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v0.0.0-...-11759f2 Latest Latest Go to latest Published: May 22, 2023 License: MIT Imports: 3 Imported by: 0

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Repository

github.com/go-park/stream

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Open Source Insights

Documentation ¶

Index ¶

func Max[T constraints.Ordered](i, j T) T
func Min[T constraints.Ordered](i, j T) T
func Sum[T constraints.Ordered](i, j T) T
type BiFunc
- func AndBiThen[T, U, R, V any](source BiFunc[T, U, R], after Func[R, V]) BiFunc[T, U, V]
- func (fn BiFunc[T, U, R]) Apply(t T, u U) R
type BiPredicate
type Consumer
- func (fn Consumer[T]) Accept(t T)
- func (fn Consumer[T]) AndThen(after Consumer[T]) Consumer[T]
type Func
- func AndThen[T, R, V any](source Func[T, R], after Func[R, V]) Func[T, V]
- func Compose[T, R, V any](source Func[T, R], before Func[V, T]) Func[V, R]
- func (fn Func[T, R]) Apply(t T) R
- func (Func[T, R]) Identify() Func[T, T]
type Predicate
type Runner
- func (fn Runner) AndThen(after Runner) Runner
- func (fn Runner) Run()
type Supplier
- func (fn Supplier[T]) Get() T

Constants ¶

This section is empty.

Variables ¶

This section is empty.

Functions ¶

func Max ¶

func Max[T constraints.Ordered](i, j T) T

func Min ¶

func Min[T constraints.Ordered](i, j T) T

func Sum ¶

func Sum[T constraints.Ordered](i, j T) T

Types ¶

type BiFunc ¶

type BiFunc[T, U, R any] func(T, U) R

func AndBiThen ¶

func AndBiThen[T, U, R, V any](source BiFunc[T, U, R], after Func[R, V]) BiFunc[T, U, V]

func (BiFunc[T, U, R]) Apply ¶

func (fn BiFunc[T, U, R]) Apply(t T, u U) R

type BiPredicate ¶

type BiPredicate[T, U any] func(t T, u U) bool

func (BiPredicate[T, U]) And ¶

func (fn BiPredicate[T, U]) And(other BiPredicate[T, U]) BiPredicate[T, U]

func (BiPredicate[T, U]) Negate ¶

func (fn BiPredicate[T, U]) Negate() BiPredicate[T, U]

func (BiPredicate[T, U]) Or ¶

func (fn BiPredicate[T, U]) Or(other BiPredicate[T, U]) BiPredicate[T, U]

func (BiPredicate[T, U]) Test ¶

func (fn BiPredicate[T, U]) Test(t T, u U) bool

type Consumer ¶

type Consumer[T any] func(t T)

func (Consumer[T]) Accept ¶

func (fn Consumer[T]) Accept(t T)

func (Consumer[T]) AndThen ¶

func (fn Consumer[T]) AndThen(after Consumer[T]) Consumer[T]

type Func ¶

type Func[T, R any] func(T) R

func AndThen ¶

func AndThen[T, R, V any](source Func[T, R], after Func[R, V]) Func[T, V]

func Compose ¶

func Compose[T, R, V any](source Func[T, R], before Func[V, T]) Func[V, R]

func (Func[T, R]) Apply ¶

func (fn Func[T, R]) Apply(t T) R

func (Func[T, R]) Identify ¶

func (Func[T, R]) Identify() Func[T, T]

type Predicate ¶

type Predicate[T any] func(t T) bool

func (Predicate[T]) And ¶

func (fn Predicate[T]) And(other Predicate[T]) Predicate[T]

func (Predicate[T]) DeepEqual ¶

func (fn Predicate[T]) DeepEqual(obj any) Predicate[T]

DeepEqual is a function that takes an object of any type and returns a Predicate[T] which checks if the given object is deeply equal to the argument passed in by reflect.DeepEqual.

func (Predicate[T]) Negate ¶

func (fn Predicate[T]) Negate() Predicate[T]

func (Predicate[T]) Not ¶

func (fn Predicate[T]) Not(other Predicate[T]) Predicate[T]

func (Predicate[T]) Or ¶

func (fn Predicate[T]) Or(other Predicate[T]) Predicate[T]

func (Predicate[T]) Test ¶

func (fn Predicate[T]) Test(t T) bool

type Runner ¶

type Runner func()

func (Runner) AndThen ¶

func (fn Runner) AndThen(after Runner) Runner

func (Runner) Run ¶

func (fn Runner) Run()

type Supplier ¶

type Supplier[T any] func() T

func (Supplier[T]) Get ¶

func (fn Supplier[T]) Get() T

Source Files ¶

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