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M AGPX \ ` h   4(8090:R0B^gF^vG^H^I^X^Y^Z^[^\^]^^_b_Dc_d`Le`Qf`Tl`Vu`hv`pz`````Cpapi-hpc-devel5.5.1lp150.6.3Dependency package for papi_5_5_1-hpc-develThe package papi_5_5_1-hpc-devel provides the dependency to get the latest version of papiZlamb58\openSUSE Leap 15.0openSUSEBSD-3-Clausehttps://bugs.opensuse.orgDevelopment/Libraries/C and C++http://icl.cs.utk.edu/papi/index.htmllinuxx86_64\A큤ZZ925f8c68a10ac4f671f83c9e5959a0e43fe8c954581ba9c007e9d3ab1e255f7arootrootrootrootpapi_5_5_1-hpc-5.5.1-lp150.6.3.src.rpmpapi-hpc-develpapi-hpc-devel(x86-64)    papi_5_5_1-hpc-develrpmlib(CompressedFileNames)rpmlib(FileDigests)rpmlib(PayloadFilesHavePrefix)rpmlib(PayloadIsXz)5.5.13.0.4-14.6.0-14.0-15.2-14.14.1Z}@ZP@Z7Y@YYY@YYzYzX6@Wڍ@TTTTk4TD@T.R@R@R@Q@P @P݉P݉P@Pd?PDPDO0@OD@ODO%4M3@M3@MD@L LKK@KKy7@KhKXAKXAKMK+nK?Kcgoll@suse.comeich@suse.comeich@suse.comeich@suse.comeich@suse.comeich@suse.comeich@suse.comeich@suse.compth@suse.dempluskal@suse.compth@suse.dempluskal@suse.commgorse@suse.commpluskal@suse.compth@suse.depth@suse.dealinm.elena@gmail.comtonyj@suse.compth@suse.depth@suse.depth@suse.detonyj@suse.comdvaleev@suse.comdmueller@suse.comcoolo@suse.comidonmez@suse.compth@suse.deidonmez@suse.compth@suse.depth@suse.depth@suse.dejengelh@medozas.depth@suse.depth@suse.dealexandre@exatati.com.bralexandre@exatati.com.bralexandre@exatati.com.brpth@novell.compth@suse.derw@suse.dero@suse.depth@suse.desf@suse.dero@suse.desf@suse.dero@suse.depth@suse.depth@suse.de- Fix summary in module files (bnc#1080259)- Fix unexpanded rpm macro in environment module file for HPC (boo#1074897).- Add lua-lmod as dependency to HPC package.- Fix Requires for HPC build.- Add magic to limit the number of flavors built in the in the OBS ring.- Generate baselib.conf dynamically and only for the non-HPC build: this avoids issues with the source validator.- Work around openSUSE:Factory spec file validation test.- Converted to multibuild. - Add HPC build using environment modules (FATE#321720).- Add papi-power9_event_list_presets.patch from IBM to add support for the POWER9 architecture (fate#322255).- Update to version 5.5.1: * Support for uncore performance monitoring events on Intel Xeon Phi Knights Landing (KNL). * Minor bugfixes.- Update to 5.5.0. Changes since 5.4.1 : New Platforms: * Added Knights Landing (KNL) core events and preset events. * Added Intel Broadwell/Skylake/Knights Landing RAPL support * Updated PAPI preset event support for Intel Broadwell/Skylake New Implementations: * libmsr component: Using LLNL's libmsr library to access Intel RAPL (Running Average Power Limit) library adds power capping abilities to PAPI. * CUDA PC sampling: A new standalone CUDA sampling tool (papi_cuda_sampling) has been added to the CUDA component (components/cuda/sampling/) and can be used as a preloader to perform PC sampling on Nvidia GPUs which support the CUPTI sampling interface (e.g. Maxwell). * ARM Cortex A53 support: Event definitions added. New Component: * Powercap component: PAPI now supports the Linux Power Capping Framework which exposes power capping devices and power measurement to user space via a sysfs virtual file system interface. Enhancements: * Added Haswell-EP uncore support * Initial Broadwell, Skylake support * Added a general CUDA example (components/cuda/test) that uses LD_PRELOAD to attach to a running CUcontext. * Added "-check" flag to papi_avail and papi_native_avail to test counter availability/validity. * Add support for multiple flavors of POWER8 processors. * Force all processors to check event schedulability by checking that PAPI can successfully read the counters. * Support for Intel Broadwell-EP, Skylake, Goldmont, Haswell-EP inherited from libpfm4. * Shared memory object (.so) naming is made more limited so that minor updates do not break ABI compatibility. Bug Fixes: * Clean output from papi_avail tool when there are no user defined