Fixes a bug where Spack did not generate module files of non-roots during
spack install with an active environment.
The reason being that Environment.new_installs only contained roots.
This PR:
Drops special casing of automatic module generation in post-install hooks
When `use_view`, compute environment variable modifications like always, and
applies a view projection to them afterwards, like we do for spack env activate.
This ensures we don't have to delay module generation until after the view is
created.
Fixes another bug in use_view where prefixes of dependencies would not be
projected -- previously Spack would only temporarily set the current spec's prefix.
Removes the one and only use of the post_env_write hook (but doesn't drop it to
make this backportable w/o changes)
Previously `std_args` was called on non-roots in a build context, which is redundant, and also leads to issues when `std_args` expects build deps of the `pkg` to be installed.
* Environments: fix environment config
* Don't change the lockfile manifest path
* Update activate's comments to tie the manifest to the configuration
* Add spec_list override method
* Remove type checking from 'activate' since already have built-in check
* Refactor global methods tied to the manifest to be in its class
* Restore Environment's 'env_subdir_path' and pass its config_stage_dir to EnvironmentManifestFile
* Restore global env_subdir_path for use by Environment and EnvironmentManifestFile
Currently requirements allow to express "strong preferences" and "conflicts" from
configuration using a convoluted syntax:
```yaml
packages:
zlib-ng:
require:
# conflict on %clang
- one_of: ["%clang", "@:"]
# Strong preference for +shared
- any_of: ["+shared", "@:"]
```
This PR adds syntactic sugar so that the same can be written as:
```yaml
packages:
zlib-ng:
conflict:
- "%clang"
prefer:
- "+shared"
```
Preferences written in this way are "stronger" that the ones documented at:
- https://spack.readthedocs.io/en/latest/packages_yaml.html#package-preferences
`spack install` early exit behavior was sometimes convenient, except
that it had and has bugs:
1. prior bug: we didn't mark env roots of already installed specs as
explicit in the db
2. current bug: `spack install --overwrite` is ignored
So this PR simplifies by letting the installer do its thing even if
everything is supposedly installed.
This commit ensures that CMake packages that also have Python as a build/link dep get a couple defines for the Python path so that CMake's builtin `FindPython3`, `FindPython`, `FindPythonInterp` modules can locate Python correctly.
The main problem with those CMake modules is that they first search for Python versions known at the time of release, meaning that old CMake maybe find older system Python 3.8 even though Python 3.11 comes first in `CMAKE_PREFIX_PATH` and `PATH`.
Package maintainers can opt out of this by overriding the `find_python_hints = False` attribute in the package class.
The piece of code that is removed in this PR predates environment views.
Spack would symlink build logs in `<env>/.spack-env/logs/*`, but this is
redundant because:
1. Views already add `<prefix>/.spack` (and there's logic there to avoid
clashes)
2. The code was broken anyways: it would only symlink the logs of
environment roots, not their deps, even if they were just built.
If users disable views, I'm pretty sure they're not waiting for
`.spack-env/logs` either. So, imo we can delete this code, and it was
probably overlooked in the past.
For a requirement like
```
packages:
foo:
require:
- "+debug"
```
(not `one_of:`, `any_of:`, or `spec:`)
`spack config change` would ignore the string. This was particularly evident if toggling a variant for a previously unmentioned package:
```
$ spack config change packages:foo:require:+debug
$ spack config change packages:foo:require:~debug
```
This fixes that and adds a test for it.
* Reduce the size on disk for logs
This PR does two things:
1. Store a compressed `spack-build-out.txt.gz`
2. Get rid of phase logs, as they are duplicates of
`spack-build-out.txt`
The logs are not compressed in the stage dir, so on build failure the
workflow for users is no different.
It's just that on install the logs are rarely used, and if needed, users
can easily `gzip -d` or `zgrep` them.
In the case of GCC installs, the compressed logs are <5% of the original
size, which is typically dozens of MBs.
* get rid of "backwards compat" of file names in stage dirs
Sbangs don't exist on Native Windows, and the hook is causing errors
due to the file comparison + behavior of os.rename on Windows. Skip
the hook on Windows.
Like `spack change` for specs in environments, this can e.g. replace `examplespec+debug` with `examplespec~debug` in a `require:` section.
Example behavior for a config like:
```
packages:
foo:
require:
- spec: +debug
```
* `spack config change packages:foo:require:~debug` replaces `+debug` with `~debug`
* `spack config change packages:foo:require:@1.1` adds a requirement to the list
* `spack config change packages:bar:require:~debug` adds a requirement
As observed in #40944, when using `spack config add <path>`, the `path` might
contain keys that are enclosed in quotes.
This was broken in https://github.com/spack/spack/pull/39831, which assumed that
only the value (if present, the final element of the path) would use quotes.
This preserves the primary intended behavior of #39931 (allowing ":" in values when
using `spack config add`) while also allowing quotes on keys.
This has complicated the function `process_config_path`, but:
* It is not used outside of `config.py`
* The docstring has been updated to account for this
* Created an object to formalize the DSL, added a test for that, and
refactored parsing to make use of regular expressions as well.
* Updated the parsing and also updated the `config_path_dsl` test with an explicit check.
At a higher level, split the parsing to check if something is either a key or not:
* in the first case, it is covered by a regex
* in the second, it may be a YAML value, but in that case it would have to be the last
entry of x:y:z, so in that case I attempt to use the YAML handling logic to parse it as such
Spack packages may not have a public download option, and can implement
`download_instr` to inform users how to obtain the artifacts needed to
build. `spack checksum` however did not account for this and would print
out a confusing error message when invoked on such packages ("Could not
find any remote versions").
This PR updates the error message to output the manual download instructions
if `spack checksum` is invoked on a package with `manual_download = True`.
Currently when you repeatedly create a bootstrap mirror that includes
`clingo-bootstrap@spack` you get different tarballs every time.
