def htmlize_tweets(protocol, tweets, self_tweet=None):
'''Given a protocol and a sequence of tweets, returns infobox HTML for them.'''
t = TwitterIB(Storage(twitter_protocol=protocol, protocol='twitter'))
return t.get_html(None,
set_dirty=False,
file='tweets.tenjin',
dir=t.get_context()['app'].get_res_dir('base'),
context=Storage(tweets=tweets, self_tweet=self_tweet))
def __init__(self, *a, **k):
wx.VListBox.__init__(self, *a, **k)
syscol = wx.SystemSettings.GetColour
self.colors = Storage(
textfg=Storage(selected=syscol(wx.SYS_COLOUR_HIGHLIGHTTEXT),
normal=syscol(wx.SYS_COLOUR_WINDOWTEXT)))
self.bg = Storage(selected=SkinColor(syscol(wx.SYS_COLOUR_HIGHLIGHT)),
normal=SkinColor(syscol(wx.SYS_COLOUR_LISTBOX)))
self.fonts = Storage(text=default_font())
self.BBind(LEFT_DOWN=self._OnLeftDown)
def __init__(self, username, password):
self.username = username
self.password = password
self.recent_timeline = []
self.self_tweet = None
self.trends = {}
self.feeds = []
self.feeds_by_name = {}
self.unread_counts = []
e = self.events = Storage(
(name, Delegate()) for name in self.event_names)
e.following += self.on_following
e.trends += self.on_trends
e.on_unread_counts += self.on_unread_counts
e.recent_timeline += self.on_recent_timeline
e.self_tweet += self.on_self_tweet
e.on_feeds += self.on_feeds
e.on_change_view += self.on_change_view
e.on_view += self.on_view_changed
def render_tweets(tweets, render_context):
return htmlize_tweets(self, tweets)
self.social_feed = SocialFeed('twitter_' + self.username,
'twitter_' + self.username,
self.get_tweet_feed, render_tweets,
lambda: self.account.set_infobox_dirty)
def zsiparse(soap, locatorname, name, raw):
loc = getattr(soap, '%sLocator' % locatorname)()
port = getattr(loc, 'get%sPort' % name)()
binding = port.binding
binding.reply_headers = Storage(type='text/xml')
binding.data = raw
return binding.Receive(getattr(soap,'%sResponseMessage' % name).typecode)
def gui_layout(self, layoutNow=True):
assert wx.IsMainThread()
elems = ['status', 'blist', 'clist', 'slist', 'elist']
searching = self.Searching
panel_order = pref('buddylist.order', elems)
email_view = pref('buddylist.show_email_as',
'panel') in ('panel', 'both') and len(
self.elist.active)
social_view = pref('buddylist.show_social_as',
'panel') in ('panel', 'both') and len(
self.slist.active)
status_view = searching or pref('buddylist.show_status', True)
viewable = Storage()
with self.Frozen():
self.Sizer.Clear() # remove all children, but don't delete.
show_menu = pref('buddylist.show_menubar', True)
if not config.platform == 'mac':
if show_menu:
self.Sizer.Add(self.menubar.SizableWindow, 0, EXPAND)
self.menubar.Show(show_menu)
if searching or (hasattr(self, 'status') and status_view):
viewable.status = (self.status, 0, EXPAND)
viewable.blist = (self.blist, 1, EXPAND)
viewable.clist = (self.clist, 0, EXPAND)
if email_view:
viewable.elist = (self.elist, 0, EXPAND)
if social_view:
viewable.slist = (self.slist, 0, EXPAND)
AddInOrder(self.Sizer, *panel_order, **viewable)
self.status.Show(status_view)
self.elist.Show(email_view)
self.slist.Show(social_view)
if layoutNow:
self.Layout()
def ABGroupAddError(self, request, result, exc, gname):
if get_fault(exc) == 'GroupAlreadyExists':
detail = exc.fault.detail
gid = None
try:
gid = detail[3]['conflictObjectId']
except (AttributeError, KeyError):
log.info('Couldn\'t get conflict ID, here\'s the detail: %r', detail)
if gid is not None:
return self.ABGroupAddSuccess(request, Storage(Guid=gid), gname)
else:
raise exc
else:
raise exc
'''
def fileinfo(filepath):
'Collect information about a file or directory for sending it.'
