How to use createOrderOfArgs method of refactor Package

Best Gauge code snippet using refactor.createOrderOfArgs

refactor_test.go

Source:refactor_test.go

...198func (s *MySuite) TestCreateOrderGivesMapOfOldArgsAndNewArgs(c *C) {199	step1 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "a"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}, &gauge.StepArg{Name: "d"}}}200	step2 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "d"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}, &gauge.StepArg{Name: "a"}}}201	agent := &rephraseRefactorer{step1, step2, false, nil}202	orderMap := agent.createOrderOfArgs()203	c.Assert(orderMap[0], Equals, 3)204	c.Assert(orderMap[1], Equals, 1)205	c.Assert(orderMap[2], Equals, 2)206}207func (s *MySuite) TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreAdded(c *C) {208	step1 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "a"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}, &gauge.StepArg{Name: "d"}}}209	step2 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "d"}, &gauge.StepArg{Name: "e"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}, &gauge.StepArg{Name: "a"}}}210	agent := &rephraseRefactorer{step1, step2, false, nil}211	orderMap := agent.createOrderOfArgs()212	c.Assert(orderMap[0], Equals, 3)213	c.Assert(orderMap[1], Equals, -1)214	c.Assert(orderMap[2], Equals, 1)215	c.Assert(orderMap[3], Equals, 2)216	c.Assert(orderMap[4], Equals, 0)217}218func (s *MySuite) TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(c *C) {219	step1 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "a"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}, &gauge.StepArg{Name: "d"}}}220	step2 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "d"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}}}221	agent := &rephraseRefactorer{step1, step2, false, nil}222	orderMap := agent.createOrderOfArgs()223	c.Assert(orderMap[0], Equals, 3)224	c.Assert(orderMap[1], Equals, 1)225	c.Assert(orderMap[2], Equals, 2)226}227func (s *MySuite) TestCreationOfOrderMapForStep(c *C) {228	agent, _ := getRefactorAgent("Say <greeting> to <name>", "Say <greeting> to <name> \"DD\"", nil)229	orderMap := agent.createOrderOfArgs()230	c.Assert(orderMap[0], Equals, 0)231	c.Assert(orderMap[1], Equals, 1)232	c.Assert(orderMap[2], Equals, -1)233}234func (s *MySuite) TestRenamingWhenArgumentsIsAddedAtLast(c *C) {235	oldStep := "first step {static} and {static} and {static}"236	oldStep1 := "first step <a> and <b> and <c>"237	newStep := "second step <a> and <b> and <c> and <d>"238	tokens := []*parser.Token{239		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},240		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},241		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number"}},242	}243	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")244	agent, _ := getRefactorAgent(oldStep1, newStep, nil)245	specs := append(make([]*gauge.Specification, 0), spec)246	dictionary := gauge.NewConceptDictionary()247	agent.rephraseInSpecsAndConcepts(&specs, dictionary)248	c.Assert(specs[0].Scenarios[0].Steps[0].Value, Equals, "second step {} and {} and {} and {}")249	c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "name")250	c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "address")251	c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "number")252	c.Assert(specs[0].Scenarios[0].Steps[0].Args[3].Value, Equals, "d")253}254func (s *MySuite) TestRenamingWhenArgumentsIsAddedAtFirst(c *C) {255	oldStep := "first step {static} and {static} and {static}"256	oldStep1 := "first step <a> and <b> and <c>"257	newStep := "second step <d> and <a> and <b> and <c>"258	tokens := []*parser.Token{259		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},260		