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 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) )