def testString(inputValue):
# Test the serialization function itself
try:
print(
"\n{}Testing direct serialization and deserialization...{}".format(
Color.BOLD, Color.END))
serialized = Message.serializeByteArray(inputValue)
deserialized = Message.deserializeByteArray(serialized)
print("\tSerialized: {0}".format(serialized))
print("\tBefore: {0}".format(str(inputValue)))
print("\t After: {0}".format(str(deserialized)))
except Exception as e:
print("Caught exception running test: {}".format(str(e)))
deserialized = ""
printResult("Direct Serialization Test", inputValue == deserialized)
# Also go a step further and test the inbound/outbound etc parsing
try:
print(
"\n{}Testing full serialization with inbound/outbound lines...{}".
format(Color.BOLD, Color.END))
message = Message()
message.direction = Message.Direction.Outbound
message.setMessageFrom(Message.Format.Raw, bytearray(inputValue),
False)
serialized = message.getSerialized()
message.setFromSerialized(serialized)
deserialized = message.getOriginalMessage()
print("\tSerialized: {0}".format(serialized))
print("\tBefore: {0}".format(str(inputValue)))
print("\t After: {0}".format(str(deserialized)))
except Exception as e:
print("Caught exception running test: {}".format(str(e)))
deserialized = ""
printResult("Full Serialization Test", inputValue == deserialized)
def main():
allchars = bytearray('datadatadata unprintable chars:')
for i in range (0, 256):
allchars += chr(i)
print("Testing serialization and deserialization...")
serialized = Message.serializeByteArray(allchars)
deserialized = Message.deserializeByteArray(serialized)
print("Serialized: {0}".format(serialized))
print("Before: {0}".format(str(allchars)))
print(" After: {0}".format(str(deserialized)))
print("Test: {0}".format("pass" if allchars == deserialized else "fail"))