Update list of excluded variables in `from_sourcing_file` function to
cover all variables specific to Environment Modules or Lmod. Add
specifically variables relative to the definition of `module()`, `ml()`
and `_module_raw()` Bash functions.
Fixes#13504
Update `env.set` command and underlying `SetEnv` object to add the `raw`
boolean attribute. `raw` is optional and set to False by default. When
set to True, value format is skipped for object when generating
environment modifications.
With this change it is now possible to define environment variable
whose value contains variable reference syntax (like `{foo}` or `{}`)
that should be set as-is.
Fixes#29578
Update Tcl modulefile template to use the `depends-on` command to
autoload modules if Lmod is the current module tool.
Autoloading modules with `module load` command in Tcl modulefile does
not work well for Lmod at some extend. An attempt to unload then load
designated module is performed each time such command is encountered. It
may lead to a load storm that may not end correctly with large number of
module dependencies.
`depends-on` command should be used for Lmod instead of `module load`,
as it checks if module is already loaded, and does not attempt to reload
this module.
Lua modulefile template already uses `depends_on` command to autoload
dependencies. Thus it is already considered that to use Lmod with Spack,
it must support `depends_on` command (version 7.6+).
Environment Modules copes well with `module load` command to autoload
dependencies (version 3.2+). `depends-on` command is supported starting
version 5.1 (as an alias of `prereq-all` command) which was relased last
year.
This change introduces a test to determine if current module tool that
evaluates modulefile is Lmod. If so, autoload dependencies are defined
with `depends-on` command. Otherwise `module load` command is used.
Test is based on `LMOD_VERSION_MAJOR` environment variable, which is set
by Lmod starting version 5.1.
Fixes#36764
Update modulefile templates to append a trailing delimiter to MANPATH
environment variable, if the modulefile sets it.
With a trailing delimiter at ends of MANPATH's value, man will search
the system man pages after searching the specific paths set.
Using append-path/append_path to add this element, the module tool
ensures it is appended only once. When modulefile is unloaded, the
number of append attempt is decreased, thus the trailing delimiter is
removed only if this number equals 0.
Disclaimer: no path element should be appended to MANPATH by generated
modulefiles. It should always be prepended to ensure this variable's
value ends with the trailing delimiter.
Fixes#11355.
* Improve lib/spack/spack/test/cmd/compiler.py
* Use "tmp_path" in the "mock_executable" fixture
* Return a pathlib.Path from mock_executable
* Fix mock_executable fixture on Windows
"mock_gcc" was very similar to mock_executable, so use the latter to reduce code duplication
* Remove wrong compiler cache, fix compiler removal
fixes#37996
_CACHE_CONFIG_FILES was both unneeded and wrong, if called
subsequently with different scopes.
Here we remove that cache, and we fix an issue with compiler
removal triggered by having the same compiler spec in multiple
scopes.
In the past, Spack did not allow two different versions of the
same package within a DAG. That led to difficulties with packages
that still required Python 2 while other packages had already
switched to Python 3.
The libxcb and xcb-proto packages did not have Python 3 support
for a time. To get around this issue, Spack maintainers disabled
their dependency on an internal (i.e., Spack-provided) Python
(see #4145),forcing these packages to look for a system-provided
Python (see #7646).
This has worked for us all right, but with the arrival of our most
recent platform we seem to be missing the critical xcbgen Python
module on the system. Since most software has largely moved on to
Python 3 now, let's re-enable internal Spack dependencies for the
libxcb and xcb-proto packages.
fa7719a changed syntax for specifying exact versions, which are
required for some compiler specs (including those read as part
of parsing a Cray manifest). This fixes that and also makes a
couple other improvements to manifest parsing.
* Instantiate compiler specs with exact versions (fixes#37893)
* fix slingshot network detection (CPE 22.10+ has libcxi.so
in /usr/lib64)
* "spack external find": add arg to ignore default dir for cray
manifests
Ensure that spack compiler add/find/list and lists of concrete specs
print the compiler effectively as {compiler.name}{@compiler.version}.
