- update to 3.1.4 (bsc#1194333):
* Several bug fixes to properly reject invalid input upon read
* A check to enable SSE2 when building with Visual Studio
* A check to fix building with VisualStudio on ARM64
* Update the automatically-downloaded version of Imath to v3.1.4
* Miscellaneous documentation improvements
- drop openexr-CVE-2021-45942.patch (upstream)
OBS-URL: https://build.opensuse.org/request/show/954404
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=80
Patch release with a change to default zip compression level:
* Default zip compression level is now 4 (instead of 6), which in our
tests improves compression times by 2x with only a tiny drop in
compression ratio.
* ``setDefaultZipCompression()`` and ``setDefaultDwaCompression()``
now set default compression levels for writing.
* The Header how has ``zipCompressionLevel()`` and
``dwaCompressionLevel()`` to return the levels used for writing.
Also, various bug fixes, build improvements, and documentation
updates. In particular:
* Fixes a build failure with Imath prior to v3.1
* Fixes a bug in detecting invalid chromaticity values
- deleted patches
- openexr-fix-armv7-2.patch (upstreamed)
- openexr-fix-armv7.patch (upstreamed)
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=77
- version update to 3.1.1
3.1.1
* Patch release that fixes build failures on various systems,
introduces CMake CMAKE_CROSSCOMPILING_EMULATOR support, and
fixes a few other minor issues.
3.1
* The 3.1 release of OpenEXR introduces a new library, OpenEXRCore,
which is the result of a significant re-thinking of how OpenEXR
manages file I/O and provides access to image data. It begins
to address long-standing scalability issues with multithreaded
image reading and writing.
3.0.1
Major release with major build restructing, security improvements, and
new features:
* Restructuring:
- The IlmBase/PyIlmBase submodules have been separated into the
Imath project, now included by OpenEXR via a CMake submodule
dependency, fetched automatically via CMake's FetchContent if
necessary.
- The library is now called ``libOpenEXR`` (instead of
``libIlmImf``). No header files have been renamed, they retain
the ``Imf`` prefix.
- Symbol linkage visibility is limited to specific public symbols.
* Build improvements:
- No more simultaneous static/shared build option.
- Community-provided support for bazel.
* New Features:
- ID Manifest Attributes, as described in ["A Scheme for Storing
Object ID Manifests in OpenEXR
Images"](https://doi.org/10.1145/3233085.3233086), Peter Hillman,
OBS-URL: https://build.opensuse.org/request/show/911959
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=70
* Various sanitizer/fuzz-identified issues related to handling of invalid input
* Fixes to misc compiler warnings
* Cmake fix for building on arm64 macOS (#772)
* Read performance optimization (#782)
* Fix for building on non-glibc (#798)
* Fixes to tests
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=56
2.5.2
* Invalid input could cause a heap-use-after-free error in DeepScanLineInputFile::DeepScanLineInputFile()
* Invalid chunkCount attributes could cause heap buffer overflow in getChunkOffsetTableSize()
* Invalid tiled input file could cause invalid memory access TiledInputFile::TiledInputFile()
* OpenEXRConfig.h now correctly sets OPENEXR_PACKAGE_STRING to "OpenEXR" (rather than "IlmBase")
2.5.1
* A patch release that corrects the SO version for the v2.5 release,
which missed getting bumped in v2.5.0.
* This release also fixes an improper failure in IlmImfTest when running
on ARMv7 and AAarch64.
2.5.0
* No more build-time header generation: toFloat.h, eLut.h,
b44ExpLogTable.h, and dwaLookups.h are now ordinary header files, no
longer generated on the fly.
* New StdISSTream class, an "input" stringstream version of StdOSStream
* New Matrix22 class in Imath
* Chromaticity comparison operator now includes white (formerly ignored)
* Various cmake fixes
* Bug fixes for various memory leaks
* Bug fixes for various invalid memory accesses
* New checks to detect damaged input files
* OpenEXR_Viewers has been deprecated, removed from the top-level
cmake build and documentation.
