Best Rod code snippet using rod.Is
rod-cutting.go
Source: rod-cutting.go
1// Given a rod of length n inches and an array of prices that contains prices of all pieces of size smaller than n.2// Determine the maximum value obtainable by cutting up the rod and selling the pieces3package main4import (5 "fmt"6 "math"7)8func main() {9 // priceList index represents length of rod10 priceList := []int{3, 5, 8, 9, 10, 17, 17, 20, 24, 30}11 rodLength := 812 revenueList, sizeList := BottomUpRodCut(priceList, rodLength)13 fmt.Println("Revenue list by BottomUpRodCut :: ", revenueList)14 fmt.Println("Size list by BottomUpRodCut :: ", sizeList)15 fmt.Printf("Max revenue for rodLength-%d is, %d\n", rodLength, revenueList[rodLength])16 fmt.Print("Cut Lengths are :: ")17 PrintRodCutSize(sizeList, rodLength)18 revenueList, sizeList = TopDownRodCut(priceList, rodLength)19 fmt.Println("Revenue list by TopDownRodCut :: ", revenueList)20 fmt.Println("Size list by TopDownRodCut :: ", sizeList)21 fmt.Printf("Max revenue for rodLength-%d is, %d\n", rodLength, revenueList[rodLength])22 fmt.Print("Cut Lengths are :: ")23 PrintRodCutSize(sizeList, rodLength)24}25// BottomUpRodCut using bottom up approach of Dynamic Programming26func BottomUpRodCut(priceList []int, rodLength int) ([]int, []int) {27 revenueList := make([]int, rodLength+1, rodLength+1)28 sizeList := make([]int, rodLength+1, rodLength+1)29 revenueList[0] = 030 sizeList[0] = 031 for i := 1; i <= rodLength; i++ {32 q := math.MinInt6433 for j := 1; j <= i; j++ {34 if q < priceList[j-1]+revenueList[i-j] {35 q = priceList[j-1] + revenueList[i-j]36 sizeList[i] = j37 }38 }39 revenueList[i] = q40 }41 return revenueList, sizeList42}43// TopDownRodCut using top down approach of Dynamic Programming44func TopDownRodCut(priceList []int, rodLength int) ([]int, []int) {45 revenueList := make([]int, rodLength+1, rodLength+1)46 sizeList := make([]int, rodLength+1, rodLength+1)47 for i := range revenueList {48 revenueList[i] = math.MinInt6449 }50 mamoizedRodCut(priceList, revenueList, sizeList, rodLength)51 return revenueList, sizeList52}53func mamoizedRodCut(priceList []int, revenueList []int, sizeList []int, rodLength int) int {54 if revenueList[rodLength] >= 0 {55 return revenueList[rodLength]56 }57 q := math.MinInt6458 if rodLength == 0 {59 q = 060 } else {61 for i := 1; i <= rodLength; i++ {62 tmp := priceList[i-1] + mamoizedRodCut(priceList, revenueList, sizeList, rodLength-i)63 if q < tmp {64 q = tmp65 sizeList[rodLength] = i66 }67 }68 }69 revenueList[rodLength] = q70 return revenueList[rodLength]71}72// PrintRodCutSize print where to cut rod73func PrintRodCutSize(size []int, roadLength int) {74 if roadLength == 0 {75 fmt.Println(0)76 return77 }78 for roadLength > 0 {79 fmt.Printf("%d\t", size[roadLength])80 roadLength = roadLength - size[roadLength]81 }82 fmt.Println()83}...
