Function

Static Public Summary
public	AND(a: , b: )
public	IAND(a: , b: ): *
public	IOR(a: , b: ): *
public	IXOR(a: , b: ): *
public	NOT(x: *)
public	OR(a: , b: )
public	XOR(a: , b: )
public	add(a: , b: )
public	and(a: , b: )
public	attrgetter(args: ...):
public	attrresolve(obj: , attr: ): *
public	concat(a: , b: )
public	contains(a: , b: ): boolean
public	countOf(a: , b: ): *
public	delitem(a: , b: )
public	eq(a: , b: ): *
public	floordiv(a: , b: )
public	ge(a: , b: )
public	getitem(a: , b: )
public	gt(a: , b: )
public	iadd(a: , b: ): *
public	iconcat(a: , b: ): *
public	identity(x: *)
public	ifloordiv(a: , b: ): *
public	ilshift(a: , b: ): *
public	imod(a: , b: ): *
public	imul(a: , b: ): *
public	index(x: *)
public	indexOf(a: , b: ): *
public	ipow(a: , b: ): *
public	irshift(a: , b: ): *
public	is(a: , b: )
public	isnot(a: , b: )
public	isub(a: , b: ): *
public	itemgetter(args: ...):
public	itruediv(a: , b: ): *
public	iushift(a: , b: ): *
public	le(a: , b: )
public	len(x: any): Number Returns the length of the input.
public	lshift(a: , b: )
public	lt(a: , b: )
public	methodcaller(name: , args: ...)
public	mod(a: , b: )
public	mul(a: , b: )
public	ne(a: , b: ): *
public	neg(x: *)
public	noop()
public	not(x: *)
public	or(a: , b: )
public	pos(obj: *)
public	pow2(obj: *)
public	pow3(obj: *)
public	pow4(obj: ):
public	rshift(a: , b: )
public	setitem(a: , b: , c: *)
public	sub(a: , b: )
public	truediv(a: , b: )
public	truth(x: *)
public	ushift(a: , b: )
public	xor(a: , b: )

Static Public

public AND(a: , b: ) source

import AND from '@functional-abstraction/operator/src/num/bit/AND.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public IAND(a: , b: ): * source

import IAND from '@functional-abstraction/operator/src/num/bit/IAND.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public IOR(a: , b: ): * source

import IOR from '@functional-abstraction/operator/src/num/bit/IOR.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public IXOR(a: , b: ): * source

import IXOR from '@functional-abstraction/operator/src/num/bit/IXOR.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public NOT(x: *) source

import NOT from '@functional-abstraction/operator/src/num/bit/NOT.js'

Params:

Name	Type	Attribute	Description
x	*

public OR(a: , b: ) source

import OR from '@functional-abstraction/operator/src/num/bit/OR.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public XOR(a: , b: ) source

import XOR from '@functional-abstraction/operator/src/num/bit/XOR.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public add(a: , b: ) source

import add from '@functional-abstraction/operator/src/num/binary/add.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public and(a: , b: ) source

import and from '@functional-abstraction/operator/src/bool/and.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public attrgetter(args: ...): source

import attrgetter from '@functional-abstraction/operator/src/obj/attrgetter.js'

Params:

Name	Type	Attribute	Description
args	...*

Return:

public attrresolve(obj: , attr: ): * source

import attrresolve from '@functional-abstraction/operator/src/obj/attrresolve.js'

Params:

Name	Type	Attribute	Description
obj	*
attr	*

Return:

public concat(a: , b: ) source

import concat from '@functional-abstraction/operator/src/list/concat.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public contains(a: , b: ): boolean source

import contains from '@functional-abstraction/operator/src/list/contains.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

boolean

public countOf(a: , b: ): * source

import countOf from '@functional-abstraction/operator/src/list/countOf.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public delitem(a: , b: ) source

import delitem from '@functional-abstraction/operator/src/obj/delitem.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public eq(a: , b: ): * source

import eq from '@functional-abstraction/operator/src/num/cmp/eq.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public floordiv(a: , b: ) source

import floordiv from '@functional-abstraction/operator/src/num/binary/floordiv.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public ge(a: , b: ) source

import ge from '@functional-abstraction/operator/src/num/cmp/ge.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public getitem(a: , b: ) source

import getitem from '@functional-abstraction/operator/src/obj/getitem.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public gt(a: , b: ) source

import gt from '@functional-abstraction/operator/src/num/cmp/gt.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public iadd(a: , b: ): * source

import iadd from '@functional-abstraction/operator/src/num/binary/iadd.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public iconcat(a: , b: ): * source

import iconcat from '@functional-abstraction/operator/src/list/iconcat.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public identity(x: *) source

import identity from '@functional-abstraction/operator/src/cast/identity.js'

