) ReduceWhileInt8(acc int8, f func(el uint32, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileInterface 

func (s SliceUint32) ReduceWhileInterface(acc interface{}, f func(el uint32, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileRune 

func (s SliceUint32) ReduceWhileRune(acc rune, f func(el uint32, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileString 

func (s SliceUint32) ReduceWhileString(acc string, f func(el uint32, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileUint 

func (s SliceUint32) ReduceWhileUint(acc uint, f func(el uint32, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileUint16 

func (s SliceUint32) ReduceWhileUint16(acc uint16, f func(el uint32, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileUint32 

func (s SliceUint32) ReduceWhileUint32(acc uint32, f func(el uint32, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileUint64 

func (s SliceUint32) ReduceWhileUint64(acc uint64, f func(el uint32, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) ReduceWhileUint8 

func (s SliceUint32) ReduceWhileUint8(acc uint8, f func(el uint32, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint32) Reverse 

func (s SliceUint32) Reverse() []uint32

Reverse returns given arr in reversed order

func (SliceUint32) Same 

func (s SliceUint32) Same() bool

Same returns true if all element in arr the same

func (SliceUint32) ScanBool 

func (s SliceUint32) ScanBool(acc bool, f func(el uint32, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanByte 

func (s SliceUint32) ScanByte(acc byte, f func(el uint32, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanError 

func (s SliceUint32) ScanError(acc error, f func(el uint32, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanFloat32 

func (s SliceUint32) ScanFloat32(acc float32, f func(el uint32, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanFloat64 

func (s SliceUint32) ScanFloat64(acc float64, f func(el uint32, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanInt 

func (s SliceUint32) ScanInt(acc int, f func(el uint32, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanInt16 

func (s SliceUint32) ScanInt16(acc int16, f func(el uint32, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanInt32 

func (s SliceUint32) ScanInt32(acc int32, f func(el uint32, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanInt64 

func (s SliceUint32) ScanInt64(acc int64, f func(el uint32, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanInt8 

func (s SliceUint32) ScanInt8(acc int8, f func(el uint32, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanInterface 

func (s SliceUint32) ScanInterface(acc interface{}, f func(el uint32, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanRune 

func (s SliceUint32) ScanRune(acc rune, f func(el uint32, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanString 

func (s SliceUint32) ScanString(acc string, f func(el uint32, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanUint 

func (s SliceUint32) ScanUint(acc uint, f func(el uint32, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanUint16 

func (s SliceUint32) ScanUint16(acc uint16, f func(el uint32, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanUint32 

func (s SliceUint32) ScanUint32(acc uint32, f func(el uint32, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanUint64 

func (s SliceUint32) ScanUint64(acc uint64, f func(el uint32, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceUint32) ScanUint8 

func (s SliceUint32) ScanUint8(acc uint8, f func(el uint32, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceUint32) Shuffle 

func (s SliceUint32) Shuffle(seed int64) []uint32

Shuffle in random order arr elements

func (SliceUint32) Sort 

func (s SliceUint32) Sort() []uint32

Sort returns sorted slice

func (SliceUint32) Sorted 

func (s SliceUint32) Sorted() bool

Sorted returns true if slice is sorted

func (SliceUint32) Split 

func (s SliceUint32) Split(sep uint32) [][]uint32

Split splits arr by sep

func (SliceUint32) StartsWith 

func (s SliceUint32) StartsWith(prefix []uint32) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceUint32) Sum 

func (s SliceUint32) Sum() uint32

Sum return sum of all elements from arr

func (SliceUint32) TakeEvery 

func (s SliceUint32) TakeEvery(nth int, from int) ([]uint32, error)

TakeEvery returns slice of every nth elements

func (SliceUint32) TakeRandom 

func (s SliceUint32) TakeRandom(count int, seed int64) ([]uint32, error)

TakeRandom returns slice of count random elements from the slice

func (SliceUint32) TakeWhile 

func (s SliceUint32) TakeWhile(f func(el uint32) bool) []uint32

TakeWhile takes elements from arr while f returns true

func (SliceUint32) ToChannel 

func (s SliceUint32) ToChannel() chan uint32

ToChannel returns channel with elements from the slice

func (SliceUint32) Uniq 

func (s SliceUint32) Uniq() []uint32

Uniq returns arr with only first occurences of every element.

func (SliceUint32) Window 

func (s SliceUint32) Window(size int) ([][]uint32, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceUint32) Without 

func (s SliceUint32) Without(elements ...uint32) []uint32

Without returns the slice with filtered out element

type SliceUint64 

type SliceUint64 struct {
	Data []uint64
}

Slice is a set of operations to work with slice

func (SliceUint64) All 

func (s SliceUint64) All(f func(el uint64) bool) bool

All returns true if f returns true for all elements in arr

func (SliceUint64) Any 

func (s SliceUint64) Any(f func(el uint64) bool) bool

Any returns true if f returns true for any element in arr

func (SliceUint64) Choice 

func (s SliceUint64) Choice(seed int64) (uint64, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceUint64) ChunkByBool 

func (s SliceUint64) ChunkByBool(f func(el uint64) bool) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByByte 

func (s SliceUint64) ChunkByByte(f func(el uint64) byte) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByError 

func (s SliceUint64) ChunkByError(f func(el uint64) error) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByFloat32 

func (s SliceUint64) ChunkByFloat32(f func(el uint64) float32) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByFloat64 

func (s SliceUint64) ChunkByFloat64(f func(el uint64) float64) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByInt 

func (s SliceUint64) ChunkByInt(f func(el uint64) int) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByInt16 

func (s SliceUint64) ChunkByInt16(f func(el uint64) int16) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByInt32 

func (s SliceUint64) ChunkByInt32(f func(el uint64) int32) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByInt64 

func (s SliceUint64) ChunkByInt64(f func(el uint64) int64) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByInt8 

func (s SliceUint64) ChunkByInt8(f func(el uint64) int8) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByInterface 

func (s SliceUint64) ChunkByInterface(f func(el uint64) interface{}) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByRune 

func (s SliceUint64) ChunkByRune(f func(el uint64) rune) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByString 

func (s SliceUint64) ChunkByString(f func(el uint64) string) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByUint 

func (s SliceUint64) ChunkByUint(f func(el uint64) uint) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByUint16 

func (s SliceUint64) ChunkByUint16(f func(el uint64) uint16) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByUint32 

func (s SliceUint64) ChunkByUint32(f func(el uint64) uint32) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByUint64 

func (s SliceUint64) ChunkByUint64(f func(el uint64) uint64) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkByUint8 

func (s SliceUint64) ChunkByUint8(f func(el uint64) uint8) [][]uint64

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint64) ChunkEvery 

func (s SliceUint64) ChunkEvery(count int) ([][]uint64, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceUint64) Contains 

func (s SliceUint64) Contains(el uint64) bool

Contains returns true if el in arr.