Co-authored-by: Harmen Stoppels <harmenstoppels@gmail.com>
Make it clear that copy-only pipelines are not supported while still
using the deprecated ci config format. Also ensure that the deprecated
stack does not fail on spack pipelines for tags.
* Fix reporting of packageless specs as having no tests
* Add test_test_output_multiple_specs with update to simple-standalone-test (and tests)
* Refactored test status summary; added more tests or checks
MSVC compiler logic was using string parsing to extract version
from compiler spec, which was fragile. This broke in #37572, so has
been fixed and made more robust by using attribute access.
Ensure that requirements `packages:*:require:@x` and preferences `packages:*:version:[x]`
fail concretization when no version defined in the package satisfies `x`. This always holds
except for git versions -- they are defined on the fly.
Two bugs came in from #37438
1. `unify: when_possible` was broken, because of an incorrect assertion. abstract/concrete
spec pairs were compared against the results that were in the process of being computed,
rather than against the previous results.
2. `unify: true` had an ordering bug that could mix the association between abstract and
concrete specs
- [x] 1 is resolved by creating a lookup from old concrete specs to old abstract specs,
and we use that to associate the "new" concrete specs that happen to be the old
ones with their abstract specs (since those are stripped out for concretization
- [x] 2 is resolved by combining the new and old abstract as lists instead of combining
them as sets. This is important because `set() | set()` does not make any ordering
promises, even though set ordering is otherwise guaranteed in `python@3.7:`
Spack displays package code context when it shouldn't (e.g., on `FetchError`s)
and doesn't display it when it should (e.g., when errors occur in builder classes.
The line attribution can sometimes be off by one, as well.
- [x] Display package context when errors occur in a subclass of `PackageBase`
- [x] Display package context when errors occur in a subclass of `BaseBuilder`
- [x] Do not display package context when errors occur in `PackageBase`,
`BaseBuilder` or other core code that is not in a `package.py` file.
- [x] Fix off-by-one error for core code (don't subtract one from the line number *unless*
it's in an actual `package.py` file.
---------
Co-authored-by: Todd Gamblin <tgamblin@llnl.gov>
We currently throw a nasty error if you try to reuse packages from some other namespace
(e.g., OLCF), but we should be able to reuse patched local versions of builtin packages.
Right now the only obstacle to that is that we try to look up virtual info for unknown
namespaces, and we can't get the package from the repo to do that. We *can* assume that
a package with a known namespace is similar, and that its virtual provider information
is reasonably accurate, so we now do that. This isn't 100% accurate, but neither is
relying on the package itself, as it may have gone out of date.
The real solution here is virtual edge information, but this is a stopgap until we have
that.
`spec_clauses()` attempts to look up package information for concrete specs in order to
determine which virtuals they may provide. This fails for renamed/deleted dependencies
of buildcaches and installed packages.
This will eventually be fixed by #35258, which adds virtual information on edges, but we
need a workaround to make older buildcaches usable.
- [x] make an exception for renamed packages and omit their virtual constraints
- [x] add a note that this will be solved by adding virtuals to edges
The concretizer can fail with `reuse:true` if a buildcache or installation contains a
package with a dependency that has been renamed or deleted in the main repo (e.g.,
`netcdf` was refactored to `netcdf-c`, `netcdf-fortran`, etc., but there are still
binary packages with dependencies called `netcdf`).
We should still be able to install things for which we are missing `package.py` files.
`Spec.inject_patches_variant()` was failing this requirement by attempting to look up
the package class for concrete specs. This isn't needed -- we can skip it.
- [x] swap two conditions in `Spec.inject_patches_variant()`
The @= in `spack find` output adds a bit of noise. Remove it as we
did for `spack spec` and `spack concretize`.
This modifies display_specs so it actually covers other places we use that routine, as
well, e.g., `spack buildcache list`.
before:
```
-- linux-ubuntu20.04-aarch64 / gcc@=11.1.0 -----------------------
ofdlcpi libpressio@0.88.0
```
after:
```
-- linux-ubuntu20.04-aarch64 / gcc@11.1.0 -----------------------
ofdlcpi libpressio@0.88.0
```
