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How to use resolveOp method of td Package

Best Go-testdeep code snippet using td.resolveOp

td_json.go

Source:td_json.go

...129	}130	final, err := json.Parse(b, json.ParseOpts{131		Placeholders:       params,132		PlaceholdersByName: byTag,133		OpFn:               u.resolveOp(),134	})135	if err != nil {136		return nil, ctxerr.OpBad(u.Func, "JSON unmarshal error: %s", err)137	}138	return final, nil139}140// resolveOp returns a closure usable as json.ParseOpts.OpFn.141func (u tdJSONUnmarshaler) resolveOp() func(json.Operator, json.Position) (any, error) {142	return func(jop json.Operator, posInJSON json.Position) (any, error) {143		op, exists := allOperators[jop.Name]144		if !exists {145			return nil, fmt.Errorf("unknown operator %s()", jop.Name)146		}147		if hint, exists := forbiddenOpsInJSON[jop.Name]; exists {148			if hint == "" {149				return nil, fmt.Errorf("%s() is not usable in JSON()", jop.Name)150			}151			return nil, fmt.Errorf("%s() is not usable in JSON(), use %s instead",152				jop.Name, hint)153		}154		vfn := reflect.ValueOf(op)155		tfn := vfn.Type()...

asttypes.go

Source:asttypes.go

...100101func (ie *InfixExpression) isReadOnly() bool { return false }102103func (ie *InfixExpression) visit() string {104    return fmt.Sprintf("(%s %v %v)", resolveOp(ie.opType), string(ie.leftNode.Exp.visit()), ie.rightNode.Exp.visit())105106}107108func  (ie *InfixExpression) execute(c *Context)  {109    // fmt.Printf("Executing infix exp: \n")110}111112func  (ie *InfixExpression) analyze(c *Context)  {113    ie.leftNode.Exp.analyze(c)114    ie.rightNode.Exp.analyze(c)115116    if(isMathematicalOperator(ie.opType)) {117        // fmt.Println("Is math op\n")118        isInteger(c, ie.leftNode.Exp)119        isInteger(c, ie.rightNode.Exp)120    } else if(isComparisonOperator(ie.opType)) {121        // fmt.Println("Is comp op\n")122        expressionsHaveSameType(c, ie.leftNode.Exp, ie.rightNode.Exp)123        isIntegerOrString(c, ie.leftNode.Exp)124        isIntegerOrString(c, ie.rightNode.Exp)125    } else {126        expressionsHaveSameType(c, ie.leftNode.Exp, ie.rightNode.Exp)127    }128129    ie.expType = &Integer{}130}131132func resolveOp(opType Op) string {133    typeStr := ""134    switch opType {135        case 0:136            typeStr = "Op_MUL"137        case 1:138            typeStr = "Op_DIV"139        case 2:140            typeStr = "Op_PLUS"141        case 3:142            typeStr = "Op_MINUS"143        case 4:144            typeStr = "Op_EQUALS"145        case 5:146            typeStr = "Op_NEQ"
...

resolveOp

Using AI Code Generation

1import (2type td struct {3}4func (t *td) resolveOp() (float64, float64) {5	delta := (t.b * t.b) - 4*t.a*t.c6	if delta < 0 {7	} else if delta == 0 {8		return -t.b / (2 * t.a), 09	} else {10		return (-t.b + math.Sqrt(delta)) / (2 * t.a), (-t.b - math.Sqrt(delta)) / (2 * t.a)11	}12}13func main() {14	t := td{1, 2, 1}15	x1, x2 := t.resolveOp()16	fmt.Println("x1=", x1, "x2=", x2)17}18import (19type td struct {20}21func (t *td) resolveOp() (float64, float64) {22	delta := (t.b * t.b) - 4*t.a*t.c23	if delta < 0 {24	} else if delta == 0 {25		return -t.b / (2 * t.a), 026	} else {27		return (-t.b + math.Sqrt(delta)) / (2 * t.a), (-t.b - math.Sqrt(delta)) / (2 * t.a)28	}29}30func main() {31	t := td{1, 2, 3}32	x1, x2 := t.resolveOp()33	fmt.Println("x1=", x1, "x2=", x2)34}35import (36type td struct {37}38func (t *td) resolveOp() (float64, float64) {39	delta := (t.b * t.b) - 4

resolveOp

Using AI Code Generation

1import (2type td struct {3}4func (t *td) resolveOp() {5}6func main() {7}8import (9type td struct {10}11func (t *td) resolveOp() {12}13func main() {14}15import (16type td struct {17}18func (t *td) resolveOp() {19}20func main() {21}22import (23type td struct {24}25func (t *td) resolveOp() {26}27func main() {28}29import (30type td struct {31}32func (t *td) resolveOp() {33}34func main() {35}36import (37type td struct {38}39func (t *td) resolveOp() {40}41func main() {42}43import (44type td struct {45}46func (t *td) resolveOp() {47}48func main() {49}50import (51type td struct {52}53func (t *td) resolveOp() {54}55func main() {56}57import (58type td struct {59}

resolveOp

Using AI Code Generation

1func main(){2    td.resolveOp("+")3    td.resolveOp("-")4    td.resolveOp("*")5    td.resolveOp("/")6    td.resolveOp("%")7    td.resolveOp("<<")8    td.resolveOp(">>")9    td.resolveOp("&")10    td.resolveOp("^")11    td.resolveOp("|")12}

resolveOp

Using AI Code Generation

1import (2func main() {3    td := td{}4    tdOp := tdOp{}5    tdOp.resolveOp()6    fmt.Println(tdOp.td)7    fmt.Println(tdOp.op)8    fmt.Println(tdOp.val)9}10import (11func main() {12    td := td{}13    tdOp := tdOp{}14    tdOp.resolveOp()15    fmt.Println(tdOp.td)16    fmt.Println(tdOp.op)17    fmt.Println(tdOp.val)18}19import (20func main() {21    td := td{}22    tdOp := tdOp{}23    tdOp.resolveOp()24    fmt.Println(tdOp.td)25    fmt.Println(tdOp.op)26    fmt.Println(tdOp.val)27}28import (29func main() {30    td := td{}

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