* When fabrics=auto or schedulers=auto, the intent is to defer to the
OpenMPI configure and let it determine and use what it finds
available on the system. The current behavior for 'with_or_without'
in the case of 'auto' explicitly disables all possible values.
This updates the logic to call 'with_or_without' only when the
value of fabrics/schedulers is not 'auto'.
* To allow explicitly disabling all fabrics/schedulers, each of these
variants has added support for 'none' (which is also the default
value).
* Add a conflict for the loadleveler scheduler for openmpi-3 and
above as it is no longer a valid configure option.
* Update optional-lite and span-lite to use CMakePackage
These packages only have CMake installs on their most recent versions.
Therefore, we overload all of the CMake stages to fallback to the old
versions (no-op for most, copytree for install), and use CMakePackage on
the new versions.
* Add new string-view-lite version with CMake install support
* Only override phases for old versions of *-lite packages
* trilinos: add variant to disable chaco from seacas
keep it OFF by default due to the presence of the global symbol "divide"
that can lead to symbol clash with other libraries, for example see
https://github.com/dealii/dealii/issues/8170#issuecomment-492700787
* dealii: add conflict statement for adol-c and Trilinos SEACAS Chaco
* dyninst: rework the cmake args for version 10.1 and later
Add a separate when() case for the cmake args for Dyninst 10.1.0 and
later. The prereq args have changed enough that this makes things
easier going forward. (My previous commit 26b9369c was inaccurate and
temporary.)
Dyninst 10.1.0 accepts boost 1.70, but earlier dyninst are restricted
to <= 1.69 (not worth back porting every boost change).
Change all the dyninst versions to 3 digits for clarity and
consistency.
* Add version 10.1.0.
* added patch for intel-tbb@2019.1: with old compilers
* sparately specify when @:2018 and @2019
the reason we can't say @:2019 is that would include @2019.1 where the
patch doesn't work.
* should be possible to list when constraint as @:2019
According to my reading of ["Version ranges" in the Spack
docs](https://spack.readthedocs.io/en/latest/packaging_guide.html#version-ranges),
this should apply to up to `2019` but not `2019.1:`
* @:2019.0 appears to be necessary to specify 2019 but not 2019.1
* specifying 2019.1 2019.2 2019.3 2019.4 separately and explcitly
* flake8 fixes for long lines.
* add comments to explain why so many different patch directives
* remove blank like for flake8
* revert spec %gcc@4.8.0:4.99999 -> %gcc@4.8.0:
- CMake is built *very* frequently, and the number of dependencies it has
accumulated can take a very long time on some systems.
- Use +ownlibs by default to avoid the build overhead. This won't
interfere with other packages by introducing conflicting libraries, as
CMake is nearly always a build dependency.
This avoids using Boost 1.70.0, fixes library access in OpenSpeedShop
packages, adds new versions, and updates QT dependency constraints
in CBTF and OpenSpeedShop packages
- Constrain Boost dependency to 1.69.0 or earlier to avoid issues
with 1.70.0 for Open|SpeedShop and CBTF packages
- Update DYNINSTAPI_RT_LIB environment variable to use single library
from "find_libraries" (which returns a list) in OpenSpeedShop
packages
Fixes#11443
- Add version 1.9.3 for CBTF Argo Navis, CBTF Krell, CBTF LANL, and
CBTF packages
- Add version 2.4.1 for OpenSpeedShop Utils and OpenSpeedShop
packages
- Update QT dependency to 5.10.0 or greater for QtGraph and CBTF Argo
Navis packages
This makes several changes to make CDO work with gcc@9:
- Add version 1.9.7rc2
- Add a patch to make version 1.9.7rc2 build with gcc@9:
- Add a conflict with GCC 9 for earlier versions of CDO
It also adds a pkgconfig build dependency as configure checks for it.
* recon: new package at 1.08
* recon: add period
* recon: use proper decorators, better documentation
* recon: fix incorrect os import
* recon: add repeatmasker patch as variant
The source is managed as a set of files in an FTP URL. Since there
are no FetchStrategy's implemented for this setup, the files are
managed as a set of Resource's
Add dependencies to CMake and GnuTLS which would otherwise be
picked up from the system
* Add gnutls as explicit dependency of CMake
* Add new package libidn2 as explicit dependency for gnutls
* LBANN: add python dependency and required python library dependencies
* LBANN: add version 0.99 as alias for develop branch
* LBANN: build Conduit library by default
* LBANN: CUB is included with Hydrogen for later versions
* New package: py-graphviz (dependency for LBANN)
* New package: py-texttable (dependency for LBANN)
* New package: py-onnx (dependency for LBANN)
* New package: py-typing-extensions (dependency for py-onnx)
* Conduit: add version 0.4.0
* NCCL: Add versions 2.4.6-1 and 2.4.2-1
* Protobuf: Add versions 3.7.1 and 3.7.0
* py-protobuf: add version 3.7.1
* py-typing: add version 3.6.4
* cuDNN: add versions. The source differs depending on the
architecture, so the versions include a suffix to encode this.
For example this adds 7.5.1-10.1-x86_64 as well as
7.5.1-10.1-ppc64le
* cuDNN: Newer versions require newer versions of CUDA
* Hydrogen: add configure options for CUB and Aluminum
The --enable-relax-coord-bound option was added in 1.8.0. NetCDF
4.6.3 enabled relax coords by default and required it from PNetCDF.
PNetCDF 1.10.0 enabled it by default but for versions between 1.8.0
and 1.10.0 it should be enabled explicitly.
* megadock: new package at 4.0.3
* megadock: remove CudaPackage redundancies
* megadock: move env vars to build targets, use cuda_arch variant
* megadock: flake8 fixes, more flexible mathlib
* Fix py-yt for Python 2 by requesting older py-ipython version.
