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complex_test.go
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// Copyright 2016 Google Inc. All Rights Reserved.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
package grumpy
import (
"errors"
"math"
"math/big"
"math/cmplx"
"testing"
)
func TestComplexAbs(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0, 0)), want: NewFloat(0).ToObject()},
{args: wrapArgs(complex(1, 1)), want: NewFloat(1.4142135623730951).ToObject()},
{args: wrapArgs(complex(1, 2)), want: NewFloat(2.23606797749979).ToObject()},
{args: wrapArgs(complex(3, 4)), want: NewFloat(5).ToObject()},
{args: wrapArgs(complex(-3, 4)), want: NewFloat(5).ToObject()},
{args: wrapArgs(complex(3, -4)), want: NewFloat(5).ToObject()},
{args: wrapArgs(-complex(3, 4)), want: NewFloat(5).ToObject()},
{args: wrapArgs(complex(0.123456e-3, 0)), want: NewFloat(0.000123456).ToObject()},
{args: wrapArgs(complex(0.123456e-3, 3.14151692e+7)), want: NewFloat(31415169.2).ToObject()},
{args: wrapArgs(complex(math.Inf(-1), 1.2)), want: NewFloat(math.Inf(1)).ToObject()},
{args: wrapArgs(complex(3.4, math.Inf(1))), want: NewFloat(math.Inf(1)).ToObject()},
{args: wrapArgs(complex(math.Inf(1), math.Inf(-1))), want: NewFloat(math.Inf(1)).ToObject()},
{args: wrapArgs(complex(math.Inf(1), math.NaN())), want: NewFloat(math.Inf(1)).ToObject()},
{args: wrapArgs(complex(math.NaN(), math.Inf(1))), want: NewFloat(math.Inf(1)).ToObject()},
{args: wrapArgs(complex(math.NaN(), 5.6)), want: NewFloat(math.NaN()).ToObject()},
{args: wrapArgs(complex(7.8, math.NaN())), want: NewFloat(math.NaN()).ToObject()},
}
for _, cas := range cases {
switch got, match := checkInvokeResult(wrapFuncForTest(complexAbs), cas.args, cas.want, cas.wantExc); match {
case checkInvokeResultReturnValueMismatch:
if got == nil || cas.want == nil || !got.isInstance(FloatType) || !cas.want.isInstance(FloatType) ||
!floatsAreSame(toFloatUnsafe(got).Value(), toFloatUnsafe(cas.want).Value()) {
t.Errorf("complex.__abs__%v = %v, want %v", cas.args, got, cas.want)
}
}
}
}
func TestComplexEq(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0, 0), 0), want: True.ToObject()},
{args: wrapArgs(complex(1, 0), 0), want: False.ToObject()},
{args: wrapArgs(complex(-12, 0), -12), want: True.ToObject()},
{args: wrapArgs(complex(-12, 0), 1), want: False.ToObject()},
{args: wrapArgs(complex(17.20, 0), 17.20), want: True.ToObject()},
{args: wrapArgs(complex(1.2, 0), 17.20), want: False.ToObject()},
{args: wrapArgs(complex(-4, 15), complex(-4, 15)), want: True.ToObject()},
{args: wrapArgs(complex(-4, 15), complex(1, 2)), want: False.ToObject()},
{args: wrapArgs(complex(math.Inf(1), 0), complex(math.Inf(1), 0)), want: True.ToObject()},
{args: wrapArgs(complex(math.Inf(1), 0), complex(0, math.Inf(1))), want: False.ToObject()},
{args: wrapArgs(complex(math.Inf(-1), 0), complex(math.Inf(-1), 0)), want: True.ToObject()},
{args: wrapArgs(complex(math.Inf(-1), 0), complex(0, math.Inf(-1))), want: False.ToObject()},
{args: wrapArgs(complex(math.Inf(1), math.Inf(1)), complex(math.Inf(1), math.Inf(1))), want: True.ToObject()},
}
for _, cas := range cases {
if err := runInvokeTestCase(wrapFuncForTest(complexEq), &cas); err != "" {
t.Error(err)
}
}
}
// FIXME(corona10): Since Go 1.9 moved to C99 float division and what CPython uses as well.
// Some tests can be failed with version < Go 1.9. We need to detect Go version.
// And changed expected values.
