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How to use State method of minirunner Package

Best K6 code snippet using minirunner.State

minirunner.go

Source:minirunner.go

...48	return nil49}50// NewVU returns a new VU with an incremental ID.51func (r *MiniRunner) NewVU(idLocal, idGlobal uint64, out chan<- stats.SampleContainer) (lib.InitializedVU, error) {52	state := &lib.State{VUID: idLocal, VUIDGlobal: idGlobal, Iteration: int64(-1)}53	return &VU{54		R:            r,55		Out:          out,56		ID:           idLocal,57		IDGlobal:     idGlobal,58		state:        state,59		scenarioIter: make(map[string]uint64),60	}, nil61}62// Setup calls the supplied mock setup() function, if present.63func (r *MiniRunner) Setup(ctx context.Context, out chan<- stats.SampleContainer) (err error) {64	if fn := r.SetupFn; fn != nil {65		r.SetupData, err = fn(ctx, out)66	}67	return68}69// GetSetupData returns json representation of the setup data if setup() is70// specified and was ran, nil otherwise.71func (r MiniRunner) GetSetupData() []byte {72	return r.SetupData73}74// SetSetupData saves the externally supplied setup data as JSON in the runner.75func (r *MiniRunner) SetSetupData(data []byte) {76	r.SetupData = data77}78// Teardown calls the supplied mock teardown() function, if present.79func (r MiniRunner) Teardown(ctx context.Context, out chan<- stats.SampleContainer) error {80	if fn := r.TeardownFn; fn != nil {81		return fn(ctx, out)82	}83	return nil84}85// GetDefaultGroup returns the default group.86func (r MiniRunner) GetDefaultGroup() *lib.Group {87	if r.Group == nil {88		r.Group = &lib.Group{}89	}90	return r.Group91}92// IsExecutable satisfies lib.Runner, but is mocked for MiniRunner since93// it doesn't deal with JS.94func (r MiniRunner) IsExecutable(name string) bool {95	return true96}97// GetOptions returns the supplied options struct.98func (r MiniRunner) GetOptions() lib.Options {99	return r.Options100}101// SetOptions allows you to override the runner options.102func (r *MiniRunner) SetOptions(opts lib.Options) error {103	r.Options = opts104	return nil105}106// HandleSummary calls the specified summary callback, if supplied.107func (r *MiniRunner) HandleSummary(ctx context.Context, s *lib.Summary) (map[string]io.Reader, error) {108	if r.HandleSummaryFn != nil {109		return r.HandleSummaryFn(ctx, s)110	}111	return nil, nil112}113// VU is a mock VU, spawned by a MiniRunner.114type VU struct {115	R            *MiniRunner116	Out          chan<- stats.SampleContainer117	ID, IDGlobal uint64118	Iteration    int64119	state        *lib.State120	// count of iterations executed by this VU in each scenario121	scenarioIter map[string]uint64122}123// ActiveVU holds a VU and its activation parameters124type ActiveVU struct {125	*VU126	*lib.VUActivationParams127	busy chan struct{}128	scenarioName              string129	getNextIterations         func() (uint64, uint64)130	scIterLocal, scIterGlobal uint64131}132// GetID returns the unique VU ID.133func (vu *VU) GetID() uint64 {134	return vu.ID135}136// Activate the VU so it will be able to run code.137func (vu *VU) Activate(params *lib.VUActivationParams) lib.ActiveVU {138	ctx := lib.WithState(params.RunContext, vu.state)139	vu.state.GetScenarioVUIter = func() uint64 {140		return vu.scenarioIter[params.Scenario]141	}142	avu := &ActiveVU{143		VU:                 vu,144		VUActivationParams: params,145		busy:               make(chan struct{}, 1),146		scenarioName:       params.Scenario,147		scIterLocal:        ^uint64(0),148		scIterGlobal:       ^uint64(0),149		getNextIterations:  params.GetNextIterationCounters,150	}151	vu.state.GetScenarioLocalVUIter = func() uint64 {152		return avu.scIterLocal153	}154	vu.state.GetScenarioGlobalVUIter = func() uint64 {155		return avu.scIterGlobal156	}157	go func() {158		<-ctx.Done()159		// Wait for the VU to stop running, if it was, and prevent it from160		// running again for this activation161		avu.busy <- struct{}{}162		if params.DeactivateCallback != nil {163			params.DeactivateCallback(vu)164		}165	}()166	return avu167}168func (vu *ActiveVU) incrIteration() {169	vu.Iteration++170	vu.state.Iteration = vu.Iteration171	if _, ok := vu.scenarioIter[vu.scenarioName]; ok {172		vu.scenarioIter[vu.scenarioName]++173	} else {174		vu.scenarioIter[vu.scenarioName] = 0175	}176	vu.scIterLocal, vu.scIterGlobal = vu.getNextIterations()177}178// RunOnce runs the mock default function once, incrementing its iteration.179func (vu *ActiveVU) RunOnce() error {180	if vu.R.Fn == nil {181		return nil182	}183	select {184	case <-vu.RunContext.Done():185		return vu.RunContext.Err() // we are done, return186	case vu.busy <- struct{}{}:187		// nothing else can run now, and the VU cannot be deactivated188	}189	defer func() {190		<-vu.busy // unlock deactivation again191	}()192	ctx := lib.WithState(vu.RunContext, vu.state)193	vu.incrIteration()194	return vu.R.Fn(ctx, vu.Out)195}...

