def test_can_decode_a_story(self, story):
d = Decoder()
# We support draft 5 of the HPACK spec.
assert story['draft'] == 5
if story['context'] == 'request':
d.huffman_coder = HuffmanDecoder(REQUEST_CODES, REQUEST_CODES_LENGTH)
for case in story['cases']:
d.header_table_size = case['header_table_size']
decoded_headers = d.decode(unhexlify(case['wire']))
# The correct headers are a list of dicts, which is annoying.
correct_headers = {(item[0], item[1]) for header in case['headers'] for item in header.items()}
assert correct_headers == decoded_headers
def test_can_decode_a_story(self, story):
d = Decoder()
# We support draft 9 of the HPACK spec.
if story['draft'] != 9:
skip("We support draft 9, not draft %d" % story['draft'])
for case in story['cases']:
try:
d.header_table_size = case['header_table_size']
except KeyError:
pass
decoded_headers = d.decode(unhexlify(case['wire']))
# The correct headers are a list of dicts, which is annoying.
correct_headers = [(item[0], item[1]) for header in case['headers'] for item in header.items()]
correct_headers = correct_headers
assert correct_headers == decoded_headers
def test_can_decode_a_story(self, story):
d = Decoder()
# We support draft 9 of the HPACK spec.
if story['draft'] != 9:
skip("We support draft 9, not draft %d" % story['draft'])
for case in story['cases']:
try:
d.header_table_size = case['header_table_size']
except KeyError:
pass
decoded_headers = d.decode(unhexlify(case['wire']))
# The correct headers are a list of dicts, which is annoying.
correct_headers = [(item[0], item[1]) for header in case['headers']
for item in header.items()]
correct_headers = correct_headers
assert correct_headers == decoded_headers
def test_can_decode_a_story(self, story):
d = Decoder()
# We support draft 5 of the HPACK spec.
assert story['draft'] == 5
if story['context'] == 'request':
d.huffman_coder = HuffmanDecoder(REQUEST_CODES,
REQUEST_CODES_LENGTH)
for case in story['cases']:
d.header_table_size = case['header_table_size']
decoded_headers = d.decode(unhexlify(case['wire']))
# The correct headers are a list of dicts, which is annoying.
correct_headers = {(item[0], item[1])
for header in case['headers']
for item in header.items()}
assert correct_headers == decoded_headers