func TestComplexBinaryOps(t *testing.T) {
cases := []struct {
fun func(f *Frame, v, w *Object) (*Object, *BaseException)
v, w *Object
want *Object
wantExc *BaseException
}{
{Add, NewComplex(1 + 3i).ToObject(), NewInt(1).ToObject(), NewComplex(2 + 3i).ToObject(), nil},
{Add, NewComplex(1 + 3i).ToObject(), NewFloat(-1).ToObject(), NewComplex(3i).ToObject(), nil},
{Add, NewComplex(1 + 3i).ToObject(), NewInt(1).ToObject(), NewComplex(2 + 3i).ToObject(), nil},
{Add, NewComplex(1 + 3i).ToObject(), NewComplex(-1 - 3i).ToObject(), NewComplex(0i).ToObject(), nil},
{Add, NewFloat(math.Inf(1)).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.Inf(1), 3)).ToObject(), nil},
{Add, NewFloat(math.Inf(-1)).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.Inf(-1), 3)).ToObject(), nil},
{Add, NewFloat(math.NaN()).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.NaN(), 3)).ToObject(), nil},
{Add, NewComplex(cmplx.NaN()).ToObject(), NewComplex(3i).ToObject(), NewComplex(cmplx.NaN()).ToObject(), nil},
{Add, NewFloat(math.Inf(-1)).ToObject(), NewComplex(complex(math.Inf(+1), 3)).ToObject(), NewComplex(complex(math.NaN(), 3)).ToObject(), nil},
{Add, NewComplex(1 + 3i).ToObject(), None, nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for +: 'complex' and 'NoneType'")},
{Add, None, NewComplex(1 + 3i).ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for +: 'NoneType' and 'complex'")},
{Add, NewInt(3).ToObject(), NewComplex(3i).ToObject(), NewComplex(3 + 3i).ToObject(), nil},
{Add, NewLong(big.NewInt(9999999)).ToObject(), NewComplex(3i).ToObject(), NewComplex(9999999 + 3i).ToObject(), nil},
{Add, NewFloat(3.5).ToObject(), NewComplex(3i).ToObject(), NewComplex(3.5 + 3i).ToObject(), nil},
{Div, NewComplex(1 + 2i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(1 + 0i).ToObject(), nil},
{Div, NewComplex(3 + 4i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(2.2 - 0.4i).ToObject(), nil},
{Div, NewComplex(3.14 - 0.618i).ToObject(), NewComplex(-0.123e-4 + 0.151692i).ToObject(), NewComplex(-4.075723201992163 - 20.69950866627519i).ToObject(), nil},
{Div, NewInt(3).ToObject(), NewComplex(3 - 4i).ToObject(), NewComplex(0.36 + 0.48i).ToObject(), nil},
{Div, NewComplex(3 + 4i).ToObject(), NewInt(-5).ToObject(), NewComplex(-0.6 - 0.8i).ToObject(), nil},
{Div, NewFloat(1.2).ToObject(), NewComplex(1 - 2i).ToObject(), NewComplex(0.24 + 0.48i).ToObject(), nil},
{Div, NewComplex(1 + 2i).ToObject(), NewFloat(-3.4).ToObject(), NewComplex(-0.29411764705882354 - 0.5882352941176471i).ToObject(), nil},
{Div, NewLong(big.NewInt(123)).ToObject(), NewComplex(3 + 4i).ToObject(), NewComplex(14.76 - 19.68i).ToObject(), nil},
{Div, NewComplex(3 - 4i).ToObject(), NewLong(big.NewInt(-34)).ToObject(), NewComplex(-0.08823529411764706 + 0.11764705882352941i).ToObject(), nil},
{Div, NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.Inf(1), math.Inf(-1))).ToObject(), NewComplex(0i).ToObject(), nil},
{Div, NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.Inf(1), 2)).ToObject(), NewComplex(0i).ToObject(), nil},
{Div, NewComplex(complex(math.Inf(1), math.Inf(1))).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(1), math.NaN())).ToObject(), nil},
{Div, NewComplex(complex(math.Inf(1), 4)).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(1), math.Inf(-1))).ToObject(), nil},
{Div, NewComplex(complex(3, math.Inf(1))).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(1), math.Inf(1))).ToObject(), nil},
{Div, NewComplex(complex(3, math.NaN())).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Div, NewStr("foo").ToObject(), NewComplex(1 + 2i).ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for /: 'str' and 'complex'")},
{Div, NewComplex(3 + 4i).ToObject(), NewComplex(0 + 0i).ToObject(), nil, mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{Div, NewComplex(complex(math.Inf(1), math.NaN())).ToObject(), NewComplex(0 + 0i).ToObject(), nil, mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{Div, NewComplex(3 + 4i).ToObject(), NewLong(bigLongNumber).ToObject(), nil, mustCreateException(OverflowErrorType, "long int too large to convert to complex")},
{FloorDiv, NewComplex(1 + 2i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(1 + 0i).ToObject(), nil},
{FloorDiv, NewComplex(3 + 4i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(2 - 0i).ToObject(), nil},
{FloorDiv, NewComplex(3.14 - 0.618i).ToObject(), NewComplex(-0.123e-4 + 0.151692i).ToObject(), NewComplex(-5 - 0i).ToObject(), nil},
{FloorDiv, NewInt(3).ToObject(), NewComplex(3 - 4i).ToObject(), NewComplex(0i).ToObject(), nil},
{FloorDiv, NewComplex(3 + 4i).ToObject(), NewInt(-5).ToObject(), NewComplex(-1 + 0i).ToObject(), nil},
{FloorDiv, NewFloat(1.2).ToObject(), NewComplex(1 - 2i).ToObject(), NewComplex(0i).ToObject(), nil},
{FloorDiv, NewComplex(1 + 2i).ToObject(), NewFloat(-3.4).ToObject(), NewComplex(-1 + 0i).ToObject(), nil},