filestats = os.stat(filepath)
# create a storage with meta information about the file.
s = Storage(
size=os.path.getsize(filepath),
modtime=filestats[stat.ST_MTIME],
ctime=filestats[stat.ST_CTIME],
name=os.path.split(filepath)[1],
path=path(filepath),
)
if os.path.isdir(filepath):
# directories have all the above information, and
# files, a list of path objects
s.type = 'dir'
s.size = s.numfiles = 0
s.files = []
s.path = path(filepath)
for f in path(filepath).walkfiles():
s.size += f.size # accumulate size,
s.numfiles += 1 # and number,
s.files.append(f) # and a list of names
info('sending folder with %d files (%d bytes)', s.numfiles, s.size)
else:
s.type = 'file'
s.obj = open(filepath, 'rb')
s.numfiles = 1
s.files = [path(filepath)]
return s
def GetBuddies(id):
acctdir = id['logdir'] / id['proto'] / id['acct']
buddies = []
aliases = IAliasProvider(profile())
for bdir in acctdir.dirs():
try:
name, service = bdir.name.rsplit('_', 1)
serviceicon = skin.get('serviceicons.'+service,None).ResizedSmaller(16)
except Exception:
continue
buddies.append(Storage(icon = serviceicon,
name = name,
alias = aliases.get_alias(name.lower(), service, acctdir.parent.name) or name,
protocol = acctdir.parent.name,
service = service,
dir = bdir))
buddies.sort(key=lambda s: s.alias.lower())
return buddies
def fileinfo(filepath):
'Collect information about a file or directory for sending it.'
filestats = os.stat(filepath)
# create a storage with meta information about the file.
s = Storage(
size = os.path.getsize(filepath),
modtime = filestats[stat.ST_MTIME],
ctime = filestats[stat.ST_CTIME],
name = os.path.split(filepath)[1],
path = path(filepath),
)
if os.path.isdir(filepath):
# directories have all the above information, and
# files, a list of path objects
s.type = 'dir'
s.size = s.numfiles = 0
s.files = []
s.path = path(filepath)
for f in path(filepath).walkfiles():
s.size += f.size # accumulate size,
s.numfiles += 1 # and number,
s.files.append(f) # and a list of names
info('sending folder with %d files (%d bytes)', s.numfiles, s.size)
else:
s.type = 'file'
s.obj = open(filepath, 'rb')
s.numfiles = 1
s.files = [path(filepath)]
return s
def gui_layout(self, layoutNow = True):
assert wx.IsMainThread()
elems = ['status', 'blist','clist', 'slist', 'elist']
searching = self.Searching
panel_order = pref('buddylist.order', elems)
email_view = pref('buddylist.show_email_as', 'panel') in ('panel', 'both') and len(self.elist.active)
social_view = pref('buddylist.show_social_as', 'panel') in ('panel', 'both') and len(self.slist.active)
status_view = searching or pref('buddylist.show_status', True)
viewable = Storage()
with self.Frozen():
self.Sizer.Clear() # remove all children, but don't delete.
show_menu = pref('buddylist.show_menubar', True)
if not config.platform == 'mac':
if show_menu:
self.Sizer.Add(self.menubar.SizableWindow, 0, EXPAND)
self.menubar.Show(show_menu)
if searching or (hasattr(self, 'status') and status_view):
viewable.status = (self.status, 0, EXPAND)
viewable.blist = (self.blist, 1, EXPAND)
viewable.clist = (self.clist, 0, EXPAND)
if email_view:
viewable.elist = (self.elist, 0, EXPAND)
if social_view:
viewable.slist = (self.slist, 0, EXPAND)
AddInOrder(self.Sizer, *panel_order, **viewable)
self.status.Show(status_view)
self.elist.Show(email_view)
self.slist.Show(social_view)
if layoutNow:
self.Layout()
def __init__(self, image_dict):
'''
Sets up this image, splitting what is necessary and preparing the cache.
@param image_dict: a descriptive dictionary for how to load and draw
this image it is probably a good idea to pass in a copy if this
dictionary will be used elsewhere.