func (SliceUint64) Count 

func (s SliceUint64) Count(el uint64) int

Count return count of el occurences in arr.

func (SliceUint64) CountBy 

func (s SliceUint64) CountBy(f func(el uint64) bool) int

CountBy returns how many times f returns true.

func (SliceUint64) Cycle 

func (s SliceUint64) Cycle() chan uint64

Cycle is an infinite loop over slice

func (SliceUint64) Dedup 

func (s SliceUint64) Dedup() []uint64

Dedup returns a given slice without consecutive duplicated elements

func (SliceUint64) DedupByBool 

func (s SliceUint64) DedupByBool(f func(el uint64) bool) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByByte 

func (s SliceUint64) DedupByByte(f func(el uint64) byte) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByError 

func (s SliceUint64) DedupByError(f func(el uint64) error) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByFloat32 

func (s SliceUint64) DedupByFloat32(f func(el uint64) float32) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByFloat64 

func (s SliceUint64) DedupByFloat64(f func(el uint64) float64) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByInt 

func (s SliceUint64) DedupByInt(f func(el uint64) int) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByInt16 

func (s SliceUint64) DedupByInt16(f func(el uint64) int16) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByInt32 

func (s SliceUint64) DedupByInt32(f func(el uint64) int32) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByInt64 

func (s SliceUint64) DedupByInt64(f func(el uint64) int64) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByInt8 

func (s SliceUint64) DedupByInt8(f func(el uint64) int8) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByInterface 

func (s SliceUint64) DedupByInterface(f func(el uint64) interface{}) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByRune 

func (s SliceUint64) DedupByRune(f func(el uint64) rune) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByString 

func (s SliceUint64) DedupByString(f func(el uint64) string) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByUint 

func (s SliceUint64) DedupByUint(f func(el uint64) uint) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByUint16 

func (s SliceUint64) DedupByUint16(f func(el uint64) uint16) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByUint32 

func (s SliceUint64) DedupByUint32(f func(el uint64) uint32) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByUint64 

func (s SliceUint64) DedupByUint64(f func(el uint64) uint64) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) DedupByUint8 

func (s SliceUint64) DedupByUint8(f func(el uint64) uint8) []uint64

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint64) Delete 

func (s SliceUint64) Delete(element uint64) []uint64

Delete deletes the first occurence of the element from the slice

func (SliceUint64) DeleteAll 

func (s SliceUint64) DeleteAll(element uint64) []uint64

DeleteAll deletes all occurences of the element from the slice

func (SliceUint64) DeleteAt 

func (s SliceUint64) DeleteAt(indices ...int) ([]uint64, error)

DeleteAt returns the slice without elements on given positions

func (SliceUint64) DropEvery 

func (s SliceUint64) DropEvery(nth int, from int) ([]uint64, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceUint64) DropWhile 

func (s SliceUint64) DropWhile(f func(el uint64) bool) []uint64

DropWhile drops elements from arr while f returns true

func (SliceUint64) Each 

func (s SliceUint64) Each(f func(el uint64))

Each calls f for every element from arr

func (SliceUint64) EndsWith 

func (s SliceUint64) EndsWith(suffix []uint64) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceUint64) Equal 

func (s SliceUint64) Equal(other []uint64) bool

Equal returns true if slices are equal

func (SliceUint64) Filter 

func (s SliceUint64) Filter(f func(el uint64) bool) []uint64

Filter returns slice of T for which F returned true

func (SliceUint64) Find 

func (s SliceUint64) Find(f func(el uint64) bool) (uint64, error)

Find returns the first element for which f returns true

func (SliceUint64) FindIndex 

func (s SliceUint64) FindIndex(f func(el uint64) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceUint64) GroupByBool 

func (s SliceUint64) GroupByBool(f func(el uint64) bool) map[bool][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByByte 

func (s SliceUint64) GroupByByte(f func(el uint64) byte) map[byte][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByError 

func (s SliceUint64) GroupByError(f func(el uint64) error) map[error][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByFloat32 

func (s SliceUint64) GroupByFloat32(f func(el uint64) float32) map[float32][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByFloat64 

func (s SliceUint64) GroupByFloat64(f func(el uint64) float64) map[float64][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByInt 

func (s SliceUint64) GroupByInt(f func(el uint64) int) map[int][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByInt16 

func (s SliceUint64) GroupByInt16(f func(el uint64) int16) map[int16][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByInt32 

func (s SliceUint64) GroupByInt32(f func(el uint64) int32) map[int32][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByInt64 

func (s SliceUint64) GroupByInt64(f func(el uint64) int64) map[int64][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByInt8 

func (s SliceUint64) GroupByInt8(f func(el uint64) int8) map[int8][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByInterface 

func (s SliceUint64) GroupByInterface(f func(el uint64) interface{}) map[interface{}][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByRune 

func (s SliceUint64) GroupByRune(f func(el uint64) rune) map[rune][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByString 

func (s SliceUint64) GroupByString(f func(el uint64) string) map[string][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByUint 

func (s SliceUint64) GroupByUint(f func(el uint64) uint) map[uint][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByUint16 

func (s SliceUint64) GroupByUint16(f func(el uint64) uint16) map[uint16][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByUint32 

func (s SliceUint64) GroupByUint32(f func(el uint64) uint32) map[uint32][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByUint64 

func (s SliceUint64) GroupByUint64(f func(el uint64) uint64) map[uint64][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) GroupByUint8 

func (s SliceUint64) GroupByUint8(f func(el uint64) uint8) map[uint8][]uint64

GroupBy groups element from array by value returned by f

func (SliceUint64) InsertAt 

func (s SliceUint64) InsertAt(index int, element uint64) ([]uint64, error)

