def __init__(self, protocol):
self.o = protocol
self.ssis = OscarSSIs(self)
self.ssi_edits_out = 0
self.generated_ssi_ids = []
def __init__(self, protocol):
self.o = protocol
self.ssis = OscarSSIs(self)
self.ssi_edits_out = 0
self.generated_ssi_ids = []
class SSIManager(object):
def __init__(self, protocol):
self.o = protocol
self.ssis = OscarSSIs(self)
self.ssi_edits_out = 0
self.generated_ssi_ids = []
# @gen_sequence
# @callsback
@gen_sequence
def add_modify(self, new_ssi): # , callback=None):
"""
not to be used for things you need to hear back from!
@param new_ssi:
"""
me = (yield None)
with self.ssi_edit():
if new_ssi in self.ssis:
self._modify_ssi(new_ssi, me())
else:
self._add_ssi(new_ssi, me())
errors = (yield None)
if not errors[0]:
self.ssis[new_ssi] = new_ssi
# callback.success()
else:
# callback.error()
raise SSIException("Error adding/modifying SSI: " + ",".join([ssi_err_types[err] for err in errors]))
def new_ssi_item_id(self, group):
newid = 0x100
used_ids = set(self.generated_ssi_ids + self.ssis.keys())
while (group, newid) in used_ids:
newid += 1
self.generated_ssi_ids += [(group, newid)]
return newid
def new_ssi_group_id(self):
newid = 0x100
used_ids = set(self.generated_ssi_ids + self.ssis.keys())
while (newid, 0) in used_ids:
newid += 1
self.generated_ssi_ids += [(newid, 0)]
return newid
def get_ssis_in_group(self, group_id, with_group=False):
"""
get all SSIs in a group
"""
if with_group:
return [ssi for ssi in self.ssis.values() if ssi.group_id == group_id]
else:
return [ssi for ssi in self.ssis.values() if ssi.group_id == group_id and ssi.item_id != 0]
def get_ssis_by_type(self, type):
return [ssi for ssi in self.ssis.values() if ssi.type == type]
@gen_sequence
def _ssi_action(self, action, new_ssis, parent):
me = (yield None)
with self.ssi_edit():
if isinstance(new_ssis, item):
new_ssis = [new_ssis]
self.o.send_snac(0x13, action, "".join(s.to_bytes() for s in new_ssis), req=True, cb=me.send)
parent.send(self.o.gen_incoming((yield None)))
@gen_sequence
def _ssi_double_action(self, action1, new_ssis1, action2, new_ssis2, parent):
me = (yield None)
with self.ssi_edit():
if isinstance(new_ssis1, item):
new_ssis1 = [new_ssis1]
if isinstance(new_ssis2, item):
new_ssis2 = [new_ssis2]
# these have expanded arguments because me.send can't take kwargs
# priority is explicitly set to the default of 5
self.o.send_snac(0x13, action1, "".join(s.to_bytes() for s in new_ssis1), 5, True, me.send, action1)
self.o.send_snac(0x13, action2, "".join(s.to_bytes() for s in new_ssis2), 5, True, me.send, action2)
sock1, snac1, ret_action1 = (yield None)
sock2, snac2, ret_action2 = (yield None)
incoming1 = self.o.gen_incoming((sock1, snac1))
incoming2 = self.o.gen_incoming((sock2, snac2))
parent.send((incoming1, ret_action1, incoming2, ret_action2))
def _add_ssi(self, *a, **k):
self._ssi_action(0x08, *a, **k)
def _modify_ssi(self, *a, **k):
self._ssi_action(0x09, *a, **k)
def _remove_ssi(self, *a, **k):
self._ssi_action(0x0A, *a, **k)
@gen_sequence
@callsback
def add_new_ssi(self, name, group_protocol_object=None, position=0, type_=None, authorization=False, callback=None):
me = (yield None)
if not isinstance(name, str):
name = name.encode("utf-8")
if group_protocol_object is not None:
# adding a buddy:
group_protocol_object = tuple_key(group_protocol_object)
group_id = group_protocol_object[0]
item_id = self.new_ssi_item_id(group_protocol_object[0])
if type_ is None:
type_ = 0
else:
# adding a group
group_id = self.new_ssi_group_id()
item_id = 0
if type_ is None:
type_ = 1
# create ssi+
new_ssi = item(name, group_id, item_id, type_)
if group_protocol_object is not None and authorization:
new_ssi.tlvs[0x66] = ""
with self.ssi_edit(): # needed until group mod is sent
# send buddy to server
errors = (yield self._add_ssi(new_ssi, me()))
if not errors[0]:
# update local buddylist
self.ssis[new_ssi] = new_ssi
ids = group_protocol_object or (0, 0)
# buddy if adding to a group, else new group
id_to_add = new_ssi.item_id if group_protocol_object else new_ssi.group_id
self._add_to_group(ids, id_to_add, position) # end with block
else:
callback.error()
if errors[0] != 0xE:
raise SSIException(
"%s: Error adding SSI %r to server list"
% (",".join([ssi_err_types[err] for err in errors]), new_ssi)
)
try:
log.info(",".join(g.name for g in self.ssis.root_group))
except:
log.error("error repr-ing groups")
self.ssis.root_group.notify()
callback.success(new_ssi)
@gen_sequence
@callsback
def add_privacy_record(self, buddy, type_, callback=None):
"""
Adds a buddy to your blocklist.
buddy can be an OscarBuddy object or a string screenname.