'''
imgs = self.image_dictionary = to_storage(image_dict)
image = skin.load_image(imgs.source)
self.cache = Storage()
clipcolor = imgs.get('clipcolor', None)
if clipcolor is not None:
self.cache.clipcolor = get_wxColor(imgs.clipcolor)
image.SetMask(wx.Mask(image, self.cache.clipcolor))
imgw = image.GetWidth()
self.imgw = imgw
imgh = image.GetHeight()
self.imgh = imgh
self.draw_commands = []
#if corners exit
if imgs.corners:
self.regions_to_draw = None
cornw = imgs.cornw = imgs.corners.size[0]
cornh = imgs.cornh = imgs.corners.size[1]
#else:
#do 4-section magic
#not really! just 2 sections, corners just drawn
if imgs.corners.side == 'left':
self.corners_to_draw = ['top_left', 'bottom_left']
#cache big right
if imgw - cornw > 0:
self.cache.large_right = \
image.GetSubBitmap(wx.Rect(cornw, 0, imgw - cornw, imgh))
self.regions_to_draw = ['left', 'large_right']
else:
self.regions_to_draw = ['left']
#stretch the right from x pixels off
elif imgs.corners.side == 'right':
self.corners_to_draw = ['top_right', 'bottom_right']
if imgw - cornw > 0:
self.cache.large_left = \
image.GetSubBitmap(wx.Rect(0, 0, imgw - cornw, imgh))
self.regions_to_draw = ['large_left', 'right']
else:
self.regions_to_draw = ['right']
elif imgs.corners.side == 'top':
self.corners_to_draw = ['top_left', 'top_right']
if imgh - cornh > 0:
self.cache.large_bottom = \
image.GetSubBitmap(wx.Rect(0, cornh, imgw, imgh - cornh))
self.regions_to_draw = ['top', 'large_bottom']
else:
self.regions_to_draw = ['top']
elif imgs.corners.side == 'bottom':
self.corners_to_draw = ['bottom_left', 'bottom_right']
if imgh - cornh > 0:
self.cache.large_top = \
image.GetSubBitmap(wx.Rect(0, 0, imgw, imgh - cornh))
self.regions_to_draw = ['large_top', 'bottom']
else:
self.regions_to_draw = ['bottom']
#if all corners:
#else if image.corners.side == 'all':
else:
#go do 9-section magic
#not really! just 5 sections, corners just drawn
self.corners_to_draw = [
'top_left', 'top_right', 'bottom_left', 'bottom_right'
]
self.regions_to_draw = [
'left', 'right', 'top', 'bottom', 'center'
]
[
self.draw_commands.append(
(getattr(self, 'draw_' + corner + '_corner'), None))
for corner in self.corners_to_draw
]
if 'top_left' in self.corners_to_draw:
#cache this corner
self.cache.top_left = \
image.GetSubBitmap(wx.Rect(0, 0, cornw, cornh))
if 'top_right' in self.corners_to_draw:
self.cache.top_right = \
image.GetSubBitmap(wx.Rect(imgw - cornw, 0, cornw, cornh))
if 'bottom_left' in self.corners_to_draw:
self.cache.bottom_left = \
image.GetSubBitmap(wx.Rect(0, imgh - cornh, cornw, cornh))
if 'bottom_right' in self.corners_to_draw:
self.cache.bottom_right = \
image.GetSubBitmap(wx.Rect(imgw - cornw, imgh - cornh, cornw, cornh))
if 'left' in self.regions_to_draw:
self.cache.left = \
image.GetSubBitmap(wx.Rect(0, cornh, cornw, imgh - cornh*2))
if 'right' in self.regions_to_draw:
self.cache.right = \
image.GetSubBitmap(wx.Rect(imgw - cornw, cornh, cornw, imgh - cornh*2))
if 'top' in self.regions_to_draw:
self.cache.top = \
image.GetSubBitmap(wx.Rect(cornw, 0, imgw - cornw*2, cornh))
if 'bottom' in self.regions_to_draw:
self.cache.bottom = \
image.GetSubBitmap(wx.Rect(cornw, imgh - cornh, imgw - cornw*2, cornh))
if 'center' in self.regions_to_draw:
self.cache.center = \
image.GetSubBitmap(wx.Rect(cornw, cornh, imgw - cornw*2, imgh - cornh*2))
else:
#default (stretch/tile) everything
self.cache.total = image
#no - assert(image.style == 'stretch' or image.style == 'tile')
self.cache["totalch"] = 'left'
self.cache["totalcv"] = 'top'
self.cache["totalco"] = [0, 0]
self.regions_to_draw = ["total"]
