Documentation
¶
Index ¶
- func CompareMapIndexBy[A comparable, B any](key A, compare Comparator[B]) Comparator[map[A]B]
- func CompareMapIndexOrd[A comparable, B Ord[B]](key A) Comparator[map[A]B]
- func CompareMapIndexOrdered[A comparable, B constraints.Ordered](key A) Comparator[map[A]B]
- func CompareMapPairwiseBy[A constraints.Ordered, B any](compare Comparator[B]) Comparator[map[A]B]
- func CompareMapPairwiseOrd[A constraints.Ordered, B Ord[B]]() Comparator[map[A]B]
- func CompareMapPairwiseOrdered[A constraints.Ordered, B constraints.Ordered]() Comparator[map[A]B]
- func EqualMapIndexBy[A comparable, B any](key A, equal Equaler[B]) Equaler[map[A]B]
- func EqualMapIndexComparable[A comparable, B comparable](key A) Equaler[map[A]B]
- func EqualMapIndexEq[A comparable, B Eq[B]](key A) Equaler[map[A]B]
- func EqualMapPairwiseBy[A comparable, B any](equal Equaler[B]) Equaler[map[A]B]
- func EqualMapPairwiseComparable[A comparable, B comparable]() Equaler[map[A]B]
- func EqualMapPairwiseEq[A comparable, B Eq[B]]() Equaler[map[A]B]
- func FromSliceBy[A comparable, B any](merge func(B, B) B, ps []*Pair[A, B]) map[A]B
- func Map[A comparable, B, C any](f func(B) C, xs map[A]B) map[A]C
- func Merge[A comparable, B Ord[B]](m1 map[A]B, m2 map[A]B) map[A]B
- func MergeBy[A comparable, B any](resolve func(A, B, B) B, m1 map[A]B, m2 map[A]B) map[A]B
- func ToSlice[A comparable, B any](m map[A]B) []*Pair[A, B]
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func CompareMapIndexBy ¶
func CompareMapIndexBy[A comparable, B any](key A, compare Comparator[B]) Comparator[map[A]B]
CompareMapIndexBy compares a single index
func CompareMapIndexOrd ¶
func CompareMapIndexOrd[A comparable, B Ord[B]](key A) Comparator[map[A]B]
func CompareMapIndexOrdered ¶
func CompareMapIndexOrdered[A comparable, B constraints.Ordered](key A) Comparator[map[A]B]
func CompareMapPairwiseBy ¶
func CompareMapPairwiseBy[A constraints.Ordered, B any](compare Comparator[B]) Comparator[map[A]B]
CompareMapPairwiseBy works by project a map to a list, therefore it's inefficient and probably
best to avoid using unless absolutely necessary! Note: while `map` requires `A` to be `comparable`, *comparing* maps requires `A` to be Ordered as well!
func CompareMapPairwiseOrd ¶
func CompareMapPairwiseOrd[A constraints.Ordered, B Ord[B]]() Comparator[map[A]B]
func CompareMapPairwiseOrdered ¶
func CompareMapPairwiseOrdered[A constraints.Ordered, B constraints.Ordered]() Comparator[map[A]B]
func EqualMapIndexBy ¶
func EqualMapIndexBy[A comparable, B any](key A, equal Equaler[B]) Equaler[map[A]B]
EqualMapIndexBy equals a single index
func EqualMapIndexComparable ¶
func EqualMapIndexComparable[A comparable, B comparable](key A) Equaler[map[A]B]
func EqualMapIndexEq ¶
func EqualMapIndexEq[A comparable, B Eq[B]](key A) Equaler[map[A]B]
func EqualMapPairwiseBy ¶
func EqualMapPairwiseBy[A comparable, B any](equal Equaler[B]) Equaler[map[A]B]
EqualMapPairwiseBy works by project a map to a list, therefore it's inefficient and probably
best to avoid using unless absolutely necessary!
func EqualMapPairwiseComparable ¶
func EqualMapPairwiseComparable[A comparable, B comparable]() Equaler[map[A]B]
func EqualMapPairwiseEq ¶
func EqualMapPairwiseEq[A comparable, B Eq[B]]() Equaler[map[A]B]
func FromSliceBy ¶ added in v0.1.3
func FromSliceBy[A comparable, B any](merge func(B, B) B, ps []*Pair[A, B]) map[A]B
func Map ¶ added in v0.1.3
func Map[A comparable, B, C any](f func(B) C, xs map[A]B) map[A]C
func Merge ¶
func Merge[A comparable, B Ord[B]](m1 map[A]B, m2 map[A]B) map[A]B
func MergeBy ¶
func MergeBy[A comparable, B any](resolve func(A, B, B) B, m1 map[A]B, m2 map[A]B) map[A]B
func ToSlice ¶
func ToSlice[A comparable, B any](m map[A]B) []*Pair[A, B]
Types ¶
This section is empty.
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