abstract class StreamBase<T>

undocumented

Type parameters

Name	Description
T	undocumented

Methods

[Symbol.iterator]

undocumented

Definition

abstract [Symbol.iterator](): FastIterator<T>;

append

undocumented

Definition

append(value: OptLazy<T>): Stream.NonEmpty<T>;

Parameters

Name	Type	Description
value	OptLazy<T>

asNormal

undocumented

Definition

asNormal(): Stream<T>;

assumeNonEmpty

undocumented

Definition

assumeNonEmpty(): Stream.NonEmpty<T>;

collect

undocumented

Definition

collect<R>(collectFun: CollectFun<T, R>): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
collectFun	CollectFun<T, R>

concat

undocumented

Definition

concat(...others: ArrayNonEmpty<StreamSource<T>>): Stream.NonEmpty<T>;

Parameters

Name	Type	Description
others	ArrayNonEmpty<StreamSource<T>>

contains

undocumented

Definition

contains(searchValue: T, options?: {
    amount?: number;
    eq?: Eq<T>;
    negate?: boolean;
  }): boolean;

Parameters

Name	Type	Description
searchValue	T
options	{     amount?: number;     eq?: Eq<T>;     negate?: boolean;   }

containsSlice

undocumented

Definition

containsSlice(source: StreamSource.NonEmpty<T>, options?: {
    eq?: Eq<T>;
    amount?: number;
  }): boolean;

Parameters

Name	Type	Description
source	StreamSource.NonEmpty<T>
options	{     eq?: Eq<T>;     amount?: number;   }

count

undocumented

Definition

count(): number;

countElement

undocumented

Definition

countElement(value: T, options?: {
    eq?: Eq<T>;
    negate?: boolean;
  }): number;

Parameters

Name	Type	Description
value	T
options	{     eq?: Eq<T>;     negate?: boolean;   }

distinctPrevious

undocumented

Definition

distinctPrevious(options?: {
    eq?: Eq<T>;
    negate?: boolean;
  }): Stream<T>;

Parameters

Name	Type	Description
options	{     eq?: Eq<T>;     negate?: boolean;   }

drop

undocumented

Definition

drop(amount: number): Stream<T>;

Parameters

Name	Type	Description
amount	number

dropWhile

undocumented

Definition

dropWhile(pred: (value: T, index: number) => boolean, options?: {
    negate?: boolean;
  }): Stream<T>;

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     negate?: boolean;   }

elementAt

undocumented

Definition

elementAt<O>(index: number, otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
index	number
otherwise	OptLazy<O>

equals

undocumented

Definition

equals(other: StreamSource<T>, { eq, negate }?: {
    eq?: Eq<T>;
    negate?: boolean;
  }): boolean;

Parameters

Name	Type	Description
other	StreamSource<T>
{ eq, negate }	{     eq?: Eq<T>;     negate?: boolean;   }

every

undocumented

Definition

every(pred: (value: T, index: number) => boolean, options?: {
    negate?: boolean;
  }): boolean;

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     negate?: boolean;   }

filter

undocumented

Definition

filter(pred: (value: T, index: number, halt: () => void) => boolean, options?: {
    negate?: boolean | undefined;
  }): any;

Parameters

Name	Type	Description
pred	(value: T, index: number, halt: () => void) => boolean
options	{     negate?: boolean | undefined;   }

filterPure

undocumented

Definition

filterPure<A extends readonly unknown[]>(options: {
    pred: (value: T, ...args: A) => boolean;
    negate?: boolean | undefined;
  }, ...args: A): any;

Type parameters

Name	Constraints	Description
A	readonly unknown[]

Parameters

Name	Type	Description
options	{     pred: (value: T, ...args: A) => boolean;     negate?: boolean | undefined;   }
args	A

find

undocumented

Definition

find<O>(pred: (value: T, index: number) => boolean, options?: {
    occurrance?: number | undefined;
    negate?: boolean | undefined;
    otherwise?: OptLazy<O>;
  }): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     occurrance?: number | undefined;     negate?: boolean | undefined;     otherwise?: OptLazy<O>;   }

first

undocumented

Definition

first<O>(otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
otherwise	OptLazy<O>

flatMap

undocumented

Definition

flatMap<T2>(flatMapFun: (value: T, index: number, halt: () => void) => StreamSource<T2>): Stream<T2>;

Type parameters

Name	Description
T2

Parameters

Name	Type	Description
flatMapFun	(value: T, index: number, halt: () => void) => StreamSource<T2>

flatZip

undocumented

Definition

flatZip<T2>(flatMapFun: (value: T, index: number, halt: () => void) => StreamSource<T2>): Stream<[T, T2]>;

