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How to use TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved method of refactor Package
Best Gauge code snippet using refactor.TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
refactor_test.go
Source:refactor_test.go 
...208 c.Assert(orderMap[2], Equals, 1)209 c.Assert(orderMap[3], Equals, 2)210 c.Assert(orderMap[4], Equals, 0)211}212func (s *MySuite) TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(c *C) {213 step1 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "a"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}, &gauge.StepArg{Name: "d"}}}214 step2 := &gauge.Step{Args: []*gauge.StepArg{&gauge.StepArg{Name: "d"}, &gauge.StepArg{Name: "b"}, &gauge.StepArg{Name: "c"}}}215 agent := &rephraseRefactorer{step1, step2, false, nil}216 orderMap := agent.createOrderOfArgs()217 c.Assert(orderMap[0], Equals, 3)218 c.Assert(orderMap[1], Equals, 1)219 c.Assert(orderMap[2], Equals, 2)220}221func (s *MySuite) TestCreationOfOrderMapForStep(c *C) {222 agent, _ := getRefactorAgent("Say <greeting> to <name>", "Say <greeting> to <name> \"DD\"", nil)223 orderMap := agent.createOrderOfArgs()224 c.Assert(orderMap[0], Equals, 0)225 c.Assert(orderMap[1], Equals, 1)226 c.Assert(orderMap[2], Equals, -1)...
TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
Using AI Code Generation
1import (2func main() {3 fmt.Println("Hello, playground")4}5import (6func main() {7 fmt.Println("Hello, playground")8}9import (10func main() {11 fmt.Println("Hello, playground")12}13import (14func main() {15 fmt.Println("Hello, playground")16}17import (18func main() {19 fmt.Println("Hello, playground")20}21import (22func main() {23 fmt.Println("Hello, playground")24}25import (26func main() {27 fmt.Println("Hello,
TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
Using AI Code Generation
1import (2type Order struct {3}4type Item struct {5}6func main() {7 order := Order{8 Items: []Item{9 {10 },11 {12 },13 },14 }15 fmt.Println(order)16}17import (18type Order struct {19}20type Item struct {21}22func main() {23 order := Order{24 Items: []Item{25 {26 },27 {28 },29 },30 }31 fmt.Println(order)32}33import (34type Order struct {35}36type Item struct {37}38func main() {39 order := Order{40 Items: []Item{41 {42 },43 {44 },45 },46 }47 fmt.Println(order)48}49import (50type Order struct {51}52type Item struct {
TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
Using AI Code Generation
1import (2type Order struct {3}4func TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t *testing.T) {5 order := Order{OrderID: 1, OrderNumber: "OrderNumber", OrderDate: "OrderDate"}6 old := []string{"OrderID", "OrderNumber"}7 new := []string{"OrderID", "OrderNumber", "OrderDate"}8 expected := map[string]string{"OrderID": "1", "OrderNumber": "OrderNumber", "OrderDate": "OrderDate"}9 actual := createOrder(order, old, new)10 if !reflect.DeepEqual(expected, actual) {11 t.Errorf("Expected %v but got %v", expected, actual)12 }13}14func createOrder(order Order, old []string, new []string) map[string]string {15 args := make(map[string]string)16 for _, field := range old {17 args[field] = fmt.Sprintf("%v", reflect.ValueOf(order).FieldByName(field))18 }19 for _, field := range new {20 args[field] = fmt.Sprintf("%v", reflect.ValueOf(order).FieldByName(field))21 }22}23import (24type Order struct {25}26func TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t *testing.T) {27 order := Order{OrderID: 1, OrderNumber: "OrderNumber", OrderDate: "OrderDate"}28 old := []string{"OrderID", "OrderNumber"}29 new := []string{"OrderID", "OrderNumber", "OrderDate"}30 expected := map[string]string{"OrderID": "1", "OrderNumber": "OrderNumber", "OrderDate": "OrderDate"}31 actual := createOrder(order, old, new)32 if !reflect.DeepEqual(expected, actual) {33 t.Errorf("Expected %v but got %v", expected, actual)34 }35}36func createOrder(order Order,
TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
Using AI Code Generation
