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close O|i:seek I/O operation on closed file seek works only while reading (i) file is not ready for writing s*:write |i:readline file is not ready for reading |l:readlines |l:read buffering lzma.LZMAFile softspace True if the file is closed newlines file mode ('r', 'w', or 'U') file name xreadlines writelines tell __enter__ __exit__ @Pwritelines() requires an iterable argument writelines() argument must be a sequence of strings line is longer than a Python string can hold requested number of bytes is more than a Python string can hold flag indicating that a space needs to be printed; used by print end-of-line convention used in this file Read-only attribute: %s
dict_size lc lp pb nice_len mf depth alone xz sha256 fast normal hc3 hc4 bt2 bt3 bt4 level |iiiiiiOOsO: %s%s depth must be >= 0 extreme lzma.LZMAOptions %s singleton for accessing descriptors Compression preset level (%u - %u)
This will automatically set the values for the various compression options.
Setting any of the other compression options at the same time as well will
override the specific value set by this preset level.
Preset level settings:
level lc lp pb mode mf nice_len depth dict_size
%d %u %u %u %s %s %u %u %u
Dictionary size in bytes (%u - %u)
Dictionary size indicates how many bytes of the recently processed
uncompressed data is kept in memory. One method to reduce size of
the uncompressed data is to store distance-length pairs, which
indicate what data to repeat from the dictionary buffer. Thus,
the bigger the dictionary, the better compression ratio usually is.
Number of literal context bits (%u - %u)
How many of the highest bits of the previous uncompressed
eight-bit byte (also known as `literal') are taken into
account when predicting the bits of the next literal.
There is a limit that applies to literal context bits and literal
position bits together: lc + lp <= 4. Without this limit the
decoding could become very slow, which could have security related
results in some cases like email servers doing virus scanning. Number of literal position bits (%u - %u)
How many of the lowest bits of the current position (number
of bytes from the beginning of the uncompressed data) in the
uncompressed data is taken into account when predicting the
bits of the next literal (a single eight-bit byte).
Number of position bits Position bits (%u - %u)
How many of the lowest bits of the current position in the
uncompressed data is taken into account when estimating
probabilities of matches. A match is a sequence of bytes for
which a matching sequence is found from the dictionary and
thus can be stored as distance-length pair.
Example: If most of the matches occur at byte positions
of 8 * n + 3, that is, 3, 11, 19, ... set pos_bits to 3,
because 2**3 == 8.
Available modes: '%s' or '%s'.
Fast mode is usually at its best when combined with a hash chain match finder.
Best is usually notably slower than fast mode. Use this together with binary
tree match finders to expose the full potential of the LZMA encoder. Nice lengt of a match (also known as number of fast bytes) (%u - %u)
Nice length of match determines how many bytes the encoder
compares from the match candidates when looking for the best
match. Bigger fast bytes value usually increase both compression
ratio and time.
Match finder has major effect on both speed and compression ratio.
Usually hash chains are faster than binary trees.
Available match finders:
'%s': Binary Tree with 2 bytes hashing
Memory requirements: 9.5 * dict_size + 4 MiB
'%s': Binary Tree with 3 bytes hashing
Memory requirements: 11.5 * dict_size + 4 MiB
'%s': Binary Tree with 4 bytes hashing
Memory requirements: 11.5 * dict_size + 4 MiB
'%s': Hash Chain with 3 bytes hashing
'%s': Hash Chain with 4 bytes hashing
Memory requirements: 7.5 * dict_size + 4 MiB
Depth (also known as match finder cycles)
Higher values give slightly better compression ratio but
decrease speed. Use special value %u to let liblzma use
match-finder-dependent default value.
File format to use for compression:
'%s': XZ format used by new xz tool. (default)
'%s': LZMA_Alone format used by older lzma utils.
Type of integrity check to use (XZ format only):
'%s': CRC32 using the polynomial from the IEEE 802.3 standard. (default)
'%s': CRC64 using the polynomial from the ECMA-182 standard.