- modified patches
% 0001-Use-absolute-CMAKE_INSTALL_FULL_LIBDIR-for-libdir-in.patch (refreshed)
- modified sources
% baselibs.conf
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=49
* Various fixes for memory leaks and invalid memory accesses
* Various fixes for integer overflow with large images.
* Various cmake fixes for build/install of python modules.
* ImfMisc.h is no longer installed, since it's a private header.
- deleted patches
- Fix-the-symlinks-creation.patch (upstreamed)
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=47
- Fix relative paths in generated pkgconfig files:
0001-Use-absolute-CMAKE_INSTALL_FULL_LIBDIR-for-libdir-in.patch
- Fix build with older cmake package (Leap 15.0 up to 15.2), the
included ctest macro does not accept extra parameters.
- Add Fix-the-symlinks-creation.patch to fix the symlinks creation.
- fix OpenEXR.pc
- increase timeout for IlmImf test
- version update to 2.4.0
* Completely re-written CMake configuration files
* Improved support for building on Windows, via CMake
* Improved support for building on macOS, via CMake
* All code compiles without warnings on gcc, clang, msvc
* Cleanup of license and copyright notices
* floating-point exception handling is disabled by default
* New Slice::Make method to reliably compute base pointer for a slice.
* Miscellaneous bug fixes
* CVE-2018-18444 Issue #351 Out of Memory
* CVE-2018-18443 Issue #350 heap-buffer-overflow
- upstream does not provide gpg signature anymore
https://github.com/openexr/openexr/issues/565
- modified sources
% baselibs.conf
- deleted patches
- openexr-CVE-2017-14988.patch (upstreamed)
- openexr-CVE-2017-9111,9113,9115.patch (upstreamed)
- openexr-CVE-2018-18444.patch (upstreamed)
- deleted sources
- openexr-2.3.0.tar.gz.sig (not needed)
- openexr.keyring (not needed)
- testsuite only for x86_64 [bsc#1146648]
- Enable tests on architectures with enough memory - boo#1146648
* disable imffuzztest as it takes to much resources
- security update
- added patches
CVE-2017-14988 [bsc#1061305]
+ openexr-CVE-2017-14988.patch
- security update
- added patches
CVE-2017-9111 [bsc#1040109], CVE-2017-9113 [bsc#1040113], CVE-2017-9115 [bsc#1040115]
+ openexr-CVE-2017-9111,9113,9115.patch
- Codify new ilmbase requirements.
- security update
* CVE-2018-18444 [bsc#1113455]
+ openexr-CVE-2018-18444.patch
- asan_build: build ASAN included
- debug_build: build more suitable for debugging
- Remove useless --with-pic.
- Adjust RPM groups and repair sentence structure.
- updated to 2.3.0
* ThreadPool overhead improvements, enable custom thread pool
to be registered via ThreadPoolProvider class
* Fixes to enable custom namespaces for Iex, Imf
* Improve read performance for deep/zipped data, and
SIMD-accelerated uncompress support
* Added rawPixelDataToBuffer() function for access to
compressed scanlines
* Iex::BaseExc no longer derived from std::string.
* Imath throw() specifiers removed
* Initial Support for Python 3
* removed patch
- Update to 2.2.1
* Fix reported OpenEXR security vulnerabilities: CVE-2017-9110,
CVE-2017-9111, CVE-2017-9112, CVE-2017-9113, CVE-2017-9114,
CVE-2017-9115 and CVE-2017-9116
- pgajdos@suse.com: but really seem to fix only:
CVE-2017-9110 [bsc#1040107], CVE-2017-9114 [bsc#1040114],
CVE-2017-9116 [bsc#1040116], CVE-2017-12596 [bsc#1052522]; for
the rest of issues see [bsc#1040109], [bsc#1040112],
[bsc#1040113], [bsc#1040114], [bsc#1040115], and [bsc#1061305]
- Cleanup a bit with spec-cleaner
- Update to 2.2.0
* DreamWorks Lossy Compression A new high quality, high performance lossy
compression codec contributed by DreamWorks Animation. This codec allows
control over variable lossiness to balance visual quality and file size.
