def test(dest, connection, identifynode, n, verbose) :
marks = set()
if identifynode :
import getUnderTestAlias
dest, otherNodeId = getUnderTestAlias.get(0x123, None, verbose)
if n == 0 :
while dest >= 0 :
dest = once(dest, connection, identifynode, verbose, marks)
else :
for i in range(n) :
dest = once(dest, connection, identifynode, verbose, marks)
if dest < 0 : return -dest
if verbose :
print "covered", len(marks), "of 4095 in",n,"attempts"
return 0
def test(dest, connection, identifynode, n, verbose):
marks = set()
if identifynode:
import getUnderTestAlias
dest, otherNodeId = getUnderTestAlias.get(0x123, None, verbose)
if n == 0:
while dest >= 0:
dest = once(dest, connection, identifynode, verbose, marks)
else:
for i in range(n):
dest = once(dest, connection, identifynode, verbose, marks)
if dest < 0: return -dest
if verbose:
print "covered", len(marks), "of 4095 in", n, "attempts"
return 0
for opt, arg in opts:
if opt == "-v":
verbose = True
elif opt == "-V" :
connection.network.verbose = True
verbose = True
elif opt in ("-a", "--alias"): # needs hex processing
alias = int(arg)
elif opt in ("-d", "--dest"): # needs hex processing
dest = int(arg)
elif opt in ("-c", "--content"):
content = canolcbutils.splitSequence(arg)
elif opt == "-t":
identifynode = True
else:
assert False, "unhandled option"
if identifynode :
import getUnderTestAlias
dest, nodeID = getUnderTestAlias.get(alias, None, verbose)
retval = test(alias, dest, content, connection, verbose)
connection.network.close()
exit(retval)
def test(alias, dest, content, connection, verbose) :
return sendOneDatagram(alias, dest, content, connection, verbose)
if __name__ == '__main__':
main()
connection.network.verbose = True
verbose = True
elif opt in ("-a", "--alias"): # needs hex processing
alias = int(arg)
elif opt in ("-d", "--dest"): # needs hex processing
dest = int(arg)
elif opt in ("-n", "--node"):
nodeID = canolcbutils.splitSequence(arg)
elif opt == "-t":
identifynode = True
else:
assert False, "unhandled option"
if identifynode:
import getUnderTestAlias
dest, otherNodeId = getUnderTestAlias.get(alias, None, verbose)
if nodeID == None: nodeID = otherNodeId
retval = test(alias, dest, nodeID, connection, verbose)
connection.network.close()
exit(retval)
def test(alias, dest, nodeID, connection, verbose):
# send correct address, correct node ID in body
connection.network.send(makeframe(alias, dest, nodeID))
reply = connection.network.receive()
if (reply == None):
print "Expected reply to correct alias & correct ID not received"
return 2
elif not reply.startswith(":X19170"):
connection.network.verbose = True
verbose = True
elif opt in ("-a", "--alias"): # needs hex processing
alias = int(arg)
elif opt in ("-d", "--dest"): # needs hex processing
dest = int(arg)
elif opt in ("-n", "--node"):
nodeID = canolcbutils.splitSequence(arg)
elif opt == "-t":
identifynode = True
else:
assert False, "unhandled option"
if identifynode :
import getUnderTestAlias
dest, otherNodeId = getUnderTestAlias.get(alias, None, verbose)
if nodeID == None : nodeID = otherNodeId
retval = test(alias, dest, nodeID, connection, verbose)
connection.network.close()
exit(retval)
def test(alias, dest, nodeID, connection, verbose) :
# send correct address, correct node ID in body
connection.network.send(makeframe(alias, dest, nodeID))
reply = connection.network.receive()
if (reply == None ) :
print "Expected reply to correct alias & correct ID not received"
return 2
elif not reply.startswith(":X19170") :
print "Unexpected reply received ", reply
def test(alias, dest, nodeID, event, connection, verbose, complete, repeat, identifynode, bufnum):
result = 0;
while True :
if identifynode :
import getUnderTestAlias
dest, nodeID = getUnderTestAlias.get(alias, None, verbose)
import aliasMapEnquiry
if verbose : print "aliasMapEnquiry"
retval = aliasMapEnquiry.test(alias, nodeID, connection, verbose)
if retval != 0 :
print "Error in aliasMapEnquiry"
if not complete : done(retval)
result |= retval
import verifyNodeGlobal
if verbose : print "verifyNodeGlobal w no NodeID"
retval = verifyNodeGlobal.test(alias, None, connection)
if retval != 0 :
print "Error in verifyNodeGlobal w no NodeID"
if not complete : done(retval)
result |= retval
if verbose : print "verifyNodeGlobal with NodeID"
retval = verifyNodeGlobal.test(alias, nodeID, connection)
if retval != 0 :
print "Error in verifyNodeGlobal w NodeID"
if not complete : done(retval)
result |= retval
import verifyNodeAddressed
if verbose : print "verifyNodeAddressed"
retval = verifyNodeAddressed.test(alias, dest, nodeID, connection, verbose)
if retval != 0 :
print "Error in verifyNodeAddressed"
if not complete : done(retval)
result |= retval
import protocolIdentProtocol
if verbose : print "protocolIdentProtocol"