InsertAt returns the slice with element inserted at given index.

func (SliceUint64) Intersperse 

func (s SliceUint64) Intersperse(el uint64) []uint64

Intersperse inserts el between each element of arr

func (SliceUint64) Join 

func (s SliceUint64) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceUint64) Last 

func (s SliceUint64) Last() (uint64, error)

Last returns the last element from the slice

func (SliceUint64) MapBool 

func (s SliceUint64) MapBool(f func(el uint64) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapByte 

func (s SliceUint64) MapByte(f func(el uint64) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapError 

func (s SliceUint64) MapError(f func(el uint64) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapFloat32 

func (s SliceUint64) MapFloat32(f func(el uint64) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapFloat64 

func (s SliceUint64) MapFloat64(f func(el uint64) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapInt 

func (s SliceUint64) MapInt(f func(el uint64) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapInt16 

func (s SliceUint64) MapInt16(f func(el uint64) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapInt32 

func (s SliceUint64) MapInt32(f func(el uint64) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapInt64 

func (s SliceUint64) MapInt64(f func(el uint64) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapInt8 

func (s SliceUint64) MapInt8(f func(el uint64) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapInterface 

func (s SliceUint64) MapInterface(f func(el uint64) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapRune 

func (s SliceUint64) MapRune(f func(el uint64) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapString 

func (s SliceUint64) MapString(f func(el uint64) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapUint 

func (s SliceUint64) MapUint(f func(el uint64) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapUint16 

func (s SliceUint64) MapUint16(f func(el uint64) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapUint32 

func (s SliceUint64) MapUint32(f func(el uint64) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapUint64 

func (s SliceUint64) MapUint64(f func(el uint64) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) MapUint8 

func (s SliceUint64) MapUint8(f func(el uint64) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint64) Max 

func (s SliceUint64) Max() (uint64, error)

Max returns the maximal element from arr

func (SliceUint64) Min 

func (s SliceUint64) Min() (uint64, error)

Min returns the minimal element from arr

func (SliceUint64) Permutations 

func (s SliceUint64) Permutations(size int) chan []uint64

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceUint64) Product 

func (s SliceUint64) Product(repeat int) chan []uint64

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceUint64) ReduceBool 

func (s SliceUint64) ReduceBool(acc bool, f func(el uint64, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceByte 

func (s SliceUint64) ReduceByte(acc byte, f func(el uint64, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceError 

func (s SliceUint64) ReduceError(acc error, f func(el uint64, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceFloat32 

func (s SliceUint64) ReduceFloat32(acc float32, f func(el uint64, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceFloat64 

func (s SliceUint64) ReduceFloat64(acc float64, f func(el uint64, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceInt 

func (s SliceUint64) ReduceInt(acc int, f func(el uint64, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceInt16 

func (s SliceUint64) ReduceInt16(acc int16, f func(el uint64, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceInt32 

func (s SliceUint64) ReduceInt32(acc int32, f func(el uint64, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceInt64 

func (s SliceUint64) ReduceInt64(acc int64, f func(el uint64, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceInt8 

func (s SliceUint64) ReduceInt8(acc int8, f func(el uint64, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceInterface 

func (s SliceUint64) ReduceInterface(acc interface{}, f func(el uint64, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceRune 

func (s SliceUint64) ReduceRune(acc rune, f func(el uint64, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceString 

func (s SliceUint64) ReduceString(acc string, f func(el uint64, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceUint 

func (s SliceUint64) ReduceUint(acc uint, f func(el uint64, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceUint16 

func (s SliceUint64) ReduceUint16(acc uint16, f func(el uint64, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceUint32 

func (s SliceUint64) ReduceUint32(acc uint32, f func(el uint64, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceUint64 

func (s SliceUint64) ReduceUint64(acc uint64, f func(el uint64, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceUint8 

func (s SliceUint64) ReduceUint8(acc uint8, f func(el uint64, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint64) ReduceWhileBool 

func (s SliceUint64) ReduceWhileBool(acc bool, f func(el uint64, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileByte 

func (s SliceUint64) ReduceWhileByte(acc byte, f func(el uint64, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileError 

func (s SliceUint64) ReduceWhileError(acc error, f func(el uint64, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileFloat32 

func (s SliceUint64) ReduceWhileFloat32(acc float32, f func(el uint64, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileFloat64 

func (s SliceUint64) ReduceWhileFloat64(acc float64, f func(el uint64, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileInt 

func (s SliceUint64) ReduceWhileInt(acc int, f func(el uint64, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileInt16 

func (s SliceUint64) ReduceWhileInt16(acc int16, f func(el uint64, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileInt32 

func (s SliceUint64) ReduceWhileInt32(acc int32, f func(el uint64, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileInt64 

func (s SliceUint64) ReduceWhileInt64(acc int64, f func(el uint64, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileInt8 

func (s SliceUint64) ReduceWhileInt8(acc int8, f func(el uint64, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileInterface 

func (s SliceUint64) ReduceWhileInterface(acc interface{}, f func(el uint64, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileRune 

func (s SliceUint64) ReduceWhileRune(acc rune, f func(el uint64, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileString 

func (s SliceUint64) ReduceWhileString(acc string, f func(el uint64, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileUint 

func (s SliceUint64) ReduceWhileUint(acc uint, f func(el uint64, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileUint16 

func (s SliceUint64) ReduceWhileUint16(acc uint16, f func(el uint64, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileUint32 

func (s SliceUint64) ReduceWhileUint32(acc uint32, f func(el uint64, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileUint64 

func (s SliceUint64) ReduceWhileUint64(acc uint64, f func(el uint64, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) ReduceWhileUint8 

func (s SliceUint64) ReduceWhileUint8(acc uint8, f func(el uint64, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint64) Reverse 

func (s SliceUint64) Reverse() []uint64

Reverse returns given arr in reversed order

func (SliceUint64) Same 

func (s SliceUint64) Same() bool

Same returns true if all element in arr the same

func (SliceUint64) ScanBool 

func (s SliceUint64) ScanBool(acc bool, f func(el uint64, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanByte 

func (s SliceUint64) ScanByte(acc byte, f func(el uint64, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanError 

func (s SliceUint64) ScanError(acc error, f func(el uint64, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanFloat32 

