How to use UsesDynamicArgs method of gauge Package

Best Gauge code snippet using gauge.UsesDynamicArgs

step_test.go

Source: step_test.go Github

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...208func (s *MySuite) TestUsageDynamicArgs(c *C) {209 dArgs := []string{"first", "second"}210 sArg := &StepArg{ArgType: Dynamic, Value: "first"}211 step := &Step{Value: "step with {}", Args: []*StepArg{sArg}}212 usesDynamicArgs := step.UsesDynamicArgs(dArgs...)213 c.Assert(usesDynamicArgs, Equals, true)214}215func (s *MySuite) TestStepDoesNotUsageDynamicArgs(c *C) {216 dArgs := []string{"first", "second"}217 sArg := &StepArg{ArgType: Dynamic, Value: "third"}218 step := &Step{Value: "step with {}", Args: []*StepArg{sArg}}219 usesDynamicArgs := step.UsesDynamicArgs(dArgs...)220 c.Assert(usesDynamicArgs, Equals, false)221}222func (s *MySuite) TestInlineTableUsageDynamicArgs(c *C) {223 headers := []string{"header"}224 cells := [][]TableCell{225 {226 {227 CellType: Dynamic,228 Value: "first",229 },230 },231 }232 table := NewTable(headers, cells, 1)233 dArgs := []string{"first", "second"}234 sArg := &StepArg{Name: "hello", ArgType: TableArg, Table: *table}235 step := &Step{Value: "step with {}", Args: []*StepArg{sArg}}236 usesDynamicArgs := step.UsesDynamicArgs(dArgs...)237 c.Assert(usesDynamicArgs, Equals, true)238}239func (s *MySuite) TestLastArgs(c *C) {240 headers := []string{"header"}241 cells := [][]TableCell{242 {243 {244 CellType: Dynamic,245 Value: "first",246 },247 },248 }249 table := NewTable(headers, cells, 1)250 dArg := &StepArg{Name: "hello", ArgType: TableArg, Table: *table}...