This is a general problem with mirroring checkouts from version control
as tarballs. I think it's best to create tarballs ourselves, since that way we
have more control over its contents.
This PR ensures normalized tarballs like we do for build caches:
- normalize file permissions (in fact that was already inspired by git, so
should be good)
- normalized file creation/modification time (timestamp 0)
- uid / guid = 0, no usernames
- normalized gzip header
- dir entries are ordered by `(is_dir, name)` where strings are not locale aware ;)
- POSIX says st_mode of symlinks is unspecified, so work around it and
force mode to `0o755`
Explicitly requested namespaces are annotated during
the setup phase, and used to retrieve the correct package
class.
An attribute for the namespace has been added for each node.
Currently, a single namespace per package is allowed
during concretization.
Add `--create` option to `env activate` to allow users to create and activate in one command.
---------
Co-authored-by: Wouter Deconinck <wdconinc@gmail.com>
Co-authored-by: Tamara Dahlgren <35777542+tldahlgren@users.noreply.github.com>
Co-authored-by: psakievich <psakievich@users.noreply.github.com>
* Bump the build cache layout version from 1 to 2
* Version to lists parent directories of the prefix in the tarball too, which is required from some container runtimes
* Move in vs. satisfies to a note and mention special cases of in
* Address feedback: oveoverlap -> intersect
* Re-word the satisfies versus in note.
---------
Co-authored-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
This fixes an issue where pkg.stage throws because a patch cannot be found,
but the patch is redundant because the spec is reused from a build cache and
will be installed from existing binaries.
Part 4 of reworking all package metadata to key by `when` conditions.
Changes conflict dictionary structure from this:
{ provided_spec: {when_spec, ...} }
to this:
{ when_spec: {provided_spec, ...} }
`make_when_spec()` was being used in the solver, but it has semantics that are specific
to parsing when specs from `package.py`. In particular, it returns `None` when the
`when` spec is `False`, and directives are responsible for ignoring that case and not
adding requirements, deps, etc. when there's an actual `False` passed in from
`package.py`.
In `asp.py`, we know that there won't ever be a raw boolean when spec or constraint, so
we know we can parse them without any of the special boolean handling. However, we
should report where in the file the error happened on error, so this adds some parsing
logic to extract the `mark` from YAML and alert the user where the bad parse is.
- [x] refactor `config.py` so that basic `spack_yaml` mark info is in its own method
- [x] refactor `asp.py` so that it uses the smarter YAML parsing routine
- [x] refactor `asp.py` so that YAML input validation for requirements is done up front
Part 3 of reworking all package metadata to key by `when` conditions.
Changes conflict dictionary structure from this:
{ (requirement_spec, ...): [(when_spec, policy, msg)] }
to this:
{ when_spec: [((requirement_spec, ...), policy, msg), ...] }
Part 2 of reworking all package metadata to key by `when` conditions.
Changes conflict dictionary structure from this:
{ conflict_spec: [(when_spec, msg), ...] }
to this:
{ when_spec: [(conflict_spec, msg), ...] }
Also attempts to consistently name the variables used to iterate over conflict
dictionaries.
Part 1 of making all package metadata indexed by `when` condition. This
will allow us to handle all the dictionaries on `PackageBase` consistently.
Convert the current dependency dictionary structure from this:
{ name: { when_spec: [Dependency ...] } }
to this:
{ when_spec: { name: [Dependency ...] } }
On an M1 mac, this actually shaves 5% off the time it takes to load all
packages, I think because we're able to trade off lookups by spec key
for more lookups by name.
Needed for #40326, which can changes the iteration order over package dependencies during concretization.
While clingo doesn't have this problem, the original concretizer (which we still use for bootstrapping) can be sensitive to iteration order when evaluating dependency constraints in `when` conditions. This can cause it to ignore conditional dependencies unless the dependencies in the condition are listed first in the package.
The issue was in the way the original concretizer would disconnect specs *every* time `normalize()` ran. When specs were disconnected, `^dependency` constraints wouldn't see the dependency in the dependency condition loop.
We now only only disconnect *all* dependencies at the start of `concretize()` and `normalize()`, and we disconnect any leftover dependents from replaced externals at the *end* of `normalize()`. This trims stale connections while keeping the ones that are needed to trigger dependency conditions.
- [x] refactor `flat_dependencies()` to not disconnect the spec by default.
- [x] `flat_dependencies()` is never called with `copy=True` -- remove the `copy` kwarg.
- [x] disconnect only once at the beginning of `normalize()` or `concretize()`.
- [x] add a test that perturbs dependency iteration order to ensure this doesn't regress.
- [x] disconnect unused dependents at end of `normalize()`
This adds options to `spack list` that allow you to list only packages from specific
repositories/namespaces, e.g.:
```console
spack list -r builtin
```
only lists packages from the `builtin` repo, while:
```console
spack list -r myrepo -r myrepo2
```
would list packages from `myrepo` and `myrepo2`, but not from `builtin`. Note that you
can use the same argument multiple times.
You can use either `-r` / `--repo` or `-N` / `--namespace`. `-N` is there to match the
corresponding option on `spack find`.
- [x] add `-r` / `--repo` / `-N` / `--namespace` argument
- [x] add test
This method is vestigial; the only arg we ever used was `ignore=`, and that was
eliminated in #29317 and #35588.
The `kwargs` field of the extensions dictionary is actually completely unused now. Add a
note for future removal.
Literal compiler config in `test_requires_directive` specifically lists `target:
x86_64`, but it doesn't need to, and the unnecessary target makes the test fail on
non-`x86_64` machines.
- [x] Remove target from config yaml in `test_requires_directive`
* shell: fix zsh color formatting for PS1 in environments
The `colorize` function in `llnl.util.tty.color` only applies proper formatting for Bash
ANSI and for console output, but this is not what zsh expects for environment variables.
