fun box()

in compiler/testData/codegen/box/binaryOp/boxingOfLiteralReceiverWithIntegerValueType.kt [22:204]

• 171 lines of code
• 1 McCabe index (conditional complexity)

fun box(): String {
    val kl = K<Long>(Long::class)
    kl.check(1.plus(2), "plus", Int::class)
    kl.check(1.minus(2), "minus", Int::class)
    kl.check(1.times(2), "times", Int::class)
    kl.check(1.div(2), "div", Int::class)
    kl.check(1.rem(2), "rem", Int::class)
    kl.check(1.unaryPlus(), "unaryPlus", Int::class)
    kl.check(1.unaryMinus(), "unaryMinus", Int::class)
    kl.check(1.shl(2), "shl", Int::class)
    kl.check(1.shr(2), "shr", Int::class)
    kl.check(1.ushr(2), "ushr", Int::class)
    kl.check(1.and(2), "and", Int::class)
    kl.check(1.or(2), "or", Int::class)
    kl.check(1.xor(2), "xor", Int::class)
    kl.check(1.inv(), "inv", Int::class)

    kl.check(1 + 2, "plus via operator", Long::class)
    kl.check(1 - 2, "minus via operator", Long::class)
    kl.check(1 * 2, "times via operator", Long::class)
    kl.check(1 / 2, "div via operator", Long::class)
    kl.check(1 % 2, "rem via operator", Long::class)
    kl.check(+1, "unaryPlus via operator", Long::class)
    kl.check(-1, "unaryMinus via operator", Long::class)
    kl.check(1 shl 2, "shl infix", Long::class)
    kl.check(1 shr 2, "shr infix", Long::class)
    kl.check(1 ushr 2, "ushr infix", Long::class)
    kl.check(1 and 2, "and infix", Long::class)
    kl.check(1 or 2, "or infix", Long::class)
    kl.check(1 xor 2, "xor infix", Long::class)

    val ks = K<Short>(Short::class)
    ks.check(1.plus(2), "plus", Int::class)
    ks.check(1.minus(2), "minus", Int::class)
    ks.check(1.times(2), "times", Int::class)
    ks.check(1.div(2), "div", Int::class)
    ks.check(1.rem(2), "rem", Int::class)
    ks.check(1.unaryPlus(), "unaryPlus", Int::class)
    ks.check(1.unaryMinus(), "unaryMinus", Int::class)
    ks.check(1.shl(2), "shl", Int::class)
    ks.check(1.shr(2), "shr", Int::class)
    ks.check(1.ushr(2), "ushr", Int::class)
    ks.check(1.and(2), "and", Int::class)
    ks.check(1.or(2), "or", Int::class)
    ks.check(1.xor(2), "xor", Int::class)
    ks.check(1.inv(), "inv", Int::class)

    ks.check(1 + 2, "plus via operator", Short::class)
    ks.check(1 - 2, "minus via operator", Short::class)
    ks.check(1 * 2, "times via operator", Short::class)
    ks.check(1 / 2, "div via operator", Short::class)
    ks.check(1 % 2, "rem via operator", Short::class)
    ks.check(+1, "unaryPlus via operator", Short::class)
    ks.check(-1, "unaryMinus via operator", Short::class)
    ks.check(1 shl 2, "shl infix", Short::class)
    ks.check(1 shr 2, "shr infix", Short::class)
    ks.check(1 ushr 2, "ushr infix", Short::class)
    ks.check(1 and 2, "and infix", Short::class)
    ks.check(1 or 2, "or infix", Short::class)
    ks.check(1 xor 2, "xor infix", Short::class)

    val kb = K<Byte>(Byte::class)
    kb.check(1.plus(2), "plus", Int::class)
    kb.check(1.minus(2), "minus", Int::class)
    kb.check(1.times(2), "times", Int::class)
    kb.check(1.div(2), "div", Int::class)
    kb.check(1.rem(2), "rem", Int::class)
    kb.check(1.unaryPlus(), "unaryPlus", Int::class)
    kb.check(1.unaryMinus(), "unaryMinus", Int::class)
    kb.check(1.shl(2), "shl", Int::class)
    kb.check(1.shr(2), "shr", Int::class)
    kb.check(1.ushr(2), "ushr", Int::class)
    kb.check(1.and(2), "and", Int::class)
    kb.check(1.or(2), "or", Int::class)
    kb.check(1.xor(2), "xor", Int::class)
    kb.check(1.inv(), "inv", Int::class)

    kb.check(1 + 2, "plus via operator", Byte::class)
    kb.check(1 - 2, "minus via operator", Byte::class)
    kb.check(1 * 2, "times via operator", Byte::class)
    kb.check(1 / 2, "div via operator", Byte::class)
    kb.check(1 % 2, "rem via operator", Byte::class)
    kb.check(+1, "unaryPlus via operator", Byte::class)
    kb.check(-1, "unaryMinus via operator", Byte::class)
    kb.check(1 shl 2, "shl infix", Byte::class)
    kb.check(1 shr 2, "shr infix", Byte::class)
    kb.check(1 ushr 2, "ushr infix", Byte::class)
    kb.check(1 and 2, "and infix", Byte::class)
    kb.check(1 or 2, "or infix", Byte::class)
    kb.check(1 xor 2, "xor infix", Byte::class)