#image.style to everything
for region in self.regions_to_draw:
if region in self.image_dictionary.regions:
region_dict = self.image_dictionary.regions[region]
style = region_dict['style']
self.draw_commands.append((getattr(self,
'draw_' + region), style))
if style == 'static' or self.image_dictionary.style == 'static':
color = get_wxColor(region_dict['color'])
if color is not None:
self.cache[region + "cb"] = wx.Brush(color)
else:
self.cache[region + "cb"] = None
self.cache[region + "ch"] = region_dict['halign']
self.cache[region + "cv"] = region_dict['valign']
self.cache[region + "co"] = region_dict['offset']
else:
self.draw_commands.append((getattr(self, 'draw_' + region),
self.image_dictionary['style']))
self.dc = dc
self.rect = rect
self.rs = []
do(func(args) for (func, args) in self.draw_commands)
self.region = wx.Region(0, 0, 0, 0)
for region in self.rs:
if not region.IsEmpty():
self.region.UnionRegion(region)
self.dc = None
self.rect = None
if __name__ == '__main__':
from skins import images, skins
app = wx.PySimpleApp()
image = Storage()
image['style'] = 'static'
image['source'] = 'skins/default/checkerboard9.png'
# image['clipcolor'] = '0xFF00DD'
image['corners'] = {}
# image['corners']['size'] = [10,10]
# image['corners']['side'] = 'none'
image['halign'] = 'left'
image['valign'] = 'top'
image['offset'] = [50, 50]
image['regions'] = dict(center=dict(style='static',
color='red',
valign='center',
halign='center',
offset=[50, 50]))
skins.res_path = "res/"
def __init__(self, parent=None):
SimplePanel.__init__(self, parent)
self.Sizer = wx.BoxSizer(wx.VERTICAL)
link = profile.prefs.link #@UndefinedVariable
# setup and layout GUI
self.tray_icons = []
self.gui_construct()
rebuild = self.rebuild_panels
rebuild()
# Watch always on top changes
def ontop_changed(val):
docker = wx.GetTopLevelParent(self).docker
if docker.docked and docker.AutoHide:
return
p = wx.GetTopLevelParent(self)
if val: p.WindowStyle = p.WindowStyle | wx.STAY_ON_TOP
else: p.WindowStyle = p.WindowStyle & ~wx.STAY_ON_TOP
self.unlinkers = [
link(*a)
for a in [(
'buddylist.always_on_top', ontop_changed, True, self
), ('buddylist.order', lambda v: self.gui_layout(), False,
self), ('buddylist.show_status', rebuild,
False), (
'buddylist.show_email_as', rebuild,
False), ('buddylist.show_social_as', rebuild,
False),
('buddylist.show_menubar', lambda v: self.gui_layout(),
False,
self), ('social.display_attr', rebuild,
False), ('email.display_attr', rebuild, False),
('buddylist.show_in_taskbar',
lambda val: wx.CallAfter(lambda: setattr(
self.Top, 'OnTaskbar', val)), True, self)]
]
# link docking preferences
link = profile.localprefs.link
docker = wx.GetTopLevelParent(self).docker
self.unlinkers += [
link(*a) for a in [
('buddylist.dock.autohide',
lambda v: docker.SetAutoHide(bool(v)), True, docker),
('buddylist.dock.enabled',
lambda v: docker.SetEnabled(bool(v)), True, docker),
('buddylist.dock.revealms', lambda v: setattr(
docker, 'RevealDurationMs', try_this(lambda: int(v), 300)),
True, docker),
]
]
self.unlinkers.append(
profile.prefs.link(
'buddylist.dock.slide_velocity',
lambda v: wx.CallAfter(docker.SetVelocity, int(v)),
obj=docker)) #@UndefinedVariable
self.unlinkers.append(
Storage(unlink=profile.emailaccounts.add_list_observer(
rebuild, rebuild, 'enabled').disconnect))
self.unlinkers.append(
Storage(unlink=profile.socialaccounts.add_list_observer(
rebuild, rebuild, 'enabled').disconnect))
# don't ever let this control take focus
self.Bind(wx.EVT_SET_FOCUS, lambda e: self.blist.SetFocus())
def init_wx(appname='Digsby'):
if config.platform != 'win':
