def _xfrm_sort(self, src, cls, pred):
'''
Filters sequence src by predicate pred, and sorts src by its 'order' attribute. Transforms elements
by calling cls.from_net on each.
'''
from common.protocolmeta import protocols, proto_init
accounts = []
for x in src:
if pred(x):
with traceguard:
if x.protocol not in protocols:
log.info('don\'t know what kind of account %r is: %r',
x.protocol, x)
continue
if protocols.get(x.protocol,
{}).get('smtp_pw_type', False):
cls2 = proto_init(x.protocol)
acct = cls2.from_net(x)
else:
acct = cls.from_net(x)
accounts.append(acct)
return sorted(accounts,
key=lambda x: src.order.index(x.id)
if x.id in src.order else len(src))
def _xfrm_sort(self, src, cls, pred):
'''
Filters sequence src by predicate pred, and sorts src by its 'order' attribute. Transforms elements
by calling cls.from_net on each.
'''
from common.protocolmeta import protocols, proto_init
accounts = []
for x in src:
if pred(x):
with traceguard:
if x.protocol not in protocols:
log.info('don\'t know what kind of account %r is: %r', x.protocol, x)
continue
if protocols.get(x.protocol, {}).get('smtp_pw_type', False):
cls2 = proto_init(x.protocol)
acct = cls2.from_net(x)
else:
acct = cls.from_net(x)
accounts.append(acct)
return sorted(accounts, key=lambda x: src.order.index(x.id) if x.id in src.order else len(src))
def social_accounts(x):
meta = protocols.get(x.protocol, {})
type = meta.get('type', None)
return type == 'social' or (type == 'service_component' and meta.get('component_type', None) == 'social')
def is_im_account(x):
'Returns True if x is an IM account.'
meta = protocols.get(x.protocol, {})
type = meta.get('type', None)
return type == 'im' or (type == 'service_component' and meta.get('component_type', None) == 'im')