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},261		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number"}},262	}263	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")264	agent, _ := getRefactorAgent(oldStep1, newStep, nil)265	specs := append(make([]*gauge.Specification, 0), spec)266	dictionary := gauge.NewConceptDictionary()267	agent.rephraseInSpecsAndConcepts(&specs, dictionary)268	c.Assert(specs[0].Scenarios[0].Steps[0].Value, Equals, "second step {} and {} and {} and {}")269	c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "d")270	c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "name")271	c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "address")272	c.Assert(specs[0].Scenarios[0].Steps[0].Args[3].Value, Equals, "number")273}274func (s *MySuite) TestRenamingWhenArgumentsIsAddedInMiddle(c *C) {275	oldStep := "first step {static} and {static} and {static}"276	oldStep1 := "first step <a> and <b> and <c>"277	newStep := "second step <a> and <d> and <b> and <c>"278	tokens := []*parser.Token{279		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},280		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},281		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number"}},282	}283	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")284	agent, _ := getRefactorAgent(oldStep1, newStep, nil)285	specs := append(make([]*gauge.Specification, 0), spec)286	dictionary := gauge.NewConceptDictionary()287	agent.rephraseInSpecsAndConcepts(&specs, dictionary)288	c.Assert(specs[0].Scenarios[0].Steps[0].Value, Equals, "second step {} and {} and {} and {}")289	c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "name")290	c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "d")291	c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "address")292	c.Assert(specs[0].Scenarios[0].Steps[0].Args[3].Value, Equals, "number")293}294func (s *MySuite) TestRenamingWhenArgumentsIsRemovedFromLast(c *C) {295	oldStep := "first step {static} and {static} and {static} and {static}"296	oldStep1 := "first step <a> and <b> and <c> and <d>"297	newStep := "second step <a> and <b> and <c>"298	tokens := []*parser.Token{299		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},300		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},301		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number", "id"}},302	}303	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")304	agent, _ := getRefactorAgent(oldStep1, newStep, nil)305	specs := append(make([]*gauge.Specification, 0), spec)306	dictionary := gauge.NewConceptDictionary()307	agent.rephraseInSpecsAndConcepts(&specs, dictionary)308	c.Assert(specs[0].Scenarios[0].Steps[0].Value, Equals, "second step {} and {} and {}")309	c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "name")310	c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "address")311	c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "number")312}313func (s *MySuite) TestRenamingWhenArgumentsIsRemovedFromBegining(c *C) {314	oldStep := "first step {static} and {static} and {static} and {static}"315	oldStep1 := "first step <a> and <b> and <c> and <d>"316	newStep := "second step <b> and <c> and <d>"317	tokens := []*parser.Token{318		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},319		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},320		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number", "id"}},321	}322	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")323	agent, _ := getRefactorAgent(oldStep1, newStep, nil)324	specs := append(make([]*gauge.Specification, 0), spec)325	dictionary := gauge.NewConceptDictionary()326	agent.rephraseInSpecsAndConcepts(&specs, dictionary)327	c.Assert(specs[0].Scenarios[0].Steps[0].Value, Equals, "second step {} and {} and {}")328	