In particular, when using `zsh`, `spack env activate -p` produces a `PS1` prompt that
looks like this:
```
\[\033[0;92m\][ENVIRONMENT]\[\033[0m\]
```
For zsh the formatting should be:
```
\e[0;92m[ENVIRONMENT]\e0;m
```
- [x] Add a `zsh` option to `colorize()` to enable zsh color formatting
- [x] Add conditional to choose the right `PS1` for `zsh`, `bash`, and `sh`
- [x] Don't use color escapes for `sh`, as they don't print properly
* convert lots of += lines to triple quotes
Add a "checked_by" field to the `license()` directive so that we can track who verified
the license for a project. also check the license of 18 or so projects and mark them
checked.
This adds a few options to `spack gc`.
One to give you a little more control over dependencies:
* `-b` / `--keep-build-dependencies`: By default, `spack gc` considers build dependencies to be "no longer needed" once their dependents are installed. With this option, we'll keep build dependencies of needed installations as well.
And two more to make working with environments easier:
* `-E` / `--except-any-environment`: Garbage collect anything NOT needed by an environment. `spack gc -E` and `spack gc -bE` are now easy ways to get rid of everytihng not used by some environment.
* `-e` / `--except-environment` `ENV`: Instead of considering all environments, garbage collect everything not needed by a *specific* environment. Note that you can use this with `-E` to add directory environments to the list of considered envs, e.g.:
spack gc -E -e /path/to/direnv1 -e /path/to/direnv2 #...
- [x] rework `unused_specs()` method on DB to add options for roots and deptypes
- [x] add `all_hashes()` method on DB
- [x] rework `spack gc` command to add 3 more options
- [x] tests
To work properly, Spack requires a few directories from its repository to be added to
`sys.path`. Previously these were buried in `spack_installable.main.main()`, but it's
sometimes useful to get the paths separately, e.g., if you want to set up your own
functioning spack environment.
With this change, adding the paths is much simpler:
```python
import spack_installable
sys.path[:0] = get_spack_sys_paths(spack_prefix)
```
- [x] Add `get_spack_sys_paths()` method with extra paths in order.
- [x] Refactor `spack_installable.main.main()` to use it.
With an improper/incomplete/broken installation of Clingo, it can be
importable but not have any of the expected attributes
Improve error reporting in this case
* Restore PackageBase class, and modify only ASP
This prevents a noticeable slowdown in concretization
due to the number of directives involved.
* Fix issue with 'clang' being preferred to 'gcc',
due to runtime version weights
* Constraints on runtimes are declared by compilers
The declaration of available runtime versions, and of
their compatibility constraints are in the associated
compiler class.
Co-authored-by: Harmen Stoppels <harmenstoppels@gmail.com>
The gcc-runtime package adds a separate node for gcc's dynamic runtime
libraries.
This should help with:
1. binary caches where rpaths for compiler support libs cannot be
relocated because the compiler is missing on the target system
2. creating "minimal" container images
The package is versioned like `gcc` (in principle it could be
unversioned, but Spack doesn't always guarantee not mixing compilers)
If you are calling Spack from the python API, you might have written something like this
before #41529:
```
find = SpackCommand("find")
find('--format={name}', 'saxpy@1.0.0', '+rocm', 'amdgpu_target="gfx90a"')
```
But with the breaking change in #41529, you should write:
```
find = SpackCommand("find")
find('--format={name}', 'gromacs', '+rocm', 'amdgpu_target=gfx90a')
```
Note that we don't need quotes in Python strings, and that this is what would come in
via argv if you typed a quoted variant on the CLI.
The error messages for strings like this are not great -- you get something like this:
```
==> No package matches the query: gromacs+rocm amdgpu_target="gfx90a"
```
Which doesn't indicate that the issue might be your quoting. This is because we were
simply outputting the argv we got, instead of using spec.format() to output the error
message. This PR fixes such errors to use `spec.format()` and to look like this:
```
==> No package matches the query: gromacs+rocm amdgpu_target='"gfx90a"'
```
So users should have an easier time understanding that Spack considers the variant value
to contain quotes here.
- [x] update ConstraintAction to store parsed Specs
- [x] refactor commands to display formatted parsed Specs instead of raw input
Users expect that changes to the externals sections in packages.yaml config apply immediately, but reuse concretization caused this not to be the case. With this commit, the concretizer is only allowed to reuse externals previously imported from config if identical config exists.
This PR adds a flag `--tag/-t` to `buildcache push`, which you can use like
```
$ spack mirror add my-oci-registry oci://example.com/hello/world
$ spack -e my_env buildcache push --base-image ubuntu:22.04 --tag my_custom_tag my-oci-registry
```
and lets users ship a full, installed environment as a minimal container image where each image layer is one Spack package, on top of a base image of choice. The image can then be used as
```
$ docker run -it --rm example.com/hello/world:my_custom_tag
```
Apart from environments, users can also pick arbitrary installed spec from their database, for instance:
```
$ spack buildcache push --base-image ubuntu:22.04 --tag some_specs my-oci-registry gcc@12 cmake
$ docker run -it --rm example.com/hello/world:some_specs
```
It has many advantages over `spack containerize`:
1. No external tools required (`docker`, `buildah`, ...)
2. Creates images from locally installed Spack packages (No need to rebuild inside `docker build`, where troubleshooting build failures is notoriously hard)
3. No need for multistage builds (Spack just tarballs existing installations of runtime deps)
4. Reduced storage size / composability: when pushing multiple environments with common specs, container image layers are shared.
5. Automatic build cache: later `spack install` of the env elsewhere speeds up since the containerized environment is a build cache
* add trim function to `Spec` and `--ignore` option to 'spack diff'
Allows user to compare two specs while ignoring the sub-DAG of a particular dependency, e.g.
spack diff --ignore=mpi --ignore=zlib trilinos/abcdef trilinos/fedcba
to focus on differences closer to the root of the software stack
Sometimes env variables computed in `setup_run_environment` depend on tests
w.r.t. files in `spec.prefix`, but Spack temporarily projects `spec.prefix` to
the view.
