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python2-blosc-1.5.1-bp153.1.14 RPM for x86_64

From OpenSuSE Leap 15.3 for x86_64

Name: python2-blosc Distribution: SUSE Linux Enterprise 15 SP3
Version: 1.5.1 Vendor: openSUSE
Release: bp153.1.14 Build date: Fri Apr 9 07:52:12 2021
Group: Development/Languages/Python Build host: cloud128
Size: 54869 Source RPM: python-blosc-1.5.1-bp153.1.14.src.rpm
Packager: https://bugs.opensuse.org
Url: http://www.blosc.org/
Summary: Blosc data compressor for Python
Blosc is a high performance compressor optimized for binary data in
Python.

Provides

Requires

License

MIT

Changelog

* Sun Jan 21 2018 toddrme2178@gmail.com
  - Fix building
* Wed Apr 19 2017 toddrme2178@gmail.com
  - Source url must be https.
* Wed Apr 19 2017 toddrme2178@gmail.com
  - Update to version 1.5.1
    * License updated from MIT to BSD.
    * Updated to C-Blosc 1.11.3.
  - Update to version 1.5.0
    * Added a new `blosc.set_releasegil()` function that allows to
      release/acquire the GIL at will.  See PR #116.
      Thanks to Robert McLeod.
    * Updated to C-Blosc 1.11.2.
    * Added tests that detect possible memory leaks.
      Thanks to Robert McLeod.
  - Update to version 1.4.4
    * Updated to C-Blosc 1.11.1.  Fixes #115.
  - Update to version 1.4.3
    * Internal C-Blosc sources updated to 1.11.0. Among other things, this
      updates the internal Zstd codec to version 1.0.0 (i.e. it is
      officially apt for production usage!).
  - Update to version 1.4.1
    * Internal C-Blosc sources updated to 1.10.1.  This fixes an outstanding issue
      with the clang compiler.  For details, see:
      https://github.com/Blosc/bloscpack/issues/50.
  - Update to version 1.4.0
    * Internal C-Blosc sources updated to 1.10.0.
    * Benchmarks updated for a Skylake processor (Xeon E3-1245 v5 @
      3.50GHz).
  - Update to version 1.3.3
    * Internal C-Blosc sources updated to 1.9.3.
    * C-Blosc do not segfaults anymore, so -O1 flag on Linux is not the
      default anymore.
    * SSE2 and AVX2 are now auto-discovered so the internal C-Blosc will be
      compiled with maximum optimization on processors supporting them.
  - Update to version 1.3.2
    * Fixed the version of the include C-Blosc library (should be 1.8.1 not
      1.8.2.dev).
  - Update to version 1.3.1
    * Use the -O1 flag for compiling the included C-Blosc sources on Linux.
      This represents slower performance, but fixes the nasty issue #110.
      Also, it prints a warning for using an external C-Blosc library.
    * Internal C-Blosc version bumped to 1.8.1 for better compatibility
      with gcc 5.3.1 in forthcoming Ubuntu Xenial.
    * Added a protection to avoid using BITSHUFLE with C-Blosc < 1.8.0.
    * Restored old symbols for backward compatibility with pre 1.3.0:
      BLOSC_VERSION_STRING
      BLOSC_VERSION_DATE
      BLOSC_MAX_BUFFERSIZE
      BLOSC_MAX_THREADS
      BLOSC_MAX_TYPESIZE
      However, these are considered deprecated and should be replaced by
      libraries using python-blosc by the ones without the BLOSC_ prefix.
  - Update to version 1.3.0
    * Internal C-Blosc version bumped to 1.8.0.  As consequence, support for
      BITSHUFFLE is here.  For activating it, just pass `blosc.BITSHUFFLE`
      to the `shuffle` parameter of compression functions.
    * Added a new `as_bytearray=False` parameter to the `decompress()` function
      so that a mutable bytearray will be returned instead of a bytes one
      (inmutable).  PR #107.  Thanks to Joe Jevnik.
    * The '__all__' variable has been removed from the module.  I consider
      this good practice to avoid things like "from blosc import *".
    * For consistency, the next symbols have been renamed:
      BLOSC_VERSION_STRING -> VERSION_STRING,
      BLOSC_VERSION_DATE -> VERSION_DATE,
      BLOSC_MAX_BUFFERSIZE -> MAX_BUFFERSIZE,
      BLOSC_MAX_THREADS -> MAX_THREADS,
      BLOSC_MAX_TYPESIZE -> MAX_TYPESIZE,
    * The `typesize` parameter is set by default to 8 in compression
      functions.  This usually behaves well for 4-bytes typesizes too.
      Nevertheless, it is advised to use the actual typesize.
    * The maximum number of threads to use by default is set to 4 (less if
      less cores are detected).  Feel free to use more or less threads
      depending on the resources you want to use for compression.
  - Implement single-spec version.
* Thu Mar 10 2016 toddrme2178@gmail.com
  - Update to version 1.2.8
    * Updated to c-blosc v1.7.0. However, the new bitshuffle filter
      has not been made public because recent reports indicate that
      it seems too green for production.
    * Support bytes-like objects that support the buffer interface
      as input to compress and decompress. On Python 2.x this
