How to use TestGenerateNewStepNameGivesLineTextWithActualParamNames method of refactor Package

Best Gauge code snippet using refactor.TestGenerateNewStepNameGivesLineTextWithActualParamNames

refactor_test.go

Source: refactor_test.go Github

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...341 c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "name")342 c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "address")343 c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "id")344}345func (s *MySuite) TestGenerateNewStepNameGivesLineTextWithActualParamNames(c *C) {346 args := []string{"name", "address", "id"}347 newStep := "second step <a> and <b> and <d>"348 orderMap := make(map[int]int)349 orderMap[0] = 1350 orderMap[1] = 2351 orderMap[2] = 0352 agent, _ := getRefactorAgent(newStep, newStep, nil)353 linetext := agent.generateNewStepName(args, orderMap)354 c.Assert(linetext, Equals, "second step <address> and <id> and <name>")355}356func (s *MySuite) TestGenerateNewStepNameWhenParametersAreAdded(c *C) {357 args := []string{"name", "address"}358 newStep := "changed step <a> and <b> and \"id\""359 orderMap := make(map[int]int)...

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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1import (2func main() {3 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {4 fmt.Println("Step with param1 and param2")5 })6 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {7 fmt.Println("Step with param1 and param2")8 })9 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {10 fmt.Println("Step with param1 and param2")11 })12 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {13 fmt.Println("Step with param1 and param2")14 })15 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {16 fmt.Println("Step with param1 and param2")17 })18 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {19 fmt.Println("Step with param1 and param2")20 })21 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {22 fmt.Println("Step with param1 and param2")23 })24 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {25 fmt.Println("Step with param1 and param2")26 })27 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {28 fmt.Println("Step with param1 and param2")29 })30 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {31 fmt.Println("Step with param1 and param2")32 })33 gauge.Step("Step with <some_param> and <another_param>", func(someParam, anotherParam string) {34 fmt.Println("Step with param1 and param2")35 })36 gauge.Step("Step with <some_param> and <another_param>",

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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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 (

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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1func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {2}3func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {4}5func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {6}7func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {8}9func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {10}11func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {12}13func (refactor *Refactor) TestGenerateNewStepNameGivesLineTextWithActualParamNames() {

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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1func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {2 refactor := new(Refactor)3 refactor.ParamPositions = []int{9, 18}4 refactor.ParamValues = []string{"foo", "bar"}5 got := refactor.GenerateNewStepName()6 assert.Equal(t, "Say \"hello\" to foo bar", got)7}8func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {9 refactor := new(Refactor)10 refactor.ParamPositions = []int{9, 18}11 refactor.ParamValues = []string{"foo", "bar"}12 got := refactor.GenerateNewStepName()13 assert.Equal(t, "Say \"hello\" to foo bar", got)14}15func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {16 refactor := new(Refactor)17 refactor.ParamPositions = []int{9, 18}18 refactor.ParamValues = []string{"foo", "bar"}19 got := refactor.GenerateNewStepName()20 assert.Equal(t, "Say \"hello\" to foo bar", got)21}22func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {23 refactor := new(Refactor)24 refactor.ParamPositions = []int{9, 18}25 refactor.ParamValues = []string{"foo", "bar"}26 got := refactor.GenerateNewStepName()27 assert.Equal(t, "Say \"hello\" to foo bar", got)28}

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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1import (2func main() {3 step := gauge.Step{Value: "say hello to <name>"}4 refactor := gauge.NewRefactor()5 newStep := refactor.GenerateNewStepName(step)6 fmt.Println(newStep)7}8import (9func main() {10 step := gauge.Step{Value: "say hello to <name>"}11 refactor := gauge.NewRefactor()12 newStep := refactor.GenerateNewStepName(step)13 fmt.Println(newStep)14}15import (16func main() {17 step := gauge.Step{Value: "say hello to <name>"}18 refactor := gauge.NewRefactor()19 newStep := refactor.GenerateNewStepName(step)20 fmt.Println(newStep)21}22import (23func main() {24 step := gauge.Step{Value: "say hello to <name>"}25 refactor := gauge.NewRefactor()26 newStep := refactor.GenerateNewStepName(step)27 fmt.Println(newStep)28}29import (30func main() {31 step := gauge.Step{Value: "say hello to <name>"}

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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1func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {2 t.Parallel()3 var testCases = []struct {4 }{5 {6 []string{"hello", "John"},7 },8 {9 []string{"hello", "John", "Peter"},10 },11 {12 []string{"hello", "John", "Peter", "Arun"},13 },14 }15 for _, testCase := range testCases {16 t.Run(testCase.oldStepText, func(t *testing.T) {17 t.Parallel()18 refactor := new(refactor)19 step := &gauge_messages.Step{StepValue: testCase.oldStepText, ActualStepText: testCase.newStepText}20 step.Parameters = getStepParameters(testCase.actualParamValues)21 actualStepText := refactor.GenerateNewStepName(step)22 assert.Equal(t, testCase.expectedStepText, actualStepText)23 })24 }25}26func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {27 t.Parallel()28 var testCases = []struct {29 }{30 {31 []string{"hello", "John"},32 },33 {

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TestGenerateNewStepNameGivesLineTextWithActualParamNames

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1func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {2 var (3 paramValues = []*gherkin.DocString{&gherkin.DocString{Content: "hello"}, &gherkin.DocString{Content: "world"}}4 lineText := refactor.GenerateNewStepName(stepName, paramValues)5 assert.Equal(t, expectedText, lineText)6}7import (8type Refactor struct{}9func (r *Refactor) GenerateNewStepName(stepName string, paramValues []*gherkin.DocString) string {10 return r.generateNewStepName(stepName, paramValues)11}12func (r *Refactor) generateNewStepName(stepName string, paramValues []*gherkin.DocString) string {13 var (14 paramNameRegexp = regexp.MustCompile(`<([a-zA-Z0-9]+)>`)15 return paramNameRegexp.ReplaceAllStringFunc(stepName, func(paramName string) string {16 paramName = paramName[1 : len(paramName)-1]17 return fmt.Sprintf("\"%s\"", r.getParamValue(paramName, paramValues))18 })19}20func (r *Refactor) getParamValue(paramName string, paramValues []*gherkin.DocString) string {21 for _, paramValue := range paramValues {22 if strings.Contains(paramValue.Content, paramName) {23 }24 }25}26import (27func TestGenerateNewStepNameGivesLineTextWithActualParamNames(t *testing.T) {28 var (29 paramValues = []*gherkin.DocString{&gherkin.DocString{Content: "hello"}, &gherkin.DocString{Content: "world"}}

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