events. * Support PAPI_GRN_SYS granularity for perf component. * Bug fix for infiniband_umad component. * Bug fix for vmware component. * Bug fix for NVML component. * Fixed RAPL component so it reports unsupported inside a guest VM. * Cleanup ARM CPU detection. * Bug fix for PAPI_overflow issue for multiple eventsets. * Increased PERF_EVENT_MAX_MPX_COUNTERS to 192 from 128. * Fixed memory leak in papi_preset.c. * Free allocated memory in the stealtime component. * Improve testlib error messages if a component fails to initialize. * Fix _papi_hwi_postfix_calc parsing and robustness. * Clean build rules for CUDA sampling subcomponent. * Correct IBM Power7 and Power8 computation of PAPI_L1_DCA. * Eliminate the sole use of ftests_skip subroutine. * Correct the event string names for tenth.c. * Have Fortran test support code report errors more clearly. * Cleanup output from libmsr component. * PAPI internal functions were marked as static to avoid exposing them externally. * Multiple component were fixed to make internal functions static where possible, to avoid exposing the functions as externally accessible entry points. * CUDA component configuration bug fixed.- Replace ./configure with macro %configure- fix typo in excludearch statement- Cleanup spec file with spec-cleaner - Update to 5.4.1 * Updated support for Intel Haswell and Haswell-EP * Added ARM Cortex A7 * Added ARM 1176 CPU (original Raspberry Pi) * Enhance PAPI preset events to allow user defined events. * User defined events are set up via a user event definition file. * New test demonstrating attaching an eventset to a single CPU rather than a thread. * Use the term "event qualifiers" instead of "event masks" to clarify understanding. * Added pkg-config support to PAPI. * Fixed lustre segfault bug in lustre component. * Fixed compilation in the absence of a Fortran compiler. * Fixed bug in krental_pthreads ctest to join threads properly on exit. * Fixed bug in perf_events where event masks were not getting cleared properly. * Fixed memory leak bug in perf_events.- Update to 5.4.0: New Platforms: - ------------ * EMON power component for IBM Blue Gene/Q * Support for the Applied Micro X-Gene processor * Support for IBM POWER non-virtualized platform * RAPL support for Intel Haswell models (60,69,71) Enhancements: - ----------- * Added list of supported PMU names (core/uncore components) * Support for extended event masks (core/uncore components) * Extension of the RAPL energy measurements on Intel via msr-safe * Updated IBM POWER7, POWER8 presets * 'papi_native_avail --validate' supports events that require multiple masks to be valid Bug Fixes: - --------- * HW counter and event count added/fixed for BGPM components * Reduce cost of using PAPI_name_to_code * Non-null terminated strings fixed * Growing list of native events in core/uncore components fixed * Cleaned up Intel IvyBridge presets * Addressed Coverity reported issues For specific and detailed information on changes made in this release, grep ChangeLogP540.txt in the package documentation for keywords of interest or go directly to the PAPI git repo. - Remove papi-PPC64-sys_mem_info-array-size-is-wrong.patch: obsoleted by update.- Add papi-PPC64-sys_mem_info-array-size-is-wrong.patch from IBM to fix access beyond array bounds on POWER8 (bnc#901134).- Update to version 5.3.2 Changelog: - NVML component updates; - Addressed appio memory leaks; - Support for Haswell-EP added to RAPL component; - The perf_event_uncore component event enumeration works now; - All components now have appropriate domain and granularities.