retval = protocolIdentProtocol.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in protocolIdentProtocol"
if not complete : done(retval)
result |= retval
import identifyEventsGlobal
if verbose : print "identifyEventsGlobal"
retval = identifyEventsGlobal.test(alias, connection, verbose)
if retval != 0 :
print "Error in identifyEventsGlobal"
if not complete : done(retval)
result |= retval
import identifyEventsAddressed
if verbose : print "identifyEventsAddressed"
retval = identifyEventsAddressed.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in identifyEventsAddressed"
if not complete : done(retval)
result |= retval
import identifyConsumers
if verbose : print "identifyConsumers"
retval = identifyConsumers.test(alias, event, connection, verbose)
if retval != 0 :
print "Error in identifyConsumers"
if not complete : done(retval)
result |= retval
import identifyProducers
if verbose : print "identifyProducers"
retval = identifyProducers.test(alias, event, connection, verbose)
if retval != 0 :
print "Error in identifyProducers"
if not complete : done(retval)
result |= retval
import testProducerConsumerNotification
if verbose : print "testProducerConsumerNotification"
retval = testProducerConsumerNotification.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in testProducerConsumerNotification"
if not complete : done(retval)
result |= retval
import testConfigurationProtocol
if verbose : print "testConfigurationProtocol"
retval = testConfigurationProtocol.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in testConfigurationProtocol", retval
if not complete : done(retval)
result |= retval
import testDatagram
if verbose : print "testDatagram"
retval = testDatagram.test(alias, dest, connection, bufnum, verbose)
if retval != 0 :
print "Error in testDatagram", retval
if not complete : done(retval)
result |= retval
import testOverlappingDatagrams
if verbose : print "testOverlappingDatagrams"
retval = testOverlappingDatagrams.test(alias, dest, bufnum, connection, verbose)
if retval != 0 :
print "Error in testOverlappingDatagrams", retval
if not complete : done(retval)
result |= retval
import simpleNodeIdentificationInformation
if verbose : print "simpleNodeIdentificationInformation"
retval = simpleNodeIdentificationInformation.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in simpleNodeIdentificationInformation"
if not complete : done(retval)
result |= retval
import testCDI
if verbose : print "testCDI"
retval = testCDI.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in testCDI"
if not complete : done(retval)
result |= retval
import testReservedBits
if verbose : print "testReservedBits"
retval = testReservedBits.test(alias, nodeID, dest, connection, verbose)
if retval != 0 :
print "Error in testReservedBits"
if not complete : done(retval)
result |= retval
import unknownDatagramType
if verbose : print "unknownDatagramType"
retval = unknownDatagramType.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in unknownDatagramType"
if not complete : done(retval)
result |= retval
import unknownMtiAddressed
if verbose : print "unknownMtiAddressed"
retval = unknownMtiAddressed.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in unknownMtiAddressed"
if not complete : done(retval)
result |= retval
import testStandardFrame
import time
if verbose : print "testStandardFrame"
retval = testStandardFrame.test(connection, verbose)
if retval != 0 :
print "Error in testStandardFrame"
if not complete : done(retval)
result |= retval
time.sleep(3)
# done last, as changes alias in use
import testAliasConflict
if verbose : print "testAliasConflict"
retval = testAliasConflict.test(alias, dest, connection, verbose)
if retval != 0 :
print "Error in testAliasConflict"
if not complete : done(retval)
result |= retval
if not repeat : break
if verbose : print "End of pass, repeat"
if verbose : print ""
if verbose : print "Note: Did not perform testStartup, which is manual"
if verbose : print "Note: Did not perform testForZeroAlias.py, which is slow"
if verbose :
if result != 0 : print "Encountered errors"
else : print "Normal end"
def test(alias, dest, nodeID, event, connection, verbose, complete, repeat,
identifynode, bufnum):
result = 0
while True:
if identifynode:
import getUnderTestAlias
dest, nodeID = getUnderTestAlias.get(alias, None, verbose)
import aliasMapEnquiry
if verbose: print "aliasMapEnquiry"
retval = aliasMapEnquiry.test(alias, nodeID, connection, verbose)
if retval != 0:
print "Error in aliasMapEnquiry"
if not complete: done(retval)
result |= retval
import verifyNodeGlobal
if verbose: print "verifyNodeGlobal w no NodeID"
retval = verifyNodeGlobal.test(alias, None, connection)
if retval != 0:
print "Error in verifyNodeGlobal w no NodeID"
