How to use ExampleT_NotNaN_float32 method of td_test Package

Best Go-testdeep code snippet using td_test.ExampleT_NotNaN_float32

example_t_test.go

Source:example_t_test.go

...1656	// true1657	// true1658	// false1659}1660func ExampleT_NotNaN_float32() {1661	t := td.NewT(&testing.T{})1662	got := float32(math.NaN())1663	ok := t.NotNaN(got,1664		"checks %v is not-a-number", got)1665	fmt.Println("float32(math.NaN()) is NOT float32 not-a-number:", ok)1666	got = 121667	ok = t.NotNaN(got,1668		"checks %v is not-a-number", got)1669	fmt.Println("float32(12) is NOT float32 not-a-number:", ok)1670	// Output:1671	// float32(math.NaN()) is NOT float32 not-a-number: false1672	// float32(12) is NOT float32 not-a-number: true1673}1674func ExampleT_NotNaN_float64() {...

ExampleT_NotNaN_float32

Using AI Code Generation

1func ExampleT_NotNaN_float32() {2	t.NotNaN(float32(1.2))3	t.NotNaN(float32(-1.2))4	t.NotNaN(float32(0.0))5	t.NotNaN(float32(math.NaN()))6}7func ExampleT_NotNaN_float64() {8	t.NotNaN(float64(1.2))9	t.NotNaN(float64(-1.2))10	t.NotNaN(float64(0.0))11	t.NotNaN(float64(math.NaN()))12}13func ExampleT_NotNaN_complex64() {14	t.NotNaN(complex64(1.2 + 3.4i))15	t.NotNaN(complex64(-1.2 - 3.4i))16	t.NotNaN(complex64(0.0))17	t.NotNaN(complex64(math.NaN() + math.NaN()*1i))18}19func ExampleT_NotNaN_complex128() {20	t.NotNaN(complex128(1.2 + 3.4i))21	t.NotNaN(complex128(-1.2 - 3.4i))22	t.NotNaN(complex128(0.0))23	t.NotNaN(complex128(math

ExampleT_NotNaN_float32

Using AI Code Generation

1import (2func main() {3	vm := otto.New()4	underscore.Enable(vm)5	file, err := os.Open("2.js")6	if err != nil {7		log.Fatal(err)8	}9	defer file.Close()10	program, err := parser.ParseFile(file, "", 0)11	if err != nil {12		log.Fatal(err)13	}14	for _, node := range program.Body {15		if function, ok := node.(*ast.FunctionDeclaration); ok {16			if function.Id != nil {17				if name == "ExampleT_NotNaN_float32" {18					for _, node := range body.List {19						if returnStatement, ok := node.(*ast.ReturnStatement); ok {20							if callExpression, ok := expression.(*ast.CallExpression); ok {21								if memberExpression, ok := callee.(*ast.MemberExpression); ok {22									if identifier, ok := object.(*ast.Identifier); ok {23										if name == "td" {

ExampleT_NotNaN_float32

Using AI Code Generation

1func ExampleT_NotNaN_float32() {2	t.NotNaN(float32(1.0), "float32 value 1.0 is not NaN")3	t.NotNaN(float32(0.0), "float32 value 0.0 is not NaN")4	t.NotNaN(float32(math.NaN()), "float32 value NaN is NaN")5}6func ExampleT_NotNaN_float64() {7	t.NotNaN(float64(1.0), "float64 value 1.0 is not NaN")8	t.NotNaN(float64(0.0), "float64 value 0.0 is not NaN")9	t.NotNaN(float64(math.NaN()), "float64 value NaN is NaN")10}11func ExampleT_NotNaN_int() {12	t.NotNaN(int(1), "int value 1 is not NaN")13	t.NotNaN(int(0), "int value 0 is not NaN")14	t.NotNaN(int(math.NaN()), "int value NaN is NaN")15}16func ExampleT_NotNaN_int8() {17	t.NotNaN(int8(1), "int8 value 1 is not NaN")18	t.NotNaN(int8(0), "int8 value 0 is not NaN")19	t.NotNaN(int8(math.NaN()), "int8 value NaN is NaN")20}21func ExampleT_NotNaN_int16() {22	t.NotNaN(int16(1), "int16 value 1 is not NaN")23	t.NotNaN(int16(0), "int16 value 0 is not NaN")24	t.NotNaN(int16(math.NaN()), "int16 value NaN is NaN")25}26func ExampleT_NotNaN_int32() {27	t.NotNaN(int32(1), "int32 value

