def remove(self, mc, contact, explode=True, cleanup=True):
if isinstance(mc, int):
mcname = self.idstr(mc)
if mc not in self:
return
contacts = self[mc].buddies
else:
mcname = mc.name
contacts = mc.mcinfo.buddies
log.info('removing %r from metacontact %r', contact, mcname)
cd = contact_dict(contact)
for d in list(contacts):
if cd['name'] == d.name and cd['service'] == d.service:
contacts.remove(d)
# Contact inherits certain properties from the MetaContact.
get, set = self.blist.get_contact_info, self.blist.set_contact_info
sms, email = get(mcname, 'sms'), get(mcname, 'email')
contact_obj = self.blist.contact_for_id(contact) if isinstance(
contact, basestring) else contact
def tolist(s):
if isinstance(s, basestring): return [s]
# "inherit" email addresses and sms numbers from the metacontact.
if sms:
new_sms = removedupes((tolist(get(mcname, 'sms')) or []) + sms)
set(contact_obj, 'sms', new_sms)
if email:
new_email = removedupes((tolist(get(mcname, 'email')) or []) +
email)
set(contact_obj, 'email', new_email)
info('removed %r from %r', contact, mc)
if hasattr(self.blist, 'new_sorter'):
on_thread('sorter').call(self.blist.new_sorter.removeContact,
mcname)
self.rebuild_buddy_mapping()
self.blist._info_changed()
if explode and len(contacts) == 1:
self.remove(mc, contacts[0], True)
self.remove_mc_entry(mc)
elif explode and len(contacts) == 0:
pass
else:
if cleanup:
self.blist.rebuild()
def remove(self, mc, contact, explode = True, cleanup = True):
if isinstance(mc, int):
mcname = self.idstr(mc)
if mc not in self:
return
contacts = self[mc].buddies
else:
mcname = mc.name
contacts = mc.mcinfo.buddies
log.info('removing %r from metacontact %r', contact, mcname)
cd = contact_dict(contact)
for d in list(contacts):
if cd['name'] == d.name and cd['service'] == d.service:
contacts.remove(d)
# Contact inherits certain properties from the MetaContact.
get, set = self.blist.get_contact_info, self.blist.set_contact_info
sms, email = get(mcname, 'sms'), get(mcname, 'email')
contact_obj = self.blist.contact_for_id(contact) if isinstance(contact, basestring) else contact
def tolist(s):
if isinstance(s, basestring): return [s]
# "inherit" email addresses and sms numbers from the metacontact.
if sms:
new_sms = removedupes((tolist(get(mcname, 'sms')) or []) + sms)
set(contact_obj, 'sms', new_sms)
if email:
new_email = removedupes((tolist(get(mcname, 'email')) or []) + email)
set(contact_obj, 'email', new_email)
info('removed %r from %r', contact, mc)
if hasattr(self.blist, 'new_sorter'):
on_thread('sorter').call(self.blist.new_sorter.removeContact, mcname)
self.rebuild_buddy_mapping()
self.blist._info_changed()
if explode and len(contacts) == 1:
self.remove(mc, contacts[0], True)
self.remove_mc_entry(mc)
elif explode and len(contacts) == 0:
pass
else:
if cleanup:
self.blist.rebuild()
def _got_friend_activities(self, f_acts, from_cache = False):
if f_acts is None:
return
if not from_cache:
activities = []
entries = getattr(f_acts, 'entry', [])
for entry in entries:
activity = objects.Activity()
try:
activity.populate(entry, objects.InputType.XML)
except Exception:
log.error('Error processing this activity: %r', etree.tostring(entry))
raise
if activity.title == (activity.author_name + ' '):
continue
self.fix_title(activity)
activities.append(activity)
log.info("got %r activities", len(activities))
activities = util.removedupes(activities + self.activities, key = lambda x: x.id)
self._cache('friend_activities', activities[:common.pref('myspace.newsfeed.maxlength', type = int, default = 200)])
else:
activities = f_acts
if self.activities != activities:
log.info('Got new activities')
self.activities = activities[:common.pref('myspace.max_activities', type = int, default = 200)]
self._feed_invalidated()
def ips_from_rdv(self, rtlvs):
if hasattr(rtlvs, 'proxy_flag'):
return [ipstr(rtlvs.proxy_ip)]
else:
# Try a direct connection with both the client IP and the verified
# IP that the OSCAR server thinks the sender has.
return removedupes([ipstr(rtlvs.client_ip), ipstr(rtlvs.verified_ip)])
def get_state_choices(curstatus = None, account = None):
'Return state choices for all accounts, or just for one.'
