ick

func Atoi ¶

func Atoi(s string) int

func CSort ¶

func CSort[V constraints.Ordered](av []V) []V

CSort sorts a copy of the data and returns the updated copy. (This should probably be renamed Sort?)

func ChompNL ¶

func ChompNL(line string) string

func DuplicateSlice ¶

func DuplicateSlice[V any](av []V) []V

func Grep ¶

func Grep[T any](predicate func(T) bool, in []T) []T

Like perl's grep.

func IsEmptyArray ¶

func IsEmptyArray[T any](t []T) bool

func IsEmptyString ¶

func IsEmptyString(s string) bool

func Keys ¶

func Keys[K comparable, V any](m map[K]V) []K

func MapSlice ¶

func MapSlice[T, U any](fn func(T) U, ts []T) []U

MapSlice is the moral equivalent of Lisp's mapcar. It is not used in the presence of polite company by Go programmers, who just write a for loop.

func Max ¶

func Max[V Numeric](av []V) V

func Min ¶

func Min[T constraints.Ordered](ts []T) T

:-(

func Must ¶

func Must[T any](t T, err error) T

Must extracts the value from a two-argument return and dies if there's an error.

func NReverse ¶

func NReverse[T any](a []T)

Reverse, in place.

func New2DArray ¶

func New2DArray[T any](n, m int) [][]T

func New2DArrayWithDefault ¶

func New2DArrayWithDefault[T any](n, m int, def T) [][]T

func Not ¶

func Not[T any](predicate func(T) bool) func(T) bool

func Product ¶

func Product[V Numeric](av []V) V

https://golang.ir/doc/tutorial/generics

func ReadBlankLineSeparatedBlocks ¶

func ReadBlankLineSeparatedBlocks(reader io.Reader) ([][]string, error)

func ReadJustOneLine ¶

func ReadJustOneLine(reader io.Reader) (string, error)

func ReadLines ¶

func ReadLines(reader io.Reader) ([]string, error)

func Reverse ¶

func Reverse[T any](a []T) []T

Reverse, not in place.

func Shuffle ¶

func Shuffle[T any](t []T)

func Sort ¶

func Sort[V constraints.Ordered](av []V)

Sort sorts the data in place. (This should be renamed QSort?)

func Sum ¶

func Sum[V Numeric](av []V) V

https://golang.ir/doc/tutorial/generics

func Values ¶

func Values[K comparable, V any](m map[K]V) []V