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How to use GetType method of executor Package

Best K6 code snippet using executor.GetType

events_generated.go

Source:events_generated.go

...25// NoopHandler is a Handler that does nothing and always returns nil26const NoopHandler = noopHandler(0)27// HandleEvent implements Handler for Handlers28func (hs Handlers) HandleEvent(ctx context.Context, e *executor.Event) (err error) {29	if h := hs[e.GetType()]; h != nil {30		return h.HandleEvent(ctx, e)31	}32	return nil33}34// HandleEvent implements Handler for HandlerFuncs35func (hs HandlerFuncs) HandleEvent(ctx context.Context, e *executor.Event) (err error) {36	if h := hs[e.GetType()]; h != nil {37		return h.HandleEvent(ctx, e)38	}39	return nil40}41// Otherwise returns a HandlerFunc that attempts to process an event with the Handlers map; unmatched event types are42// processed by the given HandlerFunc. A nil HandlerFunc parameter is effecitvely a noop.43func (hs Handlers) Otherwise(f HandlerFunc) HandlerFunc {44	if f == nil {45		return hs.HandleEvent46	}47	return func(ctx context.Context, e *executor.Event) error {48		if h := hs[e.GetType()]; h != nil {49			return h.HandleEvent(ctx, e)50		}51		return f(ctx, e)52	}53}54// Otherwise returns a HandlerFunc that attempts to process an event with the HandlerFuncs map; unmatched event types55// are processed by the given HandlerFunc. A nil HandlerFunc parameter is effecitvely a noop.56func (hs HandlerFuncs) Otherwise(f HandlerFunc) HandlerFunc {57	if f == nil {58		return hs.HandleEvent59	}60	return func(ctx context.Context, e *executor.Event) error {61		if h := hs[e.GetType()]; h != nil {62			return h.HandleEvent(ctx, e)63		}64		return f(ctx, e)65	}66}67var (68	_ = Handler(Handlers(nil))69	_ = Handler(HandlerFunc(nil))70	_ = Handler(HandlerFuncs(nil))71)...

job.go

Source:job.go

...6)7type JobType int8type Job interface {9	GetID() int10	GetType() JobType11}12type AddJob struct {13	_     struct{}14	Left  int15	Right int16}17func (j AddJob) GetID() int {18	return rand.Int()19}20func (j AddJob) GetType() JobType {21	return Add22}23type SubtractJob struct {24	_     struct{}25	Left  int26	Right int27}28func (j SubtractJob) GetType() JobType {29	return Subtract30}31func (j SubtractJob) GetID() int {32	return rand.Int()33}34type Executor interface {35	DoJob(job Job) error36}37type AddExecutor struct {38}39func (e AddExecutor) DoJob(job Job) error {40	addJob, ok := job.(AddJob)41	if !ok {42		return errors.New("not add job")43	}44	fmt.Println("do add job:", addJob.Left+addJob.Right)45	return nil46}47type SubtractExecutor struct {48}49func (e SubtractExecutor) DoJob(job Job) error {50	subJob, ok := job.(SubtractJob)51	if !ok {52		return errors.New("not subtract job")53	}54	fmt.Println("do subtract job:", subJob.Left-subJob.Right)55	return nil56}57func NewExecutor(job Job) (Executor, error) {58	switch job.GetType() {59	case Add:60		return &AddExecutor{}, nil61	case Subtract:62		return &SubtractExecutor{}, nil63	}64	return nil, errors.New("no matched executor")65}66const (67	Add JobType = iota + 168	Subtract69)...

GetType

Using AI Code Generation

1import (2type Executor interface {3    Execute()4    GetType() reflect.Type5}6type MyExecutor struct {7}8func (me MyExecutor) Execute() {9    fmt.Println("Executing MyExecutor")10}11func (me MyExecutor) GetType() reflect.Type {12    return reflect.TypeOf(me)13}14func main() {15    var exec Executor = MyExecutor{Name: "MyExecutor"}16    exec.Execute()17    fmt.Println("Type of exec is:", exec.GetType())18}

GetType

Using AI Code Generation

1import (2type Executor interface {3    Execute()4}5type MyExecutor struct {6}7func (e *MyExecutor) Execute() {8    fmt.Println("Executing", e.Name)9}10func GetType(i interface{}) reflect.Type {11    t := reflect.TypeOf(i)12    if t.Kind() == reflect.Ptr {13        return t.Elem()14    }15}16func main() {17    fmt.Println(GetType(new(MyExecutor)))18}19import (20type Executor interface {21    Execute()22}23type MyExecutor struct {24}25func (e *MyExecutor) Execute() {26    fmt.Println("Executing", e.Name)27}28func CallMethod(i interface{}, methodName string) {29    v := reflect.ValueOf(i)30    m := v.MethodByName(methodName)31    m.Call(nil)32}33func main() {34    e := &MyExecutor{Name: "MyExecutor"}35    CallMethod(e, "Execute")36}37import (38type Executor interface {39    Execute()40}41type MyExecutor struct {42}43func (e *MyExecutor) Execute() {44    fmt.Println("Executing", e.Name)45}46func GetFieldValue(i interface{}, fieldName string) interface{} {47    v := reflect.ValueOf(i)48    f := reflect.Indirect(v).FieldByName(fieldName)49    return f.Interface()50}51func main() {52    e := &MyExecutor{Name: "MyExecutor"}53    fmt.Println(GetFieldValue(e, "Name"))54}