This is problematic for two reasons:
1. Some packages iterate over `<prefix>/bin`: they expect only the current
package's executables, but find all linked in the view, leading to false
positives.
2. Some packages test for `os.path.islink(...)`, which is always true in a view
`gcc` is an example that does both.
This PR lets Spack compute the environment modifications using the original
prefix, and projects to the view afterwards
Currently, a virtual spec is composed of just a name and a version. When a virtual spec contains other components, such as variants, Spack won't emit warnings or errors but will silently drop them - which is unexpected by users.
This PR changes the default behavior of `spack config get` and `spack config blame`
to print a flattened version of the entire spack configuration, including any active
environment, if the commands are invoked with no section arguments.
The new behavior is used in Gitlab CI to help debug CI configuration, but it can also
be useful when asking for more information in issues, or when simply debugging Spack.
Convert the 'develop' section of an environment to a dedicated configuration section.
This means for example that instead of having to define `develop` specs in the
`spack.yaml`, the environment can `include:` another `develop.yaml` configuration
which specifies which specs should be developed in the environment.
This change is not expected to be disruptive given that existing environment `spack.yaml`
files will conform to the new schema.
(Update 11/28/2023) I have implemented the `develop`/`undevelop` commands in terms
of more-generic modification functions added to the `config` module: `change_or_add`
and `update_all`. It is assumed that the semantics added here (described in 11/18 update)
would be desirable to extend to other config update actions (e.g. adding compilers,
changing package requirements, adding mirrors).
(Update 11/18/2023) I have updated this such that `spack develop`, and
`spack undevelop` to potentially modify all writable scopes, like
https://github.com/spack/spack/pull/41147. https://github.com/spack/spack/pull/35307
will be useful for modifying included scopes, but generally speaking specifying a
`--scope` will not be required for `spack develop`: `spack develop` will add new
develop specs to whatever scope already has develop specs defined, or to the
highest-priority writable scope (which should be the env scope).
TODOs:
- [x] If you `spack undevelop` a package which is mentioned at multiple layers of
configuration, then currently this would only modify one of them. That's not
technically a new issue (has always existed for configuration modification), but
may be confusing to users when presented via an interface other than `spack config set`
- [x] Need to add (or confirm) the ability to modify individual config files by providing
a path (rather than using a scope identifier as a key to retrieve associated config).
- [x] `spack develop` adds new develop specs to the scope that defines them
(potentially skipping higher priority scopes to e.g. augment included scope files)
---------
Co-authored-by: scheibelp <scheibelp@users.noreply.github.com>
Co-authored-by: Todd Gamblin <tgamblin@llnl.gov>
This PR does several things:
- [x] Allow any character to appear in the quoted values of variants and flags.
- [x] Allow easier passing of quoted flags on the command line, e.g. `cflags="-O2 -g"`.
- [x] Handle quoting better in spec output, using single quotes around double
quotes and vice versa.
- [x] Disallow spaces around `=` and `==` when parsing variants and flags.
## Motivation
This PR is motivated by the issues above and by ORNL's
[tips for launching at scale on Frontier](https://docs.olcf.ornl.gov/systems/frontier_user_guide.html#tips-for-launching-at-scale).
ORNL recommends using `sbcast --send-libs` to broadcast executables and their
libraries to compute nodes when running large jobs (e.g., 80k ranks). For an
executable named `exe`, `sbcast --send-libs` stores the needed libraries in a
directory alongside the executable called `exe_libs`. ORNL recommends pointing
`LD_LIBRARY_PATH` at that directory so that `exe` will find the local libraries and
not overwhelm the filesystem.
There are other ways to mitigate this problem:
* You could build with `RUNPATH` using `spack config add config:shared_linking:type:runpath`,
which would make `LD_LIBRARY_PATH` take precedence over Spack's `RUNPATHs`.
I don't recommend this one because `RUNPATH` can cause many other things to go wrong.
* You could use `spack config add config:shared_linking:bind:true`, added in #31948, which
will greatly reduce the filesystem load for large jobs by pointing `DT_NEEDED` entries in
ELF *directly* at the needed `.so` files instead of relying on `RPATH` search via soname.
I have not experimented with this at 80,000 ranks, but it should help quite a bit.
* You could use [Spindle](https://github.com/hpc/Spindle) (as LLNL does on its machines)
which should transparently fix this without any changes to your executable and without
any need to use `sbcast` or other tools.
But we want to support the `sbcast` use case as well.
## `sbcast` and Spack
Spack's `RPATHs` break the `sbcast` fix because they're considered with higher precedence
than `LD_LIBRARY_PATH`. So Spack applications will still end up hitting the shared filesystem
when searching for libraries. We can avoid this by injecting some `ldflags` in to the build, e.g.,
if were were going to launch, say, `LAMMPS` at scale, we could add another `RPATH`
specifically for use with `sbcast`:
spack install lammps ldflags='-Wl,-rpath=$ORIGIN/lmp_libs'
This will put the `lmp_libs` directory alongside `LAMMPS`'s `lmp` executable first in the
`RPATH`, so it will be searched before any directories on the shared filesystem.
## Issues with quoting
Before this PR, the command above would've errored out for two reasons:
1. `$` wasn't an allowed character in our spec parser.
2. You would've had to double quote the flags to get them to pass through correctly:
spack install lammps ldflags='"-Wl,-rpath=$ORIGIN/lmp_libs"'
This is ugly and I don't think many users will easily figure it out. The behavior was added in
#29282, and it improved parsing of specs passed as a single string, e.g.:
spack install 'lammps ldflags="-Wl,-rpath=$ORIGIN/lmp_libs"'
but a lot of users are naturally going to try to quote arguments *directly* on the command
line, without quoting their entire spec. #29282 used a heuristic to detect unquoted flags
and warn the user, but the warning could be confusing. In particular, if you wrote
`cflags="-O2 -g"` on the command line, it would break the flags up, warn, and tell you
that you could fix the issue by writing `cflags="-O2 -g"` even though you just wrote
that. It's telling you to *quote* that value, but the user has to know to double quote.
