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How to use evaluateExp method of filter Package

Best Gauge code snippet using filter.evaluateExp

specItemFilter.go

Source:specItemFilter.go

...67	sort.Sort(ByLength(tags))68	for _, tag := range tags {69		expToBeEvaluated = strings.Replace(expToBeEvaluated, strings.TrimSpace(tag), strconv.FormatBool(isTagQualified(tagsMap, strings.TrimSpace(tag))), -1)70	}71	return filter.evaluateExp(filter.handleNegation(expToBeEvaluated))72}73type ByLength []string74func (s ByLength) Len() int {75	return len(s)76}77func (s ByLength) Swap(i, j int) {78	s[i], s[j] = s[j], s[i]79}80func (s ByLength) Less(i, j int) bool {81	return len(s[i]) > len(s[j])82}83func (filter *ScenarioFilterBasedOnTags) handleNegation(tagExpression string) string {84	tagExpression = strings.Replace(strings.Replace(tagExpression, "!true", "false", -1), "!false", "true", -1)85	for strings.Contains(tagExpression, "!(") {86		tagExpression = filter.evaluateBrackets(tagExpression)87	}88	return tagExpression89}90func (filter *ScenarioFilterBasedOnTags) evaluateBrackets(tagExpression string) string {91	if strings.Contains(tagExpression, "!(") {92		innerText := filter.resolveBracketExpression(tagExpression)93		return strings.Replace(tagExpression, "!("+innerText+")", filter.evaluateBrackets(innerText), -1)94	}95	value, _ := filter.evaluateExp(tagExpression)96	return strconv.FormatBool(!value)97}98func (filter *ScenarioFilterBasedOnTags) resolveBracketExpression(tagExpression string) string {99	indexOfOpenBracket := strings.Index(tagExpression, "!(") + 1100	bracketStack := make([]string, 0)101	i := indexOfOpenBracket102	for ; i < len(tagExpression); i++ {103		if tagExpression[i] == '(' {104			bracketStack = append(bracketStack, "(")105		} else if tagExpression[i] == ')' {106			bracketStack = append(bracketStack[:len(bracketStack)-1])107		}108		if len(bracketStack) == 0 {109			break110		}111	}112	return tagExpression[indexOfOpenBracket+1 : i]113}114func (filter *ScenarioFilterBasedOnTags) evaluateExp(tagExpression string) (bool, error) {115	tre := regexp.MustCompile("true")116	fre := regexp.MustCompile("false")117	s := fre.ReplaceAllString(tre.ReplaceAllString(tagExpression, "1"), "0")118	val, err := types.Eval(token.NewFileSet(), nil, 0, s)119	if err != nil {120		return false, errors.New("Invalid Expression.\n" + err.Error())121	}122	res, _ := constant.Uint64Val(val.Value)123	var final bool124	if res == 1 {125		final = true126	} else {127		final = false128	}...

evaluateExp

Using AI Code Generation

1import (2func main() {3	f := filter{expression: "a+b", variables: map[string]interface{}{"a": 1, "b": 2}}4	fmt.Println(f.evaluateExp())5}6import (7type filter struct {8	variables  map[string]interface{}9}10func (f filter) evaluateExp() interface{} {11	for key, value := range f.variables {12		exp = replace(exp, key, value)13	}14	return eval(exp)15}16func replace(exp string, key string, value interface{}) string {17}18func eval(exp string) interface{} {19}20import (21type filter struct {22	variables  map[string]interface{}23}24func (f filter) evaluateExp() interface{} {25	for key, value := range f.variables {26		exp = replace(exp, key, value)27	}28	return eval(exp)29}30func replace(exp string, key string, value interface{}) string {31}32func eval(exp string) interface{} {33}34import (35type filter struct {36	variables  map[string]interface{}37}38func (f filter) evaluateExp() interface{} {39	for key, value := range f.variables {40		exp = replace(exp, key, value)41	}42	return eval(exp)43}44func replace(exp string, key string, value interface{}) string {45}46func eval(exp string) interface{} {47}48import (49type filter struct {50	variables  map[string]interface{}51}52func (f filter) evaluateExp() interface{} {

evaluateExp

Using AI Code Generation

1import (2type Filter struct {3}4func (f *Filter) evaluateExp() (interface{}, error) {5    program, err := expr.Compile(f.ColName + f.Op + f.Value)6    if err != nil {7    }8    output, err := expr.Run(program, nil)9    if err != nil {10    }11}12func main() {13    f := &Filter{14    }15    output, err := f.evaluateExp()16    if err != nil {17        fmt.Println("Error:", err)18    }19    fmt.Println(output)20}21import (22type Filter struct {23}24func (f *Filter) evaluateExp() (interface{}, error) {25    program, err := expr.Compile(f.ColName + f.Op + f.Value)26    if err != nil {27    }28    output, err := expr.Run(program, nil)29    if err != nil {30    }31}32func main() {33    f := &Filter{34    }35    output, err := f.evaluateExp()36    if err != nil {37        fmt.Println("Error:", err)38    }39    if output == true {40        fmt.Println("Filter passed")41    } else {42        fmt.Println("Filter failed")43    }44}45import (46type Filter struct {47}48func (f *Filter) evaluateExp() (interface{}, error) {49    program, err := expr.Compile(f.ColName + f.Op + f.Value

