Defines `spack.package_api_version` and `spack.min_package_api_version`
as tuples (major, minor).
This defines resp. the current Package API version implemented by this version
of Spack and the minimal Package API version it is backwards compatible with.
Repositories can optionally define:
```yaml
repo:
namespace: my_repo
api: v1.2
```
which indicates they are compatible with versions of Spack that implement
Package API `>= 1.2` and `< 2.0`. When the `api` key is omitted, the default
`v1.0` is assumed.
* Adding ability for repo paths from a manifest file to be expanded when creating an environment.
A unit test was added to check that an environment variable will be expanded.
Also, a bug was fixed in the expansion of develop paths where if an environment variable
was in the path that then produced an absolute path the path would not be extended.
* Fixing new unit test for env repo var substitution
* Adding ability for repo paths from a manifest file to be expanded when creating an environment.
A unit test was added to check that an environment variable will be expanded.
Also, a bug was fixed in the expansion of develop paths where if an environment variable
was in the path that then produced an absolute path the path would not be extended.
* Messed up resolving last rebase
On Windows, libraries search their directory for dependencies, and
we help libraries in Spack-built packages locate their dependencies
by symlinking them into the dependent's directory (we refer to this
as simulated RPATHing).
We extend the convenience functionality here to support base library
directories outside of the package prefix: this is primarily for
running tests in the build directory (which is not located inside
of the final install prefix chosen by spack).
Python was removed from being a build tool in #46980, due to issues
when reusing specs. This PR adds a new rule to match the interpreter
among different Python packages, in clingo.
It also adds a bunch of new "build-tools", so that specs like:
```
py-matplotlib backend=tkagg
```
can be concretized in one go.
Modifications:
- [x] Make `py-matplotlib backend=tkagg` concretizable
- [x] Add unit-tests to ensure situations like in #46980 do not happen
---------
Signed-off-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
Currently, the custom config scopes are pushed at the top when constructing
configuration, and are demoted whenever a context manager activating an
environment is used - see #48414 for details. Workflows that rely on the order
in the [docs](https://spack.readthedocs.io/en/latest/configuration.html#custom-scopes)
are thus fragile, and may break
This PR allows to assign priorities to scopes, and ensures that scopes of lower priorities
are always "below" scopes of higher priorities. When scopes have the same priority,
what matters is the insertion order.
Modifications:
- [x] Add a mapping that iterates over keys according to priorities set when
adding the key/value pair
- [x] Use that mapping to allow assigning priorities to configuration scopes
- [x] Assign different priorities for different kind of scopes, to fix a bug, and
add a regression test
- [x] Simplify `Configuration` constructor
- [x] Remove `Configuration.pop_scope`
---------
Signed-off-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
All the build jobs in pipelines are apparently relying on the bug that was fixed.
The issue was not caught in the PR because generation jobs were fine, and
there was nothing to rebuild.
Reverting to fix pipelines in a new PR.
This reverts commit 3ad99d75f9.
VariantMap.concrete is unused, and would be incorrect if it were used
due to conditional variants.
Just let the Spec dictate what is concrete and what is not.
Currently, environments can end up with higher priority than `-C` custom
config scopes and `-c` command line arguments sometimes. This shouldn't
happen -- those explicit CLI scopes should override active environments.
Up to now configuration behaved like a stack, where scopes could be only be
pushed at the top. This PR allows to assign priorities to scopes, and ensures
that scopes of lower priorities are always "below" scopes of higher priorities.
When scopes have the same priority, what matters is the insertion order.
Modifications:
- [x] Add a mapping that iterates over keys according to priorities set when
adding the key/value pair
- [x] Use that mapping to allow assigning priorities to configuration scopes
- [x] Assign different priorities for different kind of scopes, to fix a bug, and
add a regression test
- [x] Simplify `Configuration` constructor
- [x] Remove `Configuration.pop_scope`
- [x] Remove `unify:false` from custom `-C` scope in pipelines
On the last modification: on `develop`, pipelines are relying on the environment
being able to override `-C` scopes, which is a bug. After this fix, we need to be
explicit about the unification strategy in each stack, and remove the blanket
`unify:false` from the highest priority scope
Signed-off-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
Currently, we have `config:shared_linking:missing_library_policy` to error
or warn when shared libraries cannot be resolved upon install.
The new `spack verify libraries` command allows users to run this post
install hook at any point in time to check whether their current
installations can resolve shared libs in rpaths.
Installing `rust@nightly` fails because the package file declares a conflict of rust versions older than `:1.64` with `gcc>=13`. However, because `nightly` is alphanumerically smaller than any actual version number, `nightly` is incorrectly detected to have a conflict with `gcc>=13` as well. Marking `nightly` as an infinity version instead solves this.
* Reproducer should decude artifact root from concrete environment
* Add documentation on the layout of the artifacts directory
* Use dag hash in the container name
* Add reproducer options to improve local testing
* --use-local-head allows running reproducer with
the current Spack HEAD commit rather than computing
a commit for the reproducer
* Add test to verify commits and recreating reproduction environment
* Add test for non-merge commit case
* ci reproduce-build: Drop overwrite option
in favor of throwing an error if the working dir is non-empty
A directory and a symlink to it under the same relative path in a
different prefix
```
/prefix1/dir/
/prefix1/dir/file
/prefix2/dir -> /prefix1/dir/
```
are not a blocker to create a view. The view structure simply looks like
this:
```
/view/dir/
/view/dir/file
```
This should be the case independently of the order in which we visit
prefixes, so we could in principle create views order independently.
Up to now, Spack was allowing all build-tools that
may appear in the DAG to have 2 max_dupes.
This is not needed in practice for most of them,
and adding them out of caution just increases
grounding and concretization time.
This PR makes the value of max_dupes configurable
per package, and sets only a few known packages to
2 max_dupes by default.
In case user needs different values, they can
tune the configuration for their use case.
On macOS, prefix_a/file and prefix_b/FILE map to the same file view/file or view/FILE.
This commit ensures that we test whether a view is created on a case insensitive filesystem and handle projection conflicts accordingly.
With this change spec["pkg"] searches only direct dependencies and transitive link/run
dependencies, ordered by depth. This avoids situations where we pick up unwanted
deps of build/test deps.
To reach those, you need to do spec["build_dep"]["pkg"] explicitly.
Co-authored-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
meson's `dependency` function often uses pkg-config to locate a dependency, and may even fall back to cmake. The former case is very common, and since packagers often forget to add the tiny pkgconfig package as a build dep, we do it for them.
