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bitarray
/
_util.cpython-313-iphonesimulator.so
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!"#$%&'() @ zeros(n, /, endian=None) -> bitarray
Create a bitarray of length `n`, with all values `0`, and optional
bit-endianness (`little` or `big`). ones(n, /, endian=None) -> bitarray
Create a bitarray of length `n`, with all values `1`, and optional
bit-endianness (`little` or `big`). count_n(a, n, value=1, /) -> int
Return lowest index `i` for which `a[:i].count(value) == n`.
Raises `ValueError` when `n` exceeds total count (`a.count(value)`). parity(a, /) -> int
Return parity of bitarray `a`.
`parity(a)` is equivalent to `a.count() % 2` but more efficient. xor_indices(a, /) -> int
Return xor reduced indices of all active bits in bitarray `a`.
This is essentially equivalent to
`reduce(operator.xor, (i for i, v in enumerate(a) if v))`. count_and(a, b, /) -> int
Return `(a & b).count()` in a memory efficient manner,
as no intermediate bitarray object gets created. count_or(a, b, /) -> int
Return `(a | b).count()` in a memory efficient manner,
as no intermediate bitarray object gets created. count_xor(a, b, /) -> int
Return `(a ^ b).count()` in a memory efficient manner,
as no intermediate bitarray object gets created. any_and(a, b, /) -> bool
Efficient implementation of `any(a & b)`. subset(a, b, /) -> bool
Return `True` if bitarray `a` is a subset of bitarray `b`.
`subset(a, b)` is equivalent to `a | b == b` (and equally `a & b == a`) but
more efficient as no intermediate bitarray object is created and the buffer
iteration is stopped as soon as one mismatch is found. correspond_all(a, b, /) -> tuple
Return tuple with counts of: ~a & ~b, ~a & b, a & ~b, a & b byteswap(a, n=<buffer size>, /)
Reverse every `n` consecutive bytes of `a` in-place.
By default, all bytes are reversed. Note that `n` is not limited to 2, 4
or 8, but can be any positive integer.
Also, `a` may be any object that exposes a writable buffer.
Nothing about this function is specific to bitarray objects. serialize(bitarray, /) -> bytes
Return a serialized representation of the bitarray, which may be passed to
`deserialize()`. It efficiently represents the bitarray object (including
its bit-endianness) and is guaranteed not to change in future releases. deserialize(bytes, /) -> bitarray
Return a bitarray given a bytes-like representation such as returned
by `serialize()`. ba2hex(bitarray, /, group=0, sep=' ') -> hexstr
Return a string containing the hexadecimal representation of
the bitarray (which has to be multiple of 4 in length).
When grouped, the string `sep` is inserted between groups
of `group` characters, default is a space. hex2ba(hexstr, /, endian=None) -> bitarray
Bitarray of hexadecimal representation. hexstr may contain any number
(including odd numbers) of hex digits (upper or lower case).
Whitespace is ignored. ba2base(n, bitarray, /, group=0, sep=' ') -> str
Return a string containing the base `n` ASCII representation of
the bitarray. Allowed values for `n` are 2, 4, 8, 16, 32 and 64.
The bitarray has to be multiple of length 1, 2, 3, 4, 5 or 6 respectively.
For `n=32` the RFC 4648 Base32 alphabet is used, and for `n=64` the
standard base 64 alphabet is used.
When grouped, the string `sep` is inserted between groups
of `group` characters, default is a space. base2ba(n, asciistr, /, endian=None) -> bitarray
Bitarray of base `n` ASCII representation.
Allowed values for `n` are 2, 4, 8, 16, 32 and 64.
For `n=32` the RFC 4648 Base32 alphabet is used, and for `n=64` the
standard base 64 alphabet is used. Whitespace is ignored. sc_encode(bitarray, /) -> bytes
Compress a sparse bitarray and return its binary representation.
This representation is useful for efficiently storing sparse bitarrays.
Use `sc_decode()` for decompressing (decoding). sc_decode(stream, /) -> bitarray
Decompress binary stream (an integer iterator, or bytes-like object) of a
sparse compressed (`sc`) bitarray, and return the decoded bitarray.
This function consumes only one bitarray and leaves the remaining stream
untouched. Use `sc_encode()` for compressing (encoding). vl_encode(bitarray, /) -> bytes
Return variable length binary representation of bitarray.
This representation is useful for efficiently storing small bitarray
in a binary stream. Use `vl_decode()` for decoding. vl_decode(stream, /, endian=None) -> bitarray
Decode binary stream (an integer iterator, or bytes-like object), and
return the decoded bitarray. This function consumes only one bitarray and
leaves the remaining stream untouched. Use `vl_encode()` for encoding. canonical_decode(bitarray, count, symbol, /) -> iterator
Decode bitarray using canonical Huffman decoding tables
where `count` is a sequence containing the number of symbols of each length
and `symbol` is a sequence of symbols in canonical order. ? Ààðøüþbitarray _util zeros ones count_n parity _ssqi xor_indices count_and count_or count_xor any_and subset correspond_all byteswap serialize deserialize ba2hex hex2ba ba2base base2ba sc_encode sc_decode vl_encode vl_decode canonical_decode endian n|O:zeros nOO n|O:ones O!n|O&:count_n non-negative integer expected n = %zd larger than bitarray length %zd n = %zd exceeds total count (a.count(%d) = %zd) bit must be 0 or 1, got %zd bitarray expected, not '%s' O!|i unexpected mode %d ssqi %zd O!O!:count_and bitarrays of equal length expected bitarrays of equal bit-endianness expected O!O!:count_or O!O!:count_xor O!O!:any_and O!O!:subset O!O!:correspond_all nnnn O|n:byteswap positive int expect, got %zd buffer size %zd not multiple of %zd non-empty bytes-like object expected invalid header byte: 0x%02x group sep O!|ns:ba2hex bitarray length %zd not multiple of 4 non-negative integer expected for group, got: %zd 0123456789abcdef s*|O:hex2ba invalid digit found for base16, got '%c' (0x%02x) iO!|ns:ba2base bitarray length %zd not multiple of %d base must be a power of 2 base must be 2, 4, 8, 16, 32 or 64 ABCDEFGHIJKLMNOPQRSTUVWXYZ234567 ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/ is*|O:base2ba invalid digit found for base%d, got '%c' (0x%02x) '%s' object is not iterable invalid header: 0x%02x sizeof(Py_ssize_t) = %d: cannot read %d bytes unexpected end of stream byte must be in range(0, 256), got: %zd read %d bytes got negative value: %zd invalid block head: 0x%02x decode error (raw): %zd + %d > %zd decode error (n=%d): %zd >= %zd O|O:vl_decode invalid head byte: 0x%02x O!OO:canonical_decode count expected to be sequence, got '%s' symbol not iterable sum(count) = %zd, but len(symbol) = %zd len(count) cannot be larger than %d count[%d] not in [0..%zu], got %zd bitarray.util.canonical_decodeiter reached end of bitarray ran out of codes 0 0 aÑX! T T »l T ` À ` 0 p à
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