How to use TestSlotLimiterSingleSlot method of lib Package

Best K6 code snippet using lib.TestSlotLimiterSingleSlot

limiter_test.go

Source:limiter_test.go Github

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...24 "sync/atomic"25 "testing"26 "github.com/stretchr/testify/assert"27)28func TestSlotLimiterSingleSlot(t *testing.T) {29 t.Parallel()30 l := NewSlotLimiter(1)31 l.Begin()32 done := false33 go func() {34 done = true35 l.End()36 }()37 l.Begin()38 assert.True(t, done)39 l.End()40}41func TestSlotLimiterUnlimited(t *testing.T) {42 t.Parallel()...

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TestSlotLimiterSingleSlot

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 lib.TestSlotLimiterSingleSlot()5}6import (7func TestSlotLimiterSingleSlot() {8 fmt.Println("TestSlotLimiterSingleSlot")9 limiter := NewSlotLimiter(1, time.Second)10 limiter.Acquire()11 fmt.Println("Acquired")12 go func() {13 fmt.Println("Waiting for acquire")14 limiter.Acquire()15 fmt.Println("Acquired")16 }()17 time.Sleep(3 * time.Second)18}19import (20type SlotLimiter struct {21}22func NewSlotLimiter(slots int, refillDuration time.Duration) *SlotLimiter {23 return &SlotLimiter{24 lastRefill: time.Now(),25 }26}27func (l *SlotLimiter) Acquire() {28 l.Refill()29}30func (l *SlotLimiter) Refill() {31 now := time.Now()32 if l.availableSlots < l.slots {33 elapsed := now.Sub(l.lastRefill)34 refills := int(elapsed / l.refillDuration)35 if refills > 0 {36 if l.availableSlots > l.slots {37 }38 l.lastRefill = l.lastRefill.Add(time.Duration(refills) * l.refillDuration)39 }40 }41}

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TestSlotLimiterSingleSlot

Using AI Code Generation

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1import (2func main() {3 fmt.Println("Hello, playground")4 fmt.Println(lib.TestSlotLimiterSingleSlot())5}6import (7func TestSlotLimiterSingleSlot() string {8 limiter := NewSlotLimiter(1, 1, time.Second)9 limiter.Acquire()10 limiter.Release()11}12import (13type SlotLimiter struct {14}15func NewSlotLimiter(slots int, slotDuration time.Duration) *SlotLimiter {16 return &SlotLimiter{17 nextSlot: time.Now().Add(slotDuration),18 }19}20func (l *SlotLimiter) Acquire() {21 l.mutex.Lock()22 defer l.mutex.Unlock()23 now := time.Now()24 if l.nextSlot.After(now) {25 time.Sleep(l.nextSlot.Sub(now))26 }27 if l.usedSlots == l.slots {28 l.nextSlot = now.Add(l.slotDuration)29 } else {30 }31}32func (l *SlotLimiter) Release() {33 l.mutex.Lock()34 defer l.mutex.Unlock()35 if l.usedSlots == 0 {36 l.nextSlot = time.Now()37 }38}39func (l *SlotLimiter) Slots() int {40 l.mutex.Lock()41 defer l.mutex.Unlock()42}43func (

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TestSlotLimiterSingleSlot

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1import (2type SlotLimiter struct {3}4func NewSlotLimiter(slots, maxActiveRequests, maxAllowedRequests int, slotDuration time.Duration) *SlotLimiter {5 return &SlotLimiter{6 CurrentSlotStart: time.Now(),7 CurrentSlotEnd: time.Now().Add(slotDuration),8 NextRequestTime: time.Now(),9 }10}11func (sl *SlotLimiter) Allow() bool {12 sl.mutex.Lock()13 defer sl.mutex.Unlock()

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TestSlotLimiterSingleSlot

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1import (2func main() {3 limiter.TestSlotLimiterSingleSlot()4 fmt.Println("Hello, playground")5}6import (7type SlotLimiter struct {8}9func (s *SlotLimiter) TestSlotLimiterSingleSlot() {10 limiter := NewSlotLimiter(1, time.Second)11 for i := 0; i < 10; i++ {12 if limiter.Allow() {13 fmt.Println("Allow")14 } else {15 fmt.Println("Not Allow")16 }17 }18}19import (20type SlotLimiter struct {21}22func NewSlotLimiter(limit int, slot time.Duration) *SlotLimiter {23 return &SlotLimiter{24 }25}26func (l *SlotLimiter) Allow() bool {27 l.mu.Lock()28 defer l.mu.Unlock()29 now := time.Now()30 if now.After(l.end) {31 l.end = now.Add(l.slot)32 }33 if l.count < l.limit {34 }35}36func (l *SlotLimiter) Limit() int {37 l.mu.Lock()38 defer l.mu.Unlock()39}40func (l *SlotL

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TestSlotLimiterSingleSlot

Using AI Code Generation

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1import (2func main() {3 fmt.Println("TestSlotLimiterSingleSlot")4 lib.TestSlotLimiterSingleSlot()5}6import (7func TestSlotLimiterSingleSlot() {8 fmt.Println("TestSlotLimiterSingleSlot")9 limiter := NewSlotLimiter(1)10 end := make(chan bool)11 go limiter.Run(end)12 done := make(chan bool)13 testDone := make(chan bool)14 go func() {15 slotEnd := make(chan bool)16 go func() {17 }()18 }()19}20import (21type SlotLimiter struct {22}23func NewSlotLimiter(numSlots int) *SlotLimiter {24 return &SlotLimiter{25 Start: make(chan bool),26 End: make(chan bool),27 }28}29func (limiter *SlotLimiter) Run(end chan bool) {30 fmt.Println("Run")31 slotEnd := make(chan bool)

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TestSlotLimiterSingleSlot

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1import (2func main() {3 c := cron.New()4 c.AddFunc("@every 1s", func() {5 fmt.Println("cron running:", i)6 })7 c.Start()8 time.Sleep(10 * time.Second)9}10import (11func main() {12 c := cron.New()13 c.AddFunc("@every 1s", func() {14 fmt.Println("cron running:", i)15 })16 c.Start()17 time.Sleep(10 * time.Second)18}19import (20func main() {21 c := cron.New()22 c.AddFunc("@every 1s", func() {23 fmt.Println("cron running:", i)24 })25 c.Start()26 time.Sleep(10 * time.Second)27}28import (29func main() {30 c := cron.New()31 c.AddFunc("@every 1s", func() {32 fmt.Println("cron running:", i)33 })34 c.Start()35 time.Sleep(10 * time.Second)36}37import (38func main() {39 c := cron.New()40 c.AddFunc("@every 1s", func() {41 fmt.Println("cron running:", i)42 })43 c.Start()44 time.Sleep(10 * time.Second)45}46import (47func main() {48 c := cron.New()49 c.AddFunc("@every 1s", func() {50 fmt.Println("cron running:", i)51 })52 c.Start()53 time.Sleep(10 * time.Second)54}55import (56func main() {

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TestSlotLimiterSingleSlot

Using AI Code Generation

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1import (2func main() {3 var limiter = limiter.NewSlotLimiter(1, 10)4 for i := 0; i < 10; i++ {5 wg.Add(1)6 go func() {7 defer wg.Done()8 for {9 if limiter.TestSlotLimiterSingleSlot() {10 fmt.Println("true")11 time.Sleep(1 * time.Second)12 } else {13 fmt.Println("false")14 time.Sleep(1 * time.Second)15 }16 }17 }()18 }19 wg.Wait()20}

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