def testBasicUse(self):
kbr = kegboard.Kegboard(CAP_FILE)
kbr.open()
try:
# read the first 8 messages
messages = []
for i in xrange(8):
messages.append(kbr.read_message_nonblock())
print 'messages:'
print '\n'.join(' %s' % msg for msg in messages)
hello_message = kegboard.HelloMessage()
hello_message.SetValue('firmware_version', 3)
self.assertEqual(messages[0], hello_message)
onewire_message = kegboard.OnewirePresenceMessage()
onewire_message.SetValue('device_id', 0)
self.assertEqual(messages[1], onewire_message)
message_bytes = messages[2].ToBytes()
new_message = kegboard.get_message_for_bytes(message_bytes)
self.assertEqual(message_bytes, new_message.ToBytes())
finally:
kbr.close_quietly()
def testBasicUse(self):
kbr = kegboard.Kegboard(CAP_FILE)
kbr.open()
try:
# read the first 8 messages
messages = []
for i in xrange(8):
messages.append(kbr.read_message_nonblock())
print 'messages:'
print '\n'.join(' %s' % msg for msg in messages)
hello_message = kegboard.HelloMessage()
hello_message.SetValue('firmware_version', 3)
self.assertEqual(messages[0], hello_message)
onewire_message = kegboard.OnewirePresenceMessage()
onewire_message.SetValue('device_id', 0)
self.assertEqual(messages[1], onewire_message)
message_bytes = messages[2].ToBytes()
new_message = kegboard.get_message_for_bytes(message_bytes)
self.assertEqual(message_bytes, new_message.ToBytes())
finally:
kbr.close_quietly()
def testMessageCreate(self):
hello_bytes = kegboard.KBSP_PREFIX + '\x01\x00\x04\x00\x01\x02\x03\x00\x3f\x29\r\n'
m = kegboard.HelloMessage(bytes=hello_bytes)
self.assertEqual(m.firmware_version, 3)
m = kegboard.get_message_for_bytes(hello_bytes)
self.assertEqual(m.firmware_version, 3)
print m
def testMessageCreate(self):
hello_bytes = kegboard.KBSP_PREFIX + '\x01\x00\x04\x00\x01\x02\x03\x00\x3f\x29\r\n'
m = kegboard.HelloMessage(bytes=hello_bytes)
self.assertEqual(m.firmware_version, 3)
m = kegboard.get_message_for_bytes(hello_bytes)
self.assertEqual(m.firmware_version, 3)
print m