"""
me = (yield None)
name = common.get_bname(buddy)
with self.ssi_edit():
if not self.find(lambda s: _lowerstrip(s.name) == _lowerstrip(name), type=type_):
log.critical("adding " + name + " to your privacy list")
buddy_ssi = item(name, 0, self.new_ssi_item_id(0), type_)
buddy_errs = (yield self._add_ssi(buddy_ssi, me()))
log.critical("ACK PRIVACY MOD!" + name)
if not buddy_errs[0]:
self.ssis[buddy_ssi] = buddy_ssi
# self.o.buddies[name].setnotify('status', 'offline')
else:
callback.error()
raise SSIException(
"Error adding buddy to privacy list. " + ",".join([ssi_err_types[err] for err in buddy_errs])
)
else:
callback.error()
raise SSIException("Buddy already in that privacy list.")
callback.success()
self.ssis.root_group.notify()
@callsback
def block_buddy(self, buddy, callback=None):
self.add_privacy_record(buddy, oscar.ssi.deny_flag, callback=callback)
def allow_buddy(self, buddy):
self.add_privacy_record(buddy, oscar.ssi.permit_flag)
@callsback
def ignore_buddy(self, buddy, callback=None):
self.add_privacy_record(buddy, 0xE, callback=callback)
@callsback
def unignore_buddy(self, buddy, callback=None):
self.remove_privacy_record(buddy, type_=0xE, callback=callback)
@gen_sequence
@callsback
def remove_privacy_record(self, buddy, type_, callback=None):
"""
Remove the specified buddy from your block list.
"""
me = (yield None)
name = _lowerstrip(common.get_bname(buddy))
buds_matching = self.find(name=name, type=type_)
errors = []
if buds_matching:
with self.ssi_edit():
log.critical("REMOVING PRIVACY RECORD FOR " + name)
self._remove_ssi(buds_matching, me())
errors = (yield None)
for err, ssi in zip(errors, buds_matching):
if not err:
del self.ssis[ssi]
real_errors = filter(None, errors)
if not buds_matching:
log.critical("Can't remove privacy record; no ssi in root group for %r (type = %r).", name, type_)
if real_errors:
callback.error()
raise SSIException(
"Problem removing privacy ssi for %s." % name + ",".join([ssi_err_types[err] for err in errors])
)
# On success, notify buddy listeners.
callback.success()
self.o.buddies[name].notify("blocked")
self.ssis.root_group.notify()
@callsback
def unblock_buddy(self, buddy, callback=None):
self.remove_privacy_record(buddy, oscar.ssi.deny_flag, callback=callback)
def unallow_buddy(self, buddy):
self.remove_privacy_record(buddy, oscar.ssi.permit_flag)
# @gen_sequence
# def ignore_buddy(self, buddy):
# me = (yield None)
# name = common.get_bname(buddy)
# with self.ssi_edit():
# [self.remove_buddy_ssi(ssi) for ssi in self.find(type=0, name=buddy)]
# new_ssi = item(name, 0, self.new_ssi_item_id(0), type_=0x0e)
# errors = (yield self._add_ssi(new_ssi, me))
# if errors[0]:
# raise SSIException("Error adding %s to ignore list" % name)
def get_privacy_ssi(self):
# search for PDINFO ssi items
PDINFO = 0x04
privacy_infos = [s for s in self.ssis.values() if s.type == PDINFO]
# if there's no privacy entry
if len(privacy_infos) == 0:
# Add one, with "block list" enabled
pinfo_ssi = item("", 0, self.new_ssi_item_id(0), PDINFO)
elif len(privacy_infos) == 1:
# there's already one--modify it to include "block list"
pinfo_ssi = privacy_infos[0]
else:
log.critical("There was more than one privacy SSI:")
log.critical(str(privacy_infos))
raise SSIException("There was more than one privacy SSI:")
return pinfo_ssi
def blocklist(self):
"""
Returns a list of stripped buddy names which are blocked.
This list is defined as any SSI item in group 0 (root) with an item type
of 3 (deny).