    val jl = J<Long>(Long::class)
    jl.check(1.plus(2), "plus", Int::class)
    jl.check(1.minus(2), "minus", Int::class)
    jl.check(1.times(2), "times", Int::class)
    jl.check(1.div(2), "div", Int::class)
    jl.check(1.rem(2), "rem", Int::class)
    jl.check(1.unaryPlus(), "unaryPlus", Int::class)
    jl.check(1.unaryMinus(), "unaryMinus", Int::class)
    jl.check(1.shl(2), "shl", Int::class)
    jl.check(1.shr(2), "shr", Int::class)
    jl.check(1.ushr(2), "ushr", Int::class)
    jl.check(1.and(2), "and", Int::class)
    jl.check(1.or(2), "or", Int::class)
    jl.check(1.xor(2), "xor", Int::class)
    jl.check(1.inv(), "inv", Int::class)

    jl.check(1 + 2, "plus via operator", Long::class)
    jl.check(1 - 2, "minus via operator", Long::class)
    jl.check(1 * 2, "times via operator", Long::class)
    jl.check(1 / 2, "div via operator", Long::class)
    jl.check(1 % 2, "rem via operator", Long::class)
    jl.check(+1, "unaryPlus via operator", Long::class)
    jl.check(-1, "unaryMinus via operator", Long::class)
    jl.check(1 shl 2, "shl infix", Long::class)
    jl.check(1 shr 2, "shr infix", Long::class)
    jl.check(1 ushr 2, "ushr infix", Long::class)
    jl.check(1 and 2, "and infix", Long::class)
    jl.check(1 or 2, "or infix", Long::class)
    jl.check(1 xor 2, "xor infix", Long::class)

    val js = J<Short>(Short::class)
    js.check(1.plus(2), "plus", Int::class)
    js.check(1.minus(2), "minus", Int::class)
    js.check(1.times(2), "times", Int::class)
    js.check(1.div(2), "div", Int::class)
    js.check(1.rem(2), "rem", Int::class)
    js.check(1.unaryPlus(), "unaryPlus", Int::class)
    js.check(1.unaryMinus(), "unaryMinus", Int::class)
    js.check(1.shl(2), "shl", Int::class)
    js.check(1.shr(2), "shr", Int::class)
    js.check(1.ushr(2), "ushr", Int::class)
    js.check(1.and(2), "and", Int::class)
    js.check(1.or(2), "or", Int::class)
    js.check(1.xor(2), "xor", Int::class)
    js.check(1.inv(), "inv", Int::class)

    js.check(1 + 2, "plus via operator", Short::class)
    js.check(1 - 2, "minus via operator", Short::class)
    js.check(1 * 2, "times via operator", Short::class)
    js.check(1 / 2, "div via operator", Short::class)
    js.check(1 % 2, "rem via operator", Short::class)
    js.check(+1, "unaryPlus via operator", Short::class)
    js.check(-1, "unaryMinus via operator", Short::class)
    js.check(1 shl 2, "shl infix", Short::class)
    js.check(1 shr 2, "shr infix", Short::class)
    js.check(1 ushr 2, "ushr infix", Short::class)
    js.check(1 and 2, "and infix", Short::class)
    js.check(1 or 2, "or infix", Short::class)
    js.check(1 xor 2, "xor infix", Short::class)

    val jb = J<Byte>(Byte::class)
    jb.check(1.plus(2), "plus", Int::class)
    jb.check(1.minus(2), "minus", Int::class)
    jb.check(1.times(2), "times", Int::class)
    jb.check(1.div(2), "div", Int::class)
    jb.check(1.rem(2), "rem", Int::class)
    jb.check(1.unaryPlus(), "unaryPlus", Int::class)
    jb.check(1.unaryMinus(), "unaryMinus", Int::class)
    jb.check(1.shl(2), "shl", Int::class)
    jb.check(1.shr(2), "shr", Int::class)
    jb.check(1.ushr(2), "ushr", Int::class)
    jb.check(1.and(2), "and", Int::class)
    jb.check(1.or(2), "or", Int::class)
    jb.check(1.xor(2), "xor", Int::class)
    jb.check(1.inv(), "inv", Int::class)

    jb.check(1 + 2, "plus via operator", Byte::class)
    jb.check(1 - 2, "minus via operator", Byte::class)
    jb.check(1 * 2, "times via operator", Byte::class)
    jb.check(1 / 2, "div via operator", Byte::class)
    jb.check(1 % 2, "rem via operator", Byte::class)
    jb.check(+1, "unaryPlus via operator", Byte::class)
    jb.check(-1, "unaryMinus via operator", Byte::class)
    jb.check(1 shl 2, "shl infix", Byte::class)
    jb.check(1 shr 2, "shr infix", Byte::class)
    jb.check(1 ushr 2, "ushr infix", Byte::class)
    jb.check(1 and 2, "and infix", Byte::class)
    jb.check(1 or 2, "or infix", Byte::class)
    jb.check(1 xor 2, "xor infix", Byte::class)

    return "OK"
}