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array.go
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chan.go
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chan1.go
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complit.go
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convert.go
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cplx0.go
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cplx0.out
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cplx1.go
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cplx2.go
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cplx3.go
888
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cplx4.go
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cplx5.go
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divconst.go
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divmod.go
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embed.go
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for.go
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interbasic.go
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interfun.go
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intervar.go
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label.go
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litfun.go
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mfunc.go
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modconst.go
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ptrfun.go
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ptrvar.go
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range.go
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rob1.go
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rob2.go
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robfor.go
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robfunc.go
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shift.go
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simparray.go
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simpbool.go
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simpconv.go
490
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simpfun.go
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simpswitch.go
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simpvar.go
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slicearray.go
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sliceslice.go
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string.go
1.79
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string.out
49
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strvar.go
1.11
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Code Editor : cplx2.go
// run // Copyright 2010 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. // Test arithmetic on complex numbers, including multiplication and division. package main const ( R = 5 I = 6i C1 = R + I // ADD(5,6) C2 = R - I // SUB(5,-6) C3 = -(R + I) // ADD(5,6) NEG(-5,-6) C4 = -(R - I) // SUB(5,-6) NEG(-5,6) C5 = C1 + R // ADD(10,6) C6 = C1 + I // ADD(5,12) Ca = C5 + C6 // ADD(15,18) Cb = C5 - C6 // SUB(5,-6) Cc = C5 * C6 // MUL(-22,-150) Cd = C5 / C6 // DIV(0.721893,-0.532544) Ce = Cd * C6 // MUL(10,6) sb C5 ) func main() { var r complex64 = 5 + 0i if r != R { println("opcode 1", r, R) panic("fail") } var i complex64 = 6i if i != I { println("opcode 2", i, I) panic("fail") } c1 := r + i if c1 != C1 { println("opcode x", c1, C1) panic("fail") } c2 := r - i if c2 != C2 { println("opcode x", c2, C2) panic("fail") } c3 := -(r + i) if c3 != C3 { println("opcode x", c3, C3) panic("fail") } c4 := -(r - i) if c4 != C4 { println("opcode x", c4, C4) panic("fail") } c5 := c1 + r if c5 != C5 { println("opcode x", c5, C5) panic("fail") } c6 := c1 + i if c6 != C6 { println("opcode x", c6, C6) panic("fail") } ca := c5 + c6 if ca != Ca { println("opcode x", ca, Ca) panic("fail") } cb := c5 - c6 if cb != Cb { println("opcode x", cb, Cb) panic("fail") } cc := c5 * c6 if cc != Cc { println("opcode x", cc, Cc) panic("fail") } cd := c5 / c6 if cd != Cd { println("opcode x", cd, Cd) panic("fail") } ce := cd * c6 if ce != Ce { println("opcode x", ce, Ce) panic("fail") } r32 := real(complex64(ce)) if r32 != float32(real(Ce)) { println("real(complex64(ce))", r32, real(Ce)) panic("fail") } r64 := real(complex128(ce)) if r64 != real(Ce) { println("real(complex128(ce))", r64, real(Ce)) panic("fail") } }
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