"""
return [s.name.lower().replace(" ", "") for s in self.ssis.values() if s.group_id == 0 and s.type == 3]
def ignorelist(self):
return [s.name.lower().replace(" ", "") for s in self.ssis.values() if s.group_id == 0 and s.type == 0xE]
def find(self, f=lambda x: True, **kwds):
results = []
for ssi in self.ssis.values():
for kwd in kwds:
if kwd == "name":
if _lowerstrip(getattr(ssi, kwd, sentinel)) != _lowerstrip(kwds[kwd]):
break
elif getattr(ssi, kwd, sentinel) != kwds[kwd]:
break
else:
if f(ssi):
results.append(ssi)
return results
@gen_sequence
def _add_to_group(self, group_ids, id_to_add, position):
me = (yield None)
try:
groupclone = self.ssis[group_ids].clone()
except KeyError:
raise SSIException("Could not find SSI with group_id == %r", group_ids)
groupclone.add_item_to_group(id_to_add, position)
errors = (yield self._modify_ssi(groupclone, me()))
if errors[0] == 0x0000:
self.ssis[group_ids].add_item_to_group(id_to_add, position)
else:
raise SSIException("Error adding item to group: " + ", ".join([ssi_err_types[err] for err in errors]))
self.ssis.root_group.notify()
@gen_sequence
def _remove_from_group(self, key):
me = (yield None)
group_id, item_id = tuple_key(key)
log.info("removing (%d, %d)", group_id, item_id)
# if it's a set of group ids we got, flip them, because then the
# rest of the code is identical
if not item_id:
group_id, item_id = item_id, group_id
group_clone = self.ssis[(group_id, 0)].clone()
group_clone.remove_item_from_group(item_id)
error = (yield self._modify_ssi(group_clone, me()))
if not error[0]:
self.ssis[(group_id, 0)].remove_item_from_group(item_id)
else:
raise SSIException("Error removing item from group: " + ",".join([ssi_err_types[err] for err in error]))
self.ssis.root_group.notify()
@gen_sequence
def remove_group(self, group_protocol_object):
me = (yield None)
group_protocol_object = getattr(group_protocol_object, "id", group_protocol_object)
ssis_to_del = self.get_ssis_in_group(group_protocol_object) # [0])
log.info("Going to remove: %r", ssis_to_del)
group_to_del = self.ssis[tuple_key(group_protocol_object)]
groupclone = group_to_del.clone()
groupclone.tlvs = {}
ssis_to_del.append(groupclone)
with self.ssi_edit(): # needed untill group mod is sent out
self._remove_ssi(ssis_to_del, me())
errors = (yield None)
for (ssi, error) in zip(ssis_to_del, errors):
if not error and ssi in self.ssis:
del self.ssis[ssi]
if group_protocol_object not in self.ssis:
self._remove_from_group(group_protocol_object) # end with block
real_errors = filter(None, errors)
if real_errors:
raise SSIException("Error removing group from list: " + ",".join(ssi_err_types[err] for err in real_errors))
self.ssis.root_group.notify()
@gen_sequence
@callsback
def remove_buddy_ssi(self, ids, callback=None):
me = (yield None)
with self.ssi_edit(): # needed untill group mod is sent out
buddy_clone = self.ssis[ids].clone()
error = (yield self._remove_ssi(buddy_clone, me()))
if not error[0]:
self._remove_from_group(ids) # end with block
del self.ssis[ids]
callback.success()
else:
callback.error()
raise SSIException(
"Error removing object from list: " + ",".join([ssi_err_types[err] for err in error])
)
self.ssis.root_group.notify()
@gen_sequence
def rename_ssi(self, protocol_object, name):
me = (yield None)
new_ssi = self.ssis[protocol_object].clone()
new_ssi.name = name.encode("utf-8")
errors = (yield self._modify_ssi(new_ssi, me()))
if errors[0]:
raise SSIException("Error renaming object: " + ",".join([ssi_err_types[err] for err in errors]))
else:
ssiobj = self.ssis[protocol_object]
ssiobj.name = name.encode("utf-8")
self.ssis.get_group(protocol_object).set_ssi(ssiobj)
self.ssis.root_group.notify()
@gen_sequence
def alias_ssi(self, contact, name):
me = (yield None)
buddy, id = contact.buddy, contact.id
new_ssi = self.ssis[id].clone()
name = name.encode("utf-8") if name else None
new_ssi.set_alias(name) # accepts None to delete
errors = (yield self._modify_ssi(new_ssi, me()))
if errors[0]:
raise SSIException("Error setting alias: " + ",".join(ssi_err_types[err] for err in errors))
else:
self.ssis[id].set_alias(name)
self.ssis.root_group.notify()
@gen_sequence
@callsback
def move_ssi_to_position(self, item_ids, position, group_to_ids=None, callback=None):
me = (yield None)
# If we are passed numbers for groups, turn them into group tuples.
item_ids = tuple_key(item_ids)
if group_to_ids:
group_to_ids = tuple_key(group_to_ids)
if group_to_ids[1]:
raise SSIException("Can't move items into something which is " "not a group.")
if not item_ids[0]:
# if group == root group
raise AssertionError(
"Atttempted to move something in the "
+ "SSI root group (this is impossible, "
+ "since they don't have position)."
