Documentation
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Index ¶
- func Contains[K comparable, T comparable](e T, values map[K]T) *T
- func ContainsPredicate[K comparable, T any](predicate func(k K, v *T) bool, values map[K]T) *T
- func Copy[K comparable, T any](m1 map[K]T) map[K]T
- func Equals[K comparable, T comparable](m1 map[K]T, m2 map[K]T) bool
- func EqualsP[K comparable, T any](m1 map[K]T, m2 map[K]T, equals func(t1 T, t2 T) bool) bool
- func Keys[K comparable, T any](m map[K]T) []K
- func Merge[K comparable, T any](src map[K]T, add map[K]T) map[K]T
- func Values[K comparable, T any](m map[K]T) []T
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func Contains ¶
func Contains[K comparable, T comparable](e T, values map[K]T) *T
Contains checks if map contains specified element. Returns value if found, nil otherwise.
func ContainsPredicate ¶
func ContainsPredicate[K comparable, T any](predicate func(k K, v *T) bool, values map[K]T) *T
ContainsPredicate checks if map contains specified struct element matching a predicate. Returns value if found, nil otherwise.
func Equals ¶
func Equals[K comparable, T comparable](m1 map[K]T, m2 map[K]T) bool
Equals returns true if maps are equal. Map order is ignored.
func EqualsP ¶
func EqualsP[K comparable, T any](m1 map[K]T, m2 map[K]T, equals func(t1 T, t2 T) bool) bool
EqualsP returns true if maps are equal. Map order is ignored. Values are compared using predicate
func Keys ¶
func Keys[K comparable, T any](m map[K]T) []K
func Merge ¶
func Merge[K comparable, T any](src map[K]T, add map[K]T) map[K]T
Merge merges two maps and returns the result. Existing keys from src map will be used.
func Values ¶
func Values[K comparable, T any](m map[K]T) []T
Types ¶
This section is empty.
Source Files
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