def handle(self, msock, msg, addr):
# data=msg.decode('ascii')
# data=bz2.decompress(msg).decode('ascii')
print('HTTP Proxyback message from '+encodeAddress(addr)+': ')
print(msg)
packet=ProxybackMessage()
packet.decodeProxybackMessage(msg)
print(packet)
q=self.qs[packet.reqid]
q.put(packet.data)
if packet.fin:
print('EOF')
q.put(None)
del self.qs[packet.reqid]
print(q.qsize())
def handle(self, msock, msg, addr):
# data=msg.decode('ascii')
# data=bz2.decompress(msg).decode('ascii')
# print('HTTP Proxyback message from '+encodeAddress(addr)+': ')
# print(msg)
packet=ProxybackMessage()
packet.decodeProxybackMessage(msg)
# print(packet)
print('reqid: '+encode(packet.reqid))
print('current: '+str(packet.seq))
if not encode(packet.reqid) in self.stats:
print('Unknown reqid '+encode(packet.reqid))
print('Dropping packet with seq '+str(packet.seq))
return
q=self.qs[encode(packet.reqid)]
progress, last, chunks=self.stats[encode(packet.reqid)]
if not packet.seq in chunks: # Store new chunks by seq number
chunks[packet.seq]=packet.data
if progress==None and packet.seq==0: # First packet arrived
progress=0
if packet.fin: # If fin flag set, this is the last packet in the sequence
last=packet.seq
done=False
print('reqid: '+encode(packet.reqid))
print('progress: '+str(progress))
print('last: '+str(last))
print('current: '+str(packet.seq))
if progress!=None:
if last!=None:
done=True
for x in range(progress, last+1): # Send all sequential packets from last sent to new packet
try:
chunk=chunks[x]
print('putting chunk '+encode(packet.reqid)+':'+str(x)+'/'+str(last))
q.put(chunk)
progress=x+1
except:
done=False
break
else:
for x in range(progress, packet.seq+1): # Send all sequential packets from last sent to new packet
try:
chunk=chunks[x]
print('putting chunk '+encode(packet.reqid)+':'+str(x)+'/?')
q.put(chunk)
progress=x+1
except:
break
if done:
q.put(None)
del self.qs[encode(packet.reqid)]
del self.stats[encode(packet.reqid)]
else:
self.stats[encode(packet.reqid)]=[progress, last, chunks]
print(q.qsize())
def handle(self, msock, msg, addr):
packet=ProxyMessage()
packet.decodeProxyMessage(msg)
reqid=packet.reqid
data=packet.data.decode('ascii')
print('HTTP Proxy message from '+encodeAddress(addr)+':')
print(data)
parts=data.split(' ')
print('parts: '+str(parts))
url=parts[1]
print('url: '+str(url))
try:
print('connecting to '+str(urlparse(url).netloc))
parts=urlparse(url)
print(parts)
print(parts.username)
print(parts.password)
host=parts.hostname
port=parts.port
if not port:
port=80
if parts.username and parts.password:
auth=base64.b64encode(parts.username+':'+parts.password)
else:
auth=None
headers={'Connection': 'close'}
if auth:
headers['Authentication']=auth
print(headers)
conn=httplib.HTTPConnection(host, port)
conn.request('GET', url, headers=headers)
resp=conn.getresponse()
if resp.version==10:
result=b"HTTP/1.0"
elif resp.version==11:
result=b"HTTP/1.1"
else:
result=b"HTTP/1.1"
result=result+b' '+bytes(str(resp.status), 'ascii')+b' '+bytes(resp.reason, 'ascii')+b"\r\n"
for key, value in resp.getheaders():
if key!='Connection':
result=result+bytes(key, 'ascii')+b': '+bytes(value, 'ascii')+b"\r\n"
result=result+b"Connection: close\r\n"
result=result+b"Proxy-Connection: close\r\n"
result=result+b"\r\n"
result=result+resp.read()
except Exception as e:
print(e)
traceback.print_exc()
result=b"HTTP/1.1 500 Error\r\n\r\n"
# comp=bz2.compress(result)
chunkSize=512
n=int(math.ceil(len(result)/chunkSize))
for i in range(n):
start=chunkSize*i
end=chunkSize*(i+1)
print('sending '+str(i))
packet=ProxybackMessage()
packet.createProxybackMessage(reqid, i, (i==n-1), result[start:end])
self.router.sendto(packet.msg, addr, service='httpProxyback')