Tower_Of_Hanoi.go
Source: Tower_Of_Hanoi.go
1// Tower of Hanoi problem using recursion2package main3import "fmt"4func TowerOfHanoi(n int, source byte, destination byte, auxillary byte) { 5 if (n == 1) { 6 fmt.Printf("Move disk 1 from rod %c to rod %c \n", source, destination) 7 return 8 } 9 TowerOfHanoi(n - 1, source, auxillary, destination) 10 fmt.Printf("Move disk %d from rod %c to rod %c \n", n, source, destination)11 TowerOfHanoi(n - 1, auxillary, destination, source)12} 13func main() {14 var n int15 fmt.Print("Enter number of disks: ")16 fmt.Scan(&n) 17 // n = Number of disks 18 19 TowerOfHanoi(n, 'A', 'C', 'B') 20 // A, B and C are names of rods 21 // A is source rod, B is auxillary rod, C is destination rod22}23/*24Enter number of disks: 3 25Move disk 1 from rod A to rod C 26Move disk 2 from rod A to rod B 27Move disk 1 from rod C to rod B 28Move disk 3 from rod A to rod C 29Move disk 1 from rod B to rod A 30Move disk 2 from rod B to rod C 31Move disk 1 from rod A to rod C 32*/...
TowerofHanoi.go
Source: TowerofHanoi.go
1// Tower of Hanoi in Golang2package main3 4import "fmt"5 6type solver interface {7 play(int)8}9 10// towers is example of type satisfying solver interface11type towers struct {12 // an empty struct13}14 15// play is sole method required to implement solver type16func (t *towers) play(n int) { 17 t.moveN(n, 3, 4, 5)18}19 20// recursive algorithm21func (t *towers) moveN(n, from, to, via int) {22 if n > 0 {23 t.moveN(n-1, from, via, to)24 t.moveM(from, to)25 t.moveN(n-1, via, to, from)26 }27}28 29func (t *towers) moveM(from, to int) {30 fmt.Println("Move disk from rod", from, "to rod", to)31}32 33func main() {34 var t solver 35 t = new(towers) // type towers must satisfy solver interface36 t.play(4)37 } 38Move disk from rod 3 to rod 539Move disk from rod 3 to rod 440Move disk from rod 5 to rod 441Move disk from rod 3 to rod 542Move disk from rod 4 to rod 343Move disk from rod 4 to rod 544Move disk from rod 3 to rod 545Move disk from rod 3 to rod 446Move disk from rod 5 to rod 447Move disk from rod 5 to rod 348Move disk from rod 4 to rod 349Move disk from rod 5 to rod 450Move disk from rod 3 to rod 551Move disk from rod 3 to rod 452Move disk from rod 5 to rod 453
...
Is
Using AI Code Generation
1import (2type Point struct {3}4func (p Point) Distance(q Point) float64 {5 return math.Hypot(q.X-p.X, q.Y-p.Y)6}7func (p *Point) ScaleBy(factor float64) {8}9func (p Point) ScaleBy1(factor float64) {10}11func main() {12 p := Point{1, 2}13 q := Point{4, 6}14 r := &Point{1, 2}15 r.ScaleBy(2)16 r.ScaleBy1(2)17}18import (19type Point struct {20}21func (p Point) Distance(q Point) float64 {22 return math.Hypot(q.X-p.X, q.Y-p.Y)23}24func (p *Point) ScaleBy(factor float64) {25}26func (p Point) ScaleBy1(factor float64) {27}28func main() {29 p := Point{1, 2}30 q := Point{4, 6}31 r := &Point{1, 2}32 r.ScaleBy(2)33 r.ScaleBy1(2)34}35import (36type Point struct {37}38func (p Point) Distance(q Point) float64 {39 return math.Hypot(q.X-p.X, q.Y-p.Y)40}41func (p
Is
Using AI Code Generation
1import (2func main() {3 fmt.Println(robotgo.Is64Bit())4 fmt.Println(robotgo.Is32Bit())5 fmt.Println(robotgo.IsMac())6 fmt.Println(robotgo.IsWin())7 fmt.Println(robotgo.IsLinux())8}9import (10func main() {11 w, h := robotgo.GetScreenSize()12 fmt.Println("width:", w, "height:", h)13}14import (15func main() {16 x, y := robotgo.GetMousePos()17 fmt.Println("x:", x, "y:", y)18}19import (20func main() {21 robotgo.MoveMouseSmooth(100, 100, 1.0, 100.0)22 time.Sleep(2 * time.Second)23 robotgo.MoveMouseSmooth(200, 200, 1.0, 100.0)24}25import (26func main() {27 robotgo.MoveMouse(100, 100)28 time.Sleep(2 * time.Second)29 robotgo.MoveMouse(200, 200)30}31import (32func main() {33 robotgo.MouseClick("left", true)34 time.Sleep(2 * time.Second)35 robotgo.MouseClick("right", true)36}