- Drop patch papi-dont_skip_float_argument.patch (mainline) - Update to version 5.3.0 Changelog: - Enhancements for Intel MIC (Xeon Phi) architectures, including support for offload code in addition to the previously released support for native code. - Add support for Ivy Bridge Floating Point events. - Rewrite of linux-rapl component to handle full 32-bits of dynamic range. - Rewrite of test suite to determine which tests should be run. - Misc bug fixes/enhancements: The Intel Haswell event table now supports PAPI_L1_ICM AMD Bulldozer now supports Core select masks The CUDA component now properly reports the number of native events The command_line utility no longer skips the last event on a list icc builds no longer add an extraneous -openmp flag- Add papi-dont_skip_float_argument.patch to not skip float arguments from the command line.- Update to 5.2.0: This release represents a major overhaul of several components. Support for Intel Haswell and Power 8 has been added. Processor support code has been moved to the components directory. New Platform: - ------------ * Intel Haswell (initial support) * Power 8 (initial support) New Components: - -------------- * Host-side MIC power component Enhancements: - ----------- * Component tests are now included with install-tests make target. * Components with external library dependencies load them at runtime allowing better distribution (infiniband, cuda, vmware, nvml and host-side micpower) * Perf_events, perfctr[_ppc] and perfmon2[_ia64] have been moved under the components directory * (Intel) Uncore support has been split into its own component * Lustre component better handles large numbers of filesystems - Remove papi-use_major_in_soname.patch as the problem has been fixed upstream.- Update to 5.1.1. Changes since 5.0.1: 5.1.0: New Platform: - ------------ * Intel Xeon Phi ( Knight's Corner or KNC or MIC ) Bug Fixes: - --------- * Various build system fixes. * NVML component fix. * Work around a sampling bug on Power Linux Enhancements: - ----------- * ARM Cortex A15 support. * New API entry, PAPI_get_eventset_component * Add options to papi_command_line to print in hex and unsigned formats New Components: - -------------- * MIC Power component. 5.1.1: New Platform: - ------------ * Intel IvyBridge-EP Bug Fixes: - --------- * Many perf_event fixes * Cuda component fixes * IA64 and SPARC build fixes Enhancements: - ----------- * Better logic in run_tests.sh script * ARM builds now use pthread_mutexes * BG/Q overflow enhancements For detailed changes see the files ChangeLogp*.txt in the packages documentation directory.- Switch to external libpfm. Discussion: http://lists.opensuse.org/opensuse-factory/2013-01/msg00010.html - Drop papi-no_test_for_pfm_msg_t_type.patch (added in 4.0.0 commit) - Drop i586-libpfm4-compile-fix.diff (since we are using external libpfm it is no longer necessary)- don't run ldconfig during build. As it breaks perfmon headers installation- update to 5.0.1 (fixes build for ARM): * This is a major release of PAPI. Parts of both the internal component and external low-level interfaces have changed. This will break your 4.4 compliant components and links to shared libraries. A full detailed description of the changes to PAPI 5.0 can be found here: http://web.eecs.utk.edu/~vweaver1/papers/papi/papi_v5_changes.pdf - Removed papi-glibc-siginfo.patch, papi-list_components.patch, papi-use_as_help_string.patch: Already upstream or not needed - Removed papi-lmsensors_check.patch: can be replaced by configure option - i586-libpfm4-compile-fix.diff: Fix compile on i586- do not require libquadmath by old name but by provides, so it works in factory too- Update baselibs.conf for libpfm4- Modify spec so that build succeeds (requiring libquadmath versions).- Add papi-glibc-siginfo.patch: newer glibc no longer defines siginfo, we need to use siginfo_t- libquadmath is only needed/available from 12.1 up. - Remove patches and files not needed anymore.- Update to 4.4.0: New Platforms: - ------------- Added PAPI support for Blue Gene/Q. Bug Fixes: - --------- * Fix buffer overrun in lmsensors component * libpfm4: Update to current git libpfm4 snapshot * Fix broken Pentium 4 Prescott support we were missing the netburst_p declaration in papi_events.csv * Fix various locking issues in the threaded code. * Fix multiplexing of large eventsets on perf_events systems. This presented when using more than 31 multiplexed events on perf_event - Add a devel-static package that contains the static libraries. - For other changes since 4.2.1 see RELEASENOTES.txt in the packages documentation.