{FloorDiv, NewLong(big.NewInt(123)).ToObject(), NewComplex(3 + 4i).ToObject(), NewComplex(14 - 0i).ToObject(), nil},
{FloorDiv, NewComplex(3 - 4i).ToObject(), NewLong(big.NewInt(-34)).ToObject(), NewComplex(-1 + 0i).ToObject(), nil},
{FloorDiv, NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.Inf(1), math.Inf(-1))).ToObject(), NewComplex(0i).ToObject(), nil},
{FloorDiv, NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.Inf(1), 2)).ToObject(), NewComplex(0i).ToObject(), nil},
{FloorDiv, NewComplex(complex(math.Inf(1), math.Inf(1))).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(1), 0)).ToObject(), nil},
{FloorDiv, NewComplex(complex(math.Inf(1), 4)).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(1), 0)).ToObject(), nil},
{FloorDiv, NewComplex(complex(3, math.Inf(1))).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(1), 0)).ToObject(), nil},
{FloorDiv, NewComplex(complex(3, math.NaN())).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.NaN(), 0)).ToObject(), nil},
{FloorDiv, NewStr("foo").ToObject(), NewComplex(1 + 2i).ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for //: 'str' and 'complex'")},
{FloorDiv, NewComplex(3 + 4i).ToObject(), NewComplex(0 + 0i).ToObject(), nil, mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{FloorDiv, NewComplex(complex(math.Inf(1), math.NaN())).ToObject(), NewComplex(0 + 0i).ToObject(), nil, mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{FloorDiv, NewComplex(3 + 4i).ToObject(), NewLong(bigLongNumber).ToObject(), nil, mustCreateException(OverflowErrorType, "long int too large to convert to complex")},
{Mod, NewComplex(3 + 4i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(1 + 0i).ToObject(), nil},
{Mod, NewComplex(1 + 2i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(0i).ToObject(), nil},
{Mod, NewComplex(3.14 - 0.618i).ToObject(), NewComplex(-0.123e-4 + 0.151692i).ToObject(), NewComplex(3.1399385 + 0.14045999999999992i).ToObject(), nil},
{Mod, NewInt(3).ToObject(), NewComplex(3 - 4i).ToObject(), NewComplex(3 + 0i).ToObject(), nil},
{Mod, NewComplex(3 + 4i).ToObject(), NewInt(-5).ToObject(), NewComplex(-2 + 4i).ToObject(), nil},
{Mod, NewFloat(1.2).ToObject(), NewComplex(1 - 2i).ToObject(), NewComplex(1.2 + 0i).ToObject(), nil},
{Mod, NewComplex(1 + 2i).ToObject(), NewFloat(-3.4).ToObject(), NewComplex(-2.4 + 2i).ToObject(), nil},
{Mod, NewLong(big.NewInt(123)).ToObject(), NewComplex(3 + 4i).ToObject(), NewComplex(81 - 56i).ToObject(), nil},
{Mod, NewComplex(3 - 4i).ToObject(), NewLong(big.NewInt(-34)).ToObject(), NewComplex(-31 - 4i).ToObject(), nil},
{Mod, NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.Inf(1), math.Inf(-1))).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Mod, NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.Inf(1), 2)).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Mod, NewComplex(complex(math.Inf(1), math.Inf(1))).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Mod, NewComplex(complex(math.Inf(1), 4)).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.NaN(), math.Inf(-1))).ToObject(), nil},
{Mod, NewComplex(complex(3, math.Inf(1))).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.Inf(-1), math.NaN())).ToObject(), nil},
{Mod, NewComplex(complex(3, math.NaN())).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Mod, NewStr("foo").ToObject(), NewComplex(1 + 2i).ToObject(), nil, mustCreateException(TypeErrorType, "not all arguments converted during string formatting")},
{Mod, NewComplex(3 + 4i).ToObject(), NewComplex(0 + 0i).ToObject(), nil, mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{Mod, NewComplex(complex(math.Inf(1), math.NaN())).ToObject(), NewComplex(0 + 0i).ToObject(), nil, mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{Mod, NewComplex(3 + 4i).ToObject(), NewLong(bigLongNumber).ToObject(), nil, mustCreateException(OverflowErrorType, "long int too large to convert to complex")},
{Sub, NewComplex(1 + 3i).ToObject(), NewComplex(1 + 3i).ToObject(), NewComplex(0i).ToObject(), nil},
{Sub, NewComplex(1 + 3i).ToObject(), NewComplex(3i).ToObject(), NewComplex(1).ToObject(), nil},
{Sub, NewComplex(1 + 3i).ToObject(), NewFloat(1).ToObject(), NewComplex(3i).ToObject(), nil},
{Sub, NewComplex(3i).ToObject(), NewFloat(1.2).ToObject(), NewComplex(-1.2 + 3i).ToObject(), nil},
{Sub, NewComplex(1 + 3i).ToObject(), NewComplex(1 + 3i).ToObject(), NewComplex(0i).ToObject(), nil},
{Sub, NewComplex(4 + 3i).ToObject(), NewInt(1).ToObject(), NewComplex(3 + 3i).ToObject(), nil},
{Sub, NewComplex(4 + 3i).ToObject(), NewLong(big.NewInt(99994)).ToObject(), NewComplex(-99990 + 3i).ToObject(), nil},
{Sub, NewFloat(math.Inf(1)).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.Inf(1), -3)).ToObject(), nil},
{Sub, NewFloat(math.Inf(-1)).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.Inf(-1), -3)).ToObject(), nil},
