def getNotificationFactoryNameForChannel(self,channel,domain=None):
'''
This method returns the name of the notification service for the channel
or domain from the configuration information given in the CDB.
Parameters:
- channel is the channel name of the desired factory
- domain is the domain of the desired factory
Returns: string containing the factory name or None
Raises: Nothing
'''
temp=""
if channel is not None:
crec = [ chan for chan in get_notification_service_mapping('Channel') if wildcharMatch(chan['Name'], channel)]
if crec != []:
temp=crec[0]['NotificationService']
if len(temp)==0 and (domain is not None):
crec = [ chan for chan in get_notification_service_mapping('Domain') if wildcharMatch(chan['Name'], domain)]
if crec != []:
temp=crec[0]['NotificationService']
if len(temp)==0:
crec = get_notification_service_mapping('Default')
if crec != []:
temp=crec[0]['DefaultNotificationService']
else:
return None
if not temp.endswith(acscommon.NOTIFICATION_FACTORY_NAME):
return temp+acscommon.NOTIFICATION_FACTORY_NAME
else:
return temp
def getNotificationFactoryNameForChannel(self,channel,domain=None):
'''
This method returns the name of the notification service for the channel
or domain from the configuration information given in the CDB.
Parameters:
- channel is the channel name of the desired factory
- domain is the domain of the desired factory
Returns: string containing the factory name or None
Raises: Nothing
'''
if channel is not None:
crec = [ chan for chan in get_notification_service_mapping('Channel') if wildcharMatch(chan['Name'], channel)]
if crec != []:
return crec[0]['NotificationService']
if domain is not None:
crec = [ chan for chan in get_notification_service_mapping('Domain') if wildcharMatch(chan['Name'], domain)]
if crec != []:
return crec[0]['NotificationService']
crec = get_notification_service_mapping('Default')
if crec != []:
return crec[0]['DefaultNotificationService']
else:
return None
def getNotificationFactoryNameForChannel(self, channel, domain=None):
'''
This method returns the name of the notification service for the channel
or domain from the configuration information given in the CDB.
Parameters:
- channel is the channel name of the desired factory
- domain is the domain of the desired factory
Returns: string containing the factory name or None
Raises: Nothing
'''
temp = ""
if channel is not None:
crec = [
chan for chan in get_notification_service_mapping('Channel')
if wildcharMatch(chan['Name'], channel)
]
if crec != []:
temp = crec[0]['NotificationService']
if len(temp) == 0 and (domain is not None):
crec = [
chan for chan in get_notification_service_mapping('Domain')
if wildcharMatch(chan['Name'], domain)
]
if crec != []:
temp = crec[0]['NotificationService']
if len(temp) == 0:
crec = get_notification_service_mapping('Default')
if crec != []:
temp = crec[0]['DefaultNotificationService']
else:
return None
if not temp.endswith(acscommon.NOTIFICATION_FACTORY_NAME):
return temp + acscommon.NOTIFICATION_FACTORY_NAME
else:
return temp
# "@(#) $Id: acsutilpyTestWildcharMatcher.py,v 1.1 2012/01/25 13:46:30 acaproni Exp $"
#
# who when what
# -------- -------- ----------------------------------------------
# acaproni 2012-01-25 created
#
'''
Test WildcharMatchr
'''
from AcsutilPy.WildcharMatcher import simpleWildcardToRegex
from AcsutilPy.WildcharMatcher import wildcharMatch
if __name__ == "__main__":
# Test simpleWildcardToRegex
print "Translation to regex",simpleWildcardToRegex("No control chars in wildcard")
print "Translation to regex",simpleWildcardToRegex("Dot.and asterisk*")
print "Translation to regex",simpleWildcardToRegex("Asterisk* and 2 ?questions?marks")
print "Translation to regex",simpleWildcardToRegex("Regexp control chars {} . () $^ [] \\ |")
# Test wildcharMatch
print "Match with '*' (expect True)",wildcharMatch("*", "Match")
print "Match with '?' (expect True)", wildcharMatch("?est",'Test')
print "Match with regex control char' (expect True)", wildcharMatch("?rray[4]",'Array[4]')
print "Does not match with '?' (expect False)", wildcharMatch("?est",'finest')
print "Does not match with '*' (expect False)", wildcharMatch("*pute",'Computer')
print "Does not match with '*' and ?' (expect False)", wildcharMatch("?est* day",'Yesterday')
#
# ___oOo___
'''
Test WildcharMatchr
'''
from AcsutilPy.WildcharMatcher import simpleWildcardToRegex
from AcsutilPy.WildcharMatcher import wildcharMatch
if __name__ == "__main__":
# Test simpleWildcardToRegex
print "Translation to regex", simpleWildcardToRegex(
"No control chars in wildcard")
print "Translation to regex", simpleWildcardToRegex("Dot.and asterisk*")
print "Translation to regex", simpleWildcardToRegex(
"Asterisk* and 2 ?questions?marks")
print "Translation to regex", simpleWildcardToRegex(
"Regexp control chars {} . () $^ [] \\ |")
# Test wildcharMatch
print "Match with '*' (expect True)", wildcharMatch("*", "Match")
print "Match with '?' (expect True)", wildcharMatch("?est", 'Test')
print "Match with regex control char' (expect True)", wildcharMatch(
"?rray[4]", 'Array[4]')
print "Does not match with '?' (expect False)", wildcharMatch(
"?est", 'finest')
print "Does not match with '*' (expect False)", wildcharMatch(
"*pute", 'Computer')
print "Does not match with '*' and ?' (expect False)", wildcharMatch(
"?est* day", 'Yesterday')
#
# ___oOo___