func (s SliceUint64) ScanFloat32(acc float32, f func(el uint64, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanFloat64 

func (s SliceUint64) ScanFloat64(acc float64, f func(el uint64, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanInt 

func (s SliceUint64) ScanInt(acc int, f func(el uint64, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanInt16 

func (s SliceUint64) ScanInt16(acc int16, f func(el uint64, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanInt32 

func (s SliceUint64) ScanInt32(acc int32, f func(el uint64, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanInt64 

func (s SliceUint64) ScanInt64(acc int64, f func(el uint64, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanInt8 

func (s SliceUint64) ScanInt8(acc int8, f func(el uint64, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanInterface 

func (s SliceUint64) ScanInterface(acc interface{}, f func(el uint64, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanRune 

func (s SliceUint64) ScanRune(acc rune, f func(el uint64, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanString 

func (s SliceUint64) ScanString(acc string, f func(el uint64, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanUint 

func (s SliceUint64) ScanUint(acc uint, f func(el uint64, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanUint16 

func (s SliceUint64) ScanUint16(acc uint16, f func(el uint64, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanUint32 

func (s SliceUint64) ScanUint32(acc uint32, f func(el uint64, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanUint64 

func (s SliceUint64) ScanUint64(acc uint64, f func(el uint64, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceUint64) ScanUint8 

func (s SliceUint64) ScanUint8(acc uint8, f func(el uint64, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceUint64) Shuffle 

func (s SliceUint64) Shuffle(seed int64) []uint64

Shuffle in random order arr elements

func (SliceUint64) Sort 

func (s SliceUint64) Sort() []uint64

Sort returns sorted slice

func (SliceUint64) Sorted 

func (s SliceUint64) Sorted() bool

Sorted returns true if slice is sorted

func (SliceUint64) Split 

func (s SliceUint64) Split(sep uint64) [][]uint64

Split splits arr by sep

func (SliceUint64) StartsWith 

func (s SliceUint64) StartsWith(prefix []uint64) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceUint64) Sum 

func (s SliceUint64) Sum() uint64

Sum return sum of all elements from arr

func (SliceUint64) TakeEvery 

func (s SliceUint64) TakeEvery(nth int, from int) ([]uint64, error)

TakeEvery returns slice of every nth elements

func (SliceUint64) TakeRandom 

func (s SliceUint64) TakeRandom(count int, seed int64) ([]uint64, error)

TakeRandom returns slice of count random elements from the slice

func (SliceUint64) TakeWhile 

func (s SliceUint64) TakeWhile(f func(el uint64) bool) []uint64

TakeWhile takes elements from arr while f returns true

func (SliceUint64) ToChannel 

func (s SliceUint64) ToChannel() chan uint64

ToChannel returns channel with elements from the slice

func (SliceUint64) Uniq 

func (s SliceUint64) Uniq() []uint64

Uniq returns arr with only first occurences of every element.

func (SliceUint64) Window 

func (s SliceUint64) Window(size int) ([][]uint64, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceUint64) Without 

func (s SliceUint64) Without(elements ...uint64) []uint64

Without returns the slice with filtered out element

type SliceUint8 

type SliceUint8 struct {
	Data []uint8
}

Slice is a set of operations to work with slice

func (SliceUint8) All 

func (s SliceUint8) All(f func(el uint8) bool) bool

All returns true if f returns true for all elements in arr

func (SliceUint8) Any 

func (s SliceUint8) Any(f func(el uint8) bool) bool

Any returns true if f returns true for any element in arr

func (SliceUint8) Choice 

func (s SliceUint8) Choice(seed int64) (uint8, error)

Choice chooses a random element from the slice. If seed is zero, UNIX timestamp will be used.

func (SliceUint8) ChunkByBool 

func (s SliceUint8) ChunkByBool(f func(el uint8) bool) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByByte 

func (s SliceUint8) ChunkByByte(f func(el uint8) byte) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByError 

func (s SliceUint8) ChunkByError(f func(el uint8) error) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByFloat32 

func (s SliceUint8) ChunkByFloat32(f func(el uint8) float32) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByFloat64 

func (s SliceUint8) ChunkByFloat64(f func(el uint8) float64) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByInt 

func (s SliceUint8) ChunkByInt(f func(el uint8) int) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByInt16 

func (s SliceUint8) ChunkByInt16(f func(el uint8) int16) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByInt32 

func (s SliceUint8) ChunkByInt32(f func(el uint8) int32) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByInt64 

func (s SliceUint8) ChunkByInt64(f func(el uint8) int64) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByInt8 

func (s SliceUint8) ChunkByInt8(f func(el uint8) int8) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByInterface 

func (s SliceUint8) ChunkByInterface(f func(el uint8) interface{}) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByRune 

func (s SliceUint8) ChunkByRune(f func(el uint8) rune) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByString 

func (s SliceUint8) ChunkByString(f func(el uint8) string) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByUint 

func (s SliceUint8) ChunkByUint(f func(el uint8) uint) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByUint16 

func (s SliceUint8) ChunkByUint16(f func(el uint8) uint16) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByUint32 

func (s SliceUint8) ChunkByUint32(f func(el uint8) uint32) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByUint64 

func (s SliceUint8) ChunkByUint64(f func(el uint8) uint64) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkByUint8 

func (s SliceUint8) ChunkByUint8(f func(el uint8) uint8) [][]uint8

ChunkBy splits arr on every element for which f returns a new value.

func (SliceUint8) ChunkEvery 

func (s SliceUint8) ChunkEvery(count int) ([][]uint8, error)

ChunkEvery returns slice of slices containing count elements each

func (SliceUint8) Contains 

func (s SliceUint8) Contains(el uint8) bool

Contains returns true if el in arr.

func (SliceUint8) Count 

func (s SliceUint8) Count(el uint8) int

Count return count of el occurences in arr.

func (SliceUint8) CountBy 

func (s SliceUint8) CountBy(f func(el uint8) bool) int

CountBy returns how many times f returns true.