## New heuristic for quoted arguments from the CLI
There are only two places where we allow arbitrary quoted strings in specs: flags and
variant values, so this PR adds a simpler heuristic to the CLI parser: if an argument in
`sys.argv` starts with `name=...`, then we assume the whole argument is quoted.
This means you can write:
spack install bzip2 cflags="-O2 -g"
directly on the command line, without multiple levels of quoting. This also works:
spack install 'bzip2 cflags="-O2 -g"'
The only place where this heuristic runs into ambiguity is if you attempt to pass
anonymous specs that start with `name=...` as one large string. e.g., this will be
interpreted as one large flag value:
spack find 'cflags="-O2 -g" ~bar +baz'
This sets `cflags` to `"-O2 -g" ~bar +baz`, which is likely not what you wanted. You
can fix this easily by either removing the quotes:
spack find cflags="-O2 -g" ~bar +baz
Or by adding a space at the start, which has the same effect:
spack find ' cflags="-O2 -g" ~bar +baz'
You may wonder why we don't just look for quotes inside of flag arguments, and the
reason is that you *might* want them there. If you are passing arguments like:
spack install zlib cppflags="-D DEBUG_MSG1='quick fox' -D DEBUG_MSG2='lazy dog'"
You *need* the quotes there. So we've opted for one potentially confusing, but easily
fixed outcome vs. limiting what you can put in your quoted strings.
## Quotes in formatted spec output
In addition to being more lenient about characters accepted in quoted strings, this PR fixes
up spec formatting a bit. We now format quoted strings in specs with single quotes, unless
the string has a single quote in it, in which case we JSON-escape the string (i.e., we add
`\` before `"` and `\`).
zlib cflags='-D FOO="bar"'
zlib cflags="-D FOO='bar'"
zlib cflags="-D FOO='bar' BAR=\"baz\""
MySQL was performing a core API call to `Spec.flat_dependencies`
when setting up the build environment. This function is an
implementation detail of the old concretizer, where multiple nodes
from the same package are not allowed.
This PR uses a more idiomatic way to check if "python" is
in the DAG.
For reference, see #11356 to check why the call was introduced.
* initial commit for rocm-5.7.0 and 5.7.1 releases
* bump up ther version for 5.7.0 and 5.7.1 releases
* update recipes to support 5.7.0 and 5.7.1 releases
* bump up the version for ROCm 5.7.0 and ROCm-5.7.1 releases
* bump up the version for composable-kernel amd miopen-hip
* fix style errors
* fix style errors in hip etc
* renaming composable-kernel recipe
* changes for composable_kernel
* Revert "renaming composable-kernel recipe"
This reverts commit 0cf6c6debfc7b12014f514af26144132ae187e71.
* Revert "changes for composable_kernel"
This reverts commit 05272a10a79cc14dc9c1afbda8fa4de87ea672ad.
* bump up the version for hiprand
* using the checksum for hiprand-5.7.1
* bump up the version for 5.7.0 and 5.7.1 releases
* fix style errors
* fix merge conflicts with the develop.
* temp workaround for the error seen with rocm-5.7.0 when trying
to generate the dependency file for runtime/legion/legion_redop.cu
* fix build issue(work around) with legion
* add patch for migraphx package to turn off ck
* update to hip recipe
* fix hip-path detection inside llvm clang driver
* update llvm-amdgpu and rocm-validation-suite recipes
* fix style errors
* bump up the version for amdsmi for rocm-5.7.0 release
* add support for gfx941,gfx942 for rocm-5.7.0 release onwards
* revert changes to rocm.py file
* added gfx941 and gfx942 to rocm.py and add the gfx942 to kokkos and new checksum
the new version seem to support gfx942
* bump up the version for rccl for 5.7.1
* update the patch for rocm-openmp-extras for 5.7.0
* update mivisionx recipe for 5.7.0 release
* add new dependencies for rocfft tests
* port the fix for avx build, the start address of values_ buffer in KernelParameters is not
correct as it is computed based on 16-byte alignment
* set HIP_PATH=ROCM_PATH for 5.7.0 onwards
* address review comments
* revert adding xnack- and xnack+ to gfx940,gfx941,gfx942 as the prechecks were failing
* Add `signed` property to mirror config
* make unsigned a tri-state: true/false overrides mirror config, none takes mirror config
* test commands
* Document this
* add a test
Fix filer_compiler_wrapper for cases where the compiler returned in None, this happens on some installed gcc systems that do not have fortran built into them as standard, e.g. gcc@11.4.0 on ubuntu 22.04
Before (hard to read, doesn't fit on small terminals):
:
```console
-I, --install-status show install status of packages
packages can be: installed [+], missing and needed by an installed package [-], installed in an upstream instance [^], or not installed (no annotation)
```
After (fits in 80 columns):
```console
-I, --install-status show install status of packages
[+] installed [^] installed in an upstream
- not installed [-] missing dep of installed package
```
* Fix cdash reporter time stamps (#38818).
The cdash reporter is created before packages are installed so save the
starttime then instead of the endtime.
* Use endtime instead of starttime for the endtime of update
---------
Co-authored-by: Tamara Dahlgren <dahlgren1@llnl.gov>
- we don't have a fallback if make is not installed
- we assume file system locking works
- we don't verify that make is gnu make (bootstrapping fails on FreeBSD as a result)
- there are some weird race conditions in writing spack.yaml on concurrent spack install
- the view is updated after every package install instead of post environment install.