This contribution also includes performance improvements that speed up
the PIZ codec.
* IlmImfUtil A new library intended to aid in development of image file
manipulation utilities that support the many types of OpenEXR images.
* This release also includes improvements to cross-platform build support
using CMake.
- Bumped the soname, and now we have libIlmImf and libIlmImfUtil
- Removed openexr-2.1.0-headers.patch
- Updated openexr.keyring from the savannah project page.
- Add obsoletes to baselibs.conf.
- remove dependency on gpg-offline (blocks rebuilds and
tarball integrity is checked by source-validator anyway)
- add openexr-2.1.0-headers.patch to install
ImfDeepImageStateAttribute.h header too
- update to 2.1.0
This release includes a refactoring of the optimised read paths for RGBA
data, optimisations for some of the python bindings to Imath, improvements to
the cmake build environment as well as additional documentation describing
deep data in more detail.
- make tests conditional, enable fuzz test and huge test
- update to 2.0.1
This is a maintenance push that predominantly addresses edge case
failures in the optimisation code paths by temporarily disabling the
feature. For more details, please refer to the
/usr/share/doc/packages/openexr/ChangeLog
- add gpg-offline based verification
- fix library deps
- update to 2.0.0
* Deep Data support - Pixels can now store a variable-length list of samples.
The main rationale behind deep images is to enable the storage of multiple
values at different depths for each pixel. OpenEXR 2.0 supports both
hard-surface and volumetric representations for Deep Compositing workflows.
* Multi-part Image Files - With OpenEXR 2.0, files can now contain a number
of separate, but related, data parts in one file. Access to any part is
independent of the others, pixels from parts that are not required in the
current operation don't need to be accessed, resulting in quicker read
times when accessing only a subset of channels. The multipart interface
also incorporates support for Stereo images where views are stored in
separate parts. This makes stereo OpenEXR 2.0 files significantly faster to
work with than the previous multiview support in OpenEXR.
* Optimized pixel reading - decoding RGB(A) scanline images has been
accelerated on SSE processors providing a significant speedup when reading
both old and new format images, including multipart and multiview files.
* Namespacing - The library introduces versioned namespaces to avoid
conflicts between packages compiled with different versions of the library.
- obsoleted
openexr-suse-docdir.patch (moved in install phase)
openexr-disable-tests.patch
- license update: BSD-3-Clause
No GPL licensed files found in the package
- Update baselibs.conf
- Update to 1.7.1
* Updated the .so verison to 7.
* obsoletes openexr-includes.patch
- require new ilmbase-devel for build
- rename libopenexr-devel to openexr devel to be compatible
with renamed ilmbase package
- disable the test at all, as running them in OBS seems not to be
reliable
- Remove redundant tags/sections per specfile guideline suggestions
- openexr-disable-tests.patch - disable broken tests prevents a build
in Factory
- remove explicit libdrm buildrequires
- Use %_smp_mflags for parallel build
- Update to 1.7.0 - bugfix release, multiviewer support
* obsoletes CVE-2009-1720 support
* built with --enable-larget-stack and test
- Renammed to be more comfortable with Shared Library policy
* openexr - main (source package) contains tools in bindir, it provides and
obsoletes the old OpenEXR symbol
* libIlmImf6 - contains the openexr library
* libopenexr-devel - contains the headers, Provides and Obsoletes the
OpenEXR-devel symbol
* openexr-doc - documentation
- add baselibs.conf as a source
- fixed bnc#527539: VUL-0: OpenEXR: [ MDVSA-2009:190 ] OpenEXR
used patches from Mandriva
* CVE-2009-1720
* CVE-2009-1721
- save 6.7MB by removing static libraries and "la" files
- use Obsoletes: -XXbit only for ppc64 to help solver during distupgrade
(bnc#437293)
- obsolete old -XXbit packages (bnc#437293)
- added baselibs.conf file to build xxbit packages
for multilib support
- update to 1.6.1
- fix buid, add docu subpackage with documentation and examples
- fix linking of new IlmThread lib versus libpthread
- update to 1.4.6
- fix build, fix packaging examples and doc
- added missing Requires
- fixed RPM_OPT_FLAGS
- fix shared lib dependencies
- fix installed headers
- converted neededforbuild to BuildRequires
- make use of mesa-devel-packages macro in neededforbuild
- don't build as root
- update to version 1.2.2
- Fix missing declaration.