{Sub, NewComplex(1 + 3i).ToObject(), None, nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for -: 'complex' and 'NoneType'")},
{Sub, None, NewComplex(1 + 3i).ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for -: 'NoneType' and 'complex'")},
{Sub, NewFloat(math.NaN()).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.NaN(), -3)).ToObject(), nil},
{Sub, NewComplex(cmplx.NaN()).ToObject(), NewComplex(3i).ToObject(), NewComplex(cmplx.NaN()).ToObject(), nil},
{Sub, NewFloat(math.Inf(-1)).ToObject(), NewComplex(complex(math.Inf(-1), 3)).ToObject(), NewComplex(complex(math.NaN(), -3)).ToObject(), nil},
{Mul, NewComplex(1 + 3i).ToObject(), NewComplex(1 + 3i).ToObject(), NewComplex(-8 + 6i).ToObject(), nil},
{Mul, NewComplex(1 + 3i).ToObject(), NewComplex(3i).ToObject(), NewComplex(-9 + 3i).ToObject(), nil},
{Mul, NewComplex(1 + 3i).ToObject(), NewFloat(1).ToObject(), NewComplex(1 + 3i).ToObject(), nil},
{Mul, NewComplex(3i).ToObject(), NewFloat(1.2).ToObject(), NewComplex(3.5999999999999996i).ToObject(), nil},
{Mul, NewComplex(1 + 3i).ToObject(), NewComplex(1 + 3i).ToObject(), NewComplex(-8 + 6i).ToObject(), nil},
{Mul, NewComplex(4 + 3i).ToObject(), NewInt(1).ToObject(), NewComplex(4 + 3i).ToObject(), nil},
{Mul, NewComplex(4 + 3i).ToObject(), NewLong(big.NewInt(99994)).ToObject(), NewComplex(399976 + 299982i).ToObject(), nil},
{Mul, NewFloat(math.Inf(1)).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.NaN(), math.Inf(1))).ToObject(), nil},
{Mul, NewFloat(math.Inf(-1)).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.NaN(), math.Inf(-1))).ToObject(), nil},
{Mul, NewComplex(1 + 3i).ToObject(), None, nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for *: 'complex' and 'NoneType'")},
{Mul, None, NewComplex(1 + 3i).ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for *: 'NoneType' and 'complex'")},
{Mul, NewFloat(math.NaN()).ToObject(), NewComplex(3i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Mul, NewComplex(cmplx.NaN()).ToObject(), NewComplex(3i).ToObject(), NewComplex(cmplx.NaN()).ToObject(), nil},
{Mul, NewFloat(math.Inf(-1)).ToObject(), NewComplex(complex(math.Inf(-1), 3)).ToObject(), NewComplex(complex(math.Inf(1), math.NaN())).ToObject(), nil},
{Pow, NewComplex(0i).ToObject(), NewComplex(0i).ToObject(), NewComplex(1 + 0i).ToObject(), nil},
{Pow, NewComplex(-1 + 0i).ToObject(), NewComplex(1i).ToObject(), NewComplex(0.04321391826377226 + 0i).ToObject(), nil},
{Pow, NewComplex(1 + 2i).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(-0.22251715680177264 + 0.10070913113607538i).ToObject(), nil},
{Pow, NewComplex(0i).ToObject(), NewComplex(-1 + 0i).ToObject(), NewComplex(complex(math.Inf(1), 0)).ToObject(), nil},
{Pow, NewComplex(0i).ToObject(), NewComplex(-1 + 1i).ToObject(), NewComplex(complex(math.Inf(1), math.Inf(1))).ToObject(), nil},
{Pow, NewComplex(complex(math.Inf(-1), 2)).ToObject(), NewComplex(1 + 2i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Pow, NewComplex(1 + 2i).ToObject(), NewComplex(complex(1, math.Inf(1))).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Pow, NewComplex(complex(math.NaN(), 1)).ToObject(), NewComplex(3 + 4i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject(), nil},
{Pow, NewComplex(3 + 4i).ToObject(), NewInt(3).ToObject(), NewComplex(-117 + 44.00000000000003i).ToObject(), nil},
{Pow, NewComplex(3 + 4i).ToObject(), NewFloat(3.1415).ToObject(), NewComplex(-152.8892667678244 + 35.555335130496516i).ToObject(), nil},
{Pow, NewComplex(3 + 4i).ToObject(), NewLong(big.NewInt(123)).ToObject(), NewComplex(5.393538720276193e+85 + 7.703512580443326e+85i).ToObject(), nil},
{Pow, NewComplex(1 + 2i).ToObject(), NewStr("foo").ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for **: 'complex' and 'str'")},
{Pow, NewStr("foo").ToObject(), NewComplex(1 + 2i).ToObject(), nil, mustCreateException(TypeErrorType, "unsupported operand type(s) for **: 'str' and 'complex'")},
}
for _, cas := range cases {
switch got, result := checkInvokeResult(wrapFuncForTest(cas.fun), []*Object{cas.v, cas.w}, cas.want, cas.wantExc); result {
case checkInvokeResultExceptionMismatch:
t.Errorf("%s(%v, %v) raised %v, want %v", getFuncName(cas.fun), cas.v, cas.w, got, cas.wantExc)
case checkInvokeResultReturnValueMismatch:
if got == nil || cas.want == nil || !got.isInstance(ComplexType) || !cas.want.isInstance(ComplexType) ||
!complexesAreSame(toComplexUnsafe(got).Value(), toComplexUnsafe(cas.want).Value()) {
t.Errorf("%s(%v, %v) = %v, want %v", getFuncName(cas.fun), cas.v, cas.w, got, cas.want)
}
}
}
}
func TestComplexCompareNotSupported(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(1, 2), 1), wantExc: mustCreateException(TypeErrorType, "no ordering relation is defined for complex numbers")},