Type parameters

Name	Description
T2

Parameters

Name	Type	Description
flatMapFun	(value: T, index: number, halt: () => void) => StreamSource<T2>

fold

undocumented

Definition

fold<R>(init: OptLazy<R>, next: (current: R, value: T, index: number, halt: () => void) => R): R;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
init	OptLazy<R>
next	(current: R, value: T, index: number, halt: () => void) => R

foldStream

undocumented

Definition

foldStream<R>(init: OptLazy<R>, next: (current: R, value: T, index: number, halt: () => void) => R): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
init	OptLazy<R>
next	(current: R, value: T, index: number, halt: () => void) => R

forEach

undocumented

Definition

forEach(f: (value: T, index: number, halt: () => void) => void, options?: {
    state?: TraverseState;
  }): void;

Parameters

Name	Type	Description
f	(value: T, index: number, halt: () => void) => void
options	{     state?: TraverseState;   }

forEachPure

undocumented

Definition

forEachPure<A extends readonly unknown[]>(f: (value: T, ...args: A) => void, ...args: A): void;

Type parameters

Name	Constraints	Description
A	readonly unknown[]

Parameters

Name	Type	Description
f	(value: T, ...args: A) => void
args	A

groupBy

undocumented

Definition

groupBy<K, R>(valueToKey: (value: T, index: number) => K, options?: {
    collector?: Reducer<readonly [K, T], R> | undefined;
  }): R;

Type parameters

Name	Description
K
R

Parameters

Name	Type	Description
valueToKey	(value: T, index: number) => K
options	{     collector?: Reducer<readonly [K, T], R> | undefined;   }

indexed

undocumented

Definition

indexed(options?: {
    startIndex?: number;
  }): Stream<[number, T]>;

Parameters

Name	Type	Description
options	{     startIndex?: number;   }

indexOf

undocumented

Definition

indexOf(searchValue: T, options?: {
    occurrance?: number | undefined;
    eq?: Eq<T> | undefined;
    negate?: boolean | undefined;
  }): number | undefined;

Parameters

Name	Type	Description
searchValue	T
options	{     occurrance?: number | undefined;     eq?: Eq<T> | undefined;     negate?: boolean | undefined;   }

indexWhere

undocumented

Definition

indexWhere(pred: (value: T, index: number) => boolean, options?: {
    occurrance?: number;
    negate?: boolean;
  }): number | undefined;

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     occurrance?: number;     negate?: boolean;   }

indicesOf

undocumented

Definition

indicesOf(searchValue: T, options?: {
    eq?: Eq<T>;
    negate?: boolean;
  }): Stream<number>;

Parameters

Name	Type	Description
searchValue	T
options	{     eq?: Eq<T>;     negate?: boolean;   }

indicesWhere

undocumented

Definition

indicesWhere(pred: (value: T) => boolean, options?: {
    negate?: boolean;
  }): Stream<number>;

Parameters

Name	Type	Description
pred	(value: T) => boolean
options	{     negate?: boolean;   }

intersperse

undocumented

Definition

intersperse(sep: StreamSource<T>): Stream<T>;

Parameters

Name	Type	Description
sep	StreamSource<T>

join

undocumented

Definition

join({ sep, start, end, valueToString, ifEmpty, }?: {
    sep?: string | undefined;
    start?: string | undefined;
    end?: string | undefined;
    valueToString?: StringConstructor | undefined;
    ifEmpty?: undefined;
  }): string;

Parameters

Name	Type	Description
{ sep, start, end, valueToString, ifEmpty, }	{     sep?: string | undefined;     start?: string | undefined;     end?: string | undefined;     valueToString?: StringConstructor | undefined;     ifEmpty?: undefined;   }

last

undocumented

Definition

last<O>(otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
otherwise	OptLazy<O>

map

undocumented

Definition

map<T2>(mapFun: (value: T, index: number) => T2): Stream<T2>;

Type parameters

Name	Description
T2

Parameters

Name	Type	Description
mapFun	(value: T, index: number) => T2

mapPure

undocumented

Definition

mapPure<T2, A extends readonly unknown[]>(mapFun: (value: T, ...args: A) => T2, ...args: A): Stream<T2>;

Type parameters

Name	Constraints	Description
T2
A	readonly unknown[]

Parameters

Name	Type	Description
mapFun	(value: T, ...args: A) => T2
args	A

max

undocumented

Definition

max<O>(otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
otherwise	OptLazy<O>

maxBy

undocumented

Definition

maxBy<O>(compare: (v1: T, v2: T) => number, otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
compare	(v1: T, v2: T) => number
otherwise	OptLazy<O>

min

undocumented

Definition

min<O>(otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
otherwise	OptLazy<O>

minBy

undocumented

Definition

minBy<O>(compare: (v1: T, v2: T) => number, otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
compare	(v1: T, v2: T) => number
otherwise	OptLazy<O>

mkGroup

undocumented

Definition

mkGroup({ sep, start, end, }?: {
    sep?: StreamSource<T>;
    start?: StreamSource<T>;
    end?: StreamSource<T>;
  }): any;