func (SliceUint8) Cycle 

func (s SliceUint8) Cycle() chan uint8

Cycle is an infinite loop over slice

func (SliceUint8) Dedup 

func (s SliceUint8) Dedup() []uint8

Dedup returns a given slice without consecutive duplicated elements

func (SliceUint8) DedupByBool 

func (s SliceUint8) DedupByBool(f func(el uint8) bool) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByByte 

func (s SliceUint8) DedupByByte(f func(el uint8) byte) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByError 

func (s SliceUint8) DedupByError(f func(el uint8) error) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByFloat32 

func (s SliceUint8) DedupByFloat32(f func(el uint8) float32) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByFloat64 

func (s SliceUint8) DedupByFloat64(f func(el uint8) float64) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByInt 

func (s SliceUint8) DedupByInt(f func(el uint8) int) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByInt16 

func (s SliceUint8) DedupByInt16(f func(el uint8) int16) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByInt32 

func (s SliceUint8) DedupByInt32(f func(el uint8) int32) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByInt64 

func (s SliceUint8) DedupByInt64(f func(el uint8) int64) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByInt8 

func (s SliceUint8) DedupByInt8(f func(el uint8) int8) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByInterface 

func (s SliceUint8) DedupByInterface(f func(el uint8) interface{}) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByRune 

func (s SliceUint8) DedupByRune(f func(el uint8) rune) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByString 

func (s SliceUint8) DedupByString(f func(el uint8) string) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByUint 

func (s SliceUint8) DedupByUint(f func(el uint8) uint) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByUint16 

func (s SliceUint8) DedupByUint16(f func(el uint8) uint16) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByUint32 

func (s SliceUint8) DedupByUint32(f func(el uint8) uint32) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByUint64 

func (s SliceUint8) DedupByUint64(f func(el uint8) uint64) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) DedupByUint8 

func (s SliceUint8) DedupByUint8(f func(el uint8) uint8) []uint8

DedupBy returns a given slice without consecutive elements For which f returns the same result

func (SliceUint8) Delete 

func (s SliceUint8) Delete(element uint8) []uint8

Delete deletes the first occurence of the element from the slice

func (SliceUint8) DeleteAll 

func (s SliceUint8) DeleteAll(element uint8) []uint8

DeleteAll deletes all occurences of the element from the slice

func (SliceUint8) DeleteAt 

func (s SliceUint8) DeleteAt(indices ...int) ([]uint8, error)

DeleteAt returns the slice without elements on given positions

func (SliceUint8) DropEvery 

func (s SliceUint8) DropEvery(nth int, from int) ([]uint8, error)

DropEvery returns a slice of every nth element in the enumerable dropped, starting with the first element.

func (SliceUint8) DropWhile 

func (s SliceUint8) DropWhile(f func(el uint8) bool) []uint8

DropWhile drops elements from arr while f returns true

func (SliceUint8) Each 

func (s SliceUint8) Each(f func(el uint8))

Each calls f for every element from arr

func (SliceUint8) EndsWith 

func (s SliceUint8) EndsWith(suffix []uint8) bool

EndsWith returns true if slice ends with the given suffix slice. If suffix is empty, it returns true.

func (SliceUint8) Equal 

func (s SliceUint8) Equal(other []uint8) bool

Equal returns true if slices are equal

func (SliceUint8) Filter 

func (s SliceUint8) Filter(f func(el uint8) bool) []uint8

Filter returns slice of T for which F returned true

func (SliceUint8) Find 

func (s SliceUint8) Find(f func(el uint8) bool) (uint8, error)

Find returns the first element for which f returns true

func (SliceUint8) FindIndex 

func (s SliceUint8) FindIndex(f func(el uint8) bool) int

FindIndex is like Find, but return element index instead of element itself. Returns -1 if element not found

func (SliceUint8) GroupByBool 

func (s SliceUint8) GroupByBool(f func(el uint8) bool) map[bool][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByByte 

func (s SliceUint8) GroupByByte(f func(el uint8) byte) map[byte][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByError 

func (s SliceUint8) GroupByError(f func(el uint8) error) map[error][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByFloat32 

func (s SliceUint8) GroupByFloat32(f func(el uint8) float32) map[float32][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByFloat64 

func (s SliceUint8) GroupByFloat64(f func(el uint8) float64) map[float64][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByInt 

func (s SliceUint8) GroupByInt(f func(el uint8) int) map[int][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByInt16 

func (s SliceUint8) GroupByInt16(f func(el uint8) int16) map[int16][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByInt32 

func (s SliceUint8) GroupByInt32(f func(el uint8) int32) map[int32][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByInt64 

func (s SliceUint8) GroupByInt64(f func(el uint8) int64) map[int64][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByInt8 

func (s SliceUint8) GroupByInt8(f func(el uint8) int8) map[int8][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByInterface 

func (s SliceUint8) GroupByInterface(f func(el uint8) interface{}) map[interface{}][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByRune 

func (s SliceUint8) GroupByRune(f func(el uint8) rune) map[rune][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByString 

func (s SliceUint8) GroupByString(f func(el uint8) string) map[string][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByUint 

func (s SliceUint8) GroupByUint(f func(el uint8) uint) map[uint][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByUint16 

func (s SliceUint8) GroupByUint16(f func(el uint8) uint16) map[uint16][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByUint32 

func (s SliceUint8) GroupByUint32(f func(el uint8) uint32) map[uint32][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByUint64 

func (s SliceUint8) GroupByUint64(f func(el uint8) uint64) map[uint64][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) GroupByUint8 

func (s SliceUint8) GroupByUint8(f func(el uint8) uint8) map[uint8][]uint8

GroupBy groups element from array by value returned by f

func (SliceUint8) InsertAt 

func (s SliceUint8) InsertAt(index int, element uint8) ([]uint8, error)

InsertAt returns the slice with element inserted at given index.

func (SliceUint8) Intersperse 

func (s SliceUint8) Intersperse(el uint8) []uint8

Intersperse inserts el between each element of arr

func (SliceUint8) Join 

func (s SliceUint8) Join(sep string) string

Join concatenates elements of the slice to create a single string.

func (SliceUint8) Last 

func (s SliceUint8) Last() (uint8, error)

