// eventLoopFunc is listening for events originating from the
// framwork.
func (t *TestSuite) eventLoopFunc(renderLoopControl *renderLoopControl) loop.LoopFunc {
return func(loop loop.Loop) error {
for {
select {
case c := <-t.resetActionMove:
t.testActionMove = make(chan mandala.ActionMoveEvent, c)
t.moving = true
t.resetActionMove <- 0
// Receive events from the framework.
case untypedEvent := <-mandala.Events():
switch event := untypedEvent.(type) {
case mandala.CreateEvent:
t.creationSequence = append(t.creationSequence, "onCreate")
case mandala.StartEvent:
t.creationSequence = append(t.creationSequence, "onStart")
case mandala.NativeWindowCreatedEvent:
renderLoopControl.window <- event.Window
// Finger down/up on the screen.
case mandala.ActionUpDownEvent:
if !t.moving {
t.testActionUpDown <- event
}
// Finger is moving on the screen.
case mandala.ActionMoveEvent:
if t.moving {
t.testActionMove <- event
}
case mandala.NativeWindowDestroyedEvent:
mandala.Debugf("Window destroyed")
case mandala.DestroyEvent:
// return nil
case mandala.NativeWindowRedrawNeededEvent:
mandala.Debugf("Redraw needed")
case mandala.PauseEvent:
case mandala.ResumeEvent:
t.creationSequence = append(t.creationSequence, "onResume")
}
}
}
}
}
// eventLoopFunc listen to events originating from the
// framework.
func eventLoopFunc(renderLoopControl *renderLoopControl) loop.LoopFunc {
return func(loop loop.Loop) error {
for {
select {
case untypedEvent := <-mandala.Events():
switch event := untypedEvent.(type) {
// Receive a native window
// from the framework and send
// it to the render loop in
// order to begin the
// rendering process.
case mandala.NativeWindowCreatedEvent:
renderLoopControl.window <- event.Window
// Finger down/up on the screen.
case mandala.ActionUpDownEvent:
if event.Down {
renderLoopControl.tapEvent <- [2]float32{event.X, event.Y}
}
// Finger is moving on the screen.
case mandala.ActionMoveEvent:
mandala.Logf("Finger is moving at coord %f %f", event.X, event.Y)
case mandala.DestroyEvent:
mandala.Logf("Quitting from application now...\n")
return nil
case mandala.NativeWindowRedrawNeededEvent:
case mandala.PauseEvent:
mandala.Logf("Application was paused. Stopping rendering ticker.")
renderLoopControl.pause <- event
case mandala.ResumeEvent:
mandala.Logf("Application was resumed. Reactivating rendering ticker.")
renderLoopControl.resume <- true
}
}
}
}
}
// eventLoopFunc is listening for events originating from the
// framwork.
func (t *TestSuite) eventLoopFunc(renderLoopControl *renderLoopControl) loop.LoopFunc {
return func(loop loop.Loop) error {
for {
select {
// Receive events from the framework.
case untypedEvent := <-mandala.Events():
switch event := untypedEvent.(type) {
case mandala.CreateEvent:
case mandala.StartEvent:
case mandala.NativeWindowCreatedEvent:
renderLoopControl.window <- event.Window
case mandala.ActionUpDownEvent:
case mandala.ActionMoveEvent:
case mandala.NativeWindowDestroyedEvent:
case mandala.DestroyEvent:
case mandala.NativeWindowRedrawNeededEvent:
case mandala.PauseEvent:
case mandala.ResumeEvent:
}
}
}
}
}
// eventLoopFunc listen to events originating from the
// framework.
func eventLoopFunc(renderLoopControl *renderLoopControl) loop.LoopFunc {
return func(loop loop.Loop) error {
for {
select {
// Receive an EGL state from the
// framework and notify the render
// loop about that.
// case eglState := <-mandala.Init:
// mandala.Logf("EGL surface initialized W:%d H:%d", eglState.SurfaceWidth, eglState.SurfaceHeight)
// renderLoopControl.eglState <- eglState
// Receive events from the framework.
//
// When the application starts the
// typical events chain is:
//
// * onCreate
// * onResume
// * onInputQueueCreated
// * onNativeWindowCreated
// * onNativeWindowResized
// * onWindowFocusChanged
// * onNativeRedrawNeeded
//
// Pausing (i.e. clicking on the back
// button) the application produces
// following events chain:
//
// * onPause
// * onWindowDestroy
// * onWindowFocusChanged
// * onInputQueueDestroy
// * onDestroy
case untypedEvent := <-mandala.Events():
switch event := untypedEvent.(type) {
// Receive a native window
// from the framework and send
// it to the render loop in
// order to begin the
// rendering process.
case mandala.NativeWindowCreatedEvent:
renderLoopControl.window <- event.Window
// Finger down/up on the screen.
case mandala.ActionUpDownEvent:
if event.Down {
mandala.Logf("Finger is DOWN at %f %f", event.X, event.Y)
} else {
mandala.Logf("Finger is now UP")
}
// Finger is moving on the screen.
case mandala.ActionMoveEvent:
mandala.Logf("Finger is moving at coord %f %f", event.X, event.Y)
case mandala.DestroyEvent:
mandala.Logf("Stop rendering...\n")
mandala.Logf("Quitting from application...\n")
return nil
case mandala.NativeWindowRedrawNeededEvent:
case mandala.PauseEvent:
mandala.Logf("Application was paused. Stopping rendering ticker.")
renderLoopControl.pause <- true
case mandala.ResumeEvent:
mandala.Logf("Application was resumed. Reactivating rendering ticker.")
renderLoopControl.resume <- true
}
}
}
}
}
