NonEmptyMap<'Key, 'Value> (FSharpPlus)

NonEmptyMap<'Key, 'Value> Type

Namespace: FSharpPlus.Data
Assembly: FSharpPlus.dll
Base Type: obj
All Interfaces: IEquatable<NonEmptyMap<'Key, 'Value>> , IStructuralEquatable , IComparable<NonEmptyMap<'Key, 'Value>> , IComparable , IStructuralComparable , IReadOnlyDictionary<'Key, 'Value> , NonEmptySeq<KeyValuePair<'Key, 'Value>> , IReadOnlyCollection<KeyValuePair<'Key, 'Value>> , IEnumerable<KeyValuePair<'Key, 'Value>> , IEnumerable

A type-safe map that contains at least one element.

Record fields

Record Field	Description
`Value` Full Usage: `Value` Field type: `Map<'Key, 'Value>`	Field type: `Map<'Key, 'Value>`

Instance members

Instance member	Description
`this.Add` Full Usage: `this.Add` Parameters: key : `'Key` value : `'Value` Returns: `NonEmptyMap<'Key, 'Value>`	key : `'Key` value : `'Value` Returns: `NonEmptyMap<'Key, 'Value>`
`this.ContainsKey` Full Usage: `this.ContainsKey` Parameters: key : `'Key` Returns: `bool`	key : `'Key` Returns: `bool`
`this[key]` Full Usage: `this[key]` Parameters: key : `'Key` Returns: `'Value`	key : `'Key` Returns: `'Value`
`this.TryFind` Full Usage: `this.TryFind` Parameters: key : `'Key` Returns: `'Value option`	key : `'Key` Returns: `'Value option`
`this.TryGetValue` Full Usage: `this.TryGetValue` Parameters: key : `'Key` value : `byref<'Value>` Returns: `bool`	key : `'Key` value : `byref<'Value>` Returns: `bool`

Static members

Static member	Description
`NonEmptyMap.Create(arg1, rest)` Full Usage: `NonEmptyMap.Create(arg1, rest)` Parameters: arg0 : `'Key * 'Value` rest : `('Key * 'Value)[]` Returns: `NonEmptyMap<'Key, 'Value>`	arg0 : `'Key * 'Value` rest : `('Key * 'Value)[]` Returns: `NonEmptyMap<'Key, 'Value>`
`NonEmptyMap.FoldIndexed(x, f, z)` Full Usage: `NonEmptyMap.FoldIndexed(x, f, z)` Parameters: x : `NonEmptyMap<'k, 't>` f : `'a -> 'k -> 't -> 'a` z : `'a` Returns: `'a`	x : `NonEmptyMap<'k, 't>` f : `'a -> 'k -> 't -> 'a` z : `'a` Returns: `'a`
`NonEmptyMap.Iterate(x, action)` Full Usage: `NonEmptyMap.Iterate(x, action)` Parameters: x : `NonEmptyMap<'a, 'b>` action : `'b -> unit`	x : `NonEmptyMap<'a, 'b>` action : `'b -> unit`
`NonEmptyMap.IterateIndexed(x, f)` Full Usage: `NonEmptyMap.IterateIndexed(x, f)` Parameters: x : `NonEmptyMap<'K, 'T>` f : `'K -> 'T -> unit`	x : `NonEmptyMap<'K, 'T>` f : `'K -> 'T -> unit`
`NonEmptyMap.Map(x, mapping)` Full Usage: `NonEmptyMap.Map(x, mapping)` Parameters: x : `NonEmptyMap<'a, 'v>` mapping : `'v -> 'u` Returns: `NonEmptyMap<'a, 'u>`	x : `NonEmptyMap<'a, 'v>` mapping : `'v -> 'u` Returns: `NonEmptyMap<'a, 'u>`
`NonEmptyMap.MapIndexed(x, f)` Full Usage: `NonEmptyMap.MapIndexed(x, f)` Parameters: x : `NonEmptyMap<'K, 'T>` f : `'K -> 'T -> 'U` Returns: `NonEmptyMap<'K, 'U>`	x : `NonEmptyMap<'K, 'T>` f : `'K -> 'T -> 'U` Returns: `NonEmptyMap<'K, 'U>`
`NonEmptyMap.ToList(s, ?_impl)` Full Usage: `NonEmptyMap.ToList(s, ?_impl)` Parameters: s : `NonEmptyMap<'a, 'b>` ?_impl : `ToList` Returns: `('a * 'b) list`	s : `NonEmptyMap<'a, 'b>` ?_impl : `ToList` Returns: `('a * 'b) list`
`NonEmptyMap.ToSeq(s, ?_impl)` Full Usage: `NonEmptyMap.ToSeq(s, ?_impl)` Parameters: s : `NonEmptyMap<'a, 'b>` ?_impl : `ToSeq` Returns: `seq<'a * 'b>`	s : `NonEmptyMap<'a, 'b>` ?_impl : `ToSeq` Returns: `seq<'a * 'b>`
`NonEmptyMap.Traverse(x, f)` Full Usage: `NonEmptyMap.Traverse(x, f)` Parameters: x : `NonEmptyMap<'K, 'T>` f : `'T -> ^Functor<'U>` Returns: `^Functor>` Modifiers: inline	x : `NonEmptyMap<'K, 'T>` f : `'T -> ^Functor<'U>` Returns: `^Functor>`
`NonEmptyMap.TraverseIndexed(x, f)` Full Usage: `NonEmptyMap.TraverseIndexed(x, f)` Parameters: x : `NonEmptyMap<'K, 'T>` f : `'K -> 'T -> ^Functor<'U>` Returns: `^Functor>` Modifiers: inline	x : `NonEmptyMap<'K, 'T>` f : `'K -> 'T -> ^Functor<'U>` Returns: `^Functor>`
`NonEmptyMap.Unzip(x)` Full Usage: `NonEmptyMap.Unzip(x)` Parameters: x : `NonEmptyMap<'K, ('T * 'U)>` Returns: `NonEmptyMap<'K, 'T> * NonEmptyMap<'K, 'U>`	x : `NonEmptyMap<'K, ('T * 'U)>` Returns: `NonEmptyMap<'K, 'T> * NonEmptyMap<'K, 'U>`
NonEmptyMap.``+``(x, y, ?_mthd) Full Usage: NonEmptyMap.``+``(x, y, ?_mthd) Parameters: x : `NonEmptyMap<'a, ^b>` y : `NonEmptyMap<'a, ^b>` ?_mthd : `Plus` Returns: `NonEmptyMap<'a, ^b>` Modifiers: inline	x : `NonEmptyMap<'a, ^b>` y : `NonEmptyMap<'a, ^b>` ?_mthd : `Plus` Returns: `NonEmptyMap<'a, ^b>`