{args: wrapArgs(complex(1, 2), 1.2), wantExc: mustCreateException(TypeErrorType, "no ordering relation is defined for complex numbers")},
{args: wrapArgs(complex(1, 2), math.NaN()), wantExc: mustCreateException(TypeErrorType, "no ordering relation is defined for complex numbers")},
{args: wrapArgs(complex(1, 2), math.Inf(-1)), wantExc: mustCreateException(TypeErrorType, "no ordering relation is defined for complex numbers")},
{args: wrapArgs(complex(1, 2), "abc"), want: NotImplemented},
}
for _, cas := range cases {
if err := runInvokeTestCase(wrapFuncForTest(complexCompareNotSupported), &cas); err != "" {
t.Error(err)
}
}
}
func TestComplexDivMod(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs((1 + 2i), (1 + 2i)), want: NewTuple2(NewComplex(1+0i).ToObject(), NewComplex(0i).ToObject()).ToObject()},
{args: wrapArgs((3 + 4i), (1 + 2i)), want: NewTuple2(NewComplex(2-0i).ToObject(), NewComplex(1+0i).ToObject()).ToObject()},
{args: wrapArgs((3.14 - 0.618i), (-0.123e-4 + 0.151692i)), want: NewTuple2(NewComplex(-5-0i).ToObject(), NewComplex(3.1399385+0.14045999999999992i).ToObject()).ToObject()},
{args: wrapArgs(3, (3 - 4i)), want: NewTuple2(NewComplex(0i).ToObject(), NewComplex(3+0i).ToObject()).ToObject()},
{args: wrapArgs((3 + 4i), -5), want: NewTuple2(NewComplex(-1+0i).ToObject(), NewComplex(-2+4i).ToObject()).ToObject()},
{args: wrapArgs(1.2, (1 - 2i)), want: NewTuple2(NewComplex(0i).ToObject(), NewComplex(1.2+0i).ToObject()).ToObject()},
{args: wrapArgs((1 + 2i), -3.4), want: NewTuple2(NewComplex(-1+0i).ToObject(), NewComplex(-2.4+2i).ToObject()).ToObject()},
{args: wrapArgs(big.NewInt(123), (3 + 4i)), want: NewTuple2(NewComplex(14-0i).ToObject(), NewComplex(81-56i).ToObject()).ToObject()},
{args: wrapArgs((3 - 4i), big.NewInt(-34)), want: NewTuple2(NewComplex(-1+0i).ToObject(), NewComplex(-31-4i).ToObject()).ToObject()},
{args: wrapArgs((3 + 4i), complex(math.Inf(1), math.Inf(-1))), want: NewTuple2(NewComplex(0i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject()).ToObject()},
{args: wrapArgs((3 + 4i), complex(math.Inf(1), 2)), want: NewTuple2(NewComplex(0i).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject()).ToObject()},
{args: wrapArgs(complex(math.Inf(1), math.Inf(1)), (1 + 2i)), want: NewTuple2(NewComplex(complex(math.Inf(1), 0)).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject()).ToObject()},
{args: wrapArgs(complex(math.Inf(1), 4), (1 + 2i)), want: NewTuple2(NewComplex(complex(math.Inf(1), 0)).ToObject(), NewComplex(complex(math.NaN(), math.Inf(-1))).ToObject()).ToObject()},
{args: wrapArgs(complex(3, math.Inf(1)), (1 + 2i)), want: NewTuple2(NewComplex(complex(math.Inf(1), 0)).ToObject(), NewComplex(complex(math.Inf(-1), math.NaN())).ToObject()).ToObject()},
{args: wrapArgs(complex(3, math.NaN()), (1 + 2i)), want: NewTuple2(NewComplex(complex(math.NaN(), 0)).ToObject(), NewComplex(complex(math.NaN(), math.NaN())).ToObject()).ToObject()},
{args: wrapArgs("foo", (1 + 2i)), wantExc: mustCreateException(TypeErrorType, "unsupported operand type(s) for divmod(): 'str' and 'complex'")},
{args: wrapArgs((3 + 4i), (0 + 0i)), wantExc: mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{args: wrapArgs(complex(math.Inf(1), math.NaN()), (0 + 0i)), wantExc: mustCreateException(ZeroDivisionErrorType, "complex division or modulo by zero")},
{args: wrapArgs((3 + 4i), bigLongNumber), wantExc: mustCreateException(OverflowErrorType, "long int too large to convert to complex")},
}
for _, cas := range cases {
switch got, result := checkInvokeResult(wrapFuncForTest(DivMod), cas.args, cas.want, cas.wantExc); result {
case checkInvokeResultExceptionMismatch:
t.Errorf("complex.__divmod__%v raised %v, want %v", cas.args, got, cas.wantExc)
case checkInvokeResultReturnValueMismatch:
// Handle NaN specially, since NaN != NaN.
if got == nil || cas.want == nil || !got.isInstance(TupleType) || !cas.want.isInstance(TupleType) || !tupleComplexesAreSame(got, cas.want) {
t.Errorf("complex.__divmod__%v = %v, want %v", cas.args, got, cas.want)
}
}
}
}
func TestComplexNE(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0, 0), 0), want: False.ToObject()},
{args: wrapArgs(complex(1, 0), 0), want: True.ToObject()},
{args: wrapArgs(complex(-12, 0), -12), want: False.ToObject()},
{args: wrapArgs(complex(-12, 0), 1), want: True.ToObject()},
{args: wrapArgs(complex(17.20, 0), 17.20), want: False.ToObject()},
{args: wrapArgs(complex(1.2, 0), 17.20), want: True.ToObject()},
{args: wrapArgs(complex(-4, 15), complex(-4, 15)), want: False.ToObject()},
{args: wrapArgs(complex(-4, 15), complex(1, 2)), want: True.ToObject()},
{args: wrapArgs(complex(math.Inf(1), 0), complex(math.Inf(1), 0)), want: False.ToObject()},
{args: wrapArgs(complex(math.Inf(1), 0), complex(0, math.Inf(1))), want: True.ToObject()},
{args: wrapArgs(complex(math.Inf(-1), 0), complex(math.Inf(-1), 0)), want: False.ToObject()},