Forbid nested dependencies in depends_on declarations, by running an audit in CI.
Fix the packages not passing the new audit:
- amd-aocl
- exago
- palace
- shapemapper
- xsdk-examples
ginkgo: add a commit sha to v1.5.0.glu_experimental
This was missed while backporting the new `spack info` command from #40326.
Variants should be sorted by name when invoking `spack info --variants-by-name`.
This looks to me like the best compromise regarding externals in a
build cache. I wouldn't want `spack install` on my machine to install
specs that were marked external on another. At the same time there are
centers that control the target systems on which spack is used, and
would want to use external in buildcaches.
As a solution, reuse concretization will now consider those externals
used in buildcaches that match a locally configured external in
packages.yaml.
So for example person A installs and pushes specs with this config:
```yaml
packages:
ncurses:
externals:
- spec: ncurses@6.0.12345 +feature
prefix: /usr
```
and person B concretizes and installs using that buildcache with the
following config:
```yaml
packages:
ncurses:
externals:
- spec: ncurses@6
prefix: /usr
```
the spec will be reused (or rather, will be considered for reuse...)
* solver: use a unique counter for condition, triggers and effects
* Do not reset counters when re-running setup
What we need is just a unique ID, it doesn't need
to start from zero every time.
* oneapi 2024.0.0 release
* oneapi v2 directory support and some cleanups
* sycl abi change requires 2024 compilers for packages that use sycl
---------
Co-authored-by: Robert Cohn <robert.s.cohn@intel.com>
PR #40929 reverted the argument parsing to make `spack --verbose
install` work again. It looks like `--verbose` is the only instance
where this kind of argument inheritance is used since all other commands
override arguments with the same name instead. For instance, `spack
--bootstrap clean` does not invoke `spack clean --bootstrap`.
Therefore, fix multi-line aliases again by parsing the resolved
arguments and instead explicitly pass down `args.verbose` to commands.
This commit discards type mismatches or failures to validate a package preference during concretization. The values discarded are logged as debug level messages. It also adds a config audit to help users spot misconfigurations in packages.yaml preferences.
This roughly restores the order of operation from Spack 0.20,
where where `AutotoolsPackage.setup_build_environment` would
override the env variable set in `setup_platform_environment` on
macOS.
When improving the error message, we started #showing in the
answer set a lot more symbols - but we forgot to suppress the
debug messages warning about UNKNOWN SYMBOLs
* Permit packages that depend on Intel oneAPI packages to access sdk
* Implement and use IntelOneapiLibraryPackageWithSdk
* Restore libs property to IntelOneapiLibraryPackage
* Conform to style
* Provide new class to infrastructure
* Treat sdk/include as the main include
Improves the warning for deprecated preferences, and adds a configuration
audit to get files:lines details of the issues.
Co-authored-by: Tamara Dahlgren <35777542+tldahlgren@users.noreply.github.com>
Tests didn't cover the new `--variants-by-name` parameter in #40998.
Add some parameterization to hit that.
This changeset makes me think that the main section-printing loop in `spack info` isn't
factored so well. It makes it difficult to pass different arguments to different helper
functions. I could break it out into if statements if folks think that would be cleaner.
We have two ways to concretize now:
* `spack concretize` concretizes only the root specs that are not concrete in the environment.
* `spack concretize -f` eliminates all cached concretization data and reconcretizes the *entire* environment.
This PR adds `spack deconcretize`, which eliminates cached concretization data for a spec. This allows
users greater control over what is preserved from their `spack.lock` file and what is reused when not
using `spack concretize -f`. If you want to update a spec installed in your environment, you can call
`spack deconcretize` on it, and that spec and any relevant dependents will be removed from the lock file.
`spack concretize` has two options:
* `--root`: limits deconcretized specs to *specific* roots in the environment. You can use this to
deconcretize exactly one root in a `unify: false` environment. i.e., if `foo` root is a dependent
of `bar`, both roots, `spack deconcretize bar` will *not* deconcretize `foo`.
* `--all`: deconcretize *all* specs that match the input spec. By default `spack deconcretize`
will complain about multiple matches, like `spack uninstall`.
The ^mkl pattern was used to refer to three packages
even though none of software using it was depending
on "mkl".
This pattern, which follows Hyrum's law, is now being
removed in favor of a more explicit one.
In this PR gromacs, abinit, lammps, and quantum-espresso
are modified.
Intel packages are also modified to provide "lapack"
and "blas" together.
And improve the error message (load vs unload).
Of course you could have some uninstalled dependency too, but as long as
it doesn't implement `setup_run_environment` etc, I don't think it hurts
to attempt to load the root anyways, given that failure to do so is a
warning, not a fatal error.
This changes variant display to use a much more legible format, and to use screen space
much better (particularly on narrow terminals). It also adds color the variant display
to match other parts of `spack info`.
Descriptions and variant value lists that were frequently squished into a tiny column
before now have closer to the full terminal width.
This change also preserves any whitespace formatting present in `package.py`, so package
maintainers can make easer-to-read descriptions of variant values if they want. For
example, `gasnet` has had a nice description of the `conduits` variant for a while, but
it was wrapped and made illegible by `spack info`. That is now fixed and the original
newlines are kept.
Conditional variants are grouped by their when clauses by default, but if you do not
like the grouping, you can display all the variants in order with `--variants-by-name`.
I'm not sure when people will prefer this, but it makes it easier to tell that a
particular variant is/isn't there. I do think grouping by `when` is the better default.
This commit improves forward compatibility of Spack with newer build cache metadata formats.
Before this commit, invalid or unrecognized metadata would be fatal errors, now they just cause
a mirror to be skipped.
Co-authored-by: Harmen Stoppels <me@harmenstoppels.nl>
Before this PR, variant were not propagated to leaf nodes that could accept
the propagated value, if some intermediate node couldn't accept it.
