def killall(self):
"""
Kills all animations
"""
for a in self.animations:
a.remove()
rc.unregister(self.update)
def stop(self, cmd=''):
"""
stop the child
"""
logger.log( 9, 'ChildApp2.stop(cmd=%r)', cmd)
self.timer.stop()
rc.unregister(self.stop)
if cmd and self.isAlive():
self.write(cmd)
# wait for the app to terminate itself
for i in range(60):
if not self.isAlive():
break
time.sleep(0.1)
# kill the app
if self.isAlive():
self.kill()
# Ok, we can use the OSD again.
if self.stop_osd:
osd.restart()
if self.is_video:
rc.post_event(Event(VIDEO_END))
def stop(self, cmd=''):
"""
stop the child
"""
rc.unregister(self.poll)
rc.unregister(self.stop)
if cmd and self.isAlive():
_debug_('sending exit command to app \"%r\"' % cmd)
self.write(cmd)
# wait for the app to terminate itself
for i in range(60):
if not self.isAlive():
break
time.sleep(0.1)
# kill the app
self.kill()
# Ok, we can use the OSD again.
if self.stop_osd:
osd.restart()
if self.is_video:
rc.post_event(Event(VIDEO_END))
def hide(self):
"""
used when hiding the bar
"""
self.status = BAR_HIDE
self.render = []
self.player = None
self.Timer = None
self.bar = None
rc.unregister(self.update)
def update_wait(self):
"""
This is used while starting freevo
"""
if osd._singleton == None:
return
if self.osd == None:
self.osd = osd.get_singleton()
rc.unregister(self.update)
self.update = self.update_enabled
rc.register(self.update, True, 0)
def kill(self, anim_object):
"""
Kill an animation
"""
try:
i = self.animations.index(anim_object)
self.animations[i].remove()
except:
pass
if len(self.animations) == 0:
# no more animations, unregister ourself to the main loop:
rc.unregister(self.update)
def hide(self):
"""
used when hiding the bar
"""
_debug_('hide(self)', 2)
self.status = BAR_HIDE
self.render = []
self.player = None
self.Timer = None
self.bar = None
if self.update_registered:
rc.unregister(self.update)
self.update_registered = False
def update_enabled(self):
"""
This is the draw method for animations
"""
render = []
add = render.append
remove = self.animations.remove
i = 0
timer = pygame.time.get_ticks()
for a in copy.copy(self.animations):
# XXX something should be done to clean up the mess
if a.delete:
self.animations.remove(a)
if len(self.animations) == 0:
# no more animations, unregister ourself to the main loop:
rc.unregister(self.update)
continue
if a.active:
r = a.poll(timer)
if r:
i += 1
add(r)
# XXX something might be done to handle stopped animations
else:
pass
# only invoke osd singleton if there are updates
# since this is a potential time hog
if len(render) > 0:
rects = []
for (rect, surf) in render:
self.osd.putsurface(surf, rect.left, rect.top)
rects.append(rect)
if len(rects) > 0:
self.osd.update(rects)
def eventhandler(self, event, menuw=None):
#print 'eventhandler(self, event=%s, menuw=%s)' % (event, menuw)
if event == PAUSE or event == PLAY:
if self.slideshow:
rc.post_event(Event(OSD_MESSAGE, arg=_('pause')))
self.slideshow = False
rc.unregister(self.signalhandler)
self.signal_registered = False
else:
rc.post_event(Event(OSD_MESSAGE, arg=_('play')))
self.slideshow = True
rc.register(self.signalhandler, False, 100)
self.signal_registered = True
return True
elif event == STOP:
self.last_image = None, None
self.signal_registered = False
rc.unregister(self.signalhandler)
rc.app(None)
self.fileitem.eventhandler(event)
return True
# up and down will stop the slideshow and pass the
# event to the playlist
elif event == PLAYLIST_NEXT or event == PLAYLIST_PREV:
self.signal_registered = False
rc.unregister(self.signalhandler)
self.fileitem.eventhandler(event)
return True
# rotate image
elif event == IMAGE_ROTATE:
if event.arg == 'left':
self.rotation = (self.rotation + 270) % 360
else:
self.rotation = (self.rotation + 90) % 360
self.fileitem['rotation'] = self.rotation
self.view(self.fileitem, zoom=self.zoom, rotation=self.rotation)
return True
# print image information
elif event == TOGGLE_OSD:
self.osd_mode = (self.osd_mode +
1) % (len(config.IMAGEVIEWER_OSD) + 1)
# Redraw
self.view(self.fileitem, zoom=self.zoom, rotation=self.rotation)
return True
# zoom to one third of the image
# 1 is upper left, 9 is lower right, 0 zoom off
elif str(event) in self.zoom_btns:
self.zoom = self.zoom_btns[str(event)]
if self.zoom:
# Zoom one third of the image, don't load the next
# image in the list
self.view(self.fileitem,
zoom=self.zoom,
rotation=self.rotation)
else:
# Display entire picture, don't load next image in case
# the user wants to zoom around some more.
self.view(self.fileitem, zoom=0, rotation=self.rotation)
return True
elif event == IMAGE_MOVE:
coord = event.arg
if isinstance(self.zoom, int):
self.zoom = self.zoom, coord[0], coord[1]
else:
self.zoom = self.zoom[
0], self.zoom[1] + coord[0], self.zoom[2] + coord[1]
self.view(self.fileitem, zoom=self.zoom, rotation=self.rotation)
return True
# save the image with the current rotation
elif event == IMAGE_SAVE:
if self.rotation and os.path.splitext(self.filename)[1] == ".jpg":
cmd = 'jpegtran -copy all -rotate %s -outfile /tmp/freevo-iview %s' \
% ((self.rotation + 180) % 360, self.filename)
os.system(cmd)
os.system('mv /tmp/freevo-iview %s' % self.filename)
self.rotation = 0
self.osd.bitmapcache.__delitem__(self.filename)
return True
else:
return self.fileitem.eventhandler(event)