{args: wrapArgs(complex(math.Inf(-1), 0), complex(0, math.Inf(-1))), want: True.ToObject()},
{args: wrapArgs(complex(math.Inf(1), math.Inf(1)), complex(math.Inf(1), math.Inf(1))), want: False.ToObject()},
}
for _, cas := range cases {
if err := runInvokeTestCase(wrapFuncForTest(complexNE), &cas); err != "" {
t.Error(err)
}
}
}
func TestComplexNew(t *testing.T) {
complexNew := mustNotRaise(GetAttr(NewRootFrame(), ComplexType.ToObject(), NewStr("__new__"), nil))
goodSlotType := newTestClass("GoodSlot", []*Type{ObjectType}, newStringDict(map[string]*Object{
"__complex__": newBuiltinFunction("__complex__", func(_ *Frame, _ Args, _ KWArgs) (*Object, *BaseException) {
return NewComplex(complex(1, 2)).ToObject(), nil
}).ToObject(),
}))
badSlotType := newTestClass("BadSlot", []*Type{ObjectType}, newStringDict(map[string]*Object{
"__complex__": newBuiltinFunction("__complex__", func(_ *Frame, _ Args, _ KWArgs) (*Object, *BaseException) {
return newObject(ObjectType), nil
}).ToObject(),
}))
strictEqType := newTestClassStrictEq("StrictEq", ComplexType)
newStrictEq := func(v complex128) *Object {
f := Complex{Object: Object{typ: strictEqType}, value: v}
return f.ToObject()
}
subType := newTestClass("SubType", []*Type{ComplexType}, newStringDict(map[string]*Object{}))
subTypeObject := (&Complex{Object: Object{typ: subType}, value: 3.14}).ToObject()
slotSubTypeType := newTestClass("SlotSubType", []*Type{ObjectType}, newStringDict(map[string]*Object{
"__complex__": newBuiltinFunction("__complex__", func(_ *Frame, _ Args, _ KWArgs) (*Object, *BaseException) {
return subTypeObject, nil
}).ToObject(),
}))
cases := []invokeTestCase{
{args: wrapArgs(ComplexType), want: NewComplex(0).ToObject()},
{args: wrapArgs(ComplexType, 56), want: NewComplex(complex(56, 0)).ToObject()},
{args: wrapArgs(ComplexType, -12), want: NewComplex(complex(-12, 0)).ToObject()},
{args: wrapArgs(ComplexType, 3.14), want: NewComplex(complex(3.14, 0)).ToObject()},
{args: wrapArgs(ComplexType, -703.4), want: NewComplex(complex(-703.4, 0)).ToObject()},
{args: wrapArgs(ComplexType, math.NaN()), want: NewComplex(complex(math.NaN(), 0)).ToObject()},
{args: wrapArgs(ComplexType, math.Inf(1)), want: NewComplex(complex(math.Inf(1), 0)).ToObject()},
{args: wrapArgs(ComplexType, math.Inf(-1)), want: NewComplex(complex(math.Inf(-1), 0)).ToObject()},
{args: wrapArgs(ComplexType, biggestFloat), want: NewComplex(complex(math.MaxFloat64, 0)).ToObject()},
{args: wrapArgs(ComplexType, new(big.Int).Neg(biggestFloat)), want: NewComplex(complex(-math.MaxFloat64, 0)).ToObject()},
{args: wrapArgs(ComplexType, new(big.Int).Sub(big.NewInt(-1), biggestFloat)), wantExc: mustCreateException(OverflowErrorType, "long int too large to convert to float")},
{args: wrapArgs(ComplexType, new(big.Int).Add(biggestFloat, big.NewInt(1))), wantExc: mustCreateException(OverflowErrorType, "long int too large to convert to float")},
{args: wrapArgs(ComplexType, bigLongNumber), wantExc: mustCreateException(OverflowErrorType, "long int too large to convert to float")},
{args: wrapArgs(ComplexType, complex(1, 2)), want: NewComplex(complex(1, 2)).ToObject()},
{args: wrapArgs(ComplexType, complex(-0.0001e-1, 3.14151692)), want: NewComplex(complex(-0.00001, 3.14151692)).ToObject()},
{args: wrapArgs(ComplexType, "23"), want: NewComplex(complex(23, 0)).ToObject()},
{args: wrapArgs(ComplexType, "-516"), want: NewComplex(complex(-516, 0)).ToObject()},
{args: wrapArgs(ComplexType, "1.003e4"), want: NewComplex(complex(10030, 0)).ToObject()},
{args: wrapArgs(ComplexType, "151.7"), want: NewComplex(complex(151.7, 0)).ToObject()},
{args: wrapArgs(ComplexType, "-74.02"), want: NewComplex(complex(-74.02, 0)).ToObject()},
{args: wrapArgs(ComplexType, "+38.29"), want: NewComplex(complex(38.29, 0)).ToObject()},
{args: wrapArgs(ComplexType, "8j"), want: NewComplex(complex(0, 8)).ToObject()},
{args: wrapArgs(ComplexType, "-17j"), want: NewComplex(complex(0, -17)).ToObject()},
{args: wrapArgs(ComplexType, "7.3j"), want: NewComplex(complex(0, 7.3)).ToObject()},
{args: wrapArgs(ComplexType, "-4.786j"), want: NewComplex(complex(0, -4.786)).ToObject()},
{args: wrapArgs(ComplexType, "+17.59123j"), want: NewComplex(complex(0, 17.59123)).ToObject()},
{args: wrapArgs(ComplexType, "-3.0007e3j"), want: NewComplex(complex(0, -3000.7)).ToObject()},
{args: wrapArgs(ComplexType, "1+2j"), want: NewComplex(complex(1, 2)).ToObject()},
{args: wrapArgs(ComplexType, "3.1415-23j"), want: NewComplex(complex(3.1415, -23)).ToObject()},
{args: wrapArgs(ComplexType, "-23+3.1415j"), want: NewComplex(complex(-23, 3.1415)).ToObject()},
{args: wrapArgs(ComplexType, "+451.2192+384.27j"), want: NewComplex(complex(451.2192, 384.27)).ToObject()},
{args: wrapArgs(ComplexType, "-38.378-283.28j"), want: NewComplex(complex(-38.378, -283.28)).ToObject()},
{args: wrapArgs(ComplexType, "1.76123e2+0.000007e6j"), want: NewComplex(complex(176.123, 7)).ToObject()},
