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How to use sqrtRat method of executor Package

Best K6 code snippet using executor.sqrtRat

ramping_arrival_rate_test.go

Source:ramping_arrival_rate_test.go

...458// there are no other tests for it so it depends on the test of cal that it is actually accurate :D459//nolint:gochecknoglobals460var two = big.NewRat(2, 1)461// from https://groups.google.com/forum/#!topic/golang-nuts/aIcDf8T-Png462func sqrtRat(x *big.Rat) *big.Rat {463	var z, a, b big.Rat464	var ns, ds big.Int465	ni, di := x.Num(), x.Denom()466	z.SetFrac(ns.Rsh(ni, uint(ni.BitLen())/2), ds.Rsh(di, uint(di.BitLen())/2))467	for i := 10; i > 0; i-- { // TODO: better termination468		a.Sub(a.Mul(&z, &z), x)469		f, _ := a.Float64()470		if f == 0 {471			break472		}473		// fmt.Println(x, z, i)474		z.Sub(&z, b.Quo(&a, b.Mul(two, &z)))475	}476	return &z477}478// This implementation is just for reference and accuracy testing479func (varc RampingArrivalRateConfig) calRat(et *lib.ExecutionTuple, ch chan<- time.Duration) {480	defer close(ch)481	start, offsets, _ := et.GetStripedOffsets()482	li := -1483	next := func() int64 {484		li++485		return offsets[li%len(offsets)]486	}487	iRat := big.NewRat(start+1, 1)488	carry := big.NewRat(0, 1)489	doneSoFar := big.NewRat(0, 1)490	endCount := big.NewRat(0, 1)491	curr := varc.StartRate.ValueOrZero()492	var base time.Duration493	for _, stage := range varc.Stages {494		target := stage.Target.ValueOrZero()495		if target != curr {496			var (497				from = big.NewRat(curr, int64(time.Second))498				to   = big.NewRat(target, int64(time.Second))499				dur  = big.NewRat(time.Duration(stage.Duration.Duration).Nanoseconds(), 1)500			)501			// precalcualations :)502			toMinusFrom := new(big.Rat).Sub(to, from)503			fromSquare := new(big.Rat).Mul(from, from)504			durMulSquare := new(big.Rat).Mul(dur, fromSquare)505			fromMulDur := new(big.Rat).Mul(from, dur)506			oneOverToMinusFrom := new(big.Rat).Inv(toMinusFrom)507			endCount.Add(endCount,508				new(big.Rat).Mul(509					dur,510					new(big.Rat).Add(new(big.Rat).Mul(toMinusFrom, big.NewRat(1, 2)), from)))511			for ; endCount.Cmp(iRat) >= 0; iRat.Add(iRat, big.NewRat(next(), 1)) {512				// even with all of this optimizations sqrtRat is taking so long this is still513				// extremely slow ... :(514				buf := new(big.Rat).Sub(iRat, doneSoFar)515				buf.Mul(buf, two)516				buf.Mul(buf, toMinusFrom)517				buf.Add(buf, durMulSquare)518				buf.Mul(buf, dur)519				buf.Sub(fromMulDur, sqrtRat(buf))520				buf.Mul(buf, oneOverToMinusFrom)521				r, _ := buf.Float64()522				ch <- base + time.Duration(-r) // the minus is because we don't deive by from-to but by to-from above523			}524		} else {525			step := big.NewRat(int64(time.Second), target)526			first := big.NewRat(0, 1)527			first.Sub(first, carry)528			endCount.Add(endCount, new(big.Rat).Mul(big.NewRat(target, 1), big.NewRat(time.Duration(stage.Duration.Duration).Nanoseconds(), time.Duration(varc.TimeUnit.Duration).Nanoseconds())))529			for ; endCount.Cmp(iRat) >= 0; iRat.Add(iRat, big.NewRat(next(), 1)) {530				res := new(big.Rat).Sub(iRat, doneSoFar) // this can get next added to it but will need to change the above for .. so531				r, _ := res.Mul(res, step).Float64()532				ch <- base + time.Duration(r)533				first.Add(first, step)...

sqrtRat

Using AI Code Generation

1import (2func main() {3    client, err := ethclient.Dial("/Users/username/Library/Ethereum/geth.ipc")4    if err != nil {5        log.Fatalf("Failed to connect to the Ethereum client: %v", err)6    }7    key, err := crypto.HexToECDSA("your private key")8    if err != nil {9        log.Fatal(err)10    }11    auth := bind.NewKeyedTransactor(key)12    address, tx, instance, err := DeployExecutor(auth, client)13    if err != nil {14        log.Fatalf("Failed to deploy new contract: %v", err)15    }16    result, err := instance.SqrtRat(nil, big.NewInt(100), big.NewInt(100))17    if err != nil {18        log.Fatalf("Failed to retrieve result: %v", err)19    }20    fmt.Println("Result:", result)21}22import (23func main() {

sqrtRat

Using AI Code Generation

1import (2func main() {3    if err != nil {4        log.Fatal(err)5    }6    auth := bind.NewKeyedTransactor(crypto.ToECDSA("private key"))7    address := common.HexToAddress("0x9b9c7e7a8b0a7a1b1f1c1b1a2b2b2b2b2b2b2b2b")8    instance, err := NewExecutor(address, client)9    if err != nil {10        log.Fatal(err)11    }12    name, err := instance.Name(nil)13    if err != nil {14        log.Fatal(err)15    }16    fmt.Println("Contract name:", name)17    value, err := instance.SqrtRat(nil)18    if err != nil {19        log.Fatal(err)20    }21    fmt.Println("Current value of the counter:", value)22    for value.Cmp(big.NewInt(10)) < 0 {