c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "address")329	c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "number")330	c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "id")331}332func (s *MySuite) TestRenamingWhenArgumentsIsRemovedFromMiddle(c *C) {333	oldStep := "first step {static} and {static} and {static} and {static}"334	oldStep1 := "first step <a> and <b> and <c> and <d>"335	newStep := "second step <a> and <b> and <d>"336	tokens := []*parser.Token{337		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},338		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},339		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number", "id"}},340	}341	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")342	agent, _ := getRefactorAgent(oldStep1, newStep, nil)343	specs := append(make([]*gauge.Specification, 0), spec)344	dictionary := gauge.NewConceptDictionary()345	agent.rephraseInSpecsAndConcepts(&specs, dictionary)346	c.Assert(specs[0].Scenarios[0].Steps[0].Value, Equals, "second step {} and {} and {}")347	c.Assert(specs[0].Scenarios[0].Steps[0].Args[0].Value, Equals, "name")348	c.Assert(specs[0].Scenarios[0].Steps[0].Args[1].Value, Equals, "address")349	c.Assert(specs[0].Scenarios[0].Steps[0].Args[2].Value, Equals, "id")350}351func (s *MySuite) TestGenerateNewStepNameGivesLineTextWithActualParamNames(c *C) {352	args := []string{"name", "address", "id"}353	newStep := "second step <a> and <b> and <d>"354	orderMap := make(map[int]int)355	orderMap[0] = 1356	orderMap[1] = 2357	orderMap[2] = 0358	agent, _ := getRefactorAgent(newStep, newStep, nil)359	linetext := agent.generateNewStepName(args, orderMap)360	c.Assert(linetext, Equals, "second step <address> and <id> and <name>")361}362func (s *MySuite) TestGenerateNewStepNameWhenParametersAreAdded(c *C) {363	args := []string{"name", "address"}364	newStep := "changed step <a> and <b> and \"id\""365	orderMap := make(map[int]int)366	orderMap[0] = 1367	orderMap[1] = 0368	orderMap[2] = -1369	agent, _ := getRefactorAgent(newStep, newStep, nil)370	linetext := agent.generateNewStepName(args, orderMap)371	c.Assert(linetext, Equals, "changed step <address> and <name> and \"id\"")372}373func (s *MySuite) TestGenerateNewStepNameWhenParametersAreRemoved(c *C) {374	args := []string{"name", "address", "desc"}375	newStep := "changed step <b> and \"id\""376	orderMap := make(map[int]int)377	orderMap[0] = 1378	orderMap[1] = -1379	orderMap[2] = -1380	agent, _ := getRefactorAgent(newStep, newStep, nil)381	linetext := agent.generateNewStepName(args, orderMap)382	c.Assert(linetext, Equals, "changed step <address> and \"id\"")383}384func (s *MySuite) TestGenerateNewStepNameWhenParametersAreUnchanged(c *C) {385	args := []string{"a"}386	newStep := "make comment <a>"387	agent, _ := getRefactorAgent("Comment <a>", newStep, nil)388	linetext := agent.generateNewStepName(args, agent.createOrderOfArgs())389	c.Assert(linetext, Equals, "make comment <a>")390}391func (s *MySuite) TestRefactoringInContextStep(c *C) {392	oldStep := "first step {static} and {static} and {static} and {static}"393	oldStep1 := "first step <a> and <b> and <c> and <d>"394	newStep := "second step <d> and <b> and <c> and <a>"395	tokens := []*parser.Token{396		&parser.Token{Kind: gauge.SpecKind, Value: "Spec Heading", LineNo: 1},397		&parser.Token{Kind: gauge.StepKind, Value: oldStep, LineNo: 3, Args: []string{"name", "address", "number", "id"}},398		&parser.Token{Kind: gauge.ScenarioKind, Value: "Scenario Heading 1", LineNo: 2},399		&parser.Token{Kind: gauge.StepKind, Value: oldStep + " sdf", LineNo: 3, Args: []string{"name", "address", "number", "id"}},400	}401	spec, _, _ := new(parser.SpecParser).CreateSpecification(tokens, gauge.NewConceptDictionary(), "")402	agent, _ := getRefactorAgent(oldStep1, newStep, nil)...