)
elif not item_ids[1]:
# moving a group
group_from_ids = (0, 0)
if group_to_ids and group_to_ids != (0, 0):
raise SSIException("Can't move group into a group which is " "not the root group.")
id_to_move = item_ids[0]
else:
# moving a buddy
group_from_ids = (item_ids[0], 0)
id_to_move = item_ids[1]
if not group_to_ids or group_from_ids == group_to_ids:
# move within group/move a group within root group
groupclone = self.ssis[group_from_ids].clone()
groupclone.move_item_to_position(id_to_move, position)
errors = (yield self._modify_ssi(groupclone, me()))
if not errors[0]:
self.ssis[group_from_ids].move_item_to_position(id_to_move, position)
else:
raise SSIException("Error moving item: " + ",".join([ssi_err_types[err] for err in errors]))
else:
# moving between groups
del id_to_move
if not group_to_ids[0]:
# if there is a group to go to, make sure it's not the root group
raise AssertionError(
"atttempted to move something to the "
+ "SSI root group (this is impossible, "
+ "since they don't have position)"
)
else:
# valid from, valid to
# do crazy delete/add/modify x2 here
old_ssi = self.ssis[item_ids]
new_ssi = old_ssi.clone()
new_ssi.group_id = group_to_ids[0]
new_ssi.item_id = self.new_ssi_item_id(group_to_ids[0])
with self.ssi_edit(): # needed untill last group mod is sent out
del_errors, action1, add_errors, action2 = (
yield self._ssi_double_action(0x0A, old_ssi, 0x08, new_ssi, me())
)
if action1 != 0x0A:
del_errors, add_errors = add_errors, del_errors
del_group_clone, add_group_clone = None, None
if not del_errors[0]:
del self.ssis[old_ssi]
del_group_clone = self.ssis[(old_ssi.group_id, 0)].clone()
del_group_clone.remove_item_from_group(old_ssi.item_id)
if not add_errors[0]:
self.ssis[new_ssi] = new_ssi
add_group_clone = self.ssis[(new_ssi.group_id, 0)].clone()
add_group_clone.add_item_to_group(new_ssi.item_id, position)
mod_ssis = filter(None, [del_group_clone, add_group_clone])
self._modify_ssi(mod_ssis, me()) # end with block
mod_errors = (yield None)
del_mod_error = None
add_mod_error = None
if not del_errors[0]:
del_mod_error = mod_errors[0]
mod_errors = mod_errors[1:]
if not del_mod_error:
self.ssis[(old_ssi.group_id, 0)].remove_item_from_group(old_ssi.item_id)
if not add_errors[0]:
add_mod_error = mod_errors[0]
if not add_mod_error:
self.ssis[(new_ssi.group_id, 0)].add_item_to_group(new_ssi.item_id, position)
# error handling
errors = filter(None, (add_errors[0], del_errors[0], del_mod_error, add_mod_error))
if errors:
err_string = ""
if del_errors[0]:
if err_string:
err_string += ", "
err_string += "deleting " + old_ssi.name + " in group " + self.ssis[(old_ssi.group_id, 0)].name
if del_mod_error:
if err_string:
err_string += ", "
err_string += (
"removing "
+ old_ssi.name
+ " from group "
+ self.ssis[(old_ssi.group_id, 0)].name
+ " list"
)
if add_errors[0]:
if err_string:
err_string += ", "
err_string += "adding " + old_ssi.name + " in group " + self.ssis[(new_ssi.group_id, 0)].name
if add_mod_error:
if err_string:
err_string += ", "
err_string += (
"adding " + old_ssi.name + " to group " + self.ssis[(new_ssi.group_id, 0)].name + " list"
)
callback.error()
raise SSIException("ERROR %s: %r" % (err_string, ",".join([ssi_err_types[err] for err in errors])))
# from util import Timer
# Timer(1, callback.success).start()
callback.success((new_ssi.group_id, new_ssi.item_id))
self.ssis.root_group.notify()
def _edit_server_list_start(self, import_transaction=False):
"""
start editing SSIs!