Last returns the last element from the slice

func (SliceUint8) MapBool 

func (s SliceUint8) MapBool(f func(el uint8) bool) []bool

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapByte 

func (s SliceUint8) MapByte(f func(el uint8) byte) []byte

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapError 

func (s SliceUint8) MapError(f func(el uint8) error) []error

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapFloat32 

func (s SliceUint8) MapFloat32(f func(el uint8) float32) []float32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapFloat64 

func (s SliceUint8) MapFloat64(f func(el uint8) float64) []float64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapInt 

func (s SliceUint8) MapInt(f func(el uint8) int) []int

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapInt16 

func (s SliceUint8) MapInt16(f func(el uint8) int16) []int16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapInt32 

func (s SliceUint8) MapInt32(f func(el uint8) int32) []int32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapInt64 

func (s SliceUint8) MapInt64(f func(el uint8) int64) []int64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapInt8 

func (s SliceUint8) MapInt8(f func(el uint8) int8) []int8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapInterface 

func (s SliceUint8) MapInterface(f func(el uint8) interface{}) []interface{}

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapRune 

func (s SliceUint8) MapRune(f func(el uint8) rune) []rune

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapString 

func (s SliceUint8) MapString(f func(el uint8) string) []string

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapUint 

func (s SliceUint8) MapUint(f func(el uint8) uint) []uint

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapUint16 

func (s SliceUint8) MapUint16(f func(el uint8) uint16) []uint16

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapUint32 

func (s SliceUint8) MapUint32(f func(el uint8) uint32) []uint32

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapUint64 

func (s SliceUint8) MapUint64(f func(el uint8) uint64) []uint64

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) MapUint8 

func (s SliceUint8) MapUint8(f func(el uint8) uint8) []uint8

Map applies F to all elements in slice of T and returns slice of results

func (SliceUint8) Max 

func (s SliceUint8) Max() (uint8, error)

Max returns the maximal element from arr

func (SliceUint8) Min 

func (s SliceUint8) Min() (uint8, error)

Min returns the minimal element from arr

func (SliceUint8) Permutations 

func (s SliceUint8) Permutations(size int) chan []uint8

Permutations returns successive size-length permutations of elements from the slice. {1, 2, 3} -> {1, 2}, {1, 3}, {2, 1}, {2, 3}, {3, 1}, {3, 2}

func (SliceUint8) Product 

func (s SliceUint8) Product(repeat int) chan []uint8

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SliceUint8) ReduceBool 

func (s SliceUint8) ReduceBool(acc bool, f func(el uint8, acc bool) bool) bool

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceByte 

func (s SliceUint8) ReduceByte(acc byte, f func(el uint8, acc byte) byte) byte

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceError 

func (s SliceUint8) ReduceError(acc error, f func(el uint8, acc error) error) error

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceFloat32 

func (s SliceUint8) ReduceFloat32(acc float32, f func(el uint8, acc float32) float32) float32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceFloat64 

func (s SliceUint8) ReduceFloat64(acc float64, f func(el uint8, acc float64) float64) float64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceInt 

func (s SliceUint8) ReduceInt(acc int, f func(el uint8, acc int) int) int

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceInt16 

func (s SliceUint8) ReduceInt16(acc int16, f func(el uint8, acc int16) int16) int16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceInt32 

func (s SliceUint8) ReduceInt32(acc int32, f func(el uint8, acc int32) int32) int32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceInt64 

func (s SliceUint8) ReduceInt64(acc int64, f func(el uint8, acc int64) int64) int64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceInt8 

func (s SliceUint8) ReduceInt8(acc int8, f func(el uint8, acc int8) int8) int8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceInterface 

func (s SliceUint8) ReduceInterface(acc interface{}, f func(el uint8, acc interface{}) interface{}) interface{}

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceRune 

func (s SliceUint8) ReduceRune(acc rune, f func(el uint8, acc rune) rune) rune

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceString 

func (s SliceUint8) ReduceString(acc string, f func(el uint8, acc string) string) string

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceUint 

func (s SliceUint8) ReduceUint(acc uint, f func(el uint8, acc uint) uint) uint

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceUint16 

func (s SliceUint8) ReduceUint16(acc uint16, f func(el uint8, acc uint16) uint16) uint16

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceUint32 

func (s SliceUint8) ReduceUint32(acc uint32, f func(el uint8, acc uint32) uint32) uint32

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceUint64 

func (s SliceUint8) ReduceUint64(acc uint64, f func(el uint8, acc uint64) uint64) uint64

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceUint8 

func (s SliceUint8) ReduceUint8(acc uint8, f func(el uint8, acc uint8) uint8) uint8

Reduce applies F to acc and every element in slice of T and returns acc

func (SliceUint8) ReduceWhileBool 

func (s SliceUint8) ReduceWhileBool(acc bool, f func(el uint8, acc bool) (bool, error)) (bool, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileByte 

func (s SliceUint8) ReduceWhileByte(acc byte, f func(el uint8, acc byte) (byte, error)) (byte, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileError 

func (s SliceUint8) ReduceWhileError(acc error, f func(el uint8, acc error) (error, error)) (error, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileFloat32 

func (s SliceUint8) ReduceWhileFloat32(acc float32, f func(el uint8, acc float32) (float32, error)) (float32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileFloat64 

func (s SliceUint8) ReduceWhileFloat64(acc float64, f func(el uint8, acc float64) (float64, error)) (float64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileInt 

func (s SliceUint8) ReduceWhileInt(acc int, f func(el uint8, acc int) (int, error)) (int, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileInt16 

func (s SliceUint8) ReduceWhileInt16(acc int16, f func(el uint8, acc int16) (int16, error)) (int16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileInt32 

func (s SliceUint8) ReduceWhileInt32(acc int32, f func(el uint8, acc int32) (int32, error)) (int32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileInt64 

func (s SliceUint8) ReduceWhileInt64(acc int64, f func(el uint8, acc int64) (int64, error)) (int64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileInt8 

func (s SliceUint8) ReduceWhileInt8(acc int8, f func(el uint8, acc int8) (int8, error)) (int8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileInterface 

func (s SliceUint8) ReduceWhileInterface(acc interface{}, f func(el uint8, acc interface{}) (interface{}, error)) (interface{}, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileRune 

func (s SliceUint8) ReduceWhileRune(acc rune, f func(el uint8, acc rune) (rune, error)) (rune, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileString 

func (s SliceUint8) ReduceWhileString(acc string, f func(el uint8, acc string) (string, error)) (string, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileUint 

func (s SliceUint8) ReduceWhileUint(acc uint, f func(el uint8, acc uint) (uint, error)) (uint, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileUint16 

func (s SliceUint8) ReduceWhileUint16(acc uint16, f func(el uint8, acc uint16) (uint16, error)) (uint16, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileUint32 

func (s SliceUint8) ReduceWhileUint32(acc uint32, f func(el uint8, acc uint32) (uint32, error)) (uint32, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileUint64 

func (s SliceUint8) ReduceWhileUint64(acc uint64, f func(el uint8, acc uint64) (uint64, error)) (uint64, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) ReduceWhileUint8 

func (s SliceUint8) ReduceWhileUint8(acc uint8, f func(el uint8, acc uint8) (uint8, error)) (uint8, error)

