def __init__(self, app, debugname=None, doeslogging=0, stop_osd=2, callback_use_rc=True):
"""
Initialise ChildApp2
"""
logger.debug('ChildApp2.__init__(app=%r, debugname=%r, doeslogging=%r, stop_osd=%r)', app, debugname, doeslogging, stop_osd)
self.timer = kaa.Timer(self.poll)
self.timer.start(0.1)
rc.register(self.stop, True, rc.SHUTDOWN)
self.is_video = 0 # Be more explicit
if stop_osd == 2:
self.is_video = 1
rc.post_event(Event(VIDEO_START))
stop_osd = config.OSD_STOP_WHEN_PLAYING
self.stop_osd = stop_osd
if self.stop_osd:
osd.stop()
if hasattr(self, 'item'):
rc.post_event(Event(PLAY_START, arg=self.item))
# return status of the child
self.status = 0
# start the child
ChildApp.__init__(self, app, debugname, doeslogging, callback_use_rc)
def add_animation(self, anim_object):
"""
Add an animation to our list
"""
self.animations.append(anim_object)
if len(self.animations) == 1:
# first animation, register ourself to the main loop:
rc.register(self.update, True, 0)
def show(self):
"""
used when showing for the first time
"""
self.player = audio.player.get()
rc.register(self.update, True, 10)
self.getInfo()
self.status = BAR_SHOW
def show(self):
"""
used when showing for the first time
"""
_debug_('show(self)', 2)
self.player = audio.player.get()
if not self.update_registered:
rc.register(self.update, True, 10)
self.update_registered = True
self.getInfo()
self.status = BAR_SHOW
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 __init__(self, app, debugname=None, doeslogging=0, stop_osd=2):
rc.register(self.poll, True, 10)
rc.register(self.stop, True, rc.SHUTDOWN)
self.is_video = 0 # Be more explicit
if stop_osd == 2:
self.is_video = 1
rc.post_event(Event(VIDEO_START))
stop_osd = config.OSD_STOP_WHEN_PLAYING
self.stop_osd = stop_osd
if self.stop_osd:
osd.stop()
if hasattr(self, 'item'):
rc.post_event(Event(PLAY_START, arg=self.item))
# return status of the child
self.status = 0
# start the child
ChildApp.__init__(self, app, debugname, doeslogging)
def _handle_input(self):
saved = ''
while 1:
data = self.fp.readline(300)
if not data:
_debug_(
'%s: No data, stopping (pid %s)!' %
(self.name, os.getpid()), 2)
self.fp.close()
if self.logger:
self.logger.close()
break
else:
data = data.replace('\r', '\n')
lines = data.split('\n')
# Only one partial line?
if len(lines) == 1:
saved += data
else:
# Combine saved data and first line, send to app
if self.logger:
self.logger.write(saved + lines[0] + '\n')
rc.register(self.callback, False, 0, saved + lines[0])
saved = ''
# There's one or more lines + possibly a partial line
if lines[-1] != '':
# The last line is partial, save it for the next time
saved = lines[-1]
# Send all lines except the last partial line to the app
for line in lines[1:-1]:
if self.logger:
self.logger.write(line + '\n')
rc.register(self.callback, False, 0, line)
else:
# Send all lines to the app
for line in lines[1:]:
if self.logger:
self.logger.write(line + '\n')
rc.register(self.callback, False, 0, line)
print
print 'Warning: Freevo cache helper/information updated.'
print 'Please rerun \'freevo cache\' to speed up Freevo'
print
del_cache()
elif kaa.metadata.version.VERSION > mmchanged:
print
print 'Warning: kaa metadata as changed.'
print 'Please rerun \'freevo cache\' to get the latest updates'
print
del_cache()
elif (int(time.time()) - part_update) / (3600 * 24) > 7:
print
print 'Warning: cache is older than 7 days'
print 'Running \'freevo cache\' is recommended.'
print
except:
print
print 'Error: unable to read kaa metadata version information'
print 'Please update kaa.metadata to the latest release or if you use'
print 'Freevo svn versions, please also use kaa.metadata svn.'
print
print 'Some functions in Freevo may not work or even crash!'