      includes unicode, on Python 3.x it doesn't. (#80 #94 @esc)
    * Fix a memory leak in decompress. Added tests to catch memory
      leaks. (#102 #103 #104 @sdvillal)
    * Various miscellaneous fixes and improvements.
* Tue May 19 2015 toddrme2178@gmail.com
  - Update to version 1.2.7
    * Updated to c-blosc v1.6.1.
* Sun Apr 26 2015 benoit.monin@gmx.fr
  - update to version 1.2.5:
    * Updated to c-blosc v1.5.4.
    * Added wrapper for the expert function ``set_blocksize``.
      (#72 @esc)
    * Fix setup.py to allow compilation on posix architectures
      without SSE2. (#70 @andreas-schwab)
    * Don't release the GIL on compression/decompression (#77 @esc)
    * Various miscellaneous fixes.
  - drop setup.patch: fixed upstream
* Wed Aug 06 2014 schwab@suse.de
  - setup.patch: fix use of unknown compiler option
* Thu Jul 17 2014 toddrme2178@gmail.com
  - Update to 1.2.4
    - Updated to c-blosc 1.4.0.  This added support for non-Intel
      architectures, most specially those not supporting unaligned access.
* Thu May 08 2014 toddrme2178@gmail.com
  - Update to 1.2.3
    - Updated to c-blosc 1.3.5.  This removed a 'pointer from integer
      without a cast' compiler warning due to a bad macro definition.
  - Update to 1.2.2
    - Updated to c-blosc 1.3.4.  This fixed a false buffer overrun
      condition.  This bug made c-blosc (and hence python-blosc) to fail,
      even if the failure was not real.
  - Update to 1.2.1
    - Updated to c-blosc 1.3.3.
    - Added a new `cname2clib` map for programatically determine the library
      associated to a compressor.
    - New `get_clib(cbuffer)` that tells which compression library format
      has been used to created the compressed `cbuffer`.
  - Update to 1.2.0
    - This release adds support for the multiple compressors added in Blosc
      1.3 series.
    - Added new `cname` parameter in compression functions like
      `compress()`, `compress_ptr()` and `pack_array()`.
    - Added a new utility function named `compressor_list()` that returns
      the list of compressors supported in the Blosc build.
    - Added 'bench/compress_ptr.py' for comparing times of the different
      compressors in Blosc and NumPy.
  - Update to 1.1.0
    - Added new `compress_ptr` and `decompress_ptr` functions that allows to
      compress and decompress from/to a data pointer.  These are low level
      calls and user must make sure that the pointer data area is safe.
    - Since Blosc (the C library) already supports to be installed as an
      standalone library (via cmake), it is also possible to link
      python-blosc against a system Blosc library.
    - The Python calls to Blosc are now thread-safe (another consequence of
      recent Blosc library supporting this at C level).
    - Many checks on types and ranges of values have been added.  Most of
      the calls will now complain when passed the wrong values.
    - Docstrings are much improved. Also, Sphinx-based docs are available
      now.
  - Update to 1.0.6
    - Fix compile error with msvc compilers.  Thanks to Christoph Gohlke.
  - Update to 1.0.5
    - Upgraded to latest Blosc 1.1.4.
    - Better handling of condition errors, and improved memory releasing in
      case of errors (thanks to Valentin Haenel and Han Genuit).
    - Better handling of types (should compile without warning now, at least
      with GCC).
  - Update to 1.0.4
    - Optimized the amount of data copied during compression (using
      _PyBytes_Resize() now instead of old PyBytes_FromStringAndSize()).
      This leads to improvements in compression speed ranging from 1.2x for
      highly compressible chunks up to 7x for mostly uncompressible data.
      Thanks to Valentin Haenel for this nice contribution.
  - Use external blosc library.  The internal one builds a bad version
    of zlib.
* Fri Sep 07 2012 toddrme2178@gmail.com
  - Initial version

Files

/usr/lib64/python2.7/site-packages/blosc
/usr/lib64/python2.7/site-packages/blosc-1.5.1-py2.7.egg-info
/usr/lib64/python2.7/site-packages/blosc-1.5.1-py2.7.egg-info/PKG-INFO
/usr/lib64/python2.7/site-packages/blosc-1.5.1-py2.7.egg-info/SOURCES.txt
/usr/lib64/python2.7/site-packages/blosc-1.5.1-py2.7.egg-info/dependency_links.txt
/usr/lib64/python2.7/site-packages/blosc-1.5.1-py2.7.egg-info/top_level.txt
/usr/lib64/python2.7/site-packages/blosc/blosc_extension.so
/usr/share/doc/packages/python2-blosc
/usr/share/doc/packages/python2-blosc/ANNOUNCE.rst
/usr/share/doc/packages/python2-blosc/BLOSC.txt
/usr/share/doc/packages/python2-blosc/PYTHON-BLOSC.txt
/usr/share/doc/packages/python2-blosc/README.rst
/usr/share/doc/packages/python2-blosc/RELEASE_NOTES.rst


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