Is
Using AI Code Generation
1import (2func main() {3 browser := rod.New().MustConnect()4 page.MustElement("input[name=q]").MustInput("rod").MustPress(rod.Enter)5 fmt.Println(page.MustElement("h1").MustText())6}7import (8func main() {9 browser := rod.New().MustConnect()10 page.MustElement("input[name=q]").MustInput("rod").MustPress(rod.Enter)11 fmt.Println(page.MustHas("h1"))12}13import (14func main() {15 browser := rod.New().MustConnect()16 page.MustElement("input[name=q]").MustInput("rod").MustPress(rod.Enter)17 fmt.Println(page.MustElementX("h1").MustText())18}19import (20func main() {21 browser := rod.New().MustConnect()22 page.MustElement("input[name=q]").MustInput("rod").MustPress(rod.Enter)23 fmt.Println(page.MustElements("h1").MustText())24}25import (26func main() {27 browser := rod.New().MustConnect()28 page.MustElement("input[name=q]").MustInput("
Is
Using AI Code Generation
1import (2func main() {3 c := geometry.Circle{0, 0, 5}4 r := geometry.Rectangle{0, 0, 10, 20}5 fmt.Println(geometry.Is(c, r))6}7import (8func main() {9 c := geometry.Circle{0, 0, 5}10 r := geometry.Rectangle{0, 0, 10, 20}11 fmt.Println(geometry.Is(r, c))12}13import (14func main() {15 c := geometry.Circle{0, 0, 5}16 r := geometry.Rectangle{0, 0, 10, 20}17 fmt.Println(geometry.Is(r, r))18}19import (20func main() {21 c := geometry.Circle{0, 0, 5}22 r := geometry.Rectangle{0, 0, 10, 20}23 fmt.Println(geometry.Is(c, c))24}25import (26func main() {27 c := geometry.Circle{0, 0, 5}28 r := geometry.Rectangle{0, 0, 10, 20}29 fmt.Println(geometry.Is(c, r))30}31import (32func main() {33 c := geometry.Circle{0, 0, 5}34 r := geometry.Rectangle{0, 0, 10, 20}35 fmt.Println(geometry.Is(r, c))36}37import (38func main() {39 c := geometry.Circle{0, 0, 5}40 r := geometry.Rectangle{0, 0, 10, 20}41 fmt.Println(geometry.Is(r, r))42}
Is
Using AI Code Generation
1import (2func main() {3 fmt.Println(page.MustElement("input[name=q]").MustIs(":disabled"))4}5import (6func main() {7 fmt.Println(page.MustElement("input[name=q]").MustIsHidden())8}9import (10func main() {11 fmt.Println(page.MustElement("input[name=q]").MustIsVisible())12}13import (14func main() {15 fmt.Println(page.MustElement("input[name=q]").MustIsSelected())16}17import (18func main() {19 fmt.Println(page.MustElement("input[name=q]").MustIsEditable())20}21import (22func main() {23 fmt.Println(page.MustElement("input[name=q]").MustIsPresent())24}
Is
Using AI Code Generation
1import (2func main() {3 browser := rod.New().Connect()4 page.WaitLoad()5 input := page.Element("#lst-ib")6 input.Input("Hello World")7 visible := input.Is(":visible")8 fmt.Println("Input element is visible:", visible)9 disabled := input.Is(":disabled")10 fmt.Println("Input element is disabled:", disabled)11 utils.Pause()12}
Is
Using AI Code Generation
1import (2func main() {3 browser := rod.New().MustConnect()4 ok := page.MustElement("button").MustIs(":visible")5}6import (7func main() {8 browser := rod.New().MustConnect()9 ok := page.MustHas("button")10}11import (12func main() {13 browser := rod.New().MustConnect()14 parent := page.MustElement("button").MustParent()15}16import (17func main() {18 browser := rod.New().MustConnect()19 siblings := page.MustElement("button").MustSiblings()20}21import (22func main() {23 browser := rod.New().MustConnect()24 children := page.MustElement("button").MustChildren()25}26import (