# Status choices come from connected accounts, unless there are none.
_profile = profile()
conn = list(_profile.account_manager.connected_accounts)
accts = conn
if accts != [_profile] and _profile in accts:
accts.remove(_profile)
# When no accounts are connected, just use sensible defaults.
if not accts:
return DEFAULT_STATUS_CHOICES
# Sort status messages by "category" in the order they appear in the status
# message lists in protocolmeta.py
statuses = []
for acct in (accts if account in (None, False) else [account]):
if hasattr(acct, 'protocol_info'):
proto_statuses = acct.protocol_info().get('statuses', [])
invis = [StatusMessage.Invisible.title]
if acct.protocol_info().get('has_invisible', False) and invis not in proto_statuses:
proto_statuses.append(invis)
else:
proto_statuses = []
for cat_i, cat in enumerate(proto_statuses):
for status_id, status in enumerate(cat):
for st in cat:
statuses += [(cat_i, status_id, st)]
statuses.sort()
statuses = removedupes([(s[0], s[2]) for s in statuses])
status_strings = [(s[1], _(s[1])) for s in statuses]
# If the status string itself in our accumulated list of statuses, that means
# it belongs to another protocol. Search for any protocols which have the
# status, and append an extra status message to the list.
if curstatus is not None and curstatus not in [c[0] for c in status_strings]:
# Accumulate Status -> [Acct1, Acct2, ...]
from common.protocolmeta import protocols
status_acct_map = defaultdict(list)
for k, protocol in protocols.iteritems():
for cat in protocol.get('statuses', []):
for st in cat:
status_acct_map[st].append(protocol.name)
if protocol.get('has_invisible', False):
status_acct_map[StatusMessage.Invisible.title].append(protocol.name)
# add a string like (MSN/ICQ only) to the status
accounts = sorted(status_acct_map.get(curstatus, []))
#Translators: Separator when listing multiple accounts, ex: MSN/ICQ only
account_types = _('/').join(accounts)
status_strings.append((curstatus, _('{status} ({account_types} Only)').format(status=curstatus, account_types=account_types)))
return status_strings or DEFAULT_STATUS_CHOICES
def build_metacontact_info(self, id, mc_alias, contacts, grouppath=None):
assert isinstance(id, int) and isinstance(mc_alias,
(basestring, NoneType))
from .identity import Identity, Personality
keys = [(c.name, c.service) for c in contacts]
keys2 = []
for k in keys:
if k not in keys2:
keys2.append(k)
buddies = [Personality(*k) for k in keys2]
mc = Identity(id, mc_alias, buddies=buddies)
# Metacontact gets all emails/sms from buddy
sms, email = [], []
get, set_ = self.blist.get_contact_info, self.blist.set_contact_info
for contact in contacts:
email += get(contact, 'email') or []
sms += get(contact, 'sms') or []
set_(contact, 'email', None)
set_(contact, 'sms', None)
set_(id, 'email', removedupes(email))
set_(id, 'sms', removedupes(sms))
if grouppath is None:
grouppaths = [
None if x is None else x.lower()
for x in [contact.get_group() for contact in contacts]
]
mc.groups = set([(grouppaths[0], )])
elif isinstance(grouppath, set):
mc.groups = set(grouppath)
else:
mc.groups = set([tuple(grouppath)])
# Contacts in the fake root group will return None for get_group.
# Put the metacontact in that fake root group.
if mc.groups == set([(None, )]):
mc.groups = set([(get_fakeroot_name(), )])
return mc
def rdv_ips(rendtlvs):
'Get a list of possible ips from a rendezvous packet.'