'%s': SHA-256.
compression level must be between %d and %d, got %d only LZMA_Alone ('alone') and XZ ('xz') format are currently supported only crc32, crc64 & sha256 are supported for integrity check dict_size must be between %d and %d, got %d lc must be between %d and %d, got %d lp must be between %d and %d, got %d pb must be between %d and %d, got %d nice_len must be between %d and %d, got %d mode must be either '%s' or '%s' mf must be either '%s', '%s', '%s', '%s' or '%s' stream has no integrity check cannot allocate memory unknown file format invalid data stream unknown BUF error unknown error! Cannot calculate the integrity check check type '%d' is unsupported, check will not be validated memory usage limit was reached invalid or unsupported options the lzma library has received wrong options 0 @; 7 P x @ P@ 0X 8 Н О p @H ` 0 8 P Э` а p H @p 0X p 0(
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+ ( o o o o ` 5 &5 65 F5 V5 f5 v5 5 5 5 5 5 5 5 5 6 6 &6 66 F6 V6 f6 v6 6 6 6 6 6 6 6 6 7 7 &7 67 F7 V7 f7 v7 7 7 7 7 7 7 7 7 8 8 &8 68 F8 V8 f8 v8 8 8 8 8 8 8 8 8 9 9 &9 69 F9 V9 f9 v9 9 9 9 9 9 9 9 9 : : &: 6: F: V: f: v: : : : : : : : : ; ; &; 6; F; V; f; v; ; ; The python lzma module provides a comprehensive interface for
the lzma compression library. It implements one shot (de)compression
functions, CRC-32 & CRC-64 checksum computations, types for sequential
(de)compression, and advanced options for lzma compression.
crc64(string[, start]) -> int
Compute a CRC-64 checksum of string.
An optional starting value 'start' can be specified. crc32(string[, start]) -> int
Compute a CRC-32 checksum of string.
An optional starting value 'start' can be specified. decompress(string[, bufsize=8192, memlimit=-1]) -> string
Decompress data in one shot. If you want to decompress data sequentially,
use an instance of LZMADecompressor instead.
Optional arg 'bufsize' is the initial output buffer size.
Optional arg 'memlimit' is the maximum amount of memory the decoder may use,
-1 means no limit. compress(string [, options={'format':'xz', 'check':'crc32', 'level':6, 'extreme':False,
'dict_size':23, 'lc':3 'lp':0, 'pb':2, 'mode':2,
'nice_len':128, 'mf':'bt4', 'depth':0]) -> string
Compress data using the given parameters, returning a string
containing the compressed data. Ȟ @ 0@ ? < LZMACompressor([options={'format':'xz', 'check':'crc32', 'level':6, 'extreme':False,
'dict_size':23, 'lc':3 'lp':0, 'pb':2, 'mode':2,
'nice_len':128, 'mf':'bt4', 'depth':0]) -> compressor object
Create a new compressor object. This object may be used to compress
data sequentially. If you want to compress data in one shot, use the
compress() function instead.
Dictionary containing the lzma encoder options. reset([options={'format':'xz', 'check':'crc32', 'level':6, 'extreme':False,
'dict_size':23, 'lc':3 'lp':0, 'pb':2, 'mode':2,
'nice_len':128, 'mf':'bt4', 'depth':0]) -> None
Resets the compression object keeping the compression settings.
These existing settings can be overriden by providing
keyword settings. flush( [mode] ) -> string
Returns a string containing any remaining compressed data.
'mode' can be one of the constants LZMA_SYNC_FLUSH, LZMA_FULL_FLUSH, LZMA_FINISH; the
default value used when mode is not specified is LZMA_FINISH.
If mode == LZMA_FINISH, the compressor object can no longer be used after
calling the flush() method. Otherwise, more data can still be compressed.
compress(data) -> string
Feed the compressor object with data to compress sequently.