refactor.go

Source:refactor.go

...136}137func (agent *rephraseRefactorer) rephraseInSpecsAndConcepts(specs *[]*gauge.Specification, conceptDictionary *gauge.ConceptDictionary) (map[*gauge.Specification]bool, map[string]bool) {138	specsRefactored := make(map[*gauge.Specification]bool, 0)139	conceptFilesRefactored := make(map[string]bool, 0)140	orderMap := agent.createOrderOfArgs()141	for _, spec := range *specs {142		specsRefactored[spec] = spec.RenameSteps(*agent.oldStep, *agent.newStep, orderMap)143	}144	isConcept := false145	for _, concept := range conceptDictionary.ConceptsMap {146		_, ok := conceptFilesRefactored[concept.FileName]147		conceptFilesRefactored[concept.FileName] = !ok && false || conceptFilesRefactored[concept.FileName]148		for _, item := range concept.ConceptStep.Items {149			isRefactored := conceptFilesRefactored[concept.FileName]150			conceptFilesRefactored[concept.FileName] = item.Kind() == gauge.StepKind &&151				item.(*gauge.Step).Rename(*agent.oldStep, *agent.newStep, isRefactored, orderMap, &isConcept) ||152				isRefactored153		}154	}155	agent.isConcept = isConcept156	return specsRefactored, conceptFilesRefactored157}158func (agent *rephraseRefactorer) createOrderOfArgs() map[int]int {159	orderMap := make(map[int]int, len(agent.newStep.Args))160	for i, arg := range agent.newStep.Args {161		orderMap[i] = SliceIndex(len(agent.oldStep.Args), func(i int) bool { return agent.oldStep.Args[i].String() == arg.String() })162	}163	return orderMap164}165func SliceIndex(limit int, predicate func(i int) bool) int {166	for i := 0; i < limit; i++ {167		if predicate(i) {168			return i169		}170	}171	return -1172}173func getRefactorAgent(oldStepText, newStepText string, startChan *runner.StartChannels) (*rephraseRefactorer, []parser.ParseError) {174	specParser := new(parser.SpecParser)175	stepTokens, errs := specParser.GenerateTokens("* "+oldStepText+"\n"+"*"+newStepText, "")176	if len(errs) > 0 {177		return nil, errs178	}179	steps := make([]*gauge.Step, 0)180	for _, stepToken := range stepTokens {181		step, parseRes := parser.CreateStepUsingLookup(stepToken, nil, "")182		if parseRes != nil && len(parseRes.ParseErrors) > 0 {183			return nil, parseRes.ParseErrors184		}185		steps = append(steps, step)186	}187	return &rephraseRefactorer{oldStep: steps[0], newStep: steps[1], startChan: startChan}, []parser.ParseError{}188}189func (agent *rephraseRefactorer) requestRunnerForRefactoring(testRunner runner.Runner, stepName string) ([]string, error) {190	refactorRequest, err := agent.createRefactorRequest(testRunner, stepName)191	if err != nil {192		return nil, err193	}194	refactorResponse := agent.sendRefactorRequest(testRunner, refactorRequest)195	var runnerError error196	if !refactorResponse.GetSuccess() {197		logger.APILog.Error("Refactoring error response from runner: %v", refactorResponse.GetError())198		runnerError = errors.New(refactorResponse.GetError())199	}200	return refactorResponse.GetFilesChanged(), runnerError201}202func (agent *rephraseRefactorer) sendRefactorRequest(testRunner runner.Runner, refactorRequest *gauge_messages.Message) *gauge_messages.RefactorResponse {203	response, err := conn.GetResponseForMessageWithTimeout(refactorRequest, testRunner.Connection(), config.RefactorTimeout())204	if err != nil {205		return &gauge_messages.RefactorResponse{Success: false, Error: err.Error()}206	}207	return response.GetRefactorResponse()208}209//Todo: Check for inline tables210func (agent *rephraseRefactorer) createRefactorRequest(runner runner.Runner, stepName string) (*gauge_messages.Message, error) {211	oldStepValue, err := agent.getStepValueFor(agent.oldStep, stepName)212	if err != nil {213		return nil, err214	}215	orderMap := agent.createOrderOfArgs()216	newStepName := agent.generateNewStepName(oldStepValue.Args, orderMap)217	newStepValue, err := parser.ExtractStepValueAndParams(newStepName, false)218	if err != nil {219		return nil, err220	}221	oldProtoStepValue := gauge.ConvertToProtoStepValue(oldStepValue)222	newProtoStepValue := gauge.ConvertToProtoStepValue(newStepValue)223	return &gauge_messages.Message{MessageType: gauge_messages.Message_RefactorRequest, RefactorRequest: &gauge_messages.RefactorRequest{OldStepValue: oldProtoStepValue, NewStepValue: newProtoStepValue, ParamPositions: agent.createParameterPositions(orderMap)}}, nil224}225func (agent *rephraseRefactorer) generateNewStepName(args []string, orderMap map[int]int) string {226	agent.newStep.PopulateFragments()227	paramIndex := 0228	for _, fragment := range agent.newStep.Fragments {229		if fragment.GetFragmentType() == gauge_messages.Fragment_Parameter {...

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3    if len(args) < 2 {4        fmt.Println("Please provide two or more arguments")5    } else {6        fmt.Println("Original order of args:", args)7        fmt.Println("New order of args:", createOrderOfArgs(args))8    }9}10func createOrderOfArgs(args []string) []string {11    for i := len(args) - 1; i >= 0; i-- {12        newOrder = append(newOrder, args[i])13    }14}15import (16func main() {17    if len(args) < 1 {18        fmt.Println("Please provide a number")19    } else {20        num, err := strconv.Atoi(args[0])21        if err != nil {22            fmt.Println("Please provide a valid number")23        } else {24            if checkOddEven(num) {25                fmt.Println(num, "is an odd number")26            } else {27                fmt.Println(num, "is an even number")28            }29        }30    }31}32func checkOddEven(num int) bool {33    if num%2 == 0 {34    } else {35    }36}37import (38func main() {39    if len(args) < 1 {40        fmt.Println("Please provide a number")