This PR fixes that issue by marking nodes as "candidate" for propagation
and by setting the variant only if it can be accepted by the node.
Co-authored-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
Modify the packages.yaml schema so that soft-preferences on targets,
compilers and providers can only be specified under the "all" attribute.
This makes them effectively global preferences.
Version preferences instead can only be specified under a package
specific section.
If a preference attribute is found in a section where it should
not be, it will be ignored and a warning is printed to screen.
Most queries will end up calling `spec.satisfies(query)` on everything in the DB, which
will cause Spack to ask whether the query spec is virtual if its name doesn't match the
target spec's. This can be expensive, because it can cause Spack to check if any new
virtuals showed up in *all* the packages it knows about. That can currently trigger
thousands of `stat()` calls.
We can avoid the virtual check for most successful queries if we consider that if there
*is* a match by name, the query spec *can't* be virtual. This PR adds an optimization to
the query loop to save any comparisons that would trigger a virtual check for last.
- [x] Add a `deferred` list to the `query()` loop.
- [x] First run through the `query()` loop *only* checks for name matches.
- [x] Query loop now returns early if there's a name match, skipping most `satisfies()` calls.
- [x] Second run through the `deferred()` list only runs if query spec is virtual.
- [x] Fix up handling of concrete specs.
- [x] Add test for querying virtuals in DB.
- [x] Avoid allocating deferred if not necessary.
---------
Co-authored-by: Harmen Stoppels <me@harmenstoppels.nl>
Currently there's some hacky logic in the AppleClang compiler that makes
it also accept `gfortran` as a fortran compiler if `flang` is not found.
This is guarded by `if sys.platform` checks s.t. it only applies to
Darwin.
But on Linux the feature of detecting mixed toolchains is highly
requested too, cause it's rather annoying to run into a failed build of
`openblas` after dozens of minutes of compiling its dependencies, just
because clang doesn't have a fortran compiler.
In particular in CI where the system compilers may change during system
updates, it's typically impossible to fix compilers in a hand-written
compilers.yaml config file: the config will almost certainly be outdated
sooner or later, and maintaining one config file per target machine and
writing logic to select the correct config is rather undesirable too.
---
This PR introduces a flag `spack compiler find --mixed-toolchain` that
fills out missing `fc` and `f77` entries in `clang` / `apple-clang` by
picking the best matching `gcc`.
It is enabled by default on macOS, but not on Linux, matching current
behavior of `spack compiler find`.
The "best matching gcc" logic and compiler path updates are identical to
how compiler path dictionaries are currently flattened "horizontally"
(per compiler id). This just adds logic to do the same "vertically"
(across different compiler ids).
So, with this change on Ubuntu 22.04:
```
$ spack compiler find --mixed-toolchain
==> Added 6 new compilers to /home/harmen/.spack/linux/compilers.yaml
gcc@13.1.0 gcc@12.3.0 gcc@11.4.0 gcc@10.5.0 clang@16.0.0 clang@15.0.7
==> Compilers are defined in the following files:
/home/harmen/.spack/linux/compilers.yaml
```
you finally get:
```
compilers:
- compiler:
spec: clang@=15.0.7
paths:
cc: /usr/bin/clang
cxx: /usr/bin/clang++
f77: /usr/bin/gfortran
fc: /usr/bin/gfortran
flags: {}
operating_system: ubuntu23.04
target: x86_64
modules: []
environment: {}
extra_rpaths: []
- compiler:
spec: clang@=16.0.0
paths:
cc: /usr/bin/clang-16
cxx: /usr/bin/clang++-16
f77: /usr/bin/gfortran
fc: /usr/bin/gfortran
flags: {}
operating_system: ubuntu23.04
target: x86_64
modules: []
environment: {}
extra_rpaths: []
```
The "best gcc" is automatically default system gcc, since it has no
suffixes / prefixes.
Add a new config section: `config:aliases`, which is a dictionary mapping aliases
to commands.
For instance:
```yaml
config:
aliases:
sp: spec -I
```
will define a new command `sp` that will execute `spec` with the `-I`
argument.
Aliases cannot override existing commands, and this is ensured with a test.
We cannot currently alias subcommands. Spack will warn about any aliases
containing a space, but will not error, which leaves room for subcommand
aliases in the future.
---------
Co-authored-by: Todd Gamblin <tgamblin@llnl.gov>
* Test that setup_run_environment changes to CC/CXX/FC/F77 are dropped in build env
* compilers set in run env shouldn't impact build
Adds `drop` to EnvironmentModifications courtesy of @haampie, and uses
it to clear modifications of CC, CXX, F77 and FC made by
`setup_{,dependent_}run_environment` routines when producing an
environment in BUILD context.
* comment / style
* comment
---------
Co-authored-by: Tom Scogland <scogland1@llnl.gov>
This adds a rather trivial context manager that lets you deduplicate repeated
arguments in directives, e.g.
```python
depends_on("py-x@1", when="@1", type=("build", "run"))
depends_on("py-x@2", when="@2", type=("build", "run"))
depends_on("py-x@3", when="@3", type=("build", "run"))
depends_on("py-x@4", when="@4", type=("build", "run"))
```
can be condensed to
```python
with default_args(type=("build", "run")):
depends_on("py-x@1", when="@1")
depends_on("py-x@2", when="@2")
depends_on("py-x@3", when="@3")
depends_on("py-x@4", when="@4")
```
The advantage is it's clear for humans, the downside it's less clear for type checkers due to type erasure.
Create chains of causation for error messages.
The current implementation is only completed for some of the many errors presented by the concretizer. The rest will need to be filled out over time, but this demonstrates the capability.
The basic idea is to associate conditions in the solver with one another in causal relationships, and to associate errors with the proximate causes of their facts in the condition graph. Then we can construct causal trees to explain errors, which will hopefully present users with useful information to avoid the error or report issues.