* Add conflicts statement to py-ipython because version 7: is not
compatible with python@2.7
f242f5f removed spec.architecture.platform_os, which was used to test
an option in the 'm4' package. The attribute is now accessed as
'spec.architecture.os'.
* Add versions 3.27.{0,1,2} and 3.28.0
* Add url_for_version: the URL format includes the year so this
function maps version ranges to years
* Restore patches for versions removed in 84c547c: this commit
removed versions before 3.26.0 due to a security issue with FTS
support. Add a +fts variant (default true) that enables FTS
support along with a conflict for +fts with earlier versions.
* Starting with the upcoming 10.1 release, Dyninst changed the names of
some cmake args to camel case: LIBELF_* to LibElf_* and LIBDWARF_* to
LibDwarf_*. This change is needed now for @develop and will be used
for 10.1 when it is released.
* New versions of Dyninst now requires cmake version 3.4.0 or later.
* Restrict boost dependency version to < 1.70.0 to avoid build error
+ The additional patch enables a non-optimized random123 code path that will
work on ARM architectures. This solution is provided only for version 1.09 to
allow the most current version of Random123 to function on ARM architectures.
+ A more complete, long term solution will be the addition of a native ARM
intrinsics-based implementation of random123. This solution is being worked
on but it is several weeks or months away. Once the full implementation is
available it will be provided to the author/maintainer of Random123.
The default install for llvm should just be the common typical case, i.e.
support for local host and cpu architectures. Enablingsupport for the wide
array of auxiliary architectures should be explicit rather than implicit.
* Mesa should depend_on('glproto')
The mesa package refers to `GL/glproto.h`. On systems that don't have
the OS packages installed, this leads to failures during the build
[e.g. this comment in
01482](https://github.com/spack/spack/pull/10482#issuecomment-488786745).
This fixes it. Tested on a minimally provisioned CentOS 7.
* Constrain glproto prereq to when +glx
* mesa: make glproto a build only dep
* The 'mkl' variant implementation was not complete and was
preventing the package from building, so remove it.
* The slate.hh file has moved in the 'develop' version (which is
currently the only version of SLATE listed)
* FAODEL: Add FAODEL package to spack
FAODEL (Flexible, Asynchronous, Object Data-Exchange Libraries) is a collection
of software libraries that are used to implement different data management
services on high-performance computing (HPC) platforms. This project is part of
the Advanced Technology Development and Mitigation (ATDM) effort for NNSA's ASC
program at Sandia National Laboratories.
(cherry picked from commit 6afe045d25b5c000b612116a5695aebbec56b61a)
* FAODEL: Update FAODEL package
Dependencies: set minimum versions for boost, cmake and libfabric
Dependencies: add conflict for boost v1.59.0
Patch: add a patch for v1.1803.1
Patch: add a when= for the v1.1811.1 specific patches
Compiler: check for C++11 support in gcc
(cherry picked from commit fb6ed2b3cf20d7e4fff647cba5a70887a78f627f)
* FAODEL: Update FAODEL package
* replace previous maintainers with @tkordenbrock and @craigulmer
* default to shared libs to meet Spack policy
* increase min boost version to 1.60.0 and remove boost 1.59.0 conflict
* replace complex version check with conflict for gcc <= 4.8.0 (C++11 support required)
* set type=build for cmake
* enable googletest for all versions with type=build
* enable tests for for all versions except when MPI is disabled
* FAODEL: Update FAODEL package
* add version v1.1811.2
* limit comment line length
* arm-forge: add all available versions
* Add TODO for the version hell
* Fix linting
Looks like 'black' formatter isn't Spack friendly
* Fix versions ordering
* Remove obsolete package (allinea-forge → arm-forge)
* Set mpi compiler wrappers using CC/etc. variables as recommended
at https://spack.readthedocs.io/en/latest/packaging_guide.html#compiler-wrappers
rather than setting CMake variables like -DCMAKE_C_COMPILER
* Use convenience functionality provided by inherited CMakePackage to
export all compiler flags as CMake options
* Remove old Singularity versions, add version 3.1.1
* Recent versions of Singularity build with go rather than autotools:
update dependencies and build logic
* Move old Singularity versions to new singularity-legacy package
which uses the autotools build system
* Some binaries built by Singularity need to be run as root: include
a script that the user can run after the Spack Singularity install
to change these permissions.
* The Singularity go build expects to work with a custom stage
directory relative to GOPATH: override the stage phase to create
this expected path.
* Update Singularity install config to point to Spack-installed
makesquashfs dependency
Based on the LLVM documentation [1], Python is used to run the automated
test suite. Therefore is it always a dependency for LLVM. However, if
build without Python (~python), we limit it to a build time dependency.
Note that py-lit is not added as a spack dependency even though it is
available as a spack package. This is because it is already included
in llvm and llvm is difficult to configure using an external py-lit
(several CMake variables to set correctly). Additionally, having
py-lit as a spack dependency adds Python as a runtime dependency
for llvm even though it is not required at runtime.
[1] https://llvm.org/docs/GettingStarted.html#requirements
* extend Version class so that 2.0 > 1.develop > 1.1
* add concretization tests, with preferences and preferred version.
* add master, head, trunk as develop-like versions, develop > master > head > trunk
* update documentation on version comparison
* Version 1.0.0 was released and the master branch tracks the
latest release.
* Multiple issues with MacOS have been fixed. The static patch is
now unneeded.
* Add support for building Ginkgo with the full Block Jacobi
performance (compilation takes a long time).
* Do not build anything which is not useful for the installation.
Namely, documentation, benchmarks, examples and tests.
