def readDownloadRequest(input):
document_id = binascii.b2a_hex(serializer.read_string(input, 20))
word_count = serializer.read_char(input)
search_query = [];
for i in range(0, word_count):
search_query.append(serializer.read_vstring(input))
return (document_id, search_query)
def readDownloadResponse(input):
# document id
document_id = binascii.b2a_hex(serializer.read_string(input, 20))
flags = serializer.read_short(input)
# content
# content = serializer.read_string(input, size)
return (document_id, flags)
def readDownloadResponse(input):
# document id
document_id = binascii.b2a_hex(serializer.read_string(input, 20))
flags = serializer.read_short(input)
# content
# content = serializer.read_string(input, size)
return (document_id, flags)
def readDownloadRequest(input):
document_id = binascii.b2a_hex(serializer.read_string(input, 20))
word_count = serializer.read_char(input)
search_query = []
for i in range(0, word_count):
search_query.append(serializer.read_vstring(input))
return (document_id, search_query)
def readHeader(input):
return (
# protocol version
serializer.read_string(input, 4),
# vendor
serializer.read_string(input, 16),
# node ID
# serializer.read_string(input, 20),
binascii.b2a_hex(serializer.read_string(input, 20)),
# node IP
serializer.read_ip(input),
# node Port
serializer.read_short(input),
# node bandwidth
serializer.read_integer(input),
# node counter
serializer.read_integer(input),
# command type
serializer.read_char(input),
# query ID
binascii.b2a_hex(serializer.read_string(input, 20)),
# TTL
serializer.read_char(input))
def readHeader(input):
return (
# protocol version
serializer.read_string(input, 4),
# vendor
serializer.read_string(input, 16),
# node ID
# serializer.read_string(input, 20),
binascii.b2a_hex(serializer.read_string(input, 20)),
# node IP
serializer.read_ip(input),
# node Port
serializer.read_short(input),
# node bandwidth
serializer.read_integer(input),
# node counter
serializer.read_integer(input),
# command type
serializer.read_char(input),
# query ID
binascii.b2a_hex(serializer.read_string(input, 20)),
# TTL
serializer.read_char(input)
)
def readSearchResponseHitProvider(input):
return (
# node id
# serializer.read_string(input, 20),
binascii.b2a_hex(serializer.read_string(input, 20)),
# node ip
serializer.read_ip(input),
# node port
serializer.read_short(input),
# last storing time
serializer.read_integer(input),
# last seen time
serializer.read_integer(input),
# bandwidth
serializer.read_integer(input),
# counter
serializer.read_integer(input))
def readSearchResponseHitProvider(input):
return (
# node id
# serializer.read_string(input, 20),
binascii.b2a_hex(serializer.read_string(input, 20)),
# node ip
serializer.read_ip(input),
# node port
serializer.read_short(input),
# last storing time
serializer.read_integer(input),
# last seen time
serializer.read_integer(input),
# bandwidth
serializer.read_integer(input),
# counter
serializer.read_integer(input)
)
def readSearchResponseHitInfo(input):
return (
# document id
binascii.b2a_hex(serializer.read_string(input, 20)),
# mime_type
serializer.read_vstring(input),
# url
serializer.read_vstring(input),
# publication time
serializer.read_integer(input),
# file size
serializer.read_integer(input),
# title
serializer.read_vstring(input),
# score count
serializer.read_char(input),
# provider count
serializer.read_char(input))
def readSearchResponseHitInfo(input):
return (
# document id
binascii.b2a_hex(serializer.read_string(input, 20)),
# mime_type
serializer.read_vstring(input),
# url
serializer.read_vstring(input),
# publication time
serializer.read_integer(input),
# file size
serializer.read_integer(input),
# title
serializer.read_vstring(input),
# score count
serializer.read_char(input),
# provider count
serializer.read_char(input)
)