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flet / bitarray python

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bitarray / _bitarray.cpython-313-iphonesimulator.so
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@À  `àPÐ0°pð÷÷÷÷÷÷÷÷
	
bits2bytes(n, /) -> int

Return the number of bytes necessary to store n bits.Internal. Used for pickling support.get_default_endian() -> str

Return the default bit-endianness for new bitarray objects being created._sysinfo(key) -> int

Return system and compile specific information given a key.?Ààðøüþbitarray(initializer=0, /, endian='big', buffer=None) -> bitarray

Return a new bitarray object whose items are bits initialized from
the optional initializer, and bit-endianness.
The initializer may be one of the following types:
a.) `int` bitarray, initialized to zeros, of given length
b.) `bytes` or `bytearray` to initialize buffer directly
c.) `str` of 0s and 1s, ignoring whitespace and "_"
d.) iterable of integers 0 or 1.

Optional keyword arguments:

`endian`: Specifies the bit-endianness of the created bitarray object.
Allowed values are `big` and `little` (the default is `big`).
The bit-endianness effects the buffer representation of the bitarray.

`buffer`: Any object which exposes a buffer.  When provided, `initializer`
cannot be present (or has to be `None`).  The imported buffer may be
read-only or writable, depending on the object type. @@ a &= ~maska |= maskall() -> bool

Return `True` when all bits in bitarray are 1.
`a.all()` is a faster version of `all(a)`.any() -> bool

Return `True` when any bit in bitarray is 1.
`a.any()` is a faster version of `any(a)`.append(item, /)

Append `item` to the end of the bitarray.buffer_info() -> BufferInfo

Return named tuple with following fields:

0. `address`: memory address of buffer
1. `nbytes`: buffer size (in bytes)
2. `endian`: bit-endianness as a string
3. `padbits`: number of pad bits
4. `alloc`: allocated memory for buffer (in bytes)
5. `readonly`: memory is read-only (bool)
6. `imported`: buffer is imported (bool)
7. `exports`: number of buffer exportsbytereverse(start=0, stop=<end of buffer>, /)

For each byte in byte-range(`start`, `stop`) reverse bits in-place.
The start and stop indices are given in terms of bytes (not bits).
Also note that this method only changes the buffer; it does not change the
bit-endianness of the bitarray object.  Pad bits are left unchanged such
that two consecutive calls will always leave the bitarray unchanged.clear()

Remove all items from bitarray.copy() -> bitarray

Return copy of bitarray (with same bit-endianness).count(value=1, start=0, stop=<end>, step=1, /) -> int

Number of occurrences of `value` bitarray within `[start:stop:step]`.
Optional arguments `start`, `stop` and `step` are interpreted in
slice notation, meaning `a.count(value, start, stop, step)` equals
`a[start:stop:step].count(value)`.
The `value` may also be a sub-bitarray.  In this case non-overlapping
occurrences are counted within `[start:stop]` (`step` must be 1).decode(code, /) -> iterator

Given a prefix code (a dict mapping symbols to bitarrays, or `decodetree`
object), decode content of bitarray and return an iterator over
corresponding symbols.encode(code, iterable, /)

Given a prefix code (a dict mapping symbols to bitarrays),
iterate over the iterable object with symbols, and extend bitarray
with corresponding bitarray for each symbol.extend(iterable, /)

Append items from to the end of the bitarray.
If `iterable` is a (Unicode) string, each `0` and `1` are appended as
bits (ignoring whitespace and underscore).fill() -> int

Add zeros to the end of the bitarray, such that the length will be
a multiple of 8, and return the number of bits added [0..7].find(sub_bitarray, start=0, stop=<end>, /, right=False) -> int

Return lowest (or rightmost when `right=True`) index where sub_bitarray
is found, such that sub_bitarray is contained within `[start:stop]`.
Return -1 when sub_bitarray is not found.frombytes(bytes, /)

Extend bitarray with raw bytes from a bytes-like object.
Each added byte will add eight bits to the bitarray.fromfile(f, n=-1, /)

Extend bitarray with up to `n` bytes read from file object `f` (or any
other binary stream what supports a `.read()` method, e.g. `io.BytesIO`).
Each read byte will add eight bits to the bitarray.  When `n` is omitted
or negative, reads and extends all data until EOF.
When `n` is non-negative but exceeds the available data, `EOFError` is
raised.  However, the available data is still read and extended.index(sub_bitarray, start=0, stop=<end>, /, right=False) -> int

Return lowest (or rightmost when `right=True`) index where sub_bitarray
is found, such that sub_bitarray is contained within `[start:stop]`.
Raises `ValueError` when sub_bitarray is not present.insert(index, value, /)

Insert `value` into bitarray before `index`.invert(index=<all bits>, /)

Invert all bits in bitarray (in-place).
When the optional `index` is given, only invert the single bit at `index`.pack(bytes, /)

Extend bitarray from a bytes-like object, where each byte corresponds
to a single bit.  The byte `b'\x00'` maps to bit 0 and all other bytes
map to bit 1.pop(index=-1, /) -> item

Remove and return item at `index` (default last).
Raises `IndexError` if index is out of range.remove(value, /)

Remove the first occurrence of `value`.
Raises `ValueError` if value is not present.reverse()

Reverse all bits in bitarray (in-place).search(sub_bitarray, start=0, stop=<end>, /, right=False) -> iterator