normal_order = ('client_ip', 'verified_ip', 'proxy_ip')
proxy_order = ('proxy_ip', 'client_ip', 'verified_ip')
# If the proxy_flag is present in the rendezvous TLVs we should try
# the proxy server first.
order = proxy_order if hasattr(rendtlvs, 'proxy_flag') else normal_order
ipif = lambda s: ipstr(rendtlvs[s]) if hasattr(rendtlvs, s) else None
return removedupes(filter(None, [ipif(s) for s in order]))
def __init__(self, id, alias=None, groups = None, buddies = None):
if groups is None: groups = set()
if buddies is None: buddies = []
self.id = id
self.alias = alias
self.groups = groups
# None is not a valid group name...for now.
none_tuple = (None,)
if any(g == none_tuple for g in groups):
raise ValueError('groups had a None')
self.buddies = removedupes(buddies)
def build_metacontact_info(self, id, mc_alias, contacts, grouppath = None):
assert isinstance(id, int) and isinstance(mc_alias, (basestring, NoneType))
from .identity import Identity, Personality
keys = [(c.name, c.service) for c in contacts]
keys2 = []
for k in keys:
if k not in keys2:
keys2.append(k)
buddies = [Personality(*k) for k in keys2]
mc = Identity(id, mc_alias, buddies=buddies)
# Metacontact gets all emails/sms from buddy
sms, email = [], []
get, set_ = self.blist.get_contact_info, self.blist.set_contact_info
for contact in contacts:
email += get(contact, 'email') or []
sms += get(contact, 'sms') or []
set_(contact, 'email', None)
set_(contact, 'sms', None)
set_(id, 'email', removedupes(email))
set_(id, 'sms', removedupes(sms))
if grouppath is None:
grouppaths = [None if x is None else x.lower() for x in [contact.get_group() for contact in contacts]]
mc.groups = set([(grouppaths[0],)])
elif isinstance(grouppath, set):
mc.groups = set(grouppath)
else:
mc.groups = set([tuple(grouppath)])
# Contacts in the fake root group will return None for get_group.
# Put the metacontact in that fake root group.
if mc.groups == set([(None,)]):
mc.groups = set([(get_fakeroot_name(),)])
return mc
def _got_friend_activities(self, f_acts, from_cache=False):
if f_acts is None:
return
if not from_cache:
activities = []
entries = getattr(f_acts, 'entry', [])
for entry in entries:
activity = objects.Activity()
try:
activity.populate(entry, objects.InputType.XML)
except Exception:
log.error('Error processing this activity: %r',
etree.tostring(entry))
raise
if activity.title == (activity.author_name + ' '):
continue
self.fix_title(activity)
activities.append(activity)
log.info("got %r activities", len(activities))
activities = util.removedupes(activities + self.activities,
key=lambda x: x.id)
self._cache(
'friend_activities', activities[:common.pref(
'myspace.newsfeed.maxlength', type=int, default=200)])
else:
activities = f_acts
if self.activities != activities:
log.info('Got new activities')
self.activities = activities[:common.pref(
'myspace.max_activities', type=int, default=200)]
self._feed_invalidated()
def empty_status(x):
return bool(x['status'])
def status_from_json(x):
try:
o = objects.StatusUpdate(self)
o.populate(x, objects.InputType.JSON)
return o
except Exception, e:
log.error('Error loading status update. exception = %r, data = %r', e, x)
return None
if not from_cache:
updated_status = filter(None, map(status_from_json, filter(empty_status, statuses)))
_before = updated_status + self.friend_status
merged_status = util.removedupes(self.friend_status + updated_status, key = lambda x: x.id)
# for status in merged_status:
# self.get_comments_for(status.id)
self._cache('friend_status', merged_status)
else:
for status in statuses:
status.comments = map(objects.MyspaceComment.from_json, getattr(status, 'comments', []))
merged_status = statuses
if self.friend_status != merged_status:
self.friend_status = merged_status[:common.pref('myspace.max_friendstatus', type = int, default = 200)]
self._feed_invalidated()
log.info('Got new friend status')
def _got_indicators(self, indicators):
indicators.pop('user', None)
try:
o = objects.StatusUpdate(self)
o.populate(x, objects.InputType.JSON)
return o
except Exception, e:
log.error(
'Error loading status update. exception = %r, data = %r',
e, x)
return None
if not from_cache:
updated_status = filter(
None, map(status_from_json, filter(empty_status, statuses)))
_before = updated_status + self.friend_status
merged_status = util.removedupes(self.friend_status +
updated_status,
key=lambda x: x.id)
# for status in merged_status:
# self.get_comments_for(status.id)
self._cache('friend_status', merged_status)
else:
for status in statuses:
status.comments = map(objects.MyspaceComment.from_json,
getattr(status, 'comments', []))
merged_status = statuses
if self.friend_status != merged_status:
self.friend_status = merged_status[:common.pref(
'myspace.max_friendstatus', type=int, default=200)]
self._feed_invalidated()
log.info('Got new friend status')
