def to_bytes(self):
isinlined = self.is_inlined()
# Encode the lengths as 0-255 values
minlength = (
0 if self._minlength is None else length_to_byte(self._minlength)
)
maxlength = length_to_byte(self._maxlength)
# Convert None values to the out-of-band NO_ID constant so they can be
# stored as unsigned ints
minid = 0xFFFFFFFF if self._minid is None else self._minid
maxid = 0xFFFFFFFF if self._maxid is None else self._maxid
# Pack the term info into bytes
st = self._struct.pack(
isinlined,
self._weight,
self._df,
minlength,
maxlength,
self._maxweight,
minid,
maxid,
)
if isinlined:
# Postings are inlined - dump them using the pickle protocol
postbytes = dumps(self._inlined, 2)
else:
postbytes = pack_long(self._offset) + pack_int(self._length)
st += postbytes
return st
def to_bytes(self):
isinlined = self.is_inlined()
# Encode the lengths as 0-255 values
minlength = (0 if self._minlength is None
else length_to_byte(self._minlength))
maxlength = length_to_byte(self._maxlength)
# Convert None values to the out-of-band NO_ID constant so they can be
# stored as unsigned ints
minid = 0xffffffff if self._minid is None else self._minid
maxid = 0xffffffff if self._maxid is None else self._maxid
# Pack the term info into bytes
st = self._struct.pack(isinlined, self._weight, self._df,
minlength, maxlength, self._maxweight,
minid, maxid)
if isinlined:
# Postings are inlined - dump them using the pickle protocol
postbytes = dumps(self._inlined, -1)
else:
postbytes = pack_long(self._offset) + pack_int(self._length)
st += postbytes
return st
def write_int(self, n):
self.file.write(pack_int(n))
def write_string4(self, s):
self.write(pack_int(len(s)) + s)
def to_bytes(v):
return pack_int(v)
def to_bytes(v):
return pack_int(v)
def write_int(self, n):
self.file.write(pack_int(n))
def write_string4(self, s):
self.write(pack_int(len(s)) + s)
