def microthreadsTest():
buff = [] # We will not use stdout.
class Pinger(object):
def __init__(self, amount, message="PING"):
self.amount = amount # Loop counter.
self.message = message
microthread(self.update)
def update(self):
while self.amount > 0:
buff.append(self.message)
self.amount -= 1
schedule()
p1 = Pinger(10)
assert count() == 1
run()
schedule() # Schedule microthreads.
assert len(buff) == 10, "One microthreaded 'pinger' test - length of buffer is %s, not expected 10." % len(buff)
buff = []
p1 = Pinger(10)
p2 = Pinger(10, "PONG")
assert count() == 2
run()
schedule() # Schedule microthreads.
assert len(buff) == 20, "Two microthreads 'pinger' test - length of buffer is %s, not expected 20." % len(buff)
def SpriteSupermeCommander():
"""
The SpriteSupermeCommander function, one of YAPGU default microthreads,
which updates all registered Sprite objects - sets actual animation
frame, prepares internal rendering for drawing sprite etc.
Notes:
- Nope, I won't change its name to some wimpy "SpriteManager". (szx)
- Screw your threads. (szx)
Maintainer: szx
Last update date: 22.01.2013
"""
while True: #TODO Something.
dt = logic.delta()
for sprite in _sprites:
if not sprite.paused:
if sprite.frames > 1:
sprite.elapsed += dt
if sprite.elapsed > 1.0 / sprite.fps:
sprite.frame += 1
if sprite.frame >= sprite.frames:
if not sprite.looped:
sprite.paused = True
else:
sprite.frame = 0
sprite.elapsed -= 1.0 / sprite.fps
sprite._sprite = pyglet.sprite.Sprite(sprite._imageTexSeq[sprite.frame])
sprite._sprite.position = (sprite.position.x,sprite.position.y)
sprite._sprite.rotation = sprite.rotation
schedule()
def movementMicrothread():
while True:
if inputf.keyboard[inputf.key.UP]:
sprite.position.y += 10 * logic.delta()
if inputf.mouse.left:
sprite.position.x += 10 * logic.delta()
#else:
# sprite.position.x -= 10 * logic.delta()
if inputf.mouse.inRect(sprite):
sprite.position.y -= 10 * logic.delta()
microthreads.schedule()
def update(self):
while self.amount > 0:
buff.append(self.message)
self.amount -= 1
schedule()
def update(dlt):
global _dt
_dt = dlt
schedule()