GetType

Using AI Code Generation

1func main() {2    type1 := executor.GetType(1)3    type2 := executor.GetType(2)4    type3 := executor.GetType(3)5    fmt.Println(type1, type2, type3)6}7func main() {8    type1 := executor.GetType(1)9    type2 := executor.GetType(2)10    type3 := executor.GetType(3)11    fmt.Println(type1, type2, type3)12}13import (14var typeMap = make(map[int]string)15type Executor struct {16}17func (e *Executor) GetType(id int) string {18    e.Lock()19    defer e.Unlock()20    if val, ok := typeMap[id]; ok {21    }22    val := fmt.Sprintf("type%d", id)23}24func main() {25    type1 := executor.GetType(1)26    type2 := executor.GetType(2)27    type3 := executor.GetType(3)28    fmt.Println(type1, type2, type3)29}30func main() {31    type1 := executor.GetType(1)32    type2 := executor.GetType(2)33    type3 := executor.GetType(3)34    fmt.Println(type1, type2, type3)35}

GetType

Using AI Code Generation

1import (2func main() {3	executor = new(ConcreteExecutor1)4	fmt.Println(executor.GetType())5	executor = new(ConcreteExecutor2)6	fmt.Println(executor.GetType())7}8import (9type Executor interface {10	GetType() string11}12type ConcreteExecutor1 struct {13}14func (c *ConcreteExecutor1) GetType() string {15}16type ConcreteExecutor2 struct {17}18func (c *ConcreteExecutor2) GetType() string {19}20func main() {21	executor = &ConcreteExecutor1{}22	fmt.Println(executor.GetType())23	executor = &ConcreteExecutor2{}24	fmt.Println(executor.GetType())25}26import (27type Executor interface {28	GetType() string29}30type ConcreteExecutor1 struct {31}32func (c *ConcreteExecutor1) GetType() string {33}34type ConcreteExecutor2 struct {35}36func (c *ConcreteExecutor2) GetType() string {37}38func main() {39	executor = &ConcreteExecutor1{}40	fmt.Println(executor.GetType())41	executor = &ConcreteExecutor2{}42	fmt.Println(executor.GetType())43}

GetType

Using AI Code Generation

1import (2func main() {3    e := executor.NewExecutor()4    fmt.Println(e.GetType())5}6import (7func main() {8    e := executor.NewExecutor()9    fmt.Println(e.GetType())10}11import (12func main() {13    e := executor.NewExecutor()14    fmt.Println(e.GetType())15}16import (17func main() {18    e := executor.NewExecutor()19    fmt.Println(e.GetType())20}21import (22func main() {23    e := executor.NewExecutor()24    fmt.Println(e.GetType())25}26import (27func main() {28    e := executor.NewExecutor()29    fmt.Println(e.GetType())30}31import (32func main() {33    e := executor.NewExecutor()34    fmt.Println(e.GetType())35}36import (37func main() {38    e := executor.NewExecutor()39    fmt.Println(e.GetType())40}41import (42func main() {43    e := executor.NewExecutor()44    fmt.Println(e.GetType())45}

GetType

Using AI Code Generation

1func main() {2    t = reflect.TypeOf(executor{})3    fmt.Println(t)4    fmt.Println(t.Name())5    fmt.Println(t.Kind())6}7func main() {8    t = reflect.TypeOf(ex)9    fmt.Println(t)10    fmt.Println(t.Name())11    fmt.Println(t.Kind())12}13func main() {14    t = reflect.TypeOf(ex)15    fmt.Println(t)16    fmt.Println(t.Name())17    fmt.Println(t.Kind())18}19func main() {20    ex := []executor{}21    t = reflect.TypeOf(ex)22    fmt.Println(t)23    fmt.Println(t.Name())24    fmt.Println(t.Kind())25}26func main() {27    ex := map[string]executor{}28    t = reflect.TypeOf(ex)29    fmt.Println(t)30    fmt.Println(t.Name())31    fmt.Println(t.Kind())32}33func main() {34    ex := make(chan executor)35    t = reflect.TypeOf(ex)36    fmt.Println(t)37    fmt.Println(t.Name())38    fmt.Println(t.Kind())39}

GetType

Using AI Code Generation

1import "fmt"2func main() {3    ex = &MyTask{}4    fmt.Println(ex.GetType())5}6Related Posts: Golang: How to use interface{} in Go

GetType

Using AI Code Generation

1import (2func main() {3    executor := executor.NewExecutor()4    fmt.Println(executor.GetType())5}6import (7func main() {8    executor := executor.NewExecutor()9    executor.Execute()10}11import (12func main() {13    executor := executor.NewExecutor()14    executor.SetType("newType")15    fmt.Println(executor.GetType())16}17import (18func main() {19    executor := executor.NewExecutor()20    executor.SetType("newType")21    fmt.Println(executor.GetType())22    executor.Execute()23}24import (25func main() {26    executor := executor.NewExecutor()27    executor.SetType("newType")28    fmt.Println(executor.GetType())29    executor.Execute()30    executor.SetType("newType2")31    fmt.Println(executor.GetType())32    executor.Execute()33}

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