def doModal(self, close=True):
assert self.parent and self.window is self.parent and self.breakLoop
self.retValue = False
self.breakLoop = False
self.setFocus()
self.show()
window = self.window
window.hideToolTips()
# set popup
popupPool = window._popups
popupPool.append(self)
self.retClose = close
window.prohibitSizing.set(self)
koan.run(id(self))
window.prohibitSizing.reset(self)
# relese popup
popupPool.remove(self)
if popupPool:
for i in popupPool[-1::-1]:
if not i.dead:
i.setFocus()
break
return self.retValue
def doModal(self, close = True):
assert self.parent and self.window is self.parent and self.breakLoop
self.retValue = False
self.breakLoop = False
self.setFocus()
self.show()
window = self.window
window.hideToolTips()
# set popup
popupPool = window._popups
popupPool.append(self)
self.retClose = close
window.prohibitSizing.set(self)
koan.run(id(self))
window.prohibitSizing.reset(self)
# relese popup
popupPool.remove(self)
if popupPool:
for i in popupPool[-1::-1]:
if not i.dead:
i.setFocus()
break
return self.retValue
o = Component(b) o.size = 64, 64 o.bgColor = (255, randint(0,255), randint(0,255), randint(0,255)) o = Component(b) o.size = 64, 64 o.bgColor = (255, randint(0,255), randint(0,255), randint(0,255)) o = Component(b) o.size = 64, 64 o.bgColor = (255, randint(0,255), randint(0,255), randint(0,255)) # autohide toolbar b = AutoHideToolbar(c) b.autosize = False b.height = 100 b.bgColor = color.darkblue o = Component(b) o.size = 64, 64 o.bgColor = (255, randint(0,255), randint(0,255), randint(0,255)) o = Component(b) o.size = 64, 64 o.bgColor = (255, randint(0,255), randint(0,255), randint(0,255)) o = Component(b) o.size = 64, 64 o.bgColor = (255, randint(0,255), randint(0,255), randint(0,255)) w.show() koan.run(1) koan.final()
if key == 'F1':
dlg = Dialog(self)
dlg.bgColor = color.darkgray
dlg.rect = 100, 100, 400, 300
ret = dlg.doModal()
print dlg.children
return True
elif key == 'F2':
dlg = Dialog(self)
dlg.bgColor = color.darkgray
dlg.rect = 100, 100, 400, 300
ret = dlg.doModal(close=False)
print dlg.children
dlg.close() # you should call close by yourself
return True
return super(MyWindow, self).onKey(key)
w = MyWindow()
w.create(0, 0, 640, 480, caption=True)
w.bgColor = color.black
w.show()
e = None
w = None
koan.run(1)
koan.final()
koan.traceLeak()
if self._step_by_step_flag:
self._step_by_step_flag = False
return
# Update the new location of the plate
if self._target_left > self._plate_images[self._move.number].left:
self._plate_images[self._move.number].left += HORIZONTAL_SPEED
elif self._target_left < self._plate_images[self._move.number].left:
self._plate_images[self._move.number].left -= HORIZONTAL_SPEED
self._time_spent += 1
self._plate_images[self._move.number].top = self._starting_top + VERTICAL_SPEED * self._time_spent + self._acceleration * (self._time_spent ** 2) / 2
def close(self):
# Remove the registered animation
self._animation.remove()
super(HanoiWindow, self).close()
def onDraw(self, render):
render.Clear(255, 0, 0, 0)
if __name__ == '__main__':
koan.init()
w = HanoiWindow()
w.allSightDirty = 0
w.show()
koan.run(0)
if self._step_by_step_flag:
self._step_by_step_flag = False
return
# Update the new location of the plate
if self._target_left > self._plate_images[self._move.number].left:
self._plate_images[self._move.number].left += HORIZONTAL_SPEED
elif self._target_left < self._plate_images[self._move.number].left:
self._plate_images[self._move.number].left -= HORIZONTAL_SPEED
self._time_spent += 1
self._plate_images[
self._move.
number].top = self._starting_top + VERTICAL_SPEED * self._time_spent + self._acceleration * (
self._time_spent**2) / 2
def close(self):
# Remove the registered animation
self._animation.remove()
super(HanoiWindow, self).close()
def onDraw(self, render):
render.Clear(255, 0, 0, 0)
if __name__ == '__main__':
koan.init()
w = HanoiWindow()
w.allSightDirty = 0
w.show()
koan.run(0)