func GetInstance() *Simra {
peer.LogDebug("IN")
if simra == nil {
simra = &Simra{}
}
peer.LogDebug("OUT")
return simra
}
func GetInstance() *Gomo {
peer.LogDebug("IN")
if gomo == nil {
gomo = &Gomo{}
}
peer.LogDebug("OUT")
return gomo
}
func (self *Simra) SetScene(driver Driver) {
peer.LogDebug("IN")
peer.GetGLPeer().Reset()
peer.GetTouchPeer().RemoveAllTouchListener()
self.driver = driver
driver.Initialize()
peer.LogDebug("OUT")
}
func (self *Gomo) Initialize(onStart, onStop chan bool, updateCallback func()) {
peer.LogDebug("IN")
self.glPeer = peer.GetGLPeer()
self.touchPeer = peer.GetTouchPeer()
self.onStart = onStart
self.onStop = onStop
self.updateCallback = updateCallback
peer.LogDebug("OUT")
}
func main() {
peer.LogDebug("[IN]")
engine := simra.GetInstance()
onStart := make(chan bool)
onStop := make(chan bool)
go eventHandle(onStart, onStop)
engine.Start(onStart, onStop)
peer.LogDebug("[OUT]")
}
func (self *Stage1) Initialize() {
peer.LogDebug("[IN]")
peer.SetDesiredScreenSize(1080/2, 1920/2)
peer.GetTouchPeer().AddTouchListener(self)
// initialize sprites
self.initSprite()
peer.LogDebug("[OUT]")
}
func (self *Title) Initialize() {
peer.LogDebug("[IN]")
peer.SetDesiredScreenSize(960, 540)
peer.GetTouchPeer().AddTouchListener(self)
// initialize sprites
self.initialize()
peer.LogDebug("[OUT]")
}
func (self *Gomo) Start() {
peer.LogDebug("IN")
app.Main(func(a app.App) {
for e := range a.Events() {
switch e := a.Filter(e).(type) {
case lifecycle.Event:
switch e.Crosses(lifecycle.StageVisible) {
case lifecycle.CrossOn:
// initialize gl peer
glctx, _ := e.DrawContext.(gl.Context)
self.glPeer.Initialize(glctx)
// time to set first scene
self.onStart <- true
a.Send(paint.Event{})
case lifecycle.CrossOff:
// time to stop application
self.onStop <- true
// finalize gl peer
self.glPeer.Finalize()
}
case size.Event:
peer.SetScreenSize(e)
case paint.Event:
if e.External {
continue
}
// update notify for simra
self.updateCallback()
// update notify for gl peer
self.glPeer.Update()
a.Publish()
a.Send(paint.Event{})
case touch.Event:
switch e.Type {
case touch.TypeBegin:
self.touchPeer.OnTouchBegin(e.X, e.Y)
case touch.TypeMove:
self.touchPeer.OnTouchMove(e.X, e.Y)
case touch.TypeEnd:
self.touchPeer.OnTouchEnd(e.X, e.Y)
}
}
}
})
peer.LogDebug("OUT")
}
func eventHandle(onStart, onStop chan bool) {
for {
select {
case <-onStart:
peer.LogDebug("receive chan. onStart")
engine := simra.GetInstance()
// TODO: this will be called on rotation.
// to keep state on rotation, SetScene must not call
// every onStart.
engine.SetScene(&scene.Title{})
case <-onStop:
peer.LogDebug("receive chan. onStop")
}
}
}
func (self *Simra) Start(onStart, onStop chan bool) {
peer.LogDebug("IN")
gomo.GetInstance().Initialize(onStart, onStop, self.onUpdate)
gomo.GetInstance().Start()
peer.LogDebug("OUT")
}
func (self *Simra) onStopped() {
peer.LogDebug("IN")
self.driver = nil
peer.GetGLPeer().Finalize()
peer.LogDebug("OUT")
}