def delete(switchDict):
'''
Given the switches, request a query 'delete' on the ResourceManagementDB
that deletes from DowntimeCache all rows that match the parameters given.
'''
rmsClient = ResourceManagementClient()
result = {
'output': None,
'successful': None,
'message': None,
'match': None
}
output = rmsClient.deleteDowntimeCache(
downtimeID=switchDict['downtimeID'],
element=switchDict['element'],
name=switchDict['name'],
startDate=switchDict['startDate'],
endDate=switchDict['endDate'],
severity=switchDict['severity'],
description=switchDict['description'],
link=switchDict['link']
#dateEffective = switchDict[ 'dateEffective' ]
)
result['match'] = int(output['Value'])
result['successful'] = output['OK']
result['message'] = output['Message'] if 'Message' in output else None
return result
def add(switchDict):
'''
Given the switches, request a query 'addOrModify' on the ResourceManagementDB
that inserts or updates-if-duplicated from DowntimeCache.
'''
rmsClient = ResourceManagementClient()
result = {
'output': None,
'successful': None,
'message': None,
'match': None
}
output = rmsClient.addOrModifyDowntimeCache(
downtimeID=switchDict['downtimeID'],
element=switchDict['element'],
name=switchDict['name'],
startDate=switchDict['startDate'],
endDate=switchDict['endDate'],
severity=switchDict['severity'],
description=switchDict['description'],
link=switchDict['link']
#dateEffective = switchDict[ 'dateEffective' ]
)
result['match'] = int(output['Value'])
result['successful'] = output['OK']
result['message'] = output['Message'] if 'Message' in output else None
return result
def add( switchDict ):
'''
Given the switches, request a query 'addOrModify' on the ResourceManagementDB
that inserts or updates-if-duplicated from DowntimeCache.
'''
rmsClient = ResourceManagementClient()
result = { 'output': None, 'successful': None, 'message': None, 'match': None }
output = rmsClient.addOrModifyDowntimeCache( downtimeID = switchDict[ 'downtimeID' ],
element = switchDict[ 'element' ],
name = switchDict[ 'name' ],
startDate = switchDict[ 'startDate' ],
endDate = switchDict[ 'endDate' ],
severity = switchDict[ 'severity' ],
description = switchDict[ 'description' ],
link = switchDict[ 'link' ]
#dateEffective = switchDict[ 'dateEffective' ]
)
result['match'] = int( output['Value'] )
result['successful'] = output['OK']
result['message'] = output['Message'] if 'Message' in output else None
return result
def select( switchDict ):
'''
Given the switches, request a query 'select' on the ResourceManagementDB
that gets from DowntimeCache all rows that match the parameters given.
'''
rmsClient = ResourceManagementClient()
meta = { 'columns' : [ 'downtimeID', 'element', 'name', 'startDate', 'endDate',
'severity', 'description', 'link', 'dateEffective' ] }
result = { 'output': None, 'successful': None, 'message': None, 'match': None }
output = rmsClient.selectDowntimeCache( downtimeID = switchDict[ 'downtimeID' ],
element = switchDict[ 'element' ],
name = switchDict[ 'name' ],
#startDate = switchDict[ 'startDate' ],
#endDate = switchDict[ 'endDate' ],
severity = switchDict[ 'severity' ],
#description = switchDict[ 'description' ],
#link = switchDict[ 'link' ],
#dateEffective = switchDict[ 'dateEffective' ],
meta = meta )
result['output'] = [ dict( zip( output[ 'Columns' ], dt ) ) for dt in output[ 'Value' ] ]
if 'ongoing' in switchDict:
result['output'] = filterOngoing( result['output'] )
else:
result['output'] = filterDate( result['output'], switchDict[ 'startDate' ], switchDict[ 'endDate' ] )
result['output'] = filterDescription( result['output'], switchDict[ 'description' ] )
result['match'] = len( result['output'] )
result['successful'] = output['OK']
result['message'] = output['Message'] if 'Message' in output else None
return result
def select(switchDict):
'''
Given the switches, request a query 'select' on the ResourceManagementDB
that gets from DowntimeCache all rows that match the parameters given.
'''
rmsClient = ResourceManagementClient()
meta = {
'columns': [
'downtimeID', 'element', 'name', 'startDate', 'endDate',
'severity', 'description', 'link', 'dateEffective'
]
}
result = {
'output': None,
'successful': None,
'message': None,
'match': None
}
output = rmsClient.selectDowntimeCache(
downtimeID=switchDict['downtimeID'],
element=switchDict['element'],
name=switchDict['name'],
#startDate = switchDict[ 'startDate' ],
#endDate = switchDict[ 'endDate' ],
severity=switchDict['severity'],
#description = switchDict[ 'description' ],
#link = switchDict[ 'link' ],
#dateEffective = switchDict[ 'dateEffective' ],
meta=meta)
result['output'] = [
dict(zip(output['Columns'], dt)) for dt in output['Value']
]
if 'ongoing' in switchDict:
result['output'] = filterOngoing(result['output'])
else:
result['output'] = filterDate(result['output'],
switchDict['startDate'],
switchDict['endDate'])
result['output'] = filterDescription(result['output'],
switchDict['description'])
result['match'] = len(result['output'])
result['successful'] = output['OK']
result['message'] = output['Message'] if 'Message' in output else None
return result
def setUp(self):
import DIRAC.ResourceStatusSystem.Client.ResourceManagementClient as mockedModule
_serviceIn = ResourceManagementDB.ResourceManagementDB()
self.client = mockedModule.ResourceManagementClient(
serviceIn=_serviceIn)
def __init__(self, rStatus=None, rManagement=None):
# Warm up local CS
CSHelpers.warmUp()
if rStatus is None:
self.rStatus = ResourceStatusClient.ResourceStatusClient()
if rManagement is None:
self.rManagement = ResourceManagementClient.ResourceManagementClient(
)
self.rssConfig = RssConfiguration()
def delete( switchDict ):
'''
Given the switches, request a query 'delete' on the ResourceManagementDB
that deletes from DowntimeCache all rows that match the parameters given.
'''
rmsClient = ResourceManagementClient()
result = { 'output': None, 'successful': None, 'message': None, 'match': None }
output = rmsClient.deleteDowntimeCache( downtimeID = switchDict[ 'downtimeID' ],
element = switchDict[ 'element' ],
name = switchDict[ 'name' ],
startDate = switchDict[ 'startDate' ],
endDate = switchDict[ 'endDate' ],
severity = switchDict[ 'severity' ],
description = switchDict[ 'description' ],
link = switchDict[ 'link' ]
#dateEffective = switchDict[ 'dateEffective' ]
)
result['match'] = int( output['Value'] )
result['successful'] = output['OK']
result['message'] = output['Message'] if 'Message' in output else None
return result