"""
if not self.ssi_edits_out:
self.o.send_snac(*snac.send_x13_x11(import_transaction))
self.ssi_edits_out += 1
def _edit_server_list_end(self):
"""
done editing SSIs
"""
self.ssi_edits_out -= 1
if not self.ssi_edits_out:
self.o.send_snac(*snac.send_x13_x12())
@contextmanager
def ssi_edit(self, import_transaction=False):
self._edit_server_list_start(import_transaction)
try:
yield self
finally:
self._edit_server_list_end()
class SSIManager(object):
def __init__(self, protocol):
self.o = protocol
self.ssis = OscarSSIs(self)
self.ssi_edits_out = 0
self.generated_ssi_ids = []
# @gen_sequence
# @callsback
@gen_sequence
def add_modify(self, new_ssi): #, callback=None):
'''
not to be used for things you need to hear back from!
@param new_ssi:
'''
me = (yield None)
with self.ssi_edit():
if new_ssi in self.ssis: self._modify_ssi(new_ssi, me())
else: self._add_ssi(new_ssi, me())
errors = (yield None)
if not errors[0]:
self.ssis[new_ssi] = new_ssi
# callback.success()
else:
# callback.error()
raise SSIException("Error adding/modifying SSI: " +
",".join([ssi_err_types[err]
for err in errors]))
def new_ssi_item_id(self, group):
newid = 0x100
used_ids = set(self.generated_ssi_ids + self.ssis.keys())
while (group, newid) in used_ids:
newid += 1
self.generated_ssi_ids += [(group, newid)]
return newid
def new_ssi_group_id(self):
newid = 0x100
used_ids = set(self.generated_ssi_ids + self.ssis.keys())
while (newid, 0) in used_ids:
newid += 1
self.generated_ssi_ids += [(newid, 0)]
return newid
def get_ssis_in_group(self, group_id, with_group=False):
'''
get all SSIs in a group
'''
if with_group:
return [
ssi for ssi in self.ssis.values() if ssi.group_id == group_id
]
else:
return [
ssi for ssi in self.ssis.values()
if ssi.group_id == group_id and ssi.item_id != 0
]
def get_ssis_by_type(self, type):
return [ssi for ssi in self.ssis.values() if ssi.type == type]
@gen_sequence
def _ssi_action(self, action, new_ssis, parent):
me = (yield None)
with self.ssi_edit():
if isinstance(new_ssis, item): new_ssis = [new_ssis]
self.o.send_snac(0x13,
action,
"".join(s.to_bytes() for s in new_ssis),
req=True,
cb=me.send)
parent.send(self.o.gen_incoming((yield None)))
@gen_sequence
def _ssi_double_action(self, action1, new_ssis1, action2, new_ssis2,
parent):
me = (yield None)
with self.ssi_edit():
if isinstance(new_ssis1, item): new_ssis1 = [new_ssis1]
if isinstance(new_ssis2, item): new_ssis2 = [new_ssis2]
#these have expanded arguments because me.send can't take kwargs
#priority is explicitly set to the default of 5
self.o.send_snac(0x13, action1,
"".join(s.to_bytes() for s in new_ssis1), 5, True,
me.send, action1)
self.o.send_snac(0x13, action2,
"".join(s.to_bytes() for s in new_ssis2), 5, True,
me.send, action2)
sock1, snac1, ret_action1 = (yield None)
sock2, snac2, ret_action2 = (yield None)
incoming1 = self.o.gen_incoming((sock1, snac1))
incoming2 = self.o.gen_incoming((sock2, snac2))
parent.send((incoming1, ret_action1, incoming2, ret_action2))
def _add_ssi(self, *a, **k):
self._ssi_action(0x08, *a, **k)
def _modify_ssi(self, *a, **k):
self._ssi_action(0x09, *a, **k)
def _remove_ssi(self, *a, **k):
self._ssi_action(0x0a, *a, **k)
@gen_sequence
@callsback
def add_new_ssi(self,
name,
group_protocol_object=None,
position=0,
type_=None,
authorization=False,
callback=None):
me = (yield None)
if not isinstance(name, str):
name = name.encode('utf-8')
if group_protocol_object is not None:
#adding a buddy:
group_protocol_object = tuple_key(group_protocol_object)
group_id = group_protocol_object[0]
item_id = self.new_ssi_item_id(group_protocol_object[0])
if type_ is None:
type_ = 0
else:
#adding a group
group_id = self.new_ssi_group_id()
item_id = 0
if type_ is None:
type_ = 1
#create ssi+
new_ssi = item(name, group_id, item_id, type_)
if group_protocol_object is not None and authorization:
new_ssi.tlvs[0x66] = ""
with self.ssi_edit(): #needed until group mod is sent
#send buddy to server
errors = (yield self._add_ssi(new_ssi, me()))
if not errors[0]:
#update local buddylist
self.ssis[new_ssi] = new_ssi
ids = group_protocol_object or (0, 0)
#buddy if adding to a group, else new group
id_to_add = new_ssi.item_id if group_protocol_object \
else new_ssi.group_id
self._add_to_group(ids, id_to_add, position) #end with block
else:
callback.error()
if errors[0] != 0xE:
raise SSIException(
'%s: Error adding SSI %r to server list' %
(",".join([ssi_err_types[err]
for err in errors]), new_ssi))
try:
log.info(','.join(g.name for g in self.ssis.root_group))
except:
log.error('error repr-ing groups')
self.ssis.root_group.notify()
callback.success(new_ssi)
@gen_sequence
@callsback
def add_privacy_record(self, buddy, type_, callback=None):
"""
Adds a buddy to your blocklist.
buddy can be an OscarBuddy object or a string screenname.