{args: wrapArgs(ComplexType, "-nan+nanj"), want: NewComplex(complex(math.NaN(), math.NaN())).ToObject()},
{args: wrapArgs(ComplexType, "inf-infj"), want: NewComplex(complex(math.Inf(1), math.Inf(-1))).ToObject()},
{args: wrapArgs(ComplexType, 1, 2), want: NewComplex(complex(1, 2)).ToObject()},
{args: wrapArgs(ComplexType, 7, 23.45), want: NewComplex(complex(7, 23.45)).ToObject()},
{args: wrapArgs(ComplexType, 28.2537, -19), want: NewComplex(complex(28.2537, -19)).ToObject()},
{args: wrapArgs(ComplexType, -3.14, -0.685), want: NewComplex(complex(-3.14, -0.685)).ToObject()},
{args: wrapArgs(ComplexType, -47.234e+2, 2.374e+3), want: NewComplex(complex(-4723.4, 2374)).ToObject()},
{args: wrapArgs(ComplexType, -4.5, new(big.Int).Neg(biggestFloat)), want: NewComplex(complex(-4.5, -math.MaxFloat64)).ToObject()},
{args: wrapArgs(ComplexType, biggestFloat, biggestFloat), want: NewComplex(complex(math.MaxFloat64, math.MaxFloat64)).ToObject()},
{args: wrapArgs(ComplexType, 5, math.NaN()), want: NewComplex(complex(5, math.NaN())).ToObject()},
{args: wrapArgs(ComplexType, math.Inf(-1), -95), want: NewComplex(complex(math.Inf(-1), -95)).ToObject()},
{args: wrapArgs(ComplexType, math.NaN(), math.NaN()), want: NewComplex(complex(math.NaN(), math.NaN())).ToObject()},
{args: wrapArgs(ComplexType, math.Inf(1), math.Inf(-1)), want: NewComplex(complex(math.Inf(1), math.Inf(-1))).ToObject()},
{args: wrapArgs(ComplexType, complex(-48.8, 0.7395), 5.448), want: NewComplex(complex(-48.8, 6.1875)).ToObject()},
{args: wrapArgs(ComplexType, -3.14, complex(-4.5, -0.618)), want: NewComplex(complex(-2.5220000000000002, -4.5)).ToObject()},
{args: wrapArgs(ComplexType, complex(1, 2), complex(3, 4)), want: NewComplex(complex(-3, 5)).ToObject()},
{args: wrapArgs(ComplexType, complex(-2.47, 0.205e+2), complex(3.1, -0.4)), want: NewComplex(complex(-2.0700000000000003, 23.6)).ToObject()},
{args: wrapArgs(ComplexType, "bar", 1.2), wantExc: mustCreateException(TypeErrorType, "complex() can't take second arg if first is a string")},
{args: wrapArgs(ComplexType, "bar", None), wantExc: mustCreateException(TypeErrorType, "complex() can't take second arg if first is a string")},
{args: wrapArgs(ComplexType, 1.2, "baz"), wantExc: mustCreateException(TypeErrorType, "complex() second arg can't be a string")},
{args: wrapArgs(ComplexType, None, "baz"), wantExc: mustCreateException(TypeErrorType, "complex() second arg can't be a string")},
{args: wrapArgs(ComplexType, newObject(goodSlotType)), want: NewComplex(complex(1, 2)).ToObject()},
{args: wrapArgs(ComplexType, newObject(badSlotType)), wantExc: mustCreateException(TypeErrorType, "__complex__ returned non-complex (type object)")},
{args: wrapArgs(ComplexType, newObject(slotSubTypeType)), want: subTypeObject},
{args: wrapArgs(strictEqType, 3.14), want: newStrictEq(3.14)},
{args: wrapArgs(strictEqType, newObject(goodSlotType)), want: newStrictEq(complex(1, 2))},
{args: wrapArgs(strictEqType, newObject(badSlotType)), wantExc: mustCreateException(TypeErrorType, "__complex__ returned non-complex (type object)")},
{args: wrapArgs(), wantExc: mustCreateException(TypeErrorType, "'__new__' requires 1 arguments")},
{args: wrapArgs(FloatType), wantExc: mustCreateException(TypeErrorType, "complex.__new__(float): float is not a subtype of complex")},
{args: wrapArgs(ComplexType, None), wantExc: mustCreateException(TypeErrorType, "complex() argument must be a string or a number")},
{args: wrapArgs(ComplexType, "foo"), wantExc: mustCreateException(ValueErrorType, "complex() arg is a malformed string")},
{args: wrapArgs(ComplexType, 123, None, None), wantExc: mustCreateException(TypeErrorType, "'__new__' of 'complex' requires at most 2 arguments")},
}
for _, cas := range cases {
switch got, match := checkInvokeResult(complexNew, cas.args, cas.want, cas.wantExc); match {
case checkInvokeResultExceptionMismatch:
t.Errorf("complex.__new__%v raised %v, want %v", cas.args, got, cas.wantExc)
case checkInvokeResultReturnValueMismatch:
// Handle NaN specially, since NaN != NaN.
if got == nil || cas.want == nil || !got.isInstance(ComplexType) || !cas.want.isInstance(ComplexType) ||
!cmplx.IsNaN(toComplexUnsafe(got).Value()) || !cmplx.IsNaN(toComplexUnsafe(cas.want).Value()) {
t.Errorf("complex.__new__%v = %v, want %v", cas.args, got, cas.want)
}
}
}
}
func TestComplexNonZero(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0, 0)), want: False.ToObject()},
{args: wrapArgs(complex(.0, .0)), want: False.ToObject()},
{args: wrapArgs(complex(0.0, 0.1)), want: True.ToObject()},
{args: wrapArgs(complex(1, 0)), want: True.ToObject()},
{args: wrapArgs(complex(3.14, -0.001e+5)), want: True.ToObject()},
{args: wrapArgs(complex(math.NaN(), math.NaN())), want: True.ToObject()},
{args: wrapArgs(complex(math.Inf(-1), math.Inf(1))), want: True.ToObject()},