if not complete: done(retval)
result |= retval
if verbose: print "verifyNodeGlobal with NodeID"
retval = verifyNodeGlobal.test(alias, nodeID, connection)
if retval != 0:
print "Error in verifyNodeGlobal w NodeID"
if not complete: done(retval)
result |= retval
import verifyNodeAddressed
if verbose: print "verifyNodeAddressed"
retval = verifyNodeAddressed.test(alias, dest, nodeID, connection,
verbose)
if retval != 0:
print "Error in verifyNodeAddressed"
if not complete: done(retval)
result |= retval
import protocolIdentProtocol
if verbose: print "protocolIdentProtocol"
retval = protocolIdentProtocol.test(alias, dest, connection, verbose)
if retval != 0:
print "Error in protocolIdentProtocol"
if not complete: done(retval)
result |= retval
import identifyEventsGlobal
if verbose: print "identifyEventsGlobal"
retval = identifyEventsGlobal.test(alias, connection, verbose)
if retval != 0:
print "Error in identifyEventsGlobal"
if not complete: done(retval)
result |= retval
import identifyEventsAddressed
if verbose: print "identifyEventsAddressed"
retval = identifyEventsAddressed.test(alias, dest, connection, verbose)
if retval != 0:
print "Error in identifyEventsAddressed"
if not complete: done(retval)
result |= retval
import identifyConsumers
if verbose: print "identifyConsumers"
retval = identifyConsumers.test(alias, event, connection, verbose)
if retval != 0:
print "Error in identifyConsumers"
if not complete: done(retval)
result |= retval
import identifyProducers
if verbose: print "identifyProducers"
retval = identifyProducers.test(alias, event, connection, verbose)
if retval != 0:
print "Error in identifyProducers"
if not complete: done(retval)
result |= retval
import testProducerConsumerNotification
if verbose: print "testProducerConsumerNotification"
retval = testProducerConsumerNotification.test(alias, dest, connection,
verbose)
if retval != 0:
print "Error in testProducerConsumerNotification"
if not complete: done(retval)
result |= retval
import testConfigurationProtocol
if verbose: print "testConfigurationProtocol"
retval = testConfigurationProtocol.test(alias, dest, connection,
verbose)
if retval != 0:
print "Error in testConfigurationProtocol", retval
if not complete: done(retval)
result |= retval
import testDatagram
if verbose: print "testDatagram"
retval = testDatagram.test(alias, dest, connection, bufnum, verbose)
if retval != 0:
print "Error in testDatagram", retval
if not complete: done(retval)
result |= retval
import testOverlappingDatagrams
if verbose: print "testOverlappingDatagrams"
retval = testOverlappingDatagrams.test(alias, dest, bufnum, connection,
verbose)
if retval != 0:
print "Error in testOverlappingDatagrams", retval
if not complete: done(retval)
result |= retval
import simpleNodeIdentificationInformation
if verbose: print "simpleNodeIdentificationInformation"
retval = simpleNodeIdentificationInformation.test(
alias, dest, connection, verbose)
if retval != 0:
print "Error in simpleNodeIdentificationInformation"
if not complete: done(retval)
result |= retval
import testCDI
if verbose: print "testCDI"
retval = testCDI.test(alias, dest, connection, verbose)
if retval != 0:
print "Error in testCDI"
if not complete: done(retval)
result |= retval
import testReservedBits
if verbose: print "testReservedBits"
retval = testReservedBits.test(alias, nodeID, dest, connection,
verbose)
if retval != 0:
print "Error in testReservedBits"
if not complete: done(retval)
result |= retval
import unknownDatagramType
if verbose: print "unknownDatagramType"
retval = unknownDatagramType.test(alias, dest, connection, verbose)
if retval != 0:
print "Error in unknownDatagramType"
if not complete: done(retval)
result |= retval
import unknownMtiAddressed
if verbose: print "unknownMtiAddressed"
retval = unknownMtiAddressed.test(alias, dest, connection, verbose)
if retval != 0:
print "Error in unknownMtiAddressed"
if not complete: done(retval)
result |= retval
import testStandardFrame
import time
if verbose: print "testStandardFrame"
retval = testStandardFrame.test(connection, verbose)
if retval != 0:
print "Error in testStandardFrame"
if not complete: done(retval)
result |= retval
time.sleep(3)
# done last, as changes alias in use
import testAliasConflict
if verbose: print "testAliasConflict"
retval = testAliasConflict.test(alias, dest, connection, verbose)
if retval != 0:
print "Error in testAliasConflict"
if not complete: done(retval)
result |= retval
if not repeat: break
if verbose: print "End of pass, repeat"
if verbose: print ""
if verbose: print "Note: Did not perform testStartup, which is manual"
if verbose:
print "Note: Did not perform testForZeroAlias.py, which is slow"
if verbose:
if result != 0: print "Encountered errors"
else: print "Normal end"