"""
me = (yield None)
name = common.get_bname(buddy)
with self.ssi_edit():
if not self.find(
lambda s: _lowerstrip(s.name) == _lowerstrip(name),
type=type_):
log.critical("adding " + name + " to your privacy list")
buddy_ssi = item(name, 0, self.new_ssi_item_id(0), type_)
buddy_errs = (yield self._add_ssi(buddy_ssi, me()))
log.critical("ACK PRIVACY MOD!" + name)
if not buddy_errs[0]:
self.ssis[buddy_ssi] = buddy_ssi
#self.o.buddies[name].setnotify('status', 'offline')
else:
callback.error()
raise SSIException(
"Error adding buddy to privacy list. " +
",".join([ssi_err_types[err] for err in buddy_errs]))
else:
callback.error()
raise SSIException("Buddy already in that privacy list.")
callback.success()
self.ssis.root_group.notify()
@callsback
def block_buddy(self, buddy, callback=None):
self.add_privacy_record(buddy, oscar.ssi.deny_flag, callback=callback)
def allow_buddy(self, buddy):
self.add_privacy_record(buddy, oscar.ssi.permit_flag)
@callsback
def ignore_buddy(self, buddy, callback=None):
self.add_privacy_record(buddy, 0xe, callback=callback)
@callsback
def unignore_buddy(self, buddy, callback=None):
self.remove_privacy_record(buddy, type_=0xe, callback=callback)
@gen_sequence
@callsback
def remove_privacy_record(self, buddy, type_, callback=None):
"""
Remove the specified buddy from your block list.
"""
me = (yield None)
name = _lowerstrip(common.get_bname(buddy))
buds_matching = self.find(name=name, type=type_)
errors = []
if buds_matching:
with self.ssi_edit():
log.critical("REMOVING PRIVACY RECORD FOR " + name)
self._remove_ssi(buds_matching, me())
errors = (yield None)
for err, ssi in zip(errors, buds_matching):
if not err:
del self.ssis[ssi]
real_errors = filter(None, errors)
if not buds_matching:
log.critical(
"Can't remove privacy record; no ssi in root group for %r (type = %r).",
name, type_)
if real_errors:
callback.error()
raise SSIException('Problem removing privacy ssi for %s.' % name +
",".join([ssi_err_types[err]
for err in errors]))
# On success, notify buddy listeners.
callback.success()
self.o.buddies[name].notify('blocked')
self.ssis.root_group.notify()
@callsback
def unblock_buddy(self, buddy, callback=None):
self.remove_privacy_record(buddy,
oscar.ssi.deny_flag,
callback=callback)
def unallow_buddy(self, buddy):
self.remove_privacy_record(buddy, oscar.ssi.permit_flag)
# @gen_sequence
# def ignore_buddy(self, buddy):
# me = (yield None)
# name = common.get_bname(buddy)
# with self.ssi_edit():
# [self.remove_buddy_ssi(ssi) for ssi in self.find(type=0, name=buddy)]
# new_ssi = item(name, 0, self.new_ssi_item_id(0), type_=0x0e)
# errors = (yield self._add_ssi(new_ssi, me))
# if errors[0]:
# raise SSIException("Error adding %s to ignore list" % name)
def get_privacy_ssi(self):
# search for PDINFO ssi items
PDINFO = 0x04
privacy_infos = [s for s in self.ssis.values() if s.type == PDINFO]
# if there's no privacy entry
if len(privacy_infos) == 0:
# Add one, with "block list" enabled
pinfo_ssi = item('', 0, self.new_ssi_item_id(0), PDINFO)
elif len(privacy_infos) == 1:
# there's already one--modify it to include "block list"
pinfo_ssi = privacy_infos[0]
else:
log.critical("There was more than one privacy SSI:")
log.critical(str(privacy_infos))
raise SSIException("There was more than one privacy SSI:")
return pinfo_ssi
def blocklist(self):
"""
Returns a list of stripped buddy names which are blocked.
This list is defined as any SSI item in group 0 (root) with an item type
of 3 (deny).