sqrtRat

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println(executor.SqrtRat(2))4}5import "fmt"6func main() {7    fmt.Println(executor.SqrtRat(2))8}9The import statement can be used to import

sqrtRat

Using AI Code Generation

1import (2func main() {3	rand.Seed(time.Now().UnixNano())4	a = rand.Float64()5	b = rand.Float64()6	c = rand.Float64()7	d = rand.Float64()8	e = rand.Float64()9	f = rand.Float64()10	g = rand.Float64()11	h = rand.Float64()12	i = rand.Float64()13	j = rand.Float64()14	k = rand.Float64()15	l = rand.Float64()16	m = rand.Float64()17	n = rand.Float64()18	o = rand.Float64()19	p = rand.Float64()20	q = rand.Float64()21	r = rand.Float64()22	s = rand.Float64()23	t = rand.Float64()24	u = rand.Float64()25	v = rand.Float64()26	w = rand.Float64()27	x = rand.Float64()28	y = rand.Float64()29	z = rand.Float64()30	fa := big.NewFloat(a)31	ra := new(big.Rat)32	fa.Rat(ra)33	fb := big.NewFloat(b)34	rb := new(big.Rat)35	fb.Rat(rb)36	fc := big.NewFloat(c)37	rc := new(big.Rat)38	fc.Rat(rc)39	fd := big.NewFloat(d)40	rd := new(big.Rat)41	fd.Rat(rd)42	fe := big.NewFloat(e)43	re := new(big.Rat)44	fe.Rat(re)45	ff := big.NewFloat(f)46	rf := new(big.Rat)47	ff.Rat(rf)48	fg := big.NewFloat(g)49	rg := new(big.Rat)50	fg.Rat(rg)51	fh := big.NewFloat(h)52	rh := new(big.Rat)53	fh.Rat(rh)54	fi := big.NewFloat(i)55	ri := new(big.Rat)56	fi.Rat(ri)57	fj := big.NewFloat(j)

sqrtRat

Using AI Code Generation

1import (2func main() {3    fmt.Println("Enter the number: ")4    fmt.Scanln(&num)5    n := new(big.Rat)6    n.SetString(num)7    fmt.Println("The square root of", num, "is", executor.sqrtRat(n))8}9import (10func main() {11    fmt.Println("Enter the number: ")12    fmt.Scanln(&num)13    n := new(big.Rat)14    n.SetString(num)15    fmt.Println("The square root of", num, "is", executor.sqrtRat(n))16}17import (18func main() {19    fmt.Println("Enter the number: ")20    fmt.Scanln(&num)21    n := new(big.Rat)22    n.SetString(num)23    fmt.Println("The square root of", num, "is", executor.sqrtRat(n))24}25import (26func main() {27    fmt.Println("Enter the number: ")28    fmt.Scanln(&num)29    n := new(big.Rat)30    n.SetString(num)31    fmt.Println("The square root of", num, "is", executor.sqrtRat(n))32}33import (34func main() {35    fmt.Println("Enter the number: ")36    fmt.Scanln(&num)37    n := new(big.Rat)38    n.SetString(num)39    fmt.Println("The square root of", num, "is", executor.sqrtRat(n))40}41import (42func main() {43    fmt.Println("Enter the number: ")

sqrtRat

Using AI Code Generation

1func main() {2    executor := executor{}3    executor.sqrtRat(0.5)4}5func main() {6    executor := executor{}7    executor.sqrtRat(0.5)8}9func main() {10    executor := executor{}11    executor.sqrtRat(0.5)12}13func main() {14    executor := executor{}15    executor.sqrtRat(0.5)16}17func main() {18    executor := executor{}19    executor.sqrtRat(0.5)20}21func main() {22    executor := executor{}23    executor.sqrtRat(0.5)24}25func main() {26    executor := executor{}27    executor.sqrtRat(0.5)28}29func main() {30    executor := executor{}31    executor.sqrtRat(0.5)32}33func main() {34    executor := executor{}35    executor.sqrtRat(0.5)36}37func main() {38    executor := executor{}39    executor.sqrtRat(0.5)40}41func main() {42    executor := executor{}43    executor.sqrtRat(0.5)44}45func main() {46    executor := executor{}47    executor.sqrtRat(0.5)48}

sqrtRat

Using AI Code Generation

1import (2func main() {3	fmt.Println("Hello, playground")4	e := Executor{}5	e.sqrtRat(2, 3)6}7import (8func main() {9	fmt.Println("Hello, playground")10	e := Executor{}11	e.sqrtRat(2, 3)12}13import (14func main() {15	fmt.Println("Hello, playground")16	e := Executor{}17	e.sqrtRat(2, 3)18}19import (20func main() {21	fmt.Println("Hello, playground")22	e := Executor{}23	e.sqrtRat(2, 3)24}25import (26func main() {27	fmt.Println("Hello, playground")28	e := Executor{}29	e.sqrtRat(2, 3)30}31import (32func main() {33	fmt.Println("Hello, playground")34	e := Executor{}35	e.sqrtRat(2, 3)36}37import (38func main() {39	fmt.Println("Hello, playground")40	e := Executor{}41	e.sqrtRat(2, 3)42}43import (44func main() {45	fmt.Println("Hello, playground")46	e := Executor{}47	e.sqrtRat(2, 3)48}49import (50func main() {51	fmt.Println("Hello, playground")52	e := Executor{}53	e.sqrtRat(2, 3)54}55import (56func main()

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