taps=15,
width=100)
print(packets)
count = 0
acc = 0
print("ended decoding")
print(c.isDone(), len(packets))
while not c.isDone() and count < len(packets):
received = packets[count]
s = ""
for b in received:
s += str(b)
if len(s) != 8 + 16 + 8:
count += 1
continue
check = Pack(s, sent=True)
if check.check_checksum():
acc += 1
temp = check.get_received_packet()
temp = bytearray(temp, 'utf8')
print("received packet", temp)
c.receive_packet(temp)
else:
print("rejected packet")
count += 1
de = c.decoded_chunks
final = c.blocks_write()
print(final)
a.decompress(final, "out.txt")
c = Receiver()
count = 0
packet == packet[::-1]
while not c.isDone() and count<len(packet):
received=final_packet[count]
print(received)
check=Packet(received, sent = True)
print(check.check_checksum())
if check.check_checksum():
temp=check.get_received_packet()
temp=bytearray(temp,'utf8')
c.receive_packet(temp)
count+=1
de=c.decoded_chunks
# #check chunks
# for i in range(len(chunks)):
# assert len(chunks[i])==len(de[i])
# for j in range(len(chunks[i])):
# assert chunks[i][j]==de[i][j]
huffman=c.blocks_write()
# # check huffman code
# assert len(huffman)==len(encode)
# for i in range(len(huffman)):
# assert huffman[i]==encode[i]
a.decompress(huffman,"huffman.txt")