"""
return [
s.name.lower().replace(' ', '') for s in self.ssis.values()
if s.group_id == 0 and s.type == 3
]
def ignorelist(self):
return [
s.name.lower().replace(' ', '') for s in self.ssis.values()
if s.group_id == 0 and s.type == 0xe
]
def find(self, f=lambda x: True, **kwds):
results = []
for ssi in self.ssis.values():
for kwd in kwds:
if kwd == "name":
if _lowerstrip(getattr(ssi, kwd, sentinel)) != _lowerstrip(
kwds[kwd]):
break
elif getattr(ssi, kwd, sentinel) != kwds[kwd]:
break
else:
if f(ssi): results.append(ssi)
return results
@gen_sequence
def _add_to_group(self, group_ids, id_to_add, position):
me = (yield None)
try:
groupclone = self.ssis[group_ids].clone()
except KeyError:
raise SSIException("Could not find SSI with group_id == %r",
group_ids)
groupclone.add_item_to_group(id_to_add, position)
errors = (yield self._modify_ssi(groupclone, me()))
if errors[0] == 0x0000:
self.ssis[group_ids].add_item_to_group(id_to_add, position)
else:
raise SSIException(
'Error adding item to group: ' +
", ".join([ssi_err_types[err] for err in errors]))
self.ssis.root_group.notify()
@gen_sequence
def _remove_from_group(self, key):
me = (yield None)
group_id, item_id = tuple_key(key)
log.info('removing (%d, %d)', group_id, item_id)
#if it's a set of group ids we got, flip them, because then the
#rest of the code is identical
if not item_id:
group_id, item_id = item_id, group_id
group_clone = self.ssis[(group_id, 0)].clone()
group_clone.remove_item_from_group(item_id)
error = (yield self._modify_ssi(group_clone, me()))
if not error[0]:
self.ssis[(group_id, 0)].remove_item_from_group(item_id)
else:
raise SSIException('Error removing item from group: ' +
",".join([ssi_err_types[err] for err in error]))
self.ssis.root_group.notify()
@gen_sequence
def remove_group(self, group_protocol_object):
me = (yield None)
group_protocol_object = getattr(group_protocol_object, 'id',
group_protocol_object)
ssis_to_del = self.get_ssis_in_group(group_protocol_object) #[0])
log.info('Going to remove: %r', ssis_to_del)
group_to_del = self.ssis[tuple_key(group_protocol_object)]
groupclone = group_to_del.clone()
groupclone.tlvs = {}
ssis_to_del.append(groupclone)
with self.ssi_edit(): #needed untill group mod is sent out
self._remove_ssi(ssis_to_del, me())
errors = (yield None)
for (ssi, error) in zip(ssis_to_del, errors):
if not error and ssi in self.ssis: del self.ssis[ssi]
if group_protocol_object not in self.ssis:
self._remove_from_group(group_protocol_object) #end with block
real_errors = filter(None, errors)
if real_errors:
raise SSIException("Error removing group from list: " +
",".join(ssi_err_types[err]
for err in real_errors))
self.ssis.root_group.notify()
@gen_sequence
@callsback
def remove_buddy_ssi(self, ids, callback=None):
me = (yield None)
with self.ssi_edit(): #needed untill group mod is sent out
buddy_clone = self.ssis[ids].clone()
error = (yield self._remove_ssi(buddy_clone, me()))
if not error[0]:
self._remove_from_group(ids) #end with block
del self.ssis[ids]
callback.success()
else:
callback.error()
raise SSIException(
"Error removing object from list: " +
",".join([ssi_err_types[err] for err in error]))
self.ssis.root_group.notify()
@gen_sequence
def rename_ssi(self, protocol_object, name):
me = (yield None)
new_ssi = self.ssis[protocol_object].clone()
new_ssi.name = name.encode('utf-8')
errors = (yield self._modify_ssi(new_ssi, me()))
if errors[0]:
raise SSIException("Error renaming object: " +
",".join([ssi_err_types[err]
for err in errors]))
else:
ssiobj = self.ssis[protocol_object]
ssiobj.name = name.encode('utf-8')
self.ssis.get_group(protocol_object).set_ssi(ssiobj)
self.ssis.root_group.notify()
@gen_sequence
def alias_ssi(self, contact, name):
me = (yield None)
buddy, id = contact.buddy, contact.id
new_ssi = self.ssis[id].clone()
name = name.encode('utf-8') if name else None
new_ssi.set_alias(name) # accepts None to delete
errors = (yield self._modify_ssi(new_ssi, me()))
if errors[0]:
raise SSIException("Error setting alias: " +
",".join(ssi_err_types[err] for err in errors))
else:
self.ssis[id].set_alias(name)
self.ssis.root_group.notify()
@gen_sequence
@callsback
def move_ssi_to_position(self,
item_ids,
position,
group_to_ids=None,
callback=None):
me = (yield None)
# If we are passed numbers for groups, turn them into group tuples.
item_ids = tuple_key(item_ids)
if group_to_ids:
group_to_ids = tuple_key(group_to_ids)
if group_to_ids[1]:
raise SSIException("Can't move items into something which is "
"not a group.")