print
print
import rc
rc.register(check_cache_status, True, 100)
def __load_plugin__(name, type, level, args, number):
"""
load the plugin and add it to the lists
"""
import rc
global __plugin_type_list__
global __named_plugins__
global __plugin_basedir__
# fallback
module = name
object = '%s.PluginInterface' % module
special = None
# locate the plugin:
files = []
if not isinstance(name, Plugin):
module, special = __find_plugin_file__(name.replace('.', '/'))
if module:
object = module + '.PluginInterface'
elif name.find('.') > 0:
module, special = __find_plugin_file__(name[:name.rfind('.')].replace('.', '/'))
if module:
object = module + '.%s' % name[name.rfind('.')+1:]
else:
print 'can\'t locate plugin %s' % name
print 'start \'freevo plugins -l\' to get a list of plugins'
return
else:
print 'can\'t locate plugin %s' % name
print 'start \'freevo plugins -l\' to get a list of plugins'
return
try:
if not isinstance(name, Plugin):
if DEBUG:
print 'loading %s as plugin %s' % (module, object)
exec('import %s' % module)
if not args:
p = eval(object)()
elif isinstance(args, list) or isinstance(args, tuple):
paramlist = 'args[0]'
for i in range(1, len(args)):
paramlist += ',args[%s]' % i
p = eval('%s(%s)' % (object, paramlist))
else:
p = eval(object)(args)
if not hasattr(p, '_type'):
if hasattr(p, 'reason'):
reason = p.reason
else:
reason = 'unknown\nThe plugin neither called __init__ nor set a '\
'reason why\nPlease contact the plugin author or the freevo list'
print 'plugin %s deactivated, reason: %s' % (name, reason)
return
else:
p = name
p._number = number
p._level = level
if type:
special = type
if special == 'main':
special = ''
elif special:
special = '_%s' % special
else:
special = ''
# special plugin type (e.g. idlebar)
if p._type:
__add_to_ptl__(p._type, p)
else:
if isinstance(p, DaemonPlugin):
__add_to_ptl__('daemon', p)
for type in ('poll', 'draw', 'eventhandler', 'shutdown' ):
if hasattr(p, type):
__add_to_ptl__('daemon_%s' % type, p)
if hasattr(p, 'poll'):
if p.poll_menu_only:
# replace poll with the poll wrapper to handle
# poll_menu_only
p.real_poll = p.poll
p.poll = p.poll_wrapper
rc.register(p.poll, True, p.poll_interval)
if isinstance(p, MainMenuPlugin):
__add_to_ptl__('mainmenu%s' % special, p)
if hasattr(p, 'eventhandler'):
__add_to_ptl__('daemon_eventhandler', p)
if isinstance(p, ItemPlugin):
__add_to_ptl__('item%s' % special, p)
if isinstance(p, MimetypePlugin):
__add_to_ptl__('mimetype', p)
if hasattr(p, 'shutdown'):
# register shutdown handler
rc.register(p.shutdown, True, rc.SHUTDOWN)
if p.plugin_name:
__named_plugins__[p.plugin_name] = p
except:
print 'failed to load plugin %s' % name
print 'start \'freevo plugins -l\' to get a list of plugins'
traceback.print_exc()
def view(self, item, zoom=0, rotation=0):
#print 'view(self, item, zoom=%s, rotation=%s)' % (zoom, rotation)
if zoom:
self.app_mode = 'image_zoom'
else:
self.app_mode = 'image'
filename = item.filename
self.fileitem = item
self.parent = item.menuw
if not self.free_cache in item.menuw.show_callbacks:
item.menuw.show_callbacks.append(self.free_cache)
self.filename = filename
self.rotation = rotation
if filename and len(filename) > 0:
image = self.osd.loadbitmap(filename, cache=self.bitmapcache)
else:
# Using Container-Image
image = item.loadimage()
rc.app(self)
if not image:
self.osd.clearscreen(color=self.osd.COL_BLACK)
self.osd.drawstringframed(
_('Can\'t Open Image\n\'%s\'') % Unicode(filename),
config.OSD_OVERSCAN_X + 20,
config.OSD_OVERSCAN_Y + 20,
self.osd.width - 2 * config.OSD_OVERSCAN_X - 40,
self.osd.height - 2 * config.OSD_OVERSCAN_Y - 40,
self.osd.getfont(config.OSD_DEFAULT_FONTNAME,
config.OSD_DEFAULT_FONTSIZE),
fgcolor=self.osd.COL_ORANGE,
align_h='center',
align_v='center',
mode='soft')
self.osd.update()
return
width, height = image.get_size()
# Bounding box default values
bbx = bby = bbw = bbh = 0
if zoom:
# Translate the 9-element grid to bounding boxes
if self.rotation == 90:
bb = {
1: (2, 0),
2: (2, 1),
3: (2, 2),
4: (1, 0),
5: (1, 1),
6: (1, 2),
7: (0, 0),
8: (0, 1),
9: (0, 2)
}
elif self.rotation == 180:
bb = {
1: (2, 2),
2: (1, 2),
3: (0, 2),
4: (2, 1),
5: (1, 1),
6: (0, 1),
7: (2, 0),
8: (1, 0),
9: (0, 0)
}
elif self.rotation == 270:
bb = {
1: (0, 2),
2: (0, 1),
3: (0, 0),
4: (1, 2),