# on windows we don't use wxStandardPaths at all to avoid having to have
# the app created.
return init_wx_old()
paths = \
[('GetConfigDir', CSIDL.COMMON_APPDATA, True),
('GetDataDir', GetAppDir),
('GetDocumentsDir', CSIDL.PERSONAL, False),
('GetExecutablePath', lambda: sys.executable),
('GetLocalDataDir', GetAppDir),
('GetUserConfigDir', CSIDL.APPDATA, False),
('GetUserDataDir', CSIDL.APPDATA, True),
('GetUserLocalDataDir', CSIDL.LOCAL_APPDATA, True),
('GetUserLocalConfigDir', CSIDL.LOCAL_APPDATA, False),
('GetTempDir', GetTempDir)
]
from util.primitives.mapping import Storage
s = Storage()
for p in paths:
name = p[0]
if hasattr(p[1], '__call__'):
s[name] = p[1]
else:
csidl, append_app_name = p[1], p[2]
if append_app_name:
method = lambda id=csidl: GetFolderLocation(id) + '\\' + appname
else:
method = lambda id=csidl: GetFolderLocation(id)
setattr(s, name, method)
paths_dict = dict(config = s.GetConfigDir(),
data = s.GetDataDir(),
documents = s.GetDocumentsDir(),
executablepath = s.GetExecutablePath(),
localdata = s.GetLocalDataDir(),
userconfig = s.GetUserConfigDir(),
userdata = s.GetUserDataDir(),
userlocaldata = s.GetUserLocalDataDir(),
userlocalconfig = s.GetUserLocalConfigDir(),
temp = s.GetTempDir())
_winpaths = [
('GetUserStartupDir', CSIDL.STARTUP),
('GetStartupDir', CSIDL.COMMON_STARTUP),
('GetUserDesktopDir', CSIDL.DESKTOP),
('GetDesktopDir', CSIDL.COMMON_DESKTOPDIRECTORY)
]
for method_name, csidl in _winpaths:
setattr(s, method_name, lambda id=csidl: GetFolderLocation(id))
# extended wxStandardPaths folders
paths_dict.update(userstartup = s.GetUserStartupDir(),
startup = s.GetStartupDir(),
userdesktop = s.GetUserDesktopDir(),
desktop = s.GetDesktopDir())
_set_paths(**paths_dict)
return paths_dict
from util.primitives.strings import dequote, preserve_whitespace, strip_html2
from traceback import print_exc
strip_html2 = lru_cache(80)(strip_html2)
import re
body_pattern = re.compile('<(body|BODY)[^>]*?((bgcolor|BGCOLOR)=(.*?))? ?>')
font_back_pattern = re.compile('<(font|FONT)[^>]*?((back|BACK)=\s*[\'"]?(#[0-f]{6})[\'"]?).*?>')
blast_group_re = re.compile(r'\[.*\]')
import oscar.capabilities
statuses=Storage({
'free for chat':_('Free for Chat'),
'busy':_('Occupied'),
'unknown': _('Offline'),
})
# used to replace special strings in statuses and profiles
special_msg_strings = {
'%n': lambda buddy: buddy.protocol.username,
'%d': lambda buddy: datetime.date.today().strftime('%m/%d/%Y'), # 3/7/2007
'%t': lambda buddy: datetime.datetime.now().strftime('%I:%M:%S %p') #12:20:07 PM
}
def magic_string_repl(s, buddy):
# TODO: re.replace
for key, substitute_func in special_msg_strings.iteritems():
if key in s:
s = s.replace(key, substitute_func(buddy))