This function will return the header for the compressed string for the first
input provided, this header will be needed to concatenate with the rest of
the stream when flushing to have a proper stream able to be decompressed
again.
Ȟ Ȟ O k pL A J Þ p ` J ` H G LZMADecompressor([max_length=0, memlimit=-1]) -> decompressor object
Create a new decompressor object. This object may be used to decompress
data sequentially. If you want to decompress data in one shot, use the
decompress() function instead.
reset([maxlength=0, memlimit=-1]) -> None
Resets the decompression object. flush( [flushmode=LZMA_FINISH, bufsize] ) -> string
Return a string containing any remaining decompressed data.
'bufsize', if given, is the initial size of the output buffer.
The decompressor object can only be used again after this call
if reset() is called afterwards. decompress(data[, max_length=0]) -> string
Return a string containing the decompressed version of the data.
After calling this function, some of the input data may still be stored in
internal buffers for later processing.
Call the flush() method to clear these buffers.
If the max_length parameter is specified then the return value will be
no longer than max_length. Unconsumed input data will be stored in
the unconsumed_tail data descriptor. f q f f Z k W A T ` { PT ` PS R LZMAFile(name [, mode='r', buffering=0, memlimit=-1,
options={'format':'xz', 'check':'crc32', 'level':6, 'extreme':False,
'dict_size':23, 'lc':3 'lp':0, 'pb':2, 'mode':2,
'nice_len':128, 'mf':'bt4', 'depth':0]) -> file object
Open a lzma file. The mode can be 'r' or 'w', for reading (default) or
writing. When opened for writing, the file will be created if it doesn't
exist, and truncated otherwise. If the buffering argument is given, 0 means
unbuffered, and larger numbers specify the buffer size.
Add a 'U' to mode to open the file for input with universal newline
support. Any line ending in the input file will be seen as a '\n' in
Python. Also, a file so opened gains the attribute 'newlines'; the value
for this attribute is one of None (no newline read yet), '\r', '\n',
'\r\n' or a tuple containing all the newline types seen. Universal
newlines are available only when reading.
__exit__(*excinfo) -> None. Closes the file. __enter__() -> self. close() -> None or (perhaps) an integer
Close the file. Sets data attribute .closed to true. A closed file
cannot be used for further I/O operations. close() may be called more
than once without error.
tell() -> int
Return the current file position, an integer (may be a long integer).
seek(offset [, whence]) -> None
Move to new file position. Argument offset is a byte count. Optional
argument whence defaults to 0 (offset from start of file, offset
should be >= 0); other values are 1 (move relative to current position,
positive or negative), and 2 (move relative to end of file, usually
negative, although many platforms allow seeking beyond the end of a file).
Note that seeking of lzma files is emulated, and depending on the parameters
the operation may be extremely slow.
writelines(sequence_of_strings) -> None
Write the sequence of strings to the file. Note that newlines are not
added. The sequence can be any iterable object producing strings. This is
equivalent to calling write() for each string.
write(data) -> None
Write the 'data' string to file. Note that due to buffering, close() may
be needed before the file on disk reflects the data written.
xreadlines() -> self
For backward compatibility. LZMAFile objects now include the performance
optimizations previously implemented in the xreadlines module.
readlines([size]) -> list
Call readline() repeatedly and return a list of lines read.
The optional size argument, if given, is an approximate bound on the
total number of bytes in the lines returned.
readline([size]) -> string
Return the next line from the file, as a string, retaining newline.
A non-negative size argument will limit the maximum number of bytes to
return (an incomplete line may be returned then). Return an empty
string at EOF.
read([size]) -> string
Read at most size uncompressed bytes, returned as a string. If the size
argument is negative or omitted, read until EOF is reached.
v : Ȟ R 0 Т p pg \ w `f v Pf @f 5 z s ( t } r m i ~ g ¡ } p ̡ g @ D @ i } | @ Pc This class describes the different LZMA compression options and holds the
different min and max value constants for these in the variables.
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