ReduceWhile is like Reduce, but stops when f returns error

func (SliceUint8) Reverse 

func (s SliceUint8) Reverse() []uint8

Reverse returns given arr in reversed order

func (SliceUint8) Same 

func (s SliceUint8) Same() bool

Same returns true if all element in arr the same

func (SliceUint8) ScanBool 

func (s SliceUint8) ScanBool(acc bool, f func(el uint8, acc bool) bool) []bool

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanByte 

func (s SliceUint8) ScanByte(acc byte, f func(el uint8, acc byte) byte) []byte

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanError 

func (s SliceUint8) ScanError(acc error, f func(el uint8, acc error) error) []error

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanFloat32 

func (s SliceUint8) ScanFloat32(acc float32, f func(el uint8, acc float32) float32) []float32

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanFloat64 

func (s SliceUint8) ScanFloat64(acc float64, f func(el uint8, acc float64) float64) []float64

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanInt 

func (s SliceUint8) ScanInt(acc int, f func(el uint8, acc int) int) []int

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanInt16 

func (s SliceUint8) ScanInt16(acc int16, f func(el uint8, acc int16) int16) []int16

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanInt32 

func (s SliceUint8) ScanInt32(acc int32, f func(el uint8, acc int32) int32) []int32

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanInt64 

func (s SliceUint8) ScanInt64(acc int64, f func(el uint8, acc int64) int64) []int64

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanInt8 

func (s SliceUint8) ScanInt8(acc int8, f func(el uint8, acc int8) int8) []int8

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanInterface 

func (s SliceUint8) ScanInterface(acc interface{}, f func(el uint8, acc interface{}) interface{}) []interface{}

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanRune 

func (s SliceUint8) ScanRune(acc rune, f func(el uint8, acc rune) rune) []rune

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanString 

func (s SliceUint8) ScanString(acc string, f func(el uint8, acc string) string) []string

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanUint 

func (s SliceUint8) ScanUint(acc uint, f func(el uint8, acc uint) uint) []uint

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanUint16 

func (s SliceUint8) ScanUint16(acc uint16, f func(el uint8, acc uint16) uint16) []uint16

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanUint32 

func (s SliceUint8) ScanUint32(acc uint32, f func(el uint8, acc uint32) uint32) []uint32

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanUint64 

func (s SliceUint8) ScanUint64(acc uint64, f func(el uint8, acc uint64) uint64) []uint64

Scan is like Reduce, but returns slice of f results

func (SliceUint8) ScanUint8 

func (s SliceUint8) ScanUint8(acc uint8, f func(el uint8, acc uint8) uint8) []uint8

Scan is like Reduce, but returns slice of f results

func (SliceUint8) Shuffle 

func (s SliceUint8) Shuffle(seed int64) []uint8

Shuffle in random order arr elements

func (SliceUint8) Sort 

func (s SliceUint8) Sort() []uint8

Sort returns sorted slice

func (SliceUint8) Sorted 

func (s SliceUint8) Sorted() bool

Sorted returns true if slice is sorted

func (SliceUint8) Split 

func (s SliceUint8) Split(sep uint8) [][]uint8

Split splits arr by sep

func (SliceUint8) StartsWith 

func (s SliceUint8) StartsWith(prefix []uint8) bool

StartsWith returns true if slice starts with the given prefix slice. If prefix is empty, it returns true.

func (SliceUint8) Sum 

func (s SliceUint8) Sum() uint8

Sum return sum of all elements from arr

func (SliceUint8) TakeEvery 

func (s SliceUint8) TakeEvery(nth int, from int) ([]uint8, error)

TakeEvery returns slice of every nth elements

func (SliceUint8) TakeRandom 

func (s SliceUint8) TakeRandom(count int, seed int64) ([]uint8, error)

TakeRandom returns slice of count random elements from the slice

func (SliceUint8) TakeWhile 

func (s SliceUint8) TakeWhile(f func(el uint8) bool) []uint8

TakeWhile takes elements from arr while f returns true

func (SliceUint8) ToChannel 

func (s SliceUint8) ToChannel() chan uint8

ToChannel returns channel with elements from the slice

func (SliceUint8) Uniq 

func (s SliceUint8) Uniq() []uint8

Uniq returns arr with only first occurences of every element.

func (SliceUint8) Window 

func (s SliceUint8) Window(size int) ([][]uint8, error)

Window makes sliding window for a given slice: ({1,2,3}, 2) -> (1,2), (2,3)

func (SliceUint8) Without 

func (s SliceUint8) Without(elements ...uint8) []uint8

Without returns the slice with filtered out element

type SlicesBool 

type SlicesBool struct {
	Data [][]bool
}

Slices is a set of operations to work with slice of slices

func (SlicesBool) Concat 

func (s SlicesBool) Concat() []bool

Concat concatenates given slices into a single slice.

func (SlicesBool) Product 

func (s SlicesBool) Product() chan []bool

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesBool) Zip 

func (s SlicesBool) Zip() chan []bool

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesByte 

type SlicesByte struct {
	Data [][]byte
}

Slices is a set of operations to work with slice of slices

func (SlicesByte) Concat 

func (s SlicesByte) Concat() []byte

Concat concatenates given slices into a single slice.

func (SlicesByte) Product 

func (s SlicesByte) Product() chan []byte

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesByte) Zip 

func (s SlicesByte) Zip() chan []byte

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesError 

type SlicesError struct {
	Data [][]error
}

Slices is a set of operations to work with slice of slices

func (SlicesError) Concat 

func (s SlicesError) Concat() []error

Concat concatenates given slices into a single slice.

func (SlicesError) Product 

func (s SlicesError) Product() chan []error

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesError) Zip 

func (s SlicesError) Zip() chan []error

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesFloat32 

type SlicesFloat32 struct {
	Data [][]float32
}

Slices is a set of operations to work with slice of slices

func (SlicesFloat32) Concat 

func (s SlicesFloat32) Concat() []float32

Concat concatenates given slices into a single slice.

