def send(self, s):
if len(s) <= self.chunk_size:
DatagramHandler.send(self, s)
else:
chunks = gelf.split(s, self.chunk_size)
for chunk in chunks:
DatagramHandler.send(self, chunk)
def send(self, s):
if len(s) <= self.chunk_size:
DatagramHandler.send(self, s)
else:
chunks = gelf.split(s, self.chunk_size)
for chunk in chunks:
DatagramHandler.send(self, chunk)
def send(self, s):
if len(s) <= self.chunk_size:
super(GelfUdpHandler, self).send(s)
else:
chunks = gelf.split(s, self.chunk_size)
for chunk in chunks:
super(GelfUdpHandler, self).send(chunk)
def test_split():
message = b'12345'
header = b'\x1e\x0f'
chunks = list(gelf.split(message, 2))
expected = [(struct.pack('b', 0), struct.pack('b', 3), b'12'),
(struct.pack('b', 1), struct.pack('b', 3), b'34'),
(struct.pack('b', 2), struct.pack('b', 3), b'5')]
assert len(chunks) == len(expected)
for index, chunk in enumerate(chunks):
expected_index, expected_chunks_count, expected_chunk = expected[index]
assert chunk[:2] == header
assert chunk[10:11] == expected_index
assert chunk[11:12] == expected_chunks_count
assert chunk[12:] == expected_chunk
def test_split():
message = b'12345'
header = b'\x1e\x0f'
chunks = list(gelf.split(message, 2))
expected = [
(struct.pack('b', 0), struct.pack('b', 3), b'12'),
(struct.pack('b', 1), struct.pack('b', 3), b'34'),
(struct.pack('b', 2), struct.pack('b', 3), b'5')
]
assert len(chunks) == len(expected)
for index, chunk in enumerate(chunks):
expected_index, expected_chunks_count, expected_chunk = expected[index]
assert chunk[:2] == header
assert chunk[10:11] == expected_index
assert chunk[11:12] == expected_chunks_count
assert chunk[12:] == expected_chunk