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step.go

Source: step.go Github

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...73 step.Args = step.getArgsInOrder(newStep, orderMap)74 diff.NewStep = step75 return diff, true76}77func (step *Step) UsesDynamicArgs(args ...string) bool {78 for _, arg := range args {79 for _, stepArg := range step.Args {80 if (stepArg.Value == arg && stepArg.ArgType == Dynamic) || (stepArg.ArgType == TableArg && tableUsesDynamicArgs(stepArg, arg)) {81 return true82 }83 }84 }85 return false86}87func tableUsesDynamicArgs(tableArg *StepArg, arg string) bool {88 for _, cells := range tableArg.Table.Columns {89 for _, cell := range cells {90 if cell.CellType == Dynamic && cell.Value == arg {91 return true92 }93 }94 }95 return false96}97func (step *Step) getArgsInOrder(newStep *Step, orderMap map[int]int) []*StepArg {98 args := make([]*StepArg, len(newStep.Args))99 for key, value := range orderMap {100 arg := &StepArg{Value: newStep.Args[key].Value, ArgType: Static}101 if newStep.Args[key].ArgType == SpecialString || newStep.Args[key].ArgType == SpecialTable {102 arg = &StepArg{Name: newStep.Args[key].Name, Value: newStep.Args[key].Value, ArgType: newStep.Args[key].ArgType}103 }104 if step.IsConcept {105 name := fmt.Sprintf("arg%d", key)106 if newStep.Args[key].Value != "" && newStep.Args[key].ArgType != SpecialString {107 name = newStep.Args[key].Value108 }109 arg = &StepArg{Name: name, Value: newStep.Args[key].Value, ArgType: Dynamic}110 }111 if value != -1 {112 arg = step.Args[value]113 }114 args[key] = arg115 }116 return args117}118func (step *Step) ReplaceArgsWithDynamic(args []*StepArg) {119 for i, arg := range step.Args {120 for _, conceptArg := range args {121 if arg.String() == conceptArg.String() {122 if conceptArg.ArgType == SpecialString || conceptArg.ArgType == SpecialTable {123 reg := regexp.MustCompile(".*:")124 step.Args[i] = &StepArg{Name: reg.ReplaceAllString(conceptArg.Name, ""), ArgType: Dynamic}125 continue126 }127 if conceptArg.ArgType == Dynamic {128 step.Args[i] = &StepArg{Name: replaceParamChar(conceptArg.Name), ArgType: Dynamic}129 continue130 }131 step.Args[i] = &StepArg{Name: replaceParamChar(conceptArg.Value), ArgType: Dynamic}132 }133 }134 }135}136func (step *Step) AddArgs(args ...*StepArg) {137 step.Args = append(step.Args, args...)138 step.PopulateFragments()139}140func (step *Step) AddInlineTableHeaders(headers []string) {141 tableArg := &StepArg{ArgType: TableArg}142 tableArg.Table.AddHeaders(headers)143 step.AddArgs(tableArg)144}145func (step *Step) AddInlineTableRow(row []TableCell) {146 lastArg := step.Args[len(step.Args)-1]147 lastArg.Table.addRows(row)148 step.PopulateFragments()149}150func (step *Step) GetLastArg() *StepArg {151 return step.Args[len(step.Args)-1]152}153func (step *Step) PopulateFragments() {154 r := regexp.MustCompile(ParameterPlaceholder)155 /​*156 enter {} and {} bar157 returns158 [[6 8] [13 15]]159 */​160 argSplitIndices := r.FindAllStringSubmatchIndex(step.Value, -1)161 step.Fragments = make([]*gauge_messages.Fragment, 0)162 if len(step.Args) == 0 {163 step.Fragments = append(step.Fragments, &gauge_messages.Fragment{FragmentType: gauge_messages.Fragment_Text, Text: step.Value})164 return165 }166 textStartIndex := 0167 for argIndex, argIndices := range argSplitIndices {168 if textStartIndex < argIndices[0] {169 step.Fragments = append(step.Fragments, &gauge_messages.Fragment{FragmentType: gauge_messages.Fragment_Text, Text: step.Value[textStartIndex:argIndices[0]]})170 }171 parameter := convertToProtoParameter(step.Args[argIndex])172 step.Fragments = append(step.Fragments, &gauge_messages.Fragment{FragmentType: gauge_messages.Fragment_Parameter, Parameter: parameter})173 textStartIndex = argIndices[1]174 }175 if textStartIndex < len(step.Value) {176 step.Fragments = append(step.Fragments, &gauge_messages.Fragment{FragmentType: gauge_messages.Fragment_Text, Text: step.Value[textStartIndex:len(step.Value)]})177 }178}179/​/​ InConcept returns true if the step belongs to a concept180func (step *Step) InConcept() bool {181 return step.Parent != nil182}183/​/​ Not copying parent as it enters an infinite loop in case of nested concepts. This is because the steps under the concept184/​/​ are copied and their parent copying again comes back to copy the same concept.185func (step *Step) GetCopy() (*Step, error) {186 if !step.IsConcept {187 return step, nil188 }189 nestedStepsCopy := make([]*Step, 0)190 for _, nestedStep := range step.ConceptSteps {191 nestedStepCopy, err := nestedStep.GetCopy()192 if err != nil {193 return nil, err194 }195 nestedStepsCopy = append(nestedStepsCopy, nestedStepCopy)196 }197 copiedConceptStep := new(Step)198 *copiedConceptStep = *step199 copiedConceptStep.ConceptSteps = nestedStepsCopy200 lookupCopy, err := step.Lookup.GetCopy()201 if err != nil {202 return nil, err203 }204 copiedConceptStep.Lookup = *lookupCopy205 return copiedConceptStep, nil206}207func (step *Step) CopyFrom(another *Step) {208 step.IsConcept = another.IsConcept209 if another.Args == nil {210 step.Args = nil211 } else {212 step.Args = make([]*StepArg, len(another.Args))213 copy(step.Args, another.Args)214 }215 if another.ConceptSteps == nil {216 step.ConceptSteps = nil217 } else {218 step.ConceptSteps = make([]*Step, len(another.ConceptSteps))219 copy(step.ConceptSteps, another.ConceptSteps)220 }221 if another.Fragments == nil {222 step.Fragments = nil223 } else {224 step.Fragments = make([]*gauge_messages.Fragment, len(another.Fragments))225 copy(step.Fragments, another.Fragments)226 }227 step.LineText = another.LineText228 step.HasInlineTable = another.HasInlineTable229 step.Value = another.Value230 step.Lookup = another.Lookup231 step.Parent = another.Parent232}233/​/​ skipcq CRT-P0003234func (step Step) Kind() TokenKind {235 return StepKind236}237func replaceParamChar(text string) string {238 return strings.Replace(strings.Replace(text, "<", "{", -1), ">", "}", -1)239}240func UsesArgs(steps []*Step, args ...string) bool {241 for _, s := range steps {242 if s.UsesDynamicArgs(args...) {243 return true244 }245 }246 return false247}...