- Update to 4.2.1: Bug Fixes: - --------- * multiplexing math errors were fixed in perf_events.c * more multiplexing read path errors were identified and fixed * Fix SMP ARM issues reported by Harald Servat. * src/papi_events.csv: Update the coreduo (not core2) events. Most notably the FP events were wrong. * Modify Intel Sandybridge PAPI_FP_OPS and PAPI_FP_INS events to not count x87 fp instructions. The problem is that the current predefines were made by adding 5 events. With the NMI watchdog stealing an event and/or hyperthreading reducing the number of available counters by half, we just couldn't fit. This now raises the potential for people using x87-compiled floating point on Sandybridge and getting 0 FP_OPS. This is only likely if running a 32-bit kernel and *not* compiling your code with -msse. A long-term solution might be trying to find a better set of FP predefines for sandybridge. * Apply patch suggested by Will Cohen to check for system return values. * Patch to cleanup dependencies, allowing for parallel makes. * Fix two race conditions that are probably the cause of the pthrtough double-free error. When freeing a thread, we remove and free all eventsets belonging to that thread. This could race with the thread itself removing the evenset, causing some ESI fields to be freed twice. The problem was found by using the Valgrind 3.8 Helgrind tool valgrind --tool=helgrind --free-is-write=yes ctests/pthrtough In order for Helgrind to work, I had to temporarily modify PAPI to use POSIX pthread mutexes for locking. Enhancements: - ------------ * general doxygen cleanups * cleanup output of overflow_allcounters for clarity in debugging * updates to most recent (as of Feb 1) libpfm4 * remove now-opaque event codes from papi_native_avail and papi_xml_event_info * Update the component initialization code so that it can handle a PAPI ERROR return gracefully. Previously there was no way to indicate initialization failure besides just setting num_native_events to 0. New Platforms: - ------------ * Support for AMD Family 11. * Support for AMD Family 12. Deprecated Platforms: - -------------------- * remove obsolete ACPI component New / Improved Components: - -------------- * PAPI CUDA component updated for CUDA / CUPTI 4.1. * SetCudaDevice() now works with the latest CUDA 4.1 version. * Auto-detection of CUDA version for backward compatibility. * PAPI_read() now accumulates event values. This fixes a bug in earlier versions. * extensive updates and cleanups to the example and coretemp components. * significant updates of lustre, and mx components * The linux net component underwent extensive updates and cleanups. In particular, it nows dynamically detects the network interface names [1] and export 16 counters for each interface (see also src/components/net/{CHANGES,README}). Experimental: - ------------ * a new vmware component has been added to report a variety of soft events when running as a guest in a VMWare environment - Add upstream patch for libpfm4 to fix signed/unsigned issues. - Readd ExcludeArch for s390/s390x as it isn't supported by PAPI.- Remove redundant tags/sections per specfile guideline suggestions - Remove unexplained s390 exclusion- Adapt patch from IBM to fix the memory info for POWER7 CPUs.- Clean up the patches and remove those that aren't needed anymore.