def parse_rooms(self,opt,val):
"""parse the rooms into a list"""
val = val.replace('\n','')
entries = util.split_strip(val,';')
rooms = {}
for entry in entries:
if entry=='':
continue
params = util.split_strip(entry,',')
if not params[0] or ':' not in params[0]:
self.log('warning','Ignoring room "%s"; invalid syntax' % entry)
continue
room = util.split_strip(params[0],':')
(pname,room) = (room[0],':'.join(room[1:]))
# check for optional arguments
room = {'room':room,'nick':None,'pass':None}
if len(params)>1 and params[1]:
room['nick'] = params[1]
if len(params)>2 and params[2]:
room['pass'] = Password(params[2])
# add room to dict
if pname in rooms:
rooms[pname].append(room)
else:
rooms[pname] = [room]
return rooms
def parse_rooms(self,opt,val):
"""parse the rooms into a list"""
val = val.replace('\n','')
entries = util.split_strip(val,';')
rooms = {}
for entry in entries:
if entry=='':
continue
params = util.split_strip(entry,',')
if not params[0] or ':' not in params[0]:
self.log('warning','Ignoring room "%s"; invalid syntax' % entry)
continue
room = util.split_strip(params[0],':')
(pname,room) = (room[0],':'.join(room[1:]))
# check for optional arguments
room = {'room':room,'nick':None,'pass':None}
if len(params)>1 and params[1]:
room['nick'] = params[1]
if len(params)>2 and params[2]:
room['pass'] = Password(params[2])
# add room to dict
if pname in rooms:
rooms[pname].append(room)
else:
rooms[pname] = [room]
return rooms
def parse_lib(conf,opt,val):
"""parse the lib into a list"""
val = val.replace('\n','')
# paths are separated by semi-colon
entries = util.split_strip(val,';')
lib = []
for entry in entries:
if entry=='':
continue
if ',' in entry:
if not util.has_module('smbc'):
conf.log('warning','Ignoring share "%s" (missing smbc)' % entry)
continue
# samba share parameters are separated by comma
params = util.split_strip(entry,',')
item = {'server':params[0], 'share':params[1],
'username':None, 'password':None}
if len(params)>2:
item['username'] = params[2]
if len(params)>3:
item['password'] = Password(params[3])
else:
item = entry
lib.append(item)
return lib
def parse_lib(conf,opt,val):
"""parse the lib into a list"""
val = val.replace('\n','')
# paths are separated by semi-colon
entries = util.split_strip(val,';')
lib = []
for entry in entries:
if entry=='':
continue
if ',' in entry:
if not util.has_module('smbc'):
conf.log('warning','Ignoring share "%s" (missing smbc)' % entry)
continue
# samba share parameters are separated by comma
params = util.split_strip(entry,',')
item = {'server':params[0], 'share':params[1],
'username':None, 'password':None}
if len(params)>2:
item['username'] = params[2]
if len(params)>3:
item['password'] = Password(params[3])
else:
item = entry
lib.append(item)
return lib
def parse_rename(self,opt,val):
"""parse the rename commands into a dict"""
d = {}
for pair in util.split_strip(val,','):
(old,new) = util.split_strip(pair,':')
if old in d.keys() or new in d.values():
raise ValueError
d[old] = new
return d
def parse_rename(self,opt,val):
"""parse the rename commands into a dict"""
d = {}
for pair in util.split_strip(val,','):
(old,new) = util.split_strip(pair,':')
if old in d.keys() or new in d.values():
raise ValueError
d[old] = new
return d
def parse_remote(conf,opt,val):
"""parse the remote replace list into a dict"""
val = val.replace('\n','')
entries = util.split_strip(val,';')
replace = {}
for entry in entries:
(local,remote) = util.split_strip(entry,',')
replace[local] = remote
return replace
def parse_remote(conf,opt,val):
"""parse the remote replace list into a dict"""
val = val.replace('\n','')
entries = util.split_strip(val,';')
replace = {}
for entry in entries:
(local,remote) = util.split_strip(entry,',')
replace[local] = remote
return replace
def parse_bw(self, opt, val):
"""parse and fully expand the bw_list"""
val = val.replace('\n', '')
# semi-colons divide separate rules
entries = util.split_strip(val, ';')
# we don't want to use modifier methods on the actual default object
bw = copy.copy(self.OPTS[opt][self.DEF])
for entry in entries:
if entry == '':
continue
# spaces divide fields
(color, users, cmds) = util.split_strip(entry)
# skip invalid colors
if color not in ('b', 'w'):
self.log(
'warning', 'ignoring bw entry "%s"; invalid color "%s"' %
(entry, color))
continue
# commas allow for multiple items per field
users = util.split_strip(users, ',')
cmds = util.split_strip(cmds, ',')
