def find_convo(self, name=(), count=(), type=(), f=None):
'''
Finds all conversation such that:
All names in the sequence 'name' are also in the conversation, and vice versa
the number of buddies is in the sequence 'count'
the type of the conversation is in the sequence 'type'
f(conversation) is True
If an argument is not provided, it is ignored.
A list is returned. (Empty if no conversations match)
'''
result = []
if f is None:
f = lambda x: True
if not funcs.isiterable(name):
name = name,
if not funcs.isiterable(type):
type = type,
if not funcs.isiterable(count):
count = count,
functions = [f]
def namechecker(c):
mynames = set(name)
cnames = set(c.buddies)
mynames.discard(self.self_buddy.name)
cnames.discard(self.self_buddy.name)
return mynames == cnames
if name: functions.append(namechecker)
def typechecker(c):
return c.type in type
if type: functions.append(typechecker)
def countchecker(c):
return len(c.room_list) in count
if count: functions.append(countchecker)
import inspect
log.debug('find_convo: name=%s,count=%s,type=%s,f=%s', name, count,
type,
inspect.getsource(f).strip())
for conv in self._convs.values():
log.debug('%r: names=%r,count=%s,type=%s,id=%s', conv,
conv.buddies, len(conv.room_list), conv.type, id(conv))
if all(_f(conv) for _f in functions):
result.append(conv)
return result
def find_convo(self, name=(), count=(), type=(), f=None):
'''
Finds all conversation such that:
All names in the sequence 'name' are also in the conversation, and vice versa
the number of buddies is in the sequence 'count'
the type of the conversation is in the sequence 'type'
f(conversation) is True
If an argument is not provided, it is ignored.
A list is returned. (Empty if no conversations match)
'''
result = []
if f is None:
f = lambda x:True
if not funcs.isiterable(name):
name = name,
if not funcs.isiterable(type):
type = type,
if not funcs.isiterable(count):
count = count,
functions = [f]
def namechecker(c):
mynames = set(name)
cnames = set(c.buddies)
mynames.discard(self.self_buddy.name)
cnames. discard(self.self_buddy.name)
return mynames == cnames
if name: functions.append(namechecker)
def typechecker(c):
return c.type in type
if type: functions.append(typechecker)
def countchecker(c):
return len(c.room_list) in count
if count: functions.append(countchecker)
import inspect
log.debug('find_convo: name=%s,count=%s,type=%s,f=%s',
name,count,type, inspect.getsource(f).strip())
for conv in self._convs.values():
log.debug('%r: names=%r,count=%s,type=%s,id=%s',
conv, conv.buddies, len(conv.room_list), conv.type, id(conv))
if all(_f(conv) for _f in functions):
result.append(conv)
return result
def Draw( self, dc, rect, selected, obj, depth, expanded, index, hover ):
s = self.skin
# apply margins
rect = rect.AddMargins(wx.Rect(*s.margins)).AddMargins(wx.Rect(0, s.padding.y, 0, s.padding.y))
# Group font is drawn with the same as the buddies.
fontface = self.font_face
font = safefont(fontface, try_this(lambda: int(self.font_size), 10), bold = True)
dc.SetFont( font )
# indent for depth
rect = rect.Subtract(left = self.group_indent * depth)
# Expander triangles.
if isiterable( obj ):
triangle = self.get_expander(selected, expanded, hover)
if triangle is not None:
dc.DrawBitmap(triangle, rect.x, rect.VCenter(triangle), True)
rect = rect.Subtract(left = triangle.Width + s.padding.x)
# decide on a foreground text color
if selected: fg = s.fontcolors.groupselected
elif hover: fg = s.fontcolors.grouphover
else: fg = s.fontcolors.group
dc.SetTextForeground( fg )
# the actual text label
dc.DrawTruncatedText(obj.display_string, rect, alignment = lmiddle)
def __init__(self, parent, start=0, stop=None, step=1, value=0):
if isiterable(start):
values = start
else:
if stop is None:
start, stop = 0, start
if start > stop and step > 0:
step *= -1
values = range(start, stop, step)
max_ = max(values)
min_ = min(values)
reverse = step < 0
self.start = start
self.step = step
style = wx.SL_HORIZONTAL #| wx.SL_AUTOTICKS | wx.SL_LABELS
style |= wx.SL_INVERSE * reverse
wx.Slider.__init__(self,
value=value,
minValue=min_,
maxValue=max_,
parent=parent,
style=style)
self.SetTickFreq(step, start)
def _flatten(L, forbidden = ()):
# some loop variables
i, size = 0, len(L)
while i < size:
if isiterable(L[i]) and not isinstance(L[i], forbidden):
L[i:i+1] = L[i]
size = len(L)
else:
i += 1
return L
def on_sck_connect(self, s):
old_s = self.socket
self.socket = s
if old_s not in (self.socket, None):
self.close_transport(old_s)
self.socket.unbind('on_connect', self.on_sck_connect)
self.socket.bind('on_message', self.on_message)
from common import pref
user_vers = pref('msn.versions', None)
if user_vers is not None and isiterable(user_vers) and len(user_vers) > 0:
self.versions = user_vers
self.init_ns_connection(self.versions)
def on_sck_connect(self, s):
old_s = self.socket
self.socket = s
if old_s not in (self.socket, None):
self.close_transport(old_s)
self.socket.unbind('on_connect', self.on_sck_connect)
self.socket.bind('on_message', self.on_message)
from common import pref
user_vers = pref('msn.versions', None)
if user_vers is not None and isiterable(
user_vers) and len(user_vers) > 0:
self.versions = user_vers
self.init_ns_connection(self.versions)
def __init__(self, parent, start=0, stop=None, step=1, value=0):
if isiterable(start):
values = start
else:
if stop is None:
start, stop = 0, start
if start > stop and step > 0:
step *= -1
values = range(start, stop, step)
max_ = max(values)
min_ = min(values)
reverse = step < 0
self.start = start
self.step = step
style = wx.SL_HORIZONTAL #| wx.SL_AUTOTICKS | wx.SL_LABELS
style |= wx.SL_INVERSE * reverse
wx.Slider.__init__(self, value=value, minValue=min_, maxValue=max_, parent=parent, style = style)
self.SetTickFreq(step, start)
def num_online(self):
from Contact import Contact
if isiterable(self) and not isinstance(self, Contact):
return sum(elt.num_online for elt in self)
else:
return int(self.online)
def num_online(self):
from Contact import Contact
if isiterable(self) and not isinstance(self, Contact):
return sum(elt.num_online for elt in self)
else:
return int(self.online)