}
for _, cas := range cases {
if err := runInvokeTestCase(wrapFuncForTest(complexNonZero), &cas); err != "" {
t.Error(err)
}
}
}
func TestComplexPos(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0, 0)), want: NewComplex(complex(0, 0)).ToObject()},
{args: wrapArgs(complex(42, -0.1)), want: NewComplex(complex(42, -0.1)).ToObject()},
{args: wrapArgs(complex(-1.2, 375E+2)), want: NewComplex(complex(-1.2, 37500)).ToObject()},
{args: wrapArgs(complex(5, math.NaN())), want: NewComplex(complex(5, math.NaN())).ToObject()},
{args: wrapArgs(complex(math.Inf(1), 0.618)), want: NewComplex(complex(math.Inf(1), 0.618)).ToObject()},
}
for _, cas := range cases {
switch got, match := checkInvokeResult(wrapFuncForTest(complexPos), cas.args, cas.want, cas.wantExc); match {
case checkInvokeResultReturnValueMismatch:
if got == nil || cas.want == nil || !got.isInstance(ComplexType) || !cas.want.isInstance(ComplexType) ||
!complexesAreSame(toComplexUnsafe(got).Value(), toComplexUnsafe(cas.want).Value()) {
t.Errorf("complex.__pos__%v = %v, want %v", cas.args, got, cas.want)
}
}
}
}
func TestComplexRepr(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0.0, 0.0)), want: NewStr("0j").ToObject()},
{args: wrapArgs(complex(0.0, 1.0)), want: NewStr("1j").ToObject()},
{args: wrapArgs(complex(1.0, 2.0)), want: NewStr("(1+2j)").ToObject()},
{args: wrapArgs(complex(3.1, -4.2)), want: NewStr("(3.1-4.2j)").ToObject()},
{args: wrapArgs(complex(math.NaN(), math.NaN())), want: NewStr("(nan+nanj)").ToObject()},
{args: wrapArgs(complex(math.Inf(-1), math.Inf(1))), want: NewStr("(-inf+infj)").ToObject()},
{args: wrapArgs(complex(math.Inf(1), math.Inf(-1))), want: NewStr("(inf-infj)").ToObject()},
}
for _, cas := range cases {
if err := runInvokeTestCase(wrapFuncForTest(Repr), &cas); err != "" {
t.Error(err)
}
}
}
func TestParseComplex(t *testing.T) {
var ErrSyntax = errors.New("invalid syntax")
cases := []struct {
s string
want complex128
err error
}{
{"5", complex(5, 0), nil},
{"-3.14", complex(-3.14, 0), nil},
{"1.8456e3", complex(1845.6, 0), nil},
{"23j", complex(0, 23), nil},
{"7j", complex(0, 7), nil},
{"-365.12j", complex(0, -365.12), nil},
{"1+2j", complex(1, 2), nil},
{"-.3+.7j", complex(-0.3, 0.7), nil},
{"-1.3+2.7j", complex(-1.3, 2.7), nil},
{"48.39-20.3j", complex(48.39, -20.3), nil},
{"-1.23e2-30.303j", complex(-123, -30.303), nil},
{"-1.23e2-45.678e1j", complex(-123, -456.78), nil},
{"nan+nanj", complex(math.NaN(), math.NaN()), nil},
{"nan-nanj", complex(math.NaN(), math.NaN()), nil},
{"-nan-nanj", complex(math.NaN(), math.NaN()), nil},
{"inf+infj", complex(math.Inf(1), math.Inf(1)), nil},
{"inf-infj", complex(math.Inf(1), math.Inf(-1)), nil},
{"-inf-infj", complex(math.Inf(-1), math.Inf(-1)), nil},
{"infINIty+infinityj", complex(math.Inf(1), math.Inf(1)), nil},
{"3.4+j", complex(3.4, 1), nil},
{"21.98-j", complex(21.98, -1), nil},
{"+j", complex(0, 1), nil},
{"-j", complex(0, -1), nil},
{"j", complex(0, 1), nil},
{"(2.1-3.4j)", complex(2.1, -3.4), nil},
{" (2.1-3.4j) ", complex(2.1, -3.4), nil},
{" ( 2.1-3.4j ) ", complex(2.1, -3.4), nil},
{" \t \n \r ( \t \n \r 2.1-3.4j \t \n \r ) \t \n \r ", complex(2.1, -3.4), nil},
{" 3.14-15.16j ", complex(3.14, -15.16), nil},
{"(2.1-3.4j", complex(0, 0), ErrSyntax},
{"((2.1-3.4j))", complex(0, 0), ErrSyntax},
{"3.14 -15.16j", complex(0, 0), ErrSyntax},
{"3.14- 15.16j", complex(0, 0), ErrSyntax},
{"3.14-15.16 j", complex(0, 0), ErrSyntax},
{"3.14 - 15.16 j", complex(0, 0), ErrSyntax},
{"foo", complex(0, 0), ErrSyntax},
{"foo+bar", complex(0, 0), ErrSyntax},
}
for _, cas := range cases {
if got, _ := parseComplex(cas.s); !complexesAreSame(got, cas.want) {
t.Errorf("parseComplex(%q) = %g, want %g", cas.s, got, cas.want)
}
}
}
func TestComplexHash(t *testing.T) {
cases := []invokeTestCase{
{args: wrapArgs(complex(0.0, 0.0)), want: NewInt(0).ToObject()},
{args: wrapArgs(complex(0.0, 1.0)), want: NewInt(1000003).ToObject()},
{args: wrapArgs(complex(1.0, 0.0)), want: NewInt(1).ToObject()},
{args: wrapArgs(complex(3.1, -4.2)), want: NewInt(-1556830019620134).ToObject()},
{args: wrapArgs(complex(3.1, 4.2)), want: NewInt(1557030815934348).ToObject()},
}
for _, cas := range cases {
if err := runInvokeTestCase(wrapFuncForTest(complexHash), &cas); err != "" {
t.Error(err)
}
}
}
func floatsAreSame(a, b float64) bool {
return a == b || (math.IsNaN(a) && math.IsNaN(b))
}
func complexesAreSame(a, b complex128) bool {
return floatsAreSame(real(a), real(b)) && floatsAreSame(imag(a), imag(b))
}
func tupleComplexesAreSame(got, want *Object) bool {
if toTupleUnsafe(got).Len() != toTupleUnsafe(want).Len() {
return false
}
for i := 0; i < toTupleUnsafe(got).Len(); i++ {
if !complexesAreSame(toComplexUnsafe(toTupleUnsafe(got).GetItem(i)).Value(), toComplexUnsafe(toTupleUnsafe(want).GetItem(i)).Value()) {
return false
}
}
return true
}