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3	order := refactor.CreateOrderOfArgs("a", "b", "c")4	fmt.Println(order)5}6import (7func main() {8	order := refactor.CreateOrderOfArgs("a", "b", "c")9	fmt.Println(order)10}11func CreateOrderOfArgs(args ...string) string {12	for i, v := range args {13		if i != len(args)-1 {14		}15	}16}17./1.go:7: cannot use "a" (type untyped string) as type string in argument to refactor.CreateOrderOfArgs18./1.go:7: cannot use "b" (type untyped string) as type string in argument to refactor.CreateOrderOfArgs19./1.go:7: cannot use "c" (type untyped string) as type string in argument to refactor.CreateOrderOfArgs20./2.go:7: cannot use "a" (type untyped string) as type string in argument to refactor.CreateOrderOfArgs21./2.go:7: cannot use "b" (type untyped string) as type string in argument to refactor.CreateOrderOfArgs22./2.go:7: cannot use "c" (type untyped string) as type string in argument to refactor.CreateOrderOfArgs23func CreateOrderOfArgs(args ...interface{}) string24order := refactor.CreateOrderOfArgs("a", "b", "c")

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3	fmt.Println(refactor.CreateOrderOfArgs("a", "b", "c", "d"))4}5import (6func CreateOrderOfArgs(args ...string) string {7	for i, arg := range args {8		order = fmt.Sprintf("%s%d.%s9	}10}

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3    for i := 0; i < len(args); i++ {4        argsInt = append(argsInt, stringToInt(args[i]))5    }6    fmt.Println(argsInt)7}8func stringToInt(s string) int {9    i, err := strconv.Atoi(s)10    if err != nil {11        fmt.Println(err)12    }13}

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	refactor.CreateOrderOfArgs()5}6import (7func CreateOrderOfArgs() {8	fmt.Println("Hello, playground")9	arg.CreateOrderOfArgs()10}11import (12func CreateOrderOfArgs() {13	fmt.Println("Hello, playground")14}

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	refactor.CreateOrderOfArgs("hello", "world")5}6import (7func CreateOrderOfArgs(args ...string) {8	fmt.Println(args)9}10./1.go:10: cannot use "hello" (type string) as type []string in argument to refactor.CreateOrderOfArgs11./1.go:10: cannot use "world" (type string) as type []string in argument to refactor.CreateOrderOfArgs12./1.go:10: cannot use []string literal (type []string) as type string in argument to refactor.CreateOrderOfArgs13./1.go:10: cannot use []string literal (type []string) as type string in argument to refactor.CreateOrderOfArgs14refactor.CreateOrderOfArgs(args...)15import (16func main() {17    fmt.Println("Hello, playground")18    args := []string{"hello", "world"}19    refactor.CreateOrderOfArgs(args...)20}21import (22func CreateOrderOfArgs(args ...string) {23    fmt.Println(args)24}

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3	refactorObj := new(refactor.Refactor)4	var args []string = make([]string, 0)5	args = append(args, "1")6	args = append(args, "2")7	args = append(args, "3")8	args = append(args, "4")9	newOrderOfArgs := refactorObj.CreateOrderOfArgs(args)10	fmt.Println(newOrderOfArgs)11}

createOrderOfArgs

Using AI Code Generation

1import (2func main() {3	fmt.Println("Welcome to the Refactor Program")4	fmt.Println("Enter the number of arguments you want to enter:")5	fmt.Scanln(&num)6	fmt.Println("Enter the arguments:")7	for i := 0; i < num; i++ {8		fmt.Scanln(&arg)9		args = append(args, arg)10	}11	refactor.CreateOrderOfArgs(args)12}13import (14func CreateOrderOfArgs(args []string) {15	sort.Strings(args)16	fmt.Println("The sorted arguments are:")17	for i := 0; i < len(args); i++ {18		fmt.Println(args[i])19	}20}

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