- Update to 4.1.2.1: * fixed a long-standing subtle bug identified by Richard Strong that caused segfaults when multiplexing * fixed several bugs that were causing test failures on POWER6/AIX * properly detect Pentium M in configure * fixed a problem with perf_events not properly handling overflows; first identified by Mark Krentel * fixed a problem where perfctr was silently adding uncountable events * fixed a lock bug identified by Martin Schindewolf * fixed forking order for {multi|zero}_attach.c * updated support for freeBSD submitted by Harald Servat * a plethora of code cleanups submitted by Robert Richter * addressed compatibility issues in run_tests.sh to make it posix comliant * refreshed PAPI_Matlab support * reimplemented SUBDBG print capabilities to address an issue first identified by Maynard Johnson * refreshed preset event definitions for Nehalem, including implementations for PAPI_HW_INT; submitted by Michel Brown * added 3 new error codes: PAPI_EATTR, PAPI_ECOUNT, and PAPI_ECOMBO. These provide more detail on why an event add fails * implement cpuid leaf4 mtrics required by Intel Westmere * Intel Westmere on perfctr and perf_events * libpfm4 support is experimentally available and subject to change - Added "export SUSE_ASNEEDED=0" to build section.- Update to 4.0.1: - configure was mis-identifying some Pentium 4 processors - the ctests/shlib test now tests against the shared math library, libm.so, instead of libpapi.so, which works more predictably with library renaming. - multiplexing was silently returning without setting multiplex TRUE in cases where no event had been assigned to an eventset. An event must be added to an eventset or PAPI_assign_eventset_component() must be called before multiplexing can be enabled. This silent error has been removed. - the perfmon and perf_events counter interfaces were not properly handling event unit masks. This has been fixed. - PAPI_name_to_code() was not exiting properly in certain circumstances, failing on events where there should have been a match. This is corrected. - a serious but insidious bug in the overflow logic was corrected. This bug would only show up when PAPI_overflow was called between calls to PAPI_add_event. Overflow would only be set for the last call of PAPI_overflow. This has been corrected. - IBM Blue Gene P systems were corrupting stack frames and crashing when the papi_get_event_info call was executed. This has been fixed. - The PAPI cycles event was not working for IBM Blue Gene P. This is fixed. papi_native_avail was exiting improperly when using the -e option. This caused problems with batch execution systems (like Blue Gene P). This has been fixed. - a significant number of memory leaks have been purged. - compiler warning flags have been tightened and a range of warnings have been eliminated. - removed implicit type conversions in prototypes. - the utils/papi_version utility now reports four digits where the last digit matches the patch number. - Pentium II and Athlon now use libpfm for event decoding like all other x86 platforms. - Doxygen documentation has been added to the API and components. - Component compilation has been completely restructured. See /papi/src/components/README for details. - PAPI can now be compiled with a no-cpu-counters option - the ultrasparc architecture has been resurrected - freebsd support was migrated from PAPI 3.7 - Intel Nehalem EX and Westmere support has been added - IBM BG/L has been deprecated. - POWER 3 and POWER4 have been deprecate - Infiniband: Experimental - Lustre: Experimental - example: provides simple test case and template code.- Add Upstream patch3: * the utils/papi_version utility reports PAPI 4.0.0.3, where the last digit matches the patch number. * the ultrasparc architecture has been resurrected and supported in this patch. * IBM Blue Gene P systems were corrupting stack frames and crashing when the papi_get_event_info call was executed. This has been fixed. * papi_native_avail was exiting improperly when using the -e option. This caused problems with batch execution systems (like Blue Gene P). This has been fixed. - Spec file cleaned with spec-cleaner.- Don't run testsuite as there are too many reasons why it won't work on the build machine.