- try to fix docu installation
- initial package of version 1.2.1
OBS-URL: https://build.opensuse.org/request/show/773200
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=45
* Completely re-written CMake configuration files
* Improved support for building on Windows, via CMake
* Improved support for building on macOS, via CMake
* All code compiles without warnings on gcc, clang, msvc
* Cleanup of license and copyright notices
* floating-point exception handling is disabled by default
* New Slice::Make method to reliably compute base pointer for a slice.
* Miscellaneous bug fixes
* CVE-2018-18444 Issue #351 Out of Memory
* CVE-2018-18443 Issue #350 heap-buffer-overflow
- upstream does not provide gpg signature anymore
https://github.com/openexr/openexr/issues/565
- modified sources
% baselibs.conf
- deleted patches
- testBox.patch (upstreamed)
- testBoxAlgo.patch (upstreamed)
- deleted sources
- ilmbase-2.3.0.tar.gz.sig (not needed)
- ilmbase.keyring (not needed)
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=29
* ThreadPool overhead improvements, enable custom thread pool
to be registered via ThreadPoolProvider class
* Fixes to enable custom namespaces for Iex, Imf
* Improve read performance for deep/zipped data, and
SIMD-accelerated uncompress support
* Added rawPixelDataToBuffer() function for access to
compressed scanlines
* Iex::BaseExc no longer derived from std::string.
* Imath throw() specifiers removed
* Initial Support for Python 3
* removed patch
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=12
- pgajdos@suse.com: but really seem to fix only:
CVE-2017-9110 [bsc#1040107], CVE-2017-9114 [bsc#1040114],
CVE-2017-9116 [bsc#1040116], CVE-2017-12596 [bsc#1052522]; for
the rest of issues see [bsc#1040109], [bsc#1040112],
[bsc#1040113], [bsc#1040114], [bsc#1040115], and [bsc#1061305]
OBS-URL: https://build.opensuse.org/package/show/graphics/openexr?expand=0&rev=10
- update to 2.0.0
* Deep Data support - Pixels can now store a variable-length list of samples.
The main rationale behind deep images is to enable the storage of multiple
values at different depths for each pixel. OpenEXR 2.0 supports both
hard-surface and volumetric representations for Deep Compositing workflows.
* Multi-part Image Files - With OpenEXR 2.0, files can now contain a number
of separate, but related, data parts in one file. Access to any part is
independent of the others, pixels from parts that are not required in the
current operation don't need to be accessed, resulting in quicker read
times when accessing only a subset of channels. The multipart interface
also incorporates support for Stereo images where views are stored in
separate parts. This makes stereo OpenEXR 2.0 files significantly faster to
work with than the previous multiview support in OpenEXR.
* Optimized pixel reading - decoding RGB(A) scanline images has been
accelerated on SSE processors providing a significant speedup when reading
both old and new format images, including multipart and multiview files.
* Namespacing - The library introduces versioned namespaces to avoid
conflicts between packages compiled with different versions of the library.
- obsoleted
openexr-suse-docdir.patch (moved in install phase)
openexr-disable-tests.patch
OBS-URL: https://build.opensuse.org/request/show/172655
OBS-URL: https://build.opensuse.org/package/show/openSUSE:Factory/openexr?expand=0&rev=16