Return iterator over indices where sub_bitarray is found, such that
sub_bitarray is contained within `[start:stop]`.
The indices are iterated in ascending order (from lowest to highest),
unless `right=True`, which will iterate in descending order (starting with
rightmost match).setall(value, /)

Set all elements in bitarray to `value`.
Note that `a.setall(value)` is equivalent to `a[:] = value`.sort(reverse=False)

Sort all bits in bitarray (in-place).to01(group=0, sep=' ') -> str

Return bitarray as (Unicode) string of `0`s and `1`s.
The bits are grouped into `group` bits (default is no grouping).
When grouped, the string `sep` is inserted between groups
of `group` characters, default is a space.tobytes() -> bytes

Return the bitarray buffer (pad bits are set to zero).
`a.tobytes()` is equivalent to `bytes(a)`tofile(f, /)

Write bitarray buffer to file object `f`.tolist() -> list

Return bitarray as list of integers.
`a.tolist()` equals `list(a)`.unpack(zero=b'\x00', one=b'\x01') -> bytes

Return bytes that contain one byte for each bit in the bitarray,
using specified mapping.Return size of bitarray object in bytes.decodetree(code, /) -> decodetree

Given a prefix code (a dict mapping symbols to bitarrays),
create a binary tree object to be passed to `.decode()`.complete() -> bool

Return whether tree is complete.  That is, whether or not all
nodes have both children (unless they are symbols nodes).nodes() -> int

Return number of nodes in tree (internal and symbol nodes).todict() -> dict

Return a dict mapping the symbols to bitarrays.  This dict is a
reconstruction of the code dict which the object was created with.bitarraydecodetreeBITARRAY_VERSION3.8.1_bitarraybits2bytes_bitarray_reconstructorget_default_endian_sysinfo'int' object expected, got '%s'non-negative int expectedOOsii:_bitarray_reconstructorfirst argument must be a type object, got '%s''%s' is not a subtype of bitarraysecond argument must be bytes, got '%s'invalid number of pad bits: %dlittlebigbit-endianness must be either 'little' or 'big', not '%s's:_sysinfovoid*size_tbitarrayobjectdecodetreeobjectbinodePY_LITTLE_ENDIANPY_BIG_ENDIANHAVE_BUILTIN_BSWAP64Py_GIL_DISABLEDPy_DEBUGDEBUGbitarray.bitarraybitarray()bitarray('frozenbitarray<<unsupported operand type(s) for %s: '%s' and '%s'negative shift count>>&bitarrays of equal length expectedbitarrays of equal bit-endianness expected^|<<=cannot modify read-only memory>>=&=^=|='%s' object is not iterablecannot resize bitarray that is exporting bufferscannot resize imported bufferbitarray resize %zdexpected '0' or '1' (or whitespace or underscore), got '%c' (0x%02x)bit must be 0 or 1, got %zdcannot repeat bitarray (of size %zd) %zd timesbitarray index out of rangebitarray assignment index out of rangesub_bitarray must be bitarray or int, not '%s'bitarray length is %zd, but mask has length %zdmultiple dimensions not supportedbitarray indices must be integers, slices or sequences, not '%s'bitarray or int expected for slice assignment, not '%s'attempt to assign sequence of size %zd to extended slice of size %zdbitarray or int expected for mask assignment, not '%s'attempt to assign mask of size %zd to bitarray of size %zdmask assignment to bool not implemented;
`a[mask] = %d` equivalent to `%s`bitarray or int expected for sequence assignment, not '%s'attempt to assign sequence of size %zd to bitarray of size %zdallanyappendbuffer_infobytereverseclearcopycountdecodeencodeextendfillfindfrombytesfromfileindexinsertinvertpackpopremovereversesearchsetallsortto01tobytes__bytes__tofiletolistunpack__copy____deepcopy____reduce____sizeof___freezeBufferInfoOnsnnOOi|nn:bytereversebyte index out of range|Onnn:countstep cannot be zerostep must be 1 for sub-bitarray countdict expected, got '%s'non-empty dict expectedbitarray expected for dict valuenon-empty bitarray expectedprefix code ambiguous: %AOO:encodesymbol not defined in prefix code: %ArightO|nniO|n:fromfilenot enough bytes to readreadn.read() did not return 'bytes', got '%s'%A not in bitarraynO&:insert|O:invertindex out of rangeindex expect, not '%s' object|n:poppop from empty bitarraypop index out of range%d not in bitarray|i:sortgroupsep |ns:to01non-negative integer expected, got: %zdwritey#zeroone|cc:unpack__dict__O(OOsii)Ocannot import writable buffer into frozenbitarrayendianbit-endianness as Unicode stringnbytesbuffer size in bytespadbitsnumber of pad bitsreadonlybool indicating whether buffer is read-onlybuffer|OzO:bitarraybuffer requires no initializer argumentcannot create bitarray from 'bool' objectbitarray length must be >= 0collections.abcMutableSequenceregisterObitarray.decodetreecompletenodestodictO:decodetreebitarray.decodeiteratorprefix code unrecognized in bitarray at position %zd .. %zdincomplete prefix code at position %zdbitarray.bitarrayiteratorbitarray.searchiterator44ÑXa! XX¤XJ4° PpÐ 	p	p
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