* SEACAS: Update package.py to handle new SEACAS project name
The base project name for the SEACAS project has changed from
"SEACASProj" to "SEACAS" as of @2022-10-14, so the package
needed to be updated to use the new project name when needed.
The refactor also changes several:
"-DSome_CMAKE_Option:BOOL=ON"
to
define("Some_CMAKE_Option", True)
* CGNS: If fortran not enabled, do not specify parallel fortran compiler
* Update package formatting as suggested by black
* Accept suggested change
Fix issue in configure_args which resulted in duplicate "--with-ldflags" arguments (with different values) being passed to configure. And extended the fix to similar arguments.
Also, repeated some flags to "--with-libs" to "--with-ldflags" as when the flags were only in "--with-libs", they did not seem to be picked up everywhere. I suspect this is a bug in the configure script, but adding to both locations seems to solve it and should not have any adverse effects.
Co-authored-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
- upstream patch does not apply cleanly to older versions, not required
for newer ones
- also add conflict for older versions, except for 3.13.3 which works by
chance
For a long time, the docs have generated a huge, static HTML package list. It has some
disadvantages:
* It's slow to load
* It's slow to build
* It's hard to search
We now have a nice website that can tell us about Spack packages, and it's searchable so
users can easily find the one or two packages out of 7400 that they're looking for. We
should link to this instead of including a static package list page in the docs.
- [x] Replace package list link with link to packages.spack.io
- [x] Remove `package_list.html` generation from `conf.py`.
- [x] Add a new section for "Links" to the docs.
- [x] Remove docstring notes from contribution guide (we haven't generated RST
for package docstrings for a while)
- [x] Remove referencese to `package-list` from docs.
Currently, Windows SDK detection will only pick up SDK versions
related to the current version of Windows Spack is running on.
However, in some circumstances, we want to detect other version
of the SDK, for example, for compiling on Windows 11 for Windows
10 to ensure an API is compatible with Win10.
* Make use of `prefix` in the Cray manifest schema (prepend it to
the relative CC etc.) - this was a Spack error.
* Warn people when wrong-looking compilers are found in the manifest
(i.e. non-existent CC path).
* Bypass compilers that we fail to add (don't allow a single bad
compiler to terminate the entire read-cray-manifest action).
* Refactor Cray manifest tests: module-level variables have been
replaced with fixtures, specifically using the `test_platform`
fixture, which allows the unit tests to run with the new
concretizer.
* Add unit test to check case where adding a compiler raises an
exception (check that this doesn't prevent processing the
rest of the manifest).
If you `spack install x ^y` where `y` is a pure build dep of `x`, and
then uninstall `y`, and then `spack install --overwrite x ^y`, the build
fails because `y` is not re-installed.
Same can happen when you install a develop spec, run `spack gc`,
modify sources, and install again; develop specs rely on overwrite
install to work correctly.
-- Performaing formatting changes
-- Formatting file to conform with spack style
-- Adding updates from review
-- Removing old release candidates from the specification
-- Adding external conduit support for Catalyst
-- Adding Catalyst to `CMAKE_PREFIX_PATH` for the test to find
This PR adds a new audit sub-command to check that detection of relevant packages
is performed correctly in a few scenarios mocking real use-cases. The data for each
package being tested is in a YAML file called detection_test.yaml alongside the
corresponding package.py file.
This is to allow encoding detection tests for compilers and other widely used tools,
in preparation for compilers as dependencies.
Add versions 2020.08.1 and branch 2023.08.stable. Note: the version
numbers are a little different. Here, 2023.08.1 means release no. 1
from the release/2023.08 branch.
Modifications:
- [x] Move `spack.util.string` to `llnl.string`
- [x] Remove dependency of `llnl` on `spack.error`
- [x] Move path of `spack.util.path` to `llnl.path`
- [x] Move `spack.util.environment.get_host_*` to `spack.spec`
This resolves an interesting circular dependency between gcc and glibc:
1. glibc < 2.17 depends on libgcc.a and libgcc_eh.a
2. libgcc_eh.a is only built when gcc is configured with
--enable-shared
3. but building shared libraries requires crt*.o and libc.so
Backport AT_RANDOM auxval changes to avoid dealing with wrong inline
assembly (fallback code fails on ubuntu 23.04)
Update Trilinos and dependencies to build a limited version of Trilinos
on Windows.
* Support trilinos~mpi~shared on Windows
* superlu: force CMake build on Windows
* boost: update to build on Windows (proper option formatting and
build tool names)
* pcre, openblas: add CMake-based build (keep prior build system
as default on platforms other than Windows)
* openblas: add patch when using Intel Fortran compiler (currently
this is included as part of the hybrid %msvc compiler in Spack)
Co-authored-by: John Parent <john.parent@kitware.com>
As reported in #40159, a shared library build of ffmpeg 6.0 fails with the linker that was added with XCode 15:
ld: building exports trie: duplicate symbol '_av_ac3_parse_header'
clang: error: linker command failed with exit code 1 (use -v to see invocation)
Forcing the old linker with -Wl,-ld_classic works around this.
VTK's (and therefore Paraview's) FindFreetype module required patching to
handle static import libraries from Freetype. However it did not cover
shared libraries. This adds support for importing shared freetype into the VTK build