ExampleT_NotNaN_float32

Using AI Code Generation

1func ExampleT_NotNaN_float32() {2	td.TD{}.NotNaN(float32Value)3}4func ExampleT_NotNaN_float64() {5	td.TD{}.NotNaN(float64Value)6}7func ExampleT_NotNaN_int() {8	td.TD{}.NotNaN(intValue)9}10func ExampleT_NotNaN_int8() {11	td.TD{}.NotNaN(int8Value)12}13func ExampleT_NotNaN_int16() {14	td.TD{}.NotNaN(int16Value)15}16func ExampleT_NotNaN_int32() {17	td.TD{}.NotNaN(int32Value)18}19func ExampleT_NotNaN_int64() {20	td.TD{}.NotNaN(int64Value)21}22func ExampleT_NotNaN_uint() {23	td.TD{}.NotNaN(uintValue)24}25func ExampleT_NotNaN_uint8() {

ExampleT_NotNaN_float32

Using AI Code Generation

1func ExampleT_NotNaN_float32() {2	td := NewT(&testing.T{})3	td.NotNaN(float32(1.0), "1.0 is not NaN")4}5func ExampleT_NotNaN_float64() {6	td := NewT(&testing.T{})7	td.NotNaN(float64(1.0), "1.0 is not NaN")8}9func ExampleT_NotNaN_int() {10	td := NewT(&testing.T{})11	td.NotNaN(int(1), "1 is not NaN")12}13func ExampleT_NotNaN_int8() {14	td := NewT(&testing.T{})15	td.NotNaN(int8(1), "1 is not NaN")16}17func ExampleT_NotNaN_int16() {18	td := NewT(&testing.T{})19	td.NotNaN(int16(1), "1 is not NaN")20}21func ExampleT_NotNaN_int32() {22	td := NewT(&testing.T{})23	td.NotNaN(int32(1), "1 is not NaN")24}25func ExampleT_NotNaN_int64() {26	td := NewT(&testing.T{})27	td.NotNaN(int64(1), "1 is not NaN")28}

ExampleT_NotNaN_float32

Using AI Code Generation

1import (2func ExampleT_NotNaN_float32() {3	td.Init()4	defer td.Close()5	fmt.Println(td.NotNaN(float32(1.2)))6	fmt.Println(td.NotNaN(float32(0.0)))7	fmt.Println(td.NotNaN(float32(-1.2)))8	fmt.Println(td.NotNaN(float32(0)))9}10import (11func ExampleT_NotNaN_float64() {12	td.Init()13	defer td.Close()14	fmt.Println(td.NotNaN(float64(1.2)))15	fmt.Println(td.NotNaN(float64(0.0)))16	fmt.Println(td.NotNaN(float64(-1.2)))17	fmt.Println(td.NotNaN(float64(0)))18}19import (20func ExampleT_NotNaN_int() {21	td.Init()22	defer td.Close()23	fmt.Println(td.NotNaN(12))24	fmt.Println(td.NotNaN(0))25	fmt.Println(td.NotNaN(-12))26	fmt.Println(td.NotNaN(0))27}28import (29func ExampleT_NotNaN_int8() {30	td.Init()31	defer td.Close()32	fmt.Println(td.NotNaN(int8(12)))33	fmt.Println(td.NotNaN(int8(0)))34	fmt.Println(td.NotNaN(int8(-12)))35	fmt.Println(td.NotNaN(int8(0)))36}

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