Parameters

Name	Type	Description
{ sep, start, end, }	{     sep?: StreamSource<T>;     start?: StreamSource<T>;     end?: StreamSource<T>;   }

partition

undocumented

Definition

partition(pred: (value: T, index: number) => any, options?: {
    collectorTrue?: any;
    collectorFalse?: any;
  }): [any, any];

Parameters

Name	Type	Description
pred	(value: T, index: number) => any
options	{     collectorTrue?: any;     collectorFalse?: any;   }

prepend

undocumented

Definition

prepend(value: OptLazy<T>): Stream.NonEmpty<T>;

Parameters

Name	Type	Description
value	OptLazy<T>

reduce

undocumented

Definition

reduce<const S extends Reducer.CombineShape<T2>, T2 extends T = T>(shape: S & Reducer.CombineShape<T2>): Reducer.CombineResult<S>;

Type parameters

Name	Constraints	Default	Description
S	Reducer.CombineShape<T2>
T2	T	T

Parameters

Name	Type	Description
shape	S & Reducer.CombineShape<T2>

reduceStream

undocumented

Definition

reduceStream<const S extends Reducer.CombineShape<T2>, T2 extends T = T>(shape: S & Reducer.CombineShape<T2>): Stream<Reducer.CombineResult<S>>;

Type parameters

Name	Constraints	Default	Description
S	Reducer.CombineShape<T2>
T2	T	T

Parameters

Name	Type	Description
shape	S & Reducer.CombineShape<T2>

repeat

undocumented

Definition

repeat(amount?: number): Stream<T>;

Parameters

Name	Type	Description
amount	number

single

undocumented

Definition

single<O>(otherwise?: OptLazy<O>): T | O;

Type parameters

Name	Description
O

Parameters

Name	Type	Description
otherwise	OptLazy<O>

some

undocumented

Definition

some(pred: (value: T, index: number) => boolean, options?: {
    negate?: boolean;
  }): boolean;

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     negate?: boolean;   }

splitOn

undocumented

Definition

splitOn<R>(sepElem: T, options?: {
    eq?: Eq<T> | undefined;
    negate?: boolean | undefined;
    collector?: Reducer<T, R> | undefined;
  }): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
sepElem	T
options	{     eq?: Eq<T> | undefined;     negate?: boolean | undefined;     collector?: Reducer<T, R> | undefined;   }

splitOnSlice

undocumented

Definition

splitOnSlice<R>(sepSeq: StreamSource<T>, options?: {
    eq?: Eq<T> | undefined;
    collector?: Reducer<T, R> | undefined;
  }): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
sepSeq	StreamSource<T>
options	{     eq?: Eq<T> | undefined;     collector?: Reducer<T, R> | undefined;   }

splitWhere

undocumented

Definition

splitWhere<R>(pred: (value: T, index: number) => boolean, options?: {
    negate?: boolean | undefined;
    collector?: Reducer<T, R> | undefined;
  }): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     negate?: boolean | undefined;     collector?: Reducer<T, R> | undefined;   }

stream

undocumented

Definition

stream(): this;

take

undocumented

Definition

take(amount: number): Stream<T>;

Parameters

Name	Type	Description
amount	number

takeWhile

undocumented

Definition

takeWhile(pred: (value: T, index: number) => boolean, options?: {
    negate?: boolean;
  }): Stream<T>;

Parameters

Name	Type	Description
pred	(value: T, index: number) => boolean
options	{     negate?: boolean;   }

toArray

undocumented

Definition

toArray(): T[];

toJSON

undocumented

Definition

toJSON(): ToJSON<T[], 'Stream'>;

toString

undocumented

Definition

toString(): string;

transform

undocumented

Definition

transform<R>(transformer: Transformer<T, R>): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
transformer	Transformer<T, R>

window

undocumented

Definition

window<R>(windowSize: number, options?: {
    skipAmount?: number | undefined;
    collector?: Reducer<T, R> | undefined;
  }): Stream<R>;

Type parameters

Name	Description
R

Parameters

Name	Type	Description
windowSize	number
options	{     skipAmount?: number | undefined;     collector?: Reducer<T, R> | undefined;   }

withOnly

undocumented

Definition

withOnly<F extends T>(values: F[]): Stream<F>;

Type parameters

Name	Constraints	Description
F	T

Parameters

Name	Type	Description
values	F[]

without

undocumented

Definition

without<F extends T>(values: F[]): any;

Type parameters

Name	Constraints	Description
F	T

Parameters

Name	Type	Description
values	F[]