def honeyd_init(data):
mydata = {}
mydata['re_req'] = re.compile("^([A-Z]*)\s+/(.*)\s+HTTP/1.[01]")
mydata['write'] = ''
honeyd.read_selector(honeyd.EVENT_ON)
honeyd.write_selector(honeyd.EVENT_OFF)
return mydata
def honeyd_init(data):
mydata = {}
mydata['re_req'] = re.compile("^([A-Z]*)\s+/(.*)\s+HTTP/1.[01]")
mydata['write'] = ''
honeyd.read_selector(honeyd.EVENT_ON)
honeyd.write_selector(honeyd.EVENT_OFF)
return mydata
def honeyd_readdata(mydata, data):
mydata["write"] += data
data = mydata['write']
if data.find('\r\n\r\n') >= 0:
honeyd.write_selector(honeyd.EVENT_ON)
res = mydata['re_req'].match(data)
if not res:
bad_request(mydata)
else:
request(mydata, res.group(1), res.group(2))
elif (len(data) > 1000):
honeyd.write_selector(honeyd.EVENT_ON)
bad_request(mydata)
else:
honeyd.read_selector(honeyd.EVENT_ON)
return 0
def honeyd_readdata(mydata, data):
mydata["write"] += data
data = mydata['write']
if data.find('\r\n\r\n') >= 0:
honeyd.write_selector(honeyd.EVENT_ON)
res = mydata['re_req'].match(data)
if not res:
bad_request(mydata)
else:
request(mydata, res.group(1), res.group(2))
elif (len(data) > 1000):
honeyd.write_selector(honeyd.EVENT_ON)
bad_request(mydata)
else:
honeyd.read_selector(honeyd.EVENT_ON)
return 0
