def getConnections(self):
connectors = []
for k in self.outLinks.keys():
connectors.append(Connector(k, False, self.getNextPort()))
for k in self.inLinks.keys():
connectors.append(Connector(k, True, self.getNextPort()))
return connectors
def testConnection(self):
compName = 'abc'
compId = 123
compHost = 'foo'
comp = MockComponent(compName, compId, compHost)
connType = 'xyz'
connPort = 987
conn = Connector(connType, True, connPort)
ctn = Connection(conn, comp)
expStr = '%s:%s#%d@%s:%d' % (connType, compName, compId, compHost,
connPort)
self.assertEquals(expStr, str(ctn),
'Expected "%s", not "%s"' % (expStr, str(ctn)))
cMap = ctn.getMap()
self.checkConnectionMap(connType, cMap, 'type')
self.checkConnectionMap(compName, cMap, 'compName')
self.checkConnectionMap(compId, cMap, 'compNum')
self.checkConnectionMap(compHost, cMap, 'host')
self.checkConnectionMap(connPort, cMap, 'port')
def testConnector(self):
typeStr = 'abc'
port = 123
for isInput in (False, True):
conn = Connector(typeStr, isInput, port)
if isInput:
expStr = '%d=>%s' % (port, typeStr)
else:
expStr = '%s=>' % typeStr
self.assertEquals(expStr, str(conn),
'Expected "%s", not "%s"' % (expStr, str(conn)))
def connect(self, inputs):
cDict = {}
for data in inputs:
comp = MockComponent(data[0], data[1], data[2])
for cData in data[3:]:
conn = Connector(cData[0], cData[1], cData[2])
if not cDict.has_key(conn.type):
cDict[conn.type] = ConnTypeEntry(conn.type)
cDict[conn.type].add(conn, comp)
return cDict
def testConnector(self):
typeStr = 'abc'
port = 123
for descrCh in (Connector.OUTPUT, Connector.INPUT):
conn = Connector(typeStr, descrCh, port)
if descrCh == Connector.INPUT:
expStr = '%d=>%s' % (port, typeStr)
else:
expStr = '%s=>' % typeStr
self.assertEquals(expStr, str(conn),
'Expected "%s", not "%s"' % (expStr, str(conn)))