Params:

Name	Type	Attribute	Description
x	*

public ifloordiv(a: , b: ): * source

import ifloordiv from '@functional-abstraction/operator/src/num/binary/ifloordiv.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public ilshift(a: , b: ): * source

import ilshift from '@functional-abstraction/operator/src/num/binary/ilshift.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public imod(a: , b: ): * source

import imod from '@functional-abstraction/operator/src/num/binary/imod.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public imul(a: , b: ): * source

import imul from '@functional-abstraction/operator/src/num/binary/imul.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public index(x: *) source

import index from '@functional-abstraction/operator/src/cast/index.js'

Params:

Name	Type	Attribute	Description
x	*

public indexOf(a: , b: ): * source

import indexOf from '@functional-abstraction/operator/src/list/indexOf.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public ipow(a: , b: ): * source

import ipow from '@functional-abstraction/operator/src/num/binary/ipow.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public irshift(a: , b: ): * source

import irshift from '@functional-abstraction/operator/src/num/binary/irshift.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public is(a: , b: ) source

import is from '@functional-abstraction/operator/src/obj/is.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public isnot(a: , b: ) source

import isnot from '@functional-abstraction/operator/src/obj/isnot.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public isub(a: , b: ): * source

import isub from '@functional-abstraction/operator/src/num/binary/isub.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public itemgetter(args: ...): source

import itemgetter from '@functional-abstraction/operator/src/obj/itemgetter.js'

Params:

Name	Type	Attribute	Description
args	...*

Return:

public itruediv(a: , b: ): * source

import itruediv from '@functional-abstraction/operator/src/num/binary/itruediv.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public iushift(a: , b: ): * source

import iushift from '@functional-abstraction/operator/src/num/binary/iushift.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public le(a: , b: ) source

import le from '@functional-abstraction/operator/src/num/cmp/le.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public len(x: any): Number source

import len from '@functional-abstraction/operator/src/list/len.js'

Returns the length of the input.

Params:

Name	Type	Attribute	Description
x	any		Input.

Return:

Number

Example:

// returns 7
import {list} from '@iterable-iterator/list';
import {range} from '@iterable-iterator/range';
len( list( range( 7 ) ) ) ;

public lshift(a: , b: ) source

import lshift from '@functional-abstraction/operator/src/num/binary/lshift.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public lt(a: , b: ) source

import lt from '@functional-abstraction/operator/src/num/cmp/lt.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public methodcaller(name: , args: ...) source

import methodcaller from '@functional-abstraction/operator/src/fn/methodcaller.js'

Params:

Name	Type	Attribute	Description
name	*
args	...*

public mod(a: , b: ) source

import mod from '@functional-abstraction/operator/src/num/binary/mod.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public mul(a: , b: ) source

import mul from '@functional-abstraction/operator/src/num/binary/mul.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public ne(a: , b: ): * source

import ne from '@functional-abstraction/operator/src/num/cmp/ne.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Return:

public neg(x: *) source

import neg from '@functional-abstraction/operator/src/num/unary/neg.js'

Params:

Name	Type	Attribute	Description
x	*

public noop() source

import noop from '@functional-abstraction/operator/src/fn/noop.js'

public not(x: *) source

import not from '@functional-abstraction/operator/src/bool/not.js'

Params:

Name	Type	Attribute	Description
x	*

public or(a: , b: ) source

import or from '@functional-abstraction/operator/src/bool/or.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public pos(obj: *) source

import pos from '@functional-abstraction/operator/src/num/unary/pos.js'

Params:

Name	Type	Attribute	Description
obj	*

public pow2(obj: *) source

import pow2 from '@functional-abstraction/operator/src/num/unary/pow2.js'

Params:

Name	Type	Attribute	Description
obj	*

public pow3(obj: *) source

import pow3 from '@functional-abstraction/operator/src/num/unary/pow3.js'

Params:

Name	Type	Attribute	Description
obj	*

public pow4(obj: ): source

import pow4 from '@functional-abstraction/operator/src/num/unary/pow4.js'

Params:

Name	Type	Attribute	Description
obj	*

Return:

public rshift(a: , b: ) source

import rshift from '@functional-abstraction/operator/src/num/binary/rshift.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public setitem(a: , b: , c: *) source

import setitem from '@functional-abstraction/operator/src/obj/setitem.js'

Params:

Name	Type	Attribute	Description
a	*
b	*
c	*

public sub(a: , b: ) source

import sub from '@functional-abstraction/operator/src/num/binary/sub.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public truediv(a: , b: ) source

import truediv from '@functional-abstraction/operator/src/num/binary/truediv.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public truth(x: *) source

import truth from '@functional-abstraction/operator/src/cast/truth.js'

Params:

Name	Type	Attribute	Description
x	*

public ushift(a: , b: ) source

import ushift from '@functional-abstraction/operator/src/num/binary/ushift.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

public xor(a: , b: ) source

import xor from '@functional-abstraction/operator/src/bool/xor.js'

Params:

Name	Type	Attribute	Description
a	*
b	*

Function

Static Public

public AND(a: *, b: *) source

Params:

public IAND(a: *, b: *): * source

Params:

Return:

public IOR(a: *, b: *): * source

Params:

Return:

public IXOR(a: *, b: *): * source

Params:

Return:

public NOT(x: *) source

Params:

public OR(a: *, b: *) source

Params:

public XOR(a: *, b: *) source

Params:

public add(a: *, b: *) source

Params:

public and(a: *, b: *) source

Params:

public attrgetter(args: ...*): * source

Params:

Return:

public attrresolve(obj: *, attr: *): * source

Params:

Return:

public concat(a: *, b: *) source

Params:

public contains(a: *, b: *): boolean source

Params:

Return:

public countOf(a: *, b: *): * source

Params:

Return:

public delitem(a: *, b: *) source

Params:

public eq(a: *, b: *): * source

Params:

Return:

public floordiv(a: *, b: *) source

Params:

public ge(a: *, b: *) source

Params:

public getitem(a: *, b: *) source

Params:

public gt(a: *, b: *) source

Params:

public iadd(a: *, b: *): * source

Params:

Return:

public iconcat(a: *, b: *): * source

Params:

Return:

public identity(x: *) source

Params:

public ifloordiv(a: *, b: *): * source

Params:

Return:

public ilshift(a: *, b: *): * source

Params:

Return:

public imod(a: *, b: *): * source

Params:

Return:

public imul(a: *, b: *): * source

Params:

Return:

public index(x: *) source

Params:

public indexOf(a: *, b: *): * source

Params:

Return:

public ipow(a: *, b: *): * source

Params:

Return:

public irshift(a: *, b: *): * source

Params:

public AND(a: , b: ) source

public IAND(a: , b: ): * source

public IOR(a: , b: ): * source

public IXOR(a: , b: ): * source

public OR(a: , b: ) source

public XOR(a: , b: ) source

public add(a: , b: ) source

public and(a: , b: ) source

public attrgetter(args: ...): source

public attrresolve(obj: , attr: ): * source

public concat(a: , b: ) source

public contains(a: , b: ): boolean source

public countOf(a: , b: ): * source

public delitem(a: , b: ) source

public eq(a: , b: ): * source

public floordiv(a: , b: ) source

public ge(a: , b: ) source

public getitem(a: , b: ) source

public gt(a: , b: ) source

public iadd(a: , b: ): * source

public iconcat(a: , b: ): * source

public ifloordiv(a: , b: ): * source

public ilshift(a: , b: ): * source

public imod(a: , b: ): * source

public imul(a: , b: ): * source

public indexOf(a: , b: ): * source

public ipow(a: , b: ): * source

public irshift(a: , b: ): * source

public is(a: , b: ) source

public isnot(a: , b: ) source

public isub(a: , b: ): * source

public itemgetter(args: ...): source

public itruediv(a: , b: ): * source

public iushift(a: , b: ): * source

public le(a: , b: ) source

public lshift(a: , b: ) source

public lt(a: , b: ) source

public methodcaller(name: , args: ...) source

public mod(a: , b: ) source

public mul(a: , b: ) source

public ne(a: , b: ): * source

public or(a: , b: ) source

public pow4(obj: ): source

public rshift(a: , b: ) source

public setitem(a: , b: , c: *) source

public sub(a: , b: ) source

public truediv(a: , b: ) source

public ushift(a: , b: ) source

public xor(a: , b: ) source