for user in users:
# skip badly formatted users
if (user != '*' and
((not user) or (user[0] not in ('p', 'r', 'u')) or
(user[1] != ':') or
(user[0] in ('r', 'u') and len(user.split(':')) < 3))):
self.log('warning',
'ignoring bw user "%s"; invalid syntax' % user)
continue
for cmd in cmds:
# only append the rule if the cmd isn't blank
if cmd:
bw.append((color, user, cmd))
return bw
def parse_bw(self,opt,val):
"""parse and fully expand the bw_list"""
val = val.replace('\n','')
# semi-colons divide separate rules
entries = util.split_strip(val,';')
# we don't want to use modifier methods on the actual default object
bw = copy.copy(self.OPTS[opt][self.DEF])
for entry in entries:
if entry=='':
continue
# spaces divide fields
(color,users,cmds) = util.split_strip(entry)
# skip invalid colors
if color not in ('b','w'):
self.log('warning','ignoring bw entry "%s"; invalid color "%s"'
% (entry,color))
continue
# commas allow for multiple items per field
users = util.split_strip(users,',')
cmds = util.split_strip(cmds,',')
for user in users:
# skip badly formatted users
if (user!='*' and (
(not user)
or (user[0] not in ('p','r','u'))
or (user[1]!=':')
or (user[0] in ('r','u') and len(user.split(':'))<3))):
self.log('warning','ignoring bw user "%s"; invalid syntax' % user)
continue
for cmd in cmds:
# only append the rule if the cmd isn't blank
if cmd:
bw.append((color,user,cmd))
return bw
def parse(conf,opt,val):
if val=='all':
return val
bridges = []
all_rooms = []
for bridge in util.split_strip(val,';'):
rooms = []
for room in util.split_strip(bridge,','):
room = util.split_strip(room,':')
room = tuple([room[0],':'.join(room[1:])])
if room in all_rooms:
conf.log('error','Room "%s:%s" is in more than one bridge' % room)
raise ValueError
rooms.append(room)
all_rooms.append(room)
bridges.append(rooms)
return bridges
def parse(conf,opt,val):
if val=='all':
return val
bridges = []
all_rooms = []
for bridge in util.split_strip(val,';'):
rooms = []
for room in util.split_strip(bridge,','):
room = util.split_strip(room,':')
room = tuple([room[0],':'.join(room[1:])])
if room in all_rooms:
conf.log('error','Room "%s:%s" is in more than one bridge' % room)
raise ValueError
rooms.append(room)
all_rooms.append(room)
bridges.append(rooms)
return bridges
def parse_protocols(self, opt, val):
"""parse the protocols and return the subclasses"""
val = util.split_strip(val, ',')
protocols = {}
success = False
for proto in val:
protocols[proto] = None
fname = os.path.join('protocols',
'sibyl_' + proto + os.path.extsep + 'py')
if not os.path.isfile(fname):
self.log('critical',
'No matching file in protocols/ for "%s"' % proto)
continue
try:
mod = util.load_module('sibyl_' + proto, 'protocols')
for (name, clas) in inspect.getmembers(mod, inspect.isclass):
if issubclass(clas, Protocol) and clas != Protocol:
protocols[proto] = clas
if protocols[proto] is None:
self.log(
'critical',
'Protocol "%s" does not contain a lib.protocol.Protocol subclass'
% proto)
except Exception as e:
full = traceback.format_exc(e)
short = full.split('\n')[-2]
self.log(
'critical',
'Exception importing protocols/%s:' % ('sibyl_' + proto))
self.log('critical', ' %s' % short)
self.log('debug', full)
if None in protocols.values():
raise ValueError
return protocols
def parse_protocols(self,opt,val):
"""parse the protocols and return the subclasses"""
val = util.split_strip(val,',')
protocols = {}
success = False
for proto in val:
protocols[proto] = None
fname = os.path.join('protocols','sibyl_'+proto+os.path.extsep+'py')
if not os.path.isfile(fname):
self.log('critical','No matching file in protocols/ for "%s"' % proto)
continue
try:
mod = util.load_module('sibyl_'+proto,'protocols')
for (name,clas) in inspect.getmembers(mod,inspect.isclass):
if issubclass(clas,Protocol) and clas!=Protocol:
protocols[proto] = clas
if protocols[proto] is None:
self.log('critical',
'Protocol "%s" does not contain a lib.protocol.Protocol subclass'
% proto)
except Exception as e:
full = traceback.format_exc(e)
short = full.split('\n')[-2]
self.log('critical','Exception importing protocols/%s:'
% ('sibyl_'+proto))
self.log('critical',' %s' % short)
self.log('debug',full)
if None in protocols.values():
raise ValueError
return protocols
def parse_admin(self,opt,val):
"""parse the list of protocols"""
return util.split_strip(val,',')
def parse_admin(self,opt,val):
"""parse the list of protocols"""
return util.split_strip(val,',')