5: (1, 1),
6: (1, 0),
7: (2, 2),
8: (2, 1),
9: (2, 0)
}
else:
bb = {
1: (0, 0),
2: (1, 0),
3: (2, 0),
4: (0, 1),
5: (1, 1),
6: (2, 1),
7: (0, 2),
8: (1, 2),
9: (2, 2)
}
if isinstance(zoom, int):
h, v = bb[zoom]
else:
h, v = bb[zoom[0]]
# Bounding box center
bbcx = ([1, 3, 5][h]) * width / 6
bbcy = ([1, 3, 5][v]) * height / 6
if self.rotation % 180:
# different calculations because image width is screen height
scale_x = float(self.osd.width) / (height / 3)
scale_y = float(self.osd.height) / (width / 3)
scale = min(scale_x, scale_y)
# read comment for the bbw and bbh calculations below
bbw = min(max(
(width / 3) * scale, self.osd.height), width) / scale
bbh = min(max(
(height / 3) * scale, self.osd.width), height) / scale
else:
scale_x = float(self.osd.width) / (width / 3)
scale_y = float(self.osd.height) / (height / 3)
scale = min(scale_x, scale_y)
# the bb width is the width / 3 * scale, to avoid black bars left
# and right exapand it to the osd.width but not if this is more than the
# image width (same for height)
bbw = min(max(
(width / 3) * scale, self.osd.width), width) / scale
bbh = min(max(
(height / 3) * scale, self.osd.height), height) / scale
# calculate the beginning of the bounding box
bbx = max(0, bbcx - bbw / 2)
bby = max(0, bbcy - bbh / 2)
if bbx + bbw > width: bbx = width - bbw
if bby + bbh > height: bby = height - bbh
if self.rotation % 180:
new_h, new_w = bbw * scale, bbh * scale
else:
new_w, new_h = bbw * scale, bbh * scale
else:
if self.rotation % 180:
height, width = width, height
# scale_x = scale_y = 1.0
# if width > osd.width: scale_x = float(osd.width) / width
# if height > osd.height: scale_y = float(osd.height) / height
scale_x = float(self.osd.width) / width
scale_y = float(self.osd.height) / height
scale = min(scale_x, scale_y)
new_w, new_h = int(scale * width), int(scale * height)
# Now we have all necessary informations about zoom yes/no and
# the kind of rotation
x = (self.osd.width - new_w) / 2
y = (self.osd.height - new_h) / 2
last_image = self.last_image[1]
if not isinstance(zoom, int):
# change zoom based on rotation
if self.rotation == 90:
zoom = zoom[0], -zoom[2], zoom[1]
if self.rotation == 180:
zoom = zoom[0], -zoom[1], -zoom[2]
if self.rotation == 270:
zoom = zoom[0], zoom[2], -zoom[1]
# don't move outside the image
if bbx + zoom[1] < 0:
zoom = zoom[0], -bbx, zoom[2]
if bbx + zoom[1] > width - bbw:
zoom = zoom[0], width - (bbw + bbx), zoom[2]
if bby + zoom[2] < 0:
zoom = zoom[0], zoom[1], -bby
if bby + zoom[2] > height - bbh:
zoom = zoom[0], zoom[1], height - (bbh + bby)
# change bbx
bbx += zoom[1]
bby += zoom[2]
if (last_image and self.last_image[0] != item
and config.IMAGEVIEWER_BLEND_MODE != None):
screen = self.osd.screen.convert()
screen.fill((0, 0, 0, 0))
screen.blit(
self.osd.zoomsurface(image,
scale,
bbx,
bby,
bbw,
bbh,
rotation=self.rotation).convert(), (x, y))
# update the OSD
self.drawosd(layer=screen)
blend = Transition(self.osd.screen, screen,
config.IMAGEVIEWER_BLEND_MODE)
blend.start()
while not blend.finished:
rc.poll()
blend.remove()
else:
self.osd.clearscreen(color=self.osd.COL_BLACK)
self.osd.drawsurface(image,
x,
y,
scale,
bbx,
bby,
bbw,
bbh,
rotation=self.rotation)
# update the OSD
self.drawosd()
if plugin.getbyname('osd'):
plugin.getbyname('osd').draw(('osd', None), self.osd)
# draw
self.osd.update()
# start timer
if self.fileitem.duration and self.slideshow and not self.signal_registered:
rc.register(self.signalhandler, False,
self.fileitem.duration * 100)
self.signal_registered = True
self.last_image = (item, (image, x, y, scale, bbx, bby, bbw, bbh,
self.rotation))
# XXX Hack to move the selected item to the current showing image
# XXX TODO: find a way to add it to directory.py or playlist.py
if item.parent and hasattr(item.parent, 'menu') and item.parent.menu and \
item in item.parent.menu.choices:
item.parent.menu.selected = item
item.menuw.force_page_rebuild = True
# save zoom, but revert the rotation mix up
if not isinstance(zoom, int) and self.rotation:
if self.rotation == 90:
zoom = zoom[0], zoom[2], -zoom[1]
if self.rotation == 180:
zoom = zoom[0], -zoom[1], -zoom[2]
if self.rotation == 270:
zoom = zoom[0], -zoom[2], zoom[1]
self.zoom = zoom
return None
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)