def encode2decode():
encoderTable = Table()
decoderTable = Table()
for i in range(len(TESTCASE)):
stories = [TESTCASE[i] + name for name in os.listdir(TESTCASE[i])]
for story in stories:
allPass = True
with open(story) as f:
data = json.loads(f.read())
for seqno in range(len(data["cases"])):
if data["cases"][seqno].has_key("header_table_size"):
encoderTable.setHeaderTableSize(int(data["cases"][seqno]["header_table_size"]))
headers = [[h.keys()[0], h.values()[0]] for h in data["cases"][seqno]["headers"]]
wire = encode(headers, 'static' in story or 'linear' in story, 'linear' in story, 'huffman' in story, encoderTable) #init header table or not
try:
decodedHeaders = decode(wire, decoderTable)
if decodedHeaders != data["cases"][seqno]["headers"]:
allPass = False
print('Missed in %s seqno %d' % (story, seqno))
break
except Exception as e:
print("Error at %s seqno %d" % (story, seqno))
allPass = False
break
if allPass:
print("Passed the %s" % story)
def encodeTest():
table = Table()
for i in range(len(TESTCASE)):
cases = [TESTCASE[i] + name for name in os.listdir(TESTCASE[i])]
for case in cases:
allPass = True
with open(case) as f:
data = json.loads(f.read())
for seqno in range(len(data["cases"])):
if data["cases"][seqno].has_key("header_table_size"):
table.setHeaderTableSize(int(data["cases"][seqno]["header_table_size"]))
headers = [[h.keys()[0], h.values()[0]]for h in data["cases"][seqno]["headers"]]
code = encode(headers, 'static' in case or 'linear' in case, 'linear' in case, 'huffman' in case, table) #init header table or not
if code != unhexlify(data["cases"][seqno]["wire"]):
allPass = False
print('encoder: %s' % code)
print('answer: %s' % data["cases"][seqno]["wire"])
print("Missed in %s seqno %d" % (case, seqno))
break
if allPass:
print('Passed the %s' % case)