Is
Using AI Code Generation
1func (r *rod) Is() bool {2 if r.length == 0 && r.radius == 0 {3 }4}5func main() {6 fmt.Println(r1.Is())7 fmt.Println(r2.Is())8}9func main() {10 fmt.Println(r1.Is())11 fmt.Println(r2.Is())12}13func main() {14 fmt.Println(r1.Is())15 fmt.Println(r2.Is())16}17func main() {18 fmt.Println(r1.Is())19 fmt.Println(r2.Is())20}21func main() {22 fmt.Println(r1
Is
Using AI Code Generation
1import (2func main() {3 rod := Rod{}4 rod2 := Rod{}5 rod3 := Rod{}6 rod4 := Rod{}7 rod5 := Rod{}8 rod6 := Rod{}9 rod7 := Rod{}10 rod8 := Rod{}11 rod9 := Rod{}12 rod10 := Rod{}13 rod11 := Rod{}14 rod12 := Rod{}15 rod13 := Rod{}16 rod14 := Rod{}17 rod15 := Rod{}18 rod16 := Rod{}19 rod17 := Rod{}20 rod18 := Rod{}21 rod19 := Rod{}22 rod20 := Rod{}23 rod21 := Rod{}24 rod22 := Rod{}25 rod23 := Rod{}26 rod24 := Rod{}27 rod25 := Rod{}28 rod26 := Rod{}29 rod27 := Rod{}30 rod28 := Rod{}31 rod29 := Rod{}32 rod30 := Rod{}33 rod31 := Rod{}34 rod32 := Rod{}35 rod33 := Rod{}36 rod34 := Rod{}37 rod35 := Rod{}38 rod36 := Rod{}39 rod37 := Rod{}40 rod38 := Rod{}41 rod39 := Rod{}42 rod40 := Rod{}
Check out the latest blogs from LambdaTest on this topic:
From October 2016 to November 2017, Android released 4 major versions and iOS released 9 major updates. Its very good for users but it is problematic for developers and absolute hell for testers. One such problem testers face because of fast release cycles is Acceptance Testing.
Taking in more information than what we can process slows us down. Be it a computer or human, no one can process beyond a specified level. If you open hundreds of apps in a computer, at same point of time it will stop working, slow down, or even crash. Same is with humans, every human has a defined cognitive load that the memory can process. Making anyone process more information than defined will result in cognitive overloading.
While recently cleaning out my bookshelf, I dusted off my old copy of Testing Computer Software written by Cem Kaner, Hung Q Nguyen, and Jack Falk. I was given this book back in 2003 by my first computer science teacher as a present for a project well done. This brought back some memories and got me thinking how much books affect our lives even in this modern blog and youtube age. There are courses for everything, tutorials for everything, and a blog about it somewhere on medium. However nothing compares to a hardcore information download you can get from a well written book by truly legendary experts of a field.
The DevOps cycle is always evolving with the latest trends and tech. SaaS success demands flexibility as you learn and deploy thousand ideas, in an effort to keep up with the modern tricks we are always looking out for ways to make testing fun. We are proud to announce single click integration of GitLab and Bitbucket with LamdbaTest cross browser testing platform. It’s one more step forward towards providing an integrated and seamless testing ecosystem for modern agile development team.
Ever since the adoption of Agile methodology we have witnessed a debate over the topic of having a dedicated Staging environment for QA practices. In this age of rapid web-app development, creating a staging environment and maintaining is often considered to be a wasteful and strenuous task.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!