- Update to 4.0.0: - fixed L3 cache size reporting for AMD Family 10h processors - fixed std deviation underflow in sdsc2 and sdsc4 tests - fixed bug in counter assignment for FreeBSD Atom implementation - updated cache tables for Intel Nehalem i7 processors - configure provides better autodetection of 2.6.31 or 2.6.32 kernels and perf_counter interface (in most cases) - configure provides better detection and autoselection of perfctr or perfmon drivers for linux - configure and sources have been modified to support perf_counter on kernel 2.6.31 and perf_event on kernel 2.6.32 - a papi.spec file has been added to simplify creation of rpms - Add Upstream patch2: * the utils/papi_version utility now reports PAPI 4.0.0.2, where the last digit matches the patch number. * the papi.spec file has a correction for a minor typo in the ExcludeArch line. * a serious but insidious bug in the overflow logic was corrected. This bug would only show up when PAPI_overflow was called between calls to PAPI_add_event. Overflow would only be set for the last call of PAPI_overflow. This has been corrected. * configure was mis-identifying some Pentium 4 processors; this has been corrected. * the ctests/shlib test now tests against the shared math library, libm.so, instead of libpapi.so * the PAPI_set_multiplex() call was silently returning without setting multiplex TRUE in cases where no event had been assigned to an eventset. This silent error has been removed. * the perfmon and perf_events counter interfaces were not properly handling event unit masks. This has been fixed. * PAPI_name_to_code() was not exiting properly in certain circumstances, failing on events where there should have been a match. This has been corrected. - Add RPM_OPT_FLAG to CFLAGS in configure. - Initialize variables where the compiler can't determine that they're used initialized. - Add full prototypes to src/ctests/mendes-alt.c - Delete the test for pfm_msg_t.type in configure for external libpfm instead of disabling the test all together. - Fix all compiler warnings in libpfm.- build against libpfm3 on ia64 (bnc#578864)- fix filelist for ia64 again, perfmon file is back- Fix dependencies in baselibs.conf (papi-devel-32bit requires libpapi-32bit not papi-32bit which doesn't exist) (#bnc565236)- add baselibs.conf including libpapi and papi-devel (bnc #565236)- fix typo in last change- fix filelist for ia64 (remove /usr/share/papi), as the only file there does not exist on ia64- fix filelist for ia64 - remove "," from excludearch- Update to 3.7.2: Bug Fixes: - --------- * fixed L3 cache size reporting for AMD Family 10h processors * fixed std deviation underflow in sdsc2 and sdsc4 tests Enhancements: - ------------ * updated cache tables for Intel Nehalem i7 processors * configure provides better autodetection of 2.6.31 or 2.6.32 kernels and perf_counter interface (in most cases) * configure provides better detection and autoselection of perfctr or perfmon drivers for linux * configure and sources have been modified to support perf_counter on kernel 2.6.31 and perf_event on kernel 2.6.32 * a papi.spec file has been added to simplify creation of rpms- Initial package for SLES (fate#307192) - Include perf_counter.h from kernel because kernel-headers doesn't include the file.papi-hpc-devellamb58 15233109815.5.1-lp150.6.35.5.1-lp150.6.35.5.1papi-hpc-develREADME.papi_5_5_1-hpc-devel/usr/share/doc/packages//usr/share/doc/packages/papi-hpc-devel/-fmessage-length=0 -grecord-gcc-switches -O2 -Wall -D_FORTIFY_SOURCE=2 -fstack-protector-strong -funwind-tables -fasynchronous-unwind-tables -fstack-clash-protection -gobs://build.opensuse.org/openSUSE:Leap:15.0/standard/1011e5210260a8c8be6b4288e9edfc10-papi:hpccpioxz5x86_64-suse-linuxdirectoryASCII textj~o$hutf-8723217a5836af99934dc62244c88c2e08bbc3cc22ece6f9fa0f4640a4080de03? 7zXZ !t/#] crt:bLL ~p7^al&3͠>pI: "&eV/0Ÿ go]2R6iK ݖbIc qЄ'VVy| *i]2RR+[Omq;6lmøGVd:;x/6h kJS0q1C|B_qؔQK~|>W.cNfy YZ