if not item_ids[0]:
#if group == root group
raise AssertionError("Atttempted to move something in the " +
"SSI root group (this is impossible, " +
"since they don't have position).")
elif not item_ids[1]:
# moving a group
group_from_ids = (0, 0)
if group_to_ids and group_to_ids != (0, 0):
raise SSIException("Can't move group into a group which is "
"not the root group.")
id_to_move = item_ids[0]
else:
# moving a buddy
group_from_ids = (item_ids[0], 0)
id_to_move = item_ids[1]
if not group_to_ids or group_from_ids == group_to_ids:
#move within group/move a group within root group
groupclone = self.ssis[group_from_ids].clone()
groupclone.move_item_to_position(id_to_move, position)
errors = (yield self._modify_ssi(groupclone, me()))
if not errors[0]:
self.ssis[group_from_ids]. \
move_item_to_position(id_to_move, position)
else:
raise SSIException(
'Error moving item: ' +
",".join([ssi_err_types[err] for err in errors]))
else:
#moving between groups
del id_to_move
if not group_to_ids[0]:
#if there is a group to go to, make sure it's not the root group
raise AssertionError("atttempted to move something to the " +
"SSI root group (this is impossible, " +
"since they don't have position)")
else:
# valid from, valid to
# do crazy delete/add/modify x2 here
old_ssi = self.ssis[item_ids]
new_ssi = old_ssi.clone()
new_ssi.group_id = group_to_ids[0]
new_ssi.item_id = self.new_ssi_item_id(group_to_ids[0])
with self.ssi_edit(
): #needed untill last group mod is sent out
del_errors, action1, add_errors, action2 = \
(yield self._ssi_double_action(
0x0a, old_ssi, 0x08, new_ssi, me()))
if action1 != 0x0a:
del_errors, add_errors = add_errors, del_errors
del_group_clone, add_group_clone = None, None
if not del_errors[0]:
del self.ssis[old_ssi]
del_group_clone = self.ssis[(old_ssi.group_id,
0)].clone()
del_group_clone.remove_item_from_group(old_ssi.item_id)
if not add_errors[0]:
self.ssis[new_ssi] = new_ssi
add_group_clone = self.ssis[(new_ssi.group_id,
0)].clone()
add_group_clone.add_item_to_group(
new_ssi.item_id, position)
mod_ssis = filter(None, [del_group_clone, add_group_clone])
self._modify_ssi(mod_ssis, me()) #end with block
mod_errors = (yield None)
del_mod_error = None
add_mod_error = None
if not del_errors[0]:
del_mod_error = mod_errors[0]
mod_errors = mod_errors[1:]
if not del_mod_error:
self.ssis[(old_ssi.group_id,0)] \
.remove_item_from_group(old_ssi.item_id)
if not add_errors[0]:
add_mod_error = mod_errors[0]
if not add_mod_error:
self.ssis[(new_ssi.group_id,0)] \
.add_item_to_group(new_ssi.item_id, position)
# error handling
errors = filter(None, (add_errors[0], del_errors[0],
del_mod_error, add_mod_error))
if errors:
err_string = ''
if del_errors[0]:
if err_string: err_string += ", "
err_string += "deleting " + old_ssi.name + " in group " + \
self.ssis[(old_ssi.group_id,0)].name
if del_mod_error:
if err_string: err_string += ", "
err_string += "removing " + old_ssi.name + " from group " + \
self.ssis[(old_ssi.group_id,0)].name + " list"
if add_errors[0]:
if err_string: err_string += ", "
err_string += "adding " + old_ssi.name + " in group " + \
self.ssis[(new_ssi.group_id,0)].name
if add_mod_error:
if err_string: err_string += ", "
err_string += "adding " + old_ssi.name + " to group " + \
self.ssis[(new_ssi.group_id,0)].name + " list"
callback.error()
raise SSIException("ERROR %s: %r" % (err_string, ",".join(
[ssi_err_types[err] for err in errors])))
#from util import Timer
#Timer(1, callback.success).start()
callback.success((new_ssi.group_id, new_ssi.item_id))
self.ssis.root_group.notify()
def _edit_server_list_start(self, import_transaction=False):
'''
start editing SSIs!
'''
if not self.ssi_edits_out:
self.o.send_snac(*snac.send_x13_x11(import_transaction))
self.ssi_edits_out += 1
def _edit_server_list_end(self):
'''
done editing SSIs
'''
self.ssi_edits_out -= 1
if not self.ssi_edits_out:
self.o.send_snac(*snac.send_x13_x12())
@contextmanager
def ssi_edit(self, import_transaction=False):
self._edit_server_list_start(import_transaction)
try:
yield self
finally:
self._edit_server_list_end()