def _replyToQuery(self, ctx, query, bool = None):
raise "DON'T USE _replyToQuery!!!"
ret = self.__recursive_query(ctx, query)
values = {}
values_neg = {}
# TODO does not seems to work...
#['AND', [['1', 'dyngroup', 'groupname', 'test']]]
for qid, module, criterion, value in query:
val, neg = self._getPluginReplyToQuery(
ctx,
self.queryablePlugins[module],
[criterion, value]
)
values[str(qid)] = [val, neg]
self.logger.debug(values)
br = BoolRequest()
if bool == None or bool == '' or bool == 0 or bool == '0':
bool = 'AND('+','.join(map(lambda a:a[0][0], values))+')'
all = ComputerManager().getComputersList(ctx)
#all = ComputerManager().getRestrictedComputersList(ctx, 0, 50)
# for the moment everything is based on names... should be changed into uuids
#all = map(lambda a: a[1]['cn'][0], all.values())
all = all.keys()
values['A'] = [all, True]
bool = 'AND(A, '+bool+')'
br.parse(bool)
if bool == None or not br.isValid(): # no bool specified = only AND
if len(values.keys()) > 0:
retour = values.pop()
for val in values:
neg = val[1]
val = val[0]
if neg:
retour = filter(lambda a,val=val:a in val, retour)
else:
retour = filter(lambda a,val=val:a not in val, retour)
return retour
else:
return [] # TODO : when plugged on Machines : should return : Machine - values_neg
else:
retour = br.merge(values)
return retour[0]
def _replyToQuery(self, ctx, query, bool = None):
raise "DON'T USE _replyToQuery!!!"
self.__recursive_query(ctx, query)
values = {}
# TODO does not seems to work...
#['AND', [['1', 'dyngroup', 'groupname', 'test']]]
for qid, module, criterion, value in query:
val, neg = self._getPluginReplyToQuery(
ctx,
self.queryablePlugins[module],
[criterion, value]
)
values[str(qid)] = [val, neg]
self.logger.debug(values)
br = BoolRequest()
if bool == None or bool == '' or bool == 0 or bool == '0':
bool = 'AND('+','.join(map(lambda a:a[0][0], values))+')'
all = ComputerManager().getComputersList(ctx)
#all = ComputerManager().getRestrictedComputersList(ctx, 0, 50)
# for the moment everything is based on names... should be changed into uuids
#all = map(lambda a: a[1]['cn'][0], all.values())
all = all.keys()
values['A'] = [all, True]
bool = 'AND(A, '+bool+')'
br.parse(bool)
if bool == None or not br.isValid(): # no bool specified = only AND
if len(values.keys()) > 0:
retour = values.pop()
for val in values:
neg = val[1]
val = val[0]
if neg:
retour = filter(lambda a,val=val:a in val, retour)
else:
retour = filter(lambda a,val=val:a not in val, retour)
return retour
else:
return [] # TODO : when plugged on Machines : should return : Machine - values_neg
else:
retour = br.merge(values)
return retour[0]