evaluateExp

Using AI Code Generation

1import (2func main() {3    f := filter{}4    exp := "(1 + 2) * 3"5    res := f.evaluateExp(exp)6    fmt.Println("Result is:", res)7}8type filter struct{}9func (f filter) evaluateExp(exp string) int {10    stack := []int{}11    opstack := []string{}12    for _, ch := range exp {13        c := string(ch)14        if isDigit(c) {15            num, _ := strconv.Atoi(c)16            stack = append(stack, num)17        }18        if isOperator(c) {19            if len(opstack) == 0 {20                opstack = append(opstack, c)21            } else {22                op := opstack[len(opstack)-1]23                if getPrecedence(op) > getPrecedence(c) {24                    num1 := stack[len(stack)-1]25                    stack = stack[:len(stack)-1]26                    num2 := stack[len(stack)-1]27                    stack = stack[:len(stack)-1]28                    opstack = opstack[:len(opstack)-1]29                    res := calculate(num1, num2, op)30                    stack = append(stack, res)31                    opstack = append(opstack, c)32                } else {33                    opstack = append(opstack, c)34                }35            }36        }37    }38    for i := len(opstack) - 1; i >= 0; i-- {

evaluateExp

Using AI Code Generation

1import (2func main() {3	f := filter{Exp: "a+b"}4	fmt.Println(f.evaluateExp(2, 3))5}6import (7type filter struct {8}9func (f filter) evaluateExp(a, b int) int {10	re := regexp.MustCompile(`(\d+)([+-])(\d+)`)11	match := re.FindStringSubmatch(f.Exp)12	num1, _ := strconv.Atoi(match[1])13	num2, _ := strconv.Atoi(match[3])14	switch match[2] {15		fmt.Println("Invalid Operator")16	}17}18import (19type filter struct {20}21func (f filter) evaluateExp(a, b int) int {22	re := regexp.MustCompile(`(\d+)([+-])(\d+)`)23	match := re.FindStringSubmatch(f.Exp)24	num1, _ := strconv.Atoi(match[1])25	num2, _ := strconv.Atoi(match[3])26	switch match[2] {27		fmt.Println("Invalid Operator")28	}29}30import (31type filter struct {32}33func (f filter) evaluateExp(a, b int) int {34	re := regexp.MustCompile(`(\d+)([+-])(\d+)`)35	match := re.FindStringSubmatch(f.Exp)36	num1, _ := strconv.Atoi(match[1])37	num2, _ := strconv.Atoi(match[3])38	switch match[2] {39		fmt.Println("Invalid Operator")40	}41}42import (43type filter struct {44}45func (f filter) evaluateExp(a, b int)

evaluateExp

Using AI Code Generation

1import (2type filter struct {3}4func (f *filter) evaluateExp(exp string) bool {5}6func main() {7}8import (9type filter struct {10}11func (f *filter) evaluateExp(exp string) bool {12}13func main() {14}15import (16type filter struct {17}18func (f *filter) evaluateExp(exp string) bool {19}20func main() {21}22import (23type filter struct {24}25func (f *filter) evaluateExp(exp string) bool {26}27func main() {28}29import (30type filter struct {31}32func (f *filter) evaluateExp(exp string) bool {33}34func main() {35}36import (37type filter struct {38}39func (f *filter) evaluateExp(exp string) bool {40}41func main() {42}

evaluateExp

Using AI Code Generation

1import (2func main() {3	filter := Filter{}4	fmt.Println("Expression is ", exp)5	fmt.Println("Result is ", filter.evaluateExp(exp))6	fmt.Println("Expression is ", exp)7	fmt.Println("Result is ", filter.evaluateExp(exp))8	exp = "(2+2)*2"9	fmt.Println("Expression is ", exp)10	fmt.Println("Result is ", filter.evaluateExp(exp))11	fmt.Println("Expression is ", exp)12	fmt.Println("Result is ", filter.evaluateExp(exp))13	fmt.Println("Expression is ", exp)14	fmt.Println("Result is ", filter.evaluateExp(exp))15	fmt.Println("Expression is ", exp)16	fmt.Println("Result is ", filter.evaluateExp(exp))17	fmt.Println("Expression is ", exp)18	fmt.Println("Result is ", filter.evaluateExp(exp))19	fmt.Println("Expression is ", exp)20	fmt.Println("Result is ", filter.evaluateExp(exp))21	fmt.Println("Expression is ", exp)22	fmt.Println("Result is ", filter.evaluateExp(exp))23	fmt.Println("Expression is ", exp)24	fmt.Println("Result is ", filter.evaluateExp(exp))25	fmt.Println("Expression is ", exp)26	fmt.Println("Result is ", filter.evaluateExp(exp))

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