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Automation Advisor
K6
lib
NewSlotLimiter

How to use NewSlotLimiter method of lib Package

Best K6 code snippet using lib.NewSlotLimiter

limiter.go

Source:limiter.go

...22	"sync"23)24// SlotLimiter can restrict the concurrent execution of tasks to the given `slots` limit25type SlotLimiter chan struct{}26// NewSlotLimiter initializes and returns a new SlotLimiter with the given slot count27func NewSlotLimiter(slots int) SlotLimiter {28	if slots <= 0 {29		return nil30	}31	ch := make(chan struct{}, slots)32	for i := 0; i < slots; i++ {33		ch <- struct{}{}34	}35	return ch36}37// Begin uses up a slot to denote the start of a task exeuction. It's a noop if the number38// of slots is 0, and if no slots are available, it blocks and waits.39func (sl SlotLimiter) Begin() {40	if sl != nil {41		<-sl42	}43}44// End restores a slot and should be called at the end of a taks execution, preferably45// from a defer statement right after Begin()46func (sl SlotLimiter) End() {47	if sl != nil {48		sl <- struct{}{}49	}50}51// MultiSlotLimiter can restrict the concurrent execution of different groups of tasks52// to the given `slots` limit. Each group is represented with a string ID.53type MultiSlotLimiter struct {54	m     map[string]SlotLimiter55	slots int56	mutex sync.Mutex57}58// NewMultiSlotLimiter initializes and returns a new MultiSlotLimiter with the given slot count59//TODO: move to lib and use something better than a mutex? sync.Map perhaps?60func NewMultiSlotLimiter(slots int) *MultiSlotLimiter {61	return &MultiSlotLimiter{make(map[string]SlotLimiter), slots, sync.Mutex{}}62}63// Slot is used to retrieve the corresponding slot to the given string ID. If no slot with that ID exists,64// it creates it and saves it for future use. It is safe to call this method concurrently.65func (l *MultiSlotLimiter) Slot(s string) SlotLimiter {66	if l.slots == 0 {67		return nil68	}69	l.mutex.Lock()70	defer l.mutex.Unlock()71	ll, ok := l.m[s]72	if !ok {73		tmp := NewSlotLimiter(l.slots)74		ll = tmp75		l.m[s] = ll76	}77	return ll78}...

NewSlotLimiter

Using AI Code Generation

1import (2func main() {3    mc := memcache.New("localhost:11211")4    mc.SlotLimiter = memcache.NewSlotLimiter(5)5    mc.SlotLimiter = memcache.NewSlotLimiter(10)6    mc.SlotLimiter = memcache.NewSlotLimiter(15)7    mc.SlotLimiter = memcache.NewSlotLimiter(20)8    mc.SlotLimiter = memcache.NewSlotLimiter(25)9    mc.SlotLimiter = memcache.NewSlotLimiter(30)10    mc.SlotLimiter = memcache.NewSlotLimiter(35)11    mc.SlotLimiter = memcache.NewSlotLimiter(40)12    mc.SlotLimiter = memcache.NewSlotLimiter(45)13    mc.SlotLimiter = memcache.NewSlotLimiter(50)14    mc.SlotLimiter = memcache.NewSlotLimiter(55)15    mc.SlotLimiter = memcache.NewSlotLimiter(60)16    mc.SlotLimiter = memcache.NewSlotLimiter(65)17    mc.SlotLimiter = memcache.NewSlotLimiter(70)18    mc.SlotLimiter = memcache.NewSlotLimiter(75)19    mc.SlotLimiter = memcache.NewSlotLimiter(80)20    mc.SlotLimiter = memcache.NewSlotLimiter(85)21    mc.SlotLimiter = memcache.NewSlotLimiter(90)22    mc.SlotLimiter = memcache.NewSlotLimiter(95)23    mc.SlotLimiter = memcache.NewSlotLimiter(100)24    mc.SlotLimiter = memcache.NewSlotLimiter(105)25    mc.SlotLimiter = memcache.NewSlotLimiter(110)26    mc.SlotLimiter = memcache.NewSlotLimiter(115)

NewSlotLimiter

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	l := lib.NewSlotLimiter(10)5	fmt.Println(l)6}7import (8type SlotLimiter struct {9}10func NewSlotLimiter(limit int) *SlotLimiter {11	fmt.Println("In NewSlotLimiter")12	return &SlotLimiter{limit: limit}13}14type Data struct {15}16func (d *Data) Read() (int, string) {17}

NewSlotLimiter

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello World!")4	s := lib.NewSlotLimiter(2, 2)5	fmt.Println(s)6}7type SlotLimiter struct {

NewSlotLimiter

Using AI Code Generation

1import (2func main() {3    limiter := lib.NewSlotLimiter(2)4    for i := 0; i < 10; i++ {5        go func(i int) {6            limiter.Wait()7            fmt.Printf("Goroutine %d using a slot8            time.Sleep(time.Second)9            limiter.Done()10            fmt.Printf("Goroutine %d finished using a slot11        }(i)12    }13    time.Sleep(time.Second * 3)14}15import (

NewSlotLimiter

Using AI Code Generation

1func main() {2    limiter := lib.NewSlotLimiter(2)3}4type SlotLimiter struct {5}6func NewSlotLimiter(n int) *SlotLimiter {7}8To use the SlotLimiter type and NewSlotLimiter function in another package, you must import the lib package. You can then use the NewSlotLimiter function to create a SlotLimiter . The following example shows how to import the lib package and use the NewSlotLimiter function to create a SlotLimiter :9import "lib"10func main() {11    limiter := lib.NewSlotLimiter(2)12}

NewSlotLimiter

Using AI Code Generation

1import (2func main() {3    limiter := lib.NewSlotLimiter(10, time.Second)4    fmt.Println("Limiter: ", limiter)5}6import (7type SlotLimiter struct {8}9func NewSlotLimiter(maxSlots int, duration time.Duration) *SlotLimiter {10    return &SlotLimiter{}11}12import _ "github.com/rohitjagga/lib"13import (14type SlotLimiter struct {15}16func NewSlotLimiter(maxSlots int, duration time.Duration) *SlotLimiter {17    return &SlotLimiter{}18}19import (20func main() {21    limiter := lib.NewSlotLimiter(10, time.Second)22    fmt.Println("Limiter: ", limiter)23}24    imports github.com/rohitjagga/lib

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