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UsesDynamicArgs

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1import (2func main() {3 fmt.Println(gauge.UsesDynamicArgs())4}5import (6func main() {7 fmt.Println(gauge.UsesDynamicArgs())8}9import (10func main() {11 fmt.Println(gauge.UsesDynamicArgs())12}13import (14func main() {15 fmt.Println(gauge.UsesDynamicArgs())16}17import (18func main() {19 fmt.Println(gauge.UsesDynamicArgs())20}21import (22func main() {23 fmt.Println(gauge.UsesDynamicArgs())24}25import (26func main() {27 fmt.Println(gauge.UsesDynamicArgs())28}29import (30func main() {31 fmt.Println(gauge.UsesDynamicArgs())32}33import (34func main() {35 fmt.Println(gauge.UsesDynamicArgs())36}37import (

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UsesDynamicArgs

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1import (2func main() {3 fmt.Println("Hello World!")4}5import (6func main() {7 fmt.Println("Hello World!")8}9import (10func main() {11 fmt.Println("Hello World!")12}13import (14func main() {15 fmt.Println("Hello World!")16}17import (18func main() {19 fmt.Println("Hello World!")20}21import (22func main() {23 fmt.Println("Hello World!")24}25import (26func main() {27 fmt.Println("Hello World!")28}29import (30func main() {31 fmt.Println("Hello World!")32}33import (34func main() {35 fmt.Println("Hello World!")36}37import (38func main() {39 fmt.Println("Hello

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UsesDynamicArgs

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1import (2var _ = gauge.Step("Step with dynamic parameters <param1> and <param2>", func(param1, param2 string) {3 fmt.Println("Dynamic parameters are " + param1 + " and " + param2)4})5var _ = gauge.Step("Step with dynamic parameters <param1> and <param2> and <param3>", func(param1, param2, param3 string) {6 fmt.Println("Dynamic parameters are " + param1 + " and " + param2 + " and " + param3)7})8var _ = gauge.Step("Step with dynamic parameters <param1> and <param2> and <param3> and <param4>", func(param1, param2, param3, param4 string) {9 fmt.Println("Dynamic parameters are " + param1 + " and " + param2 + " and " + param3 + " and " + param4)10})11var _ = gauge.Step("Step with dynamic parameters <param1> and <param2> and <param3> and <param4> and <param5>", func(param1, param2, param3, param4, param5 string) {12 fmt.Println("Dynamic parameters are " + param1 + " and " + param2 + " and " + param3 + " and " + param4 + " and " + param5)13})14var _ = gauge.Step("Step with dynamic parameters <param1> and <param2> and <param3> and <param4> and <param5> and <param6>", func(param1, param2, param3, param4, param5, param6 string) {15 fmt.Println("Dynamic parameters are " + param1 + " and " + param2 + " and " + param3 + " and " + param4 + " and " + param5 + " and " + param6)16})17var _ = gauge.Step("Step with dynamic parameters <param1> and <param2> and <param3> and <param4> and <param5> and <param6> and <param7>", func(param1, param2, param3, param4, param5, param6, param7 string) {18 fmt.Println("Dynamic parameters are " + param1 + " and " + param2 + " and " + param

