cheikhshift

// +build windows

package lib

func FindExe() (string,string){
	return "C:\\Windows\\System32\\explorer.exe", "Windows"
}

cheikhshift

//+build windows_test

package lib

import "testing"

func TestFindExe(t * testing.T){
	
	_, os := FindExe()

cheikhshift

// +build linux darwin

package lib

func FindExe() (string, string){
	return  "/bin/bash","Unix"
}

cheikhshift

//+build unix_test

package lib

import "testing"

func TestFindExe(t * testing.T){
	
	_, os := FindExe()

cheikhshift

func HandleEnt(e *entities.Entity) {

	for {

		time.Sleep(WaitTime)

		// set speed to move left, hence `-` sign
		e.Delta[0] = -e.Speed.X()

		// perform shift

cheikhshift

go func() {

  for {

    wait := rand.Intn(20)
    timeOut := time.Duration(wait) * time.Second

    time.Sleep(timeOut)

    fmt.Println("Spawn")

cheikhshift

event.Bind(sc, event.Enter, char, func(c *entities.Entity, ev event.EnterPayload) event.Response {

      oldX, oldY := char.X(), char.Y()
      char.ShiftDelta()
      aboveGround := false

      hit := collision.HitLabel(char.Space, Ground)
      gameOver := collision.HitLabel(char.Space, Obstacle)

      if gameOver != nil {

cheikhshift

sc.Window.SetTitle("Infinite Dash")

char := entities.New(sc,
  entities.WithRect(floatgeom.NewRect2WH(100, 100, 16, 32)),
  entities.WithColor(color.RGBA{255, 0, 0, 255}),
  entities.WithSpeed(floatgeom.Point2{3, 7}),
)

platform := floatgeom.NewRect2WH(0, 420, 640, 20)

cheikhshift

func main() {
	oak.AddScene("firstScene", scene.Scene{
		Start: func(sc *scene.Context) {
			// ... draw entities, bind callbacks ...

		},
	})

	oak.Init("firstScene")
}

cheikhshift

const (
	// The only collision label we need for this demo is 'ground',
	// indicating something we shouldn't be able to fall or walk through
	Ground   collision.Label = 1
	Obstacle collision.Label = 2
	WaitTime time.Duration   = 50 * time.Millisecond
)