State

Using AI Code Generation

1import (2func main() {3    parameters := gopter.DefaultTestParameters()4    properties := gopter.NewProperties(parameters)5    properties.Property("State method works", prop.ForAll(6        func(a int) bool {7        },8        gopter.IntRange(0, 100).WithLabel("a"),9    properties.TestingRun(t)10}11import (12func main() {13    parameters := gopter.DefaultTestParameters()14    properties := gopter.NewProperties(parameters)15    properties.Property("State method works", prop.ForAll(16        func(a int) bool {17        },18        gopter.IntRange(0, 100).WithLabel("a"),19    properties.TestingRun(t)20}21import (22func main() {23    parameters := gopter.DefaultTestParameters()24    properties := gopter.NewProperties(parameters)25    properties.Property("State method works", prop.ForAll(26        func(a int) bool {27        },28        gopter.IntRange(0, 100).WithLabel("a"),29    properties.TestingRun(t)30}31import (32func main() {33    parameters := gopter.DefaultTestParameters()34    properties := gopter.NewProperties(parameters)35    properties.Property("State method works", prop.ForAll(36        func(a int

State

Using AI Code Generation

1import "fmt"2func main(){3    m := minirunner{}4    m.State()5}6import "fmt"7func main(){8    m := minirunner{}9    m.State()10}11import "fmt"12func main(){13    m := minirunner{}14    m.State()15}16import "fmt"17func main(){18    m := minirunner{}19    m.State()20}21import "fmt"22func main(){23    m := minirunner{}24    m.State()25}26import "fmt"27func main(){28    m := minirunner{}29    m.State()30}31import "fmt"32func main(){33    m := minirunner{}34    m.State()35}36import "fmt"37func main(){38    m := minirunner{}39    m.State()40}41import "fmt"42func main(){43    m := minirunner{}44    m.State()45}46import "fmt"47func main(){48    m := minirunner{}49    m.State()50}51import "fmt"52func main(){53    m := minirunner{}54    m.State()55}56import "fmt"57func main(){58    m := minirunner{}59    m.State()60}61import "fmt"62func main(){63    m := minirunner{}64    m.State()65}66import "fmt"67func main(){68    m := minirunner{}69    m.State()70}71import "fmt"72func main(){73    m := minirunner{}74    m.State()75}

State

Using AI Code Generation

1import (2func main() {3	runner := minirunner.New()4	runner.Start()5	runner.Stop()6	fmt.Println(runner.State())7}8import (9func main() {10	runner := minirunner.New()11	fmt.Println(runner.State())12}

State

Using AI Code Generation

1import (2type Runner interface {3	State() string4}5type MiniRunner struct {6}7func (mr *MiniRunner) State() string {8}9func (mr *MiniRunner) Start() {10}11func (mr *MiniRunner) Run() {12}13func (mr *MiniRunner) Stop() {14}15func main() {16	mr := new(MiniRunner)17	fmt.Println(mr.State())18	mr.Start()19	fmt.Println(mr.State())20	mr.Run()21	fmt.Println(mr.State())22	mr.Stop()23	fmt.Println(mr.State())24}25import (26type Runner interface {27	State() string28}29type MiniRunner struct {30}31func (mr *MiniRunner) State() string {32}33func (mr *MiniRunner) Start() {34}35func (mr *MiniRunner) Run() {36}37func (mr *MiniRunner) Stop() {38}39func main() {40	mr := new(MiniRunner)41	fmt.Println(mr.State())42	mr.Start()43	fmt.Println(mr.State())44	mr.Run()45	fmt.Println(mr.State())46	mr.Stop()47	fmt.Println(mr.State())48}49import (50type Runner interface {51	State() string52}53type MiniRunner struct {54}55func (mr *MiniRunner) State() string {56}57func (mr *MiniRunner) Start() {58}59func (mr *MiniRunner) Run() {60}61func (mr *MiniRunner) Stop() {62}63func main() {64	mr := new(MiniRunner)65	fmt.Println(mr.State())66	mr.Start()