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UsesDynamicArgs

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1import (2func main() {3 fmt.Println("Hello, World!")4}5import (6func main() {7 fmt.Println("Hello, World!")8}9import (10func main() {11 fmt.Println("Hello, World!")12}13import (14func main() {15 fmt.Println("Hello, World!")16}17import (18func main() {19 fmt.Println("Hello, World!")20}21import (22func main() {23 fmt.Println("Hello, World!")24}25import (26func main() {27 fmt.Println("Hello, World!")28}29import (30func main() {31 fmt.Println("Hello, World!")32}33import (34func main() {35 fmt.Println("Hello, World!")36}37import (

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UsesDynamicArgs

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1import (2func main() {3 fmt.Println(gauge.UsesDynamicArgs())4}5import (6func main() {7 fmt.Println(gauge.GetStepNames())8}9import (10func main() {11 fmt.Println(gauge.GetStepValue("step1"))12}13import (14func main() {15 fmt.Println(gauge.GetStepText("step1"))16}

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UsesDynamicArgs

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1import (2func main() {3 fmt.Println("Hello World")4}5import (6func main() {7 fmt.Println("Hello World")8}9import (10func main() {11 fmt.Println("Hello World")12}13import (14func main() {15 fmt.Println("Hello World")16}17import (18func main() {19 fmt.Println("Hello World")20}21import (22func main() {23 fmt.Println("Hello World")24}25import (26func main() {27 fmt.Println("Hello World")28}29import (30func main() {31 fmt.Println("Hello World")32}33import (34func main() {35 fmt.Println("Hello World")36}37import (38func main() {39 fmt.Println("Hello

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UsesDynamicArgs

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1import (2func UsesDynamicArgs(args []string) bool {3 return strings.Contains(args[0], "<")4}5func GetDynamicArgs(args []string) []string {6 return strings.Split(args[0], "<")7}8func UsesDynamicArgs(args []string) bool {9 return strings.Contains(args[0], "<")10}11func GetDynamicArgs(args []string) []string {12 return strings.Split(args[0], "<")13}14func UsesDynamicArgs(args []string) bool {15 return strings.Contains(args[0], "<")16}17func GetDynamicArgs(args []string) []string {18 return strings.Split(args[0], "<")19}20func UsesDynamicArgs(args []string) bool {21 return strings.Contains(args[0], "<")22}23func GetDynamicArgs(args []string) []string {24 return strings.Split(args[0], "<")25}26func UsesDynamicArgs(args []string) bool {27 return strings.Contains(args[0], "<")28}29func GetDynamicArgs(args []string) []string {30 return strings.Split(args[0], "<")31}32func UsesDynamicArgs(args []string) bool {33 return strings.Contains(args[0], "<")34}35func GetDynamicArgs(args []string) []string {36 return strings.Split(args[0], "<")37}38func UsesDynamicArgs(args []string) bool {39 return strings.Contains(args[0], "<")40}41func GetDynamicArgs(args []string) []string {42 return strings.Split(args[0], "<")43}44func UsesDynamicArgs(args []string) bool {

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UsesDynamicArgs

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1import (2func StepImplementation(args ...string) {3 fmt.Println("Step Implementation")4}5func main() {6 gauge.Step("This is a sample step", StepImplementation)7 gauge.Step("This is a sample step with <arg1> and <arg2>", StepImplementation)8 gauge.Execute()9}10import (11func StepImplementation(args ...string) {12 fmt.Println("Step Implementation")13}14func main() {15 gauge.Step("This is a sample step", StepImplementation)16 gauge.Step("This is a sample step with <arg1> and <arg2>", StepImplementation)17 gauge.Execute()18}19import (20func StepImplementation(args ...string) {21 fmt.Println("Step Implementation")22}23func main()

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