Remainder of the division ofX byY.

import compiletime.ops.int.*val mod: 5 % 2 = 1

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int.scala

Multiplication of twoInt singleton types.

import compiletime.ops.int.*val mul: 4 * 2 = 8

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int.scala

Addition of twoInt singleton types.

import compiletime.ops.int.*val sum: 2 + 2 = 4

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int.scala

Subtraction of twoInt singleton types.

import compiletime.ops.int.*val sub: 4 - 2 = 2

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int.scala

Integer division of twoInt singleton types.

import compiletime.ops.int.*val div: 5 / 2 = 2

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int.scala

Less-than comparison of twoInt singleton types.

import compiletime.ops.int.*val lt1: 4 < 2 = falseval lt2: 2 < 4 = true

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int.scala

Binary left shift ofX byY.

import compiletime.ops.int.*val lshift: 1 << 2 = 4

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int.scala

Less-or-equal comparison of twoInt singleton types.

import compiletime.ops.int.*val lt1: 4 <= 2 = falseval lt2: 2 <= 2 = true

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int.scala

Greater-than comparison of twoInt singleton types.

import compiletime.ops.int.*val gt1: 4 > 2 = trueval gt2: 2 > 2 = false

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int.scala

Greater-or-equal comparison of twoInt singleton types.

import compiletime.ops.int.*val ge1: 4 >= 2 = trueval ge2: 2 >= 3 = false

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int.scala

Binary right shift ofX byY.

import compiletime.ops.int.*val rshift: 10 >> 1 = 5

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int.scala

Binary right shift ofX byY, filling the left with zeros.

import compiletime.ops.int.*val rshiftzero: 10 >>> 1 = 5

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int.scala

Absolute value of anInt singleton type.

import compiletime.ops.int.*val abs: Abs[-1] = 1

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int.scala

Bitwise and ofX andY.

import compiletime.ops.int.*val and1: BitwiseAnd[4, 4] = 4val and2: BitwiseAnd[10, 5] = 0

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int.scala

Bitwise or ofX andY.

import compiletime.ops.int.*val or: BitwiseOr[10, 11] = 11

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int.scala

Maximum of twoInt singleton types.

import compiletime.ops.int.*val max: Max[-1, 1] = 1

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int.scala

Minimum of twoInt singleton types.

import compiletime.ops.int.*val min: Min[-1, 1] = -1

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int.scala

Negation of anInt singleton type.

import compiletime.ops.int.*val neg1: Negate[-1] = 1val neg2: Negate[1] = -1

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int.scala

Number of zero bits preceding the highest-order ("leftmost") one-bit in the two's complement binary representation of the specifiedInt singleton type. Returns 32 if the specified singleton type has no one-bits in its two's complement representation, in other words if it is equal to zero.

import compiletime.ops.int.*val zero_lzc: NumberOfLeadingZeros[0] = 32val eight_lzc: NumberOfLeadingZeros[8] = 28type Log2[N <: Int] = 31 - NumberOfLeadingZeros[N]val log2of8: Log2[8] = 3

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int.scala

Successor of a natural number where zero is the type 0 and successors are reduced as if the definition was:

import compiletime.ops.int.*type S[N <: Int] <: Int = N match {  case 0 => 1  case 1 => 2  case 2 => 3  // ...  case 2147483646 => 2147483647}

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int.scala

Double conversion of anInt singleton type.

import compiletime.ops.int.*val x: ToDouble[1] = 1.0

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int.scala

Float conversion of anInt singleton type.

import compiletime.ops.int.*val x: ToFloat[1] = 1.0f

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int.scala

Long conversion of anInt singleton type.

import compiletime.ops.int.*val x: ToLong[1] = 1L

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int.scala

Bitwise xor ofX andY.

import compiletime.ops.int.*val xor: 10 ^ 30 = 20

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int.scala

String conversion of anInt singleton type.

import compiletime.ops.int.*val abs: ToString[1] = "1"

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Deprecated

[Since version 3.2.0]Use compiletime.ops.any.ToString instead.

Source

int.scala