def before_manage_edit(self, dict):
"process the edits"
userAgentSelect = dict.pop('userAgentSelect', None)
if userAgentSelect is not None:
self.setClients({})
try:
del dict['userAgent']
except KeyError:
pass
operatingSystems = dict.pop('operatingSystems', None)
if operatingSystems is not None:
allowedOS = useragent.UserAgent.getAllowedOperatingSystems
temp = [i for i in operatingSystems if i in allowedOS]
if temp:
self.setObject('operatingSystems', temp)
userAgent = dict.pop('userAgent', None)
if userAgent is not None:
seq = []
for i in userAgent:
i = i.split(' ')
length = 4 - len(i)
i.extend([''] * length)
seq.append(tuple(i))
clients = utility.mergeSequenceTree(seq)
if clients:
self.setClients(clients)
def before_manage_edit(self, dict):
"process the edits"
userAgentSelect = dict.pop('userAgentSelect', None)
if userAgentSelect is not None:
self.setClients({})
try:
del dict['userAgent']
except KeyError:
pass
operatingSystems = dict.pop('operatingSystems', None)
if operatingSystems is not None:
allowedOS = useragent.UserAgent.getAllowedOperatingSystems
temp = [i for i in operatingSystems if i in allowedOS]
if temp:
self.setObject('operatingSystems', temp)
userAgent = dict.pop('userAgent', None)
if userAgent is not None:
seq = []
for i in userAgent:
i = i.split(' ')
length = 4 - len(i)
i.extend([''] * length)
seq.append(tuple(i))
clients = utility.mergeSequenceTree(seq)
if clients:
self.setClients(clients)
def upgraderChangeTupleTreeAgent(self):
"Change the tuple structure to a tree"
clients = self.getClients()
if operator.isSequenceType(clients):
self.setClients(utility.mergeSequenceTree(clients))
def upgraderChangeTupleTreeAgent(self):
"Change the tuple structure to a tree"
clients = self.getClients()
if operator.isSequenceType(clients):
self.setClients(utility.mergeSequenceTree(clients))
