def test_custom_msgpack_join_encoded():
encoder = MsgpackEncoder()
refencoder = RefMsgpackEncoder()
trace = gen_trace(nspans=50)
ref = refencoder.join_encoded([refencoder.encode_trace(trace) for _ in range(10)])
custom = encoder.join_encoded([encoder.encode_trace(trace) for _ in range(10)])
assert decode(ref) == decode(custom)
ref = refencoder.join_encoded([refencoder.encode_trace(trace) for _ in range(1)])
custom = encoder.join_encoded([encoder.encode_trace(trace) for _ in range(1)])
assert decode(ref) == decode(custom)
def test_join_encoded_msgpack(self):
# test encoding for MsgPack format
traces = []
traces.append([
Span(name='client.testing', tracer=None),
Span(name='client.testing', tracer=None),
])
traces.append([
Span(name='client.testing', tracer=None),
Span(name='client.testing', tracer=None),
])
encoder = MsgpackEncoder()
# Encode each individual trace on it's own
encoded_traces = [encoder.encode_trace(trace) for trace in traces]
# Join the encoded traces together
data = encoder.join_encoded(encoded_traces)
# Parse the encoded data
items = msgpack.unpackb(data)
# test the encoded output that should be a string
# and the output must be flatten
assert isinstance(data, msgpack_type)
assert len(items) == 2
assert len(items[0]) == 2
assert len(items[1]) == 2
for i in range(2):
for j in range(2):
assert b'client.testing' == items[i][j][b'name']
