Typeseedcordv0.10.6

Absolute

Returns the absolute value of the specified number or bigint.

type Absolute<N extends number | bigint> = N extends bigint // Also, distributes `N` ? `${N}` extends `-${infer Magnitude extends bigint}` ? Magnitude : N : `${N}` extends `-${infer Magnitude}` // This doesn't use the `extends number` constraint approach because that fails with the `-Infinity` case ? StringToNumber<Magnitude> : N

type Absolute<N extends number | bigint> = N extends bigint // Also, distributes `N` ? `${N}` extends `-${infer Magnitude extends bigint}` ? Magnitude : N : `${N}` extends `-${infer Magnitude}` // This doesn't use the `extends number` constraint approach because that fails with the `-Infinity` case ? StringToNumber<Magnitude> : N

import type {Absolute} from 'type-fest';

type A = Absolute<-1>;
//=> 1

type B = Absolute<1>;
//=> 1

type C = Absolute<0>;
//=> 0

type D = Absolute<-1.025>;
//=> 1.025

type E = Absolute<-9999n>;
//=> 9999n

Returns back the same type if the input is not a literal type.

import type {Absolute} from 'type-fest';

type A = Absolute<-1>;
//=> 1

type B = Absolute<1>;
//=> 1

type C = Absolute<0>;
//=> 0

type D = Absolute<-1.025>;
//=> 1.025

type E = Absolute<-9999n>;
//=> 9999n

Returns back the same type if the input is not a literal type.

import type {Absolute} from 'type-fest';

type A = Absolute<number>;
//=> number

type B = Absolute<bigint>;
//=> bigint

type C = Absolute<number | bigint>;
//=> number | bigint

 Numeric

import type {Absolute} from 'type-fest';

type A = Absolute<number>;
//=> number

type B = Absolute<bigint>;
//=> bigint

type C = Absolute<number | bigint>;
//=> number | bigint

 Numeric

N

N extends number | bigint

N extends number | bigint

Typeseedcordv0.10.6

Absolute

Returns the absolute value of the specified number or bigint.

type Absolute<N extends number | bigint> = N extends bigint // Also, distributes `N` ? `${N}` extends `-${infer Magnitude extends bigint}` ? Magnitude : N : `${N}` extends `-${infer Magnitude}` // This doesn't use the `extends number` constraint approach because that fails with the `-Infinity` case ? StringToNumber<Magnitude> : N

type Absolute<N extends number | bigint> = N extends bigint // Also, distributes `N` ? `${N}` extends `-${infer Magnitude extends bigint}` ? Magnitude : N : `${N}` extends `-${infer Magnitude}` // This doesn't use the `extends number` constraint approach because that fails with the `-Infinity` case ? StringToNumber<Magnitude> : N

import type {Absolute} from 'type-fest';

type A = Absolute<-1>;
//=> 1

type B = Absolute<1>;
//=> 1

type C = Absolute<0>;
//=> 0

type D = Absolute<-1.025>;
//=> 1.025

type E = Absolute<-9999n>;
//=> 9999n

Returns back the same type if the input is not a literal type.

import type {Absolute} from 'type-fest';

type A = Absolute<-1>;
//=> 1

type B = Absolute<1>;
//=> 1

type C = Absolute<0>;
//=> 0

type D = Absolute<-1.025>;
//=> 1.025

type E = Absolute<-9999n>;
//=> 9999n

Returns back the same type if the input is not a literal type.

import type {Absolute} from 'type-fest';

type A = Absolute<number>;
//=> number

type B = Absolute<bigint>;
//=> bigint

type C = Absolute<number | bigint>;
//=> number | bigint

 Numeric

import type {Absolute} from 'type-fest';

type A = Absolute<number>;
//=> number

type B = Absolute<bigint>;
//=> bigint

type C = Absolute<number | bigint>;
//=> number | bigint

 Numeric

N

N extends number | bigint

N extends number | bigint