State

Using AI Code Generation

1import (2func main() {3	mr := minirunner.NewMiniRunner("1.go")4	mr.Run()5	fmt.Println(mr.State())6}7import (8type MiniRunner struct {9}10func NewMiniRunner(path string) *MiniRunner {11	return &MiniRunner{cmd: exec.Command(path)}12}13func (mr *MiniRunner) Run() {14	mr.cmd.Start()15}16func (mr *MiniRunner) State() string {17	if mr.cmd.ProcessState == nil {18	}19}20func (mr *MiniRunner) Stop() error {21	return mr.cmd.Process.Kill()22}23func (mr *MiniRunner) Wait() {24	mr.cmd.Wait()25}26func (mr *MiniRunner) WaitTimeout(d time.Duration) bool {27	done := make(chan struct{})28	go func() {29		mr.cmd.Wait()30		close(done)31	}()32	select {33	case <-time.After(d):34	}35}36func (mr *MiniRunner) WaitTimeoutStop(d time.Duration) error {37	if mr.WaitTimeout(d) {38	}39	return mr.Stop()40}41func (mr *MiniRunner) WaitStop() error {42	mr.Wait()43	return mr.Stop()44}45func (mr *MiniRunner) StopWait() error {46	mr.Stop()47	return mr.Wait()48}49func (mr *MiniRunner) StopWaitTimeout(d time.Duration) error {50	if err := mr.Stop(); err != nil {51	}52	return mr.WaitTimeout(d)53}54func (mr *MiniRunner) StopWaitTimeoutStop(d time.Duration) error {55	if err := mr.Stop(); err != nil {56	}57	return mr.WaitTimeoutStop(d)58}59func (mr *MiniRunner) WaitStopTimeout(d time.Duration) error {60	if err := mr.Wait(); err != nil {61	}62	return mr.StopTimeout(d)63}64func (mr *MiniRunner) StopTimeout(d time.Duration) error {65	done := make(chan struct{})66	go func() {67		mr.Stop()68		close(done)69	}()70	select {71	case <-time.After(d):72		return fmt.Errorf("timeout")

State

Using AI Code Generation

1import (2func main() {3    fmt.Println("Hello, playground")4    m := miner.New(nil, nil, nil)5    m.Start()6    fmt.Println(m.State())7    m.Stop()8    fmt.Println(m.State())9}10import (11func main() {12    fmt.Println("Hello, playground")13    m := miner.New(nil, nil, nil)14    fmt.Println(m.State())15}16State() method is not exported. So, it can not be used outside the package. But, if you want to use it outside the package, you can add a function in the package that will call the State() method and return the result. For example, you can add a function like this:17import (18func GetState(m *Miner) int {19    return m.State()20}21import (22func main() {23    fmt.Println("Hello, playground")24    m := miner.New(nil, nil, nil)25    m.Start()26    fmt.Println(miner.GetState(m))27    m.Stop()28    fmt.Println(miner.GetState(m))29}30import (31func main() {32    fmt.Println("Hello, playground")33    m := miner.New(nil, nil, nil)34    fmt.Println(miner.GetState(m))35}

State

Using AI Code Generation

1import (2func main() {3	mr := new(minirunner)4	fmt.Println("State of minirunner is", mr.State())5	os.Exit(0)6}7import (8func main() {9	mr := new(minirunner)10	fmt.Println("State of minirunner is", mr.State())11	os.Exit(0)12}13import (14func main() {15	mr := new(minirunner)16	fmt.Println("State of minirunner is", mr.State())17	os.Exit(0)18}19import (20func main() {21	mr := new(minirunner)22	fmt.Println("State of minirunner is", mr.State())23	os.Exit(0)24}25import (26func main() {27	mr := new(minirunner)28	fmt.Println("State of minirunner is", mr.State())29	os.Exit(0)30}31import (32func main() {33	mr := new(minirunner)34	fmt.Println("State of minirunner is", mr.State())35	os.Exit(0)36}37import (38func main() {39	mr := new(minirunner)40	fmt.Println("State of minirunner is", mr

State

Using AI Code Generation

1import (2type MiniRunner struct {3}4func (m *MiniRunner) State() string {5	return fmt.Sprintf("Name: %s, Age: %d", m.name, m.age)6}7func main() {8	mr := MiniRunner{9	}10	for {11		fmt.Printf("\r%s", mr.State())12		time.Sleep(1 * time.Second)13	}14}15import (16type MiniRunner struct {17}18func (m *MiniRunner) State() string {19	return fmt.Sprintf("Name: %s, Age: %d", m.name, m.age)20}21func (m *MiniRunner) UpdateState() {22}23func main() {24	mr := MiniRunner{25	}26	for {27		fmt.Printf("\r%s", mr.State())28		mr.UpdateState()29		time.Sleep(1 * time.Second)30	}31}

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