1func TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t *testing.T) {2 order := Order{1, "a", 1}3 oldOrder := Order{1, "a", 1}4 newOrder := Order{1, "a", 1}5 oldOrderArgs := []interface{}{oldOrder}6 newOrderArgs := []interface{}{newOrder}7 r := refactor{}8 r.CreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t, order, oldOrderArgs, newOrderArgs)9}10func (r refactor) CreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t *testing.T, order Order, oldOrderArgs []interface{}, newOrderArgs []interface{}) {11 oldOrder := oldOrderArgs[0].(Order)12 newOrder := newOrderArgs[0].(Order)13 if order != oldOrder {14 t.Errorf("Expected %v but got %v", oldOrder, order)15 }16 if order == newOrder {17 t.Errorf("Expected %v but got %v", newOrder, order)18 }19}20func TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t *testing.T) {21 order := Order{1, "a", 1}22 oldOrder := Order{1, "a", 1}23 newOrder := Order{1, "a", 1}24 oldOrderArgs := []interface{}{oldOrder}25 newOrderArgs := []interface{}{newOrder}
TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
Using AI Code Generation
1func TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(t *testing.T) { 2 args := map[string]string{ 3 } 4 newArgs := map[string]string{ 5 } 6 expected := map[string]string{ 7 } 8 actual := refactor.CreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(args, newArgs) 9 if !reflect.DeepEqual(actual, expected) { 10 t.Errorf("TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved failed, expected: %v, actual: %v", expected, actual) 11 } 12}13func (refactor Refactor) CreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(args map[string]string, newArgs map[string]string) map[string]string { 14 var oldArgs = make(map[string]string) 15 for key := range args { 16 if _, ok := newArgs[key]; !ok { 17 } 18 } 19}20func (refactor Refactor) CreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(args map[string]string, newArgs map[string]string) map[string]string { 21 var oldArgs = make(map[string]string) 22 for key := range args { 23 if _, ok := newArgs[key]; !ok { 24 } 25 } 26}27func (refactor Refactor) CreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved(args map[string]string, newArgs map[string]string) map[string]string { 28 var oldArgs = make(map[string]string) 29 for key := range args {
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Most used method in
- ExecuteAndGetStatus
- ExecuteMessageWithTimeout
- Alive
- Kill
- Connection
- IsMultithreaded
- Info
- Pid
- Test
- TestRefactoringOfStepsWithNoArgs
- TestRefactoringOfStepsWithNoArgsAndWithMoreThanOneScenario
- TestRefactoringOfStepsWithNoArgsAndWithMoreThanOneSpec
- TestRefactoringOfStepsWithNoArgsInConceptFiles
- TestRefactoringGivesOnlySpecsThatAreRefactored
- TestRefactoringGivesOnlyThoseConceptFilesWhichAreRefactored
- TestRenamingWhenNumberOfArgumentsAreSame
- TestRenamingWhenArgumentsOrderIsChanged
- TestCreateOrderGivesMapOfOldArgsAndNewArgs
- TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreAdded
- TestCreateOrderGivesMapOfOldArgsAndNewWhenArgsAreRemoved
- TestCreationOfOrderMapForStep
- TestRenamingWhenArgumentsIsAddedAtLast
- TestRenamingWhenArgumentsIsAddedAtFirst
- TestRenamingWhenArgumentsIsAddedInMiddle
- TestRenamingWhenArgumentsIsRemovedFromLast
- TestRenamingWhenArgumentsIsRemovedFromBegining
- TestRenamingWhenArgumentsIsRemovedFromMiddle
- TestGenerateNewStepNameGivesLineTextWithActualParamNames
- TestGenerateNewStepNameWhenParametersAreAdded
- TestGenerateNewStepNameWhenParametersAreRemoved
- TestGenerateNewStepNameWhenParametersAreUnchanged
- TestRefactoringInContextStep
- TestRefactoringInTearDownStep
- TestRefactoringExternalSteps
- String
- appendWarnings
- AllFilesChanged
- conceptFilesChanged
- specFilesChanged
- runnerFilesChanged
- WriteToDisk
- GetRefactoringChanges
- parseSpecsAndConcepts
- rephraseFailure
- addErrorsAndWarningsToRefactoringResult
- getRefactoringChangesFor
- refactorStepImplementations
- rephraseInSpecsAndConcepts
- createOrderOfArgs
- SliceIndex
- getRefactorAgent
- requestRunnerForRefactoring
- sendRefactorRequest
- createRefactorRequest
- generateNewStepName
- getStepNameFromRunner
- createParameterPositions
- getStepValueFor
- createDiffs
- getFileChanges
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