def pack(sequence, encoding=default_encoding, errors="strict"):
if not isinstance(sequence, tuple) and not isinstance(sequence, list):
raise TypeError("The first argument 'sequence' should be a tuple or list")
out = _BinIO()
for x in sequence:
_pk_one(out, x, encoding, errors)
return out.getvalue()
def pack(sequence, encoding=default_encoding, errors="strict"):
if not isinstance(sequence, tuple) and not isinstance(sequence, list):
raise TypeError(
"The first argument 'sequence' should be a tuple or list")
out = _BinIO()
for x in sequence:
_pk_one(out, x, encoding, errors)
return out.getvalue()
def unpack(buf, offset=0, num=0, encoding=default_encoding, errors="strict"):
result = []
input = _BinIO(buf[offset:])
n = 0
while num <= 0 or n < num:
try:
x = _uk_one(input, encoding, errors)
result.append(x)
n += 1
except StopIteration:
break
except _ClosureUnpacked:
raise ValueError
except:
raise
result.insert(0, input.tell())
return tuple(result)
def unpack(buf,
offset=0,
num=0,
encoding=default_encoding,
errors="strict"):
result = []
input = _BinIO(buf[offset:])
n = 0
while num <= 0 or n < num:
try:
x = _uk_one(input, encoding, errors)
result.append(x)
n += 1
except StopIteration:
break
except _ClosureUnpacked:
raise ValueError
except:
raise
result.insert(0, input.tell())
return tuple(result)
def decode(buf, encoding=default_encoding, errors="strict"):
if not buf:
return False
input = _BinIO(buf)
x = _uk_one(input, encoding, errors)
return x
def encode(obj, encoding=default_encoding, errors="strict"):
out = _BinIO()
_pk_one(out, obj, encoding, errors)
return out.getvalue()
def decode(buf, encoding=default_encoding, errors="strict"):
if not buf:
return False
input = _BinIO(buf)
x = _uk_one(input, encoding, errors)
return x
def encode(obj, encoding=default_encoding, errors="strict"):
out = _BinIO()
_pk_one(out, obj, encoding, errors)
return out.getvalue()