func (SlicesFloat32) Product 

func (s SlicesFloat32) Product() chan []float32

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesFloat32) Zip 

func (s SlicesFloat32) Zip() chan []float32

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesFloat64 

type SlicesFloat64 struct {
	Data [][]float64
}

Slices is a set of operations to work with slice of slices

func (SlicesFloat64) Concat 

func (s SlicesFloat64) Concat() []float64

Concat concatenates given slices into a single slice.

func (SlicesFloat64) Product 

func (s SlicesFloat64) Product() chan []float64

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesFloat64) Zip 

func (s SlicesFloat64) Zip() chan []float64

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesInt 

type SlicesInt struct {
	Data [][]int
}

Slices is a set of operations to work with slice of slices

func (SlicesInt) Concat 

func (s SlicesInt) Concat() []int

Concat concatenates given slices into a single slice.

func (SlicesInt) Product 

func (s SlicesInt) Product() chan []int

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesInt) Zip 

func (s SlicesInt) Zip() chan []int

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesInt16 

type SlicesInt16 struct {
	Data [][]int16
}

Slices is a set of operations to work with slice of slices

func (SlicesInt16) Concat 

func (s SlicesInt16) Concat() []int16

Concat concatenates given slices into a single slice.

func (SlicesInt16) Product 

func (s SlicesInt16) Product() chan []int16

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesInt16) Zip 

func (s SlicesInt16) Zip() chan []int16

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesInt32 

type SlicesInt32 struct {
	Data [][]int32
}

Slices is a set of operations to work with slice of slices

func (SlicesInt32) Concat 

func (s SlicesInt32) Concat() []int32

Concat concatenates given slices into a single slice.

func (SlicesInt32) Product 

func (s SlicesInt32) Product() chan []int32

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesInt32) Zip 

func (s SlicesInt32) Zip() chan []int32

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesInt64 

type SlicesInt64 struct {
	Data [][]int64
}

Slices is a set of operations to work with slice of slices

func (SlicesInt64) Concat 

func (s SlicesInt64) Concat() []int64

Concat concatenates given slices into a single slice.

func (SlicesInt64) Product 

func (s SlicesInt64) Product() chan []int64

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesInt64) Zip 

func (s SlicesInt64) Zip() chan []int64

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesInt8 

type SlicesInt8 struct {
	Data [][]int8
}

Slices is a set of operations to work with slice of slices

func (SlicesInt8) Concat 

func (s SlicesInt8) Concat() []int8

Concat concatenates given slices into a single slice.

func (SlicesInt8) Product 

func (s SlicesInt8) Product() chan []int8

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesInt8) Zip 

func (s SlicesInt8) Zip() chan []int8

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesInterface 

type SlicesInterface struct {
	Data [][]interface{}
}

Slices is a set of operations to work with slice of slices

func (SlicesInterface) Concat 

func (s SlicesInterface) Concat() []interface{}

Concat concatenates given slices into a single slice.

func (SlicesInterface) Product 

func (s SlicesInterface) Product() chan []interface{}

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesInterface) Zip 

func (s SlicesInterface) Zip() chan []interface{}

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesRune 

type SlicesRune struct {
	Data [][]rune
}

Slices is a set of operations to work with slice of slices

func (SlicesRune) Concat 

func (s SlicesRune) Concat() []rune

Concat concatenates given slices into a single slice.

func (SlicesRune) Product 

func (s SlicesRune) Product() chan []rune

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesRune) Zip 

func (s SlicesRune) Zip() chan []rune

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesString 

type SlicesString struct {
	Data [][]string
}

Slices is a set of operations to work with slice of slices

func (SlicesString) Concat 

func (s SlicesString) Concat() []string

Concat concatenates given slices into a single slice.

func (SlicesString) Product 

func (s SlicesString) Product() chan []string

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesString) Zip 

func (s SlicesString) Zip() chan []string

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesUint 

type SlicesUint struct {
	Data [][]uint
}

Slices is a set of operations to work with slice of slices

func (SlicesUint) Concat 

func (s SlicesUint) Concat() []uint

Concat concatenates given slices into a single slice.

func (SlicesUint) Product 

func (s SlicesUint) Product() chan []uint

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesUint) Zip 

func (s SlicesUint) Zip() chan []uint

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesUint16 

type SlicesUint16 struct {
	Data [][]uint16
}

Slices is a set of operations to work with slice of slices

func (SlicesUint16) Concat 

func (s SlicesUint16) Concat() []uint16

Concat concatenates given slices into a single slice.

func (SlicesUint16) Product 

func (s SlicesUint16) Product() chan []uint16

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesUint16) Zip 

func (s SlicesUint16) Zip() chan []uint16

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesUint32 

type SlicesUint32 struct {
	Data [][]uint32
}

Slices is a set of operations to work with slice of slices

func (SlicesUint32) Concat 

func (s SlicesUint32) Concat() []uint32

Concat concatenates given slices into a single slice.

func (SlicesUint32) Product 

func (s SlicesUint32) Product() chan []uint32

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesUint32) Zip 

func (s SlicesUint32) Zip() chan []uint32

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesUint64 

type SlicesUint64 struct {
	Data [][]uint64
}

Slices is a set of operations to work with slice of slices

func (SlicesUint64) Concat 

func (s SlicesUint64) Concat() []uint64

Concat concatenates given slices into a single slice.

func (SlicesUint64) Product 

func (s SlicesUint64) Product() chan []uint64

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesUint64) Zip 

func (s SlicesUint64) Zip() chan []uint64

Zip returns chan of arrays of elements from given arrs on the same position.

type SlicesUint8 

type SlicesUint8 struct {
	Data [][]uint8
}

Slices is a set of operations to work with slice of slices

func (SlicesUint8) Concat 

func (s SlicesUint8) Concat() []uint8

Concat concatenates given slices into a single slice.

func (SlicesUint8) Product 

func (s SlicesUint8) Product() chan []uint8

Product returns cortesian product of elements {{1, 2}, {3, 4}} -> {1, 3}, {1, 4}, {2, 3}, {2, 4}

func (SlicesUint8) Zip 

func (s SlicesUint8) Zip() chan []uint8

Zip returns chan of arrays of elements from given arrs on the same position.

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