Technically, this is implemented as a secondary solve. The concretizer computes the optimal model, and if the optimal model contains an error, then a secondary solve computes causation information about the error(s) in the concretizer output.
Examples:
$ spack solve hdf5 ^cmake@3.0.1
==> Error: concretization failed for the following reasons:
1. Cannot satisfy 'cmake@3.0.1'
2. Cannot satisfy 'cmake@3.0.1'
required because hdf5 ^cmake@3.0.1 requested from CLI
3. Cannot satisfy 'cmake@3.18:' and 'cmake@3.0.1
required because hdf5 ^cmake@3.0.1 requested from CLI
required because hdf5 depends on cmake@3.18: when @1.13:
required because hdf5 ^cmake@3.0.1 requested from CLI
4. Cannot satisfy 'cmake@3.12:' and 'cmake@3.0.1
required because hdf5 depends on cmake@3.12:
required because hdf5 ^cmake@3.0.1 requested from CLI
required because hdf5 ^cmake@3.0.1 requested from CLI
$ spack spec cmake ^curl~ldap # <-- with curl configured non-buildable and an external with `+ldap`
==> Error: concretization failed for the following reasons:
1. Attempted to use external for 'curl' which does not satisfy any configured external spec
2. Attempted to build package curl which is not buildable and does not have a satisfying external
attr('variant_value', 'curl', 'ldap', 'True') is an external constraint for curl which was not satisfied
3. Attempted to build package curl which is not buildable and does not have a satisfying external
attr('variant_value', 'curl', 'gssapi', 'True') is an external constraint for curl which was not satisfied
4. Attempted to build package curl which is not buildable and does not have a satisfying external
'curl+ldap' is an external constraint for curl which was not satisfied
'curl~ldap' required
required because cmake ^curl~ldap requested from CLI
$ spack solve yambo+mpi ^hdf5~mpi
==> Error: concretization failed for the following reasons:
1. 'hdf5' required multiple values for single-valued variant 'mpi'
2. 'hdf5' required multiple values for single-valued variant 'mpi'
Requested '~mpi' and '+mpi'
required because yambo depends on hdf5+mpi when +mpi
required because yambo+mpi ^hdf5~mpi requested from CLI
required because yambo+mpi ^hdf5~mpi requested from CLI
3. 'hdf5' required multiple values for single-valued variant 'mpi'
Requested '~mpi' and '+mpi'
required because netcdf-c depends on hdf5+mpi when +mpi
required because netcdf-fortran depends on netcdf-c
required because yambo depends on netcdf-fortran
required because yambo+mpi ^hdf5~mpi requested from CLI
required because netcdf-fortran depends on netcdf-c@4.7.4: when @4.5.3:
required because yambo depends on netcdf-fortran
required because yambo+mpi ^hdf5~mpi requested from CLI
required because yambo depends on netcdf-c
required because yambo+mpi ^hdf5~mpi requested from CLI
required because yambo depends on netcdf-c+mpi when +mpi
required because yambo+mpi ^hdf5~mpi requested from CLI
required because yambo+mpi ^hdf5~mpi requested from CLI
Future work:
In addition to fleshing out the causes of other errors, I would like to find a way to associate different components of the error messages with different causes. In this example it's pretty easy to infer which part is which, but I'm not confident that will always be the case.
See the previous PR #34500 for discussion of how the condition chains are incomplete. In the future, we may need custom logic for individual attributes to associate some important choice rules with conditions such that clingo choices or other derivations can be part of the explanation.
---------
Co-authored-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
This PR implements the concept of "default environment", which doesn't have to be
created explicitly. The aim is to lower the barrier for adopting environments.
To (create and) activate the default environment, run
```
$ spack env activate
```
This mimics the behavior of
```
$ cd
```
which brings you to your home directory.
This is not a breaking change, since `spack env activate` without arguments
currently errors. It is similar to the already existing `spack env activate --temp`
command which always creates an env in a temporary directory, the difference
is that the default environment is a managed / named environment named `default`.
The name `default` is not a reserved name, it's just that `spack env activate`
creates it for you if you don't have it already.
With this change, you can get started with environments faster:
```
$ spack env activate [--prompt]
$ spack install --add x y z
```
instead of
```
$ spack env create default
==> Created environment 'default in /Users/harmenstoppels/spack/var/spack/environments/default
==> You can activate this environment with:
==> spack env activate default
$ spack env activate [--prompt] default
$ spack install --add x y z
```
Notice that Spack supports switching (but not stacking) environments, so the
parallel with `cd` is pretty clear:
```
$ spack env activate named_env
$ spack env status
==> In environment named_env
$ spack env activate
$ spack env status
==> In environment default
```
* Add command suggestions
This adds suggestions of similar commands in case users mistype a
command. Before:
```
$ spack spack
==> Error: spack is not a recognized Spack command or extension command; check with `spack commands`.
```
After:
```
$ spack spack
==> Error: spack is not a recognized Spack command or extension command; check with `spack commands`.
Did you mean one of the following commands?
spec
patch
```
* Add package name suggestions
* Remove suggestion to run spack clean -m
This PR adds support for including separate definitions from `spack.yaml`.
Supporting the inclusion of files with definitions enables user to make
curated/standardized collections of packages that can re-used by others.
Currently module globals aren't set before running
`setup_[dependent_]run_environment` to compute environment modifications
for module files. This commit fixes that.
Looking at the memory profiles of concurrent solves
for environment with unify:false, it seems memory
is only ramping up.
This exchange in the potassco mailing list:
https://sourceforge.net/p/potassco/mailman/potassco-users/thread/b55b5b8c2e8945409abb3fa3c935c27e%40lohn.at/#msg36517698
Seems to suggest that clingo doesn't release memory
until end of the application.
Since when unify:false we distribute work to processes,
here we give a maxtaskperchild=1, so we clean memory
after each solve.
Some providers must provide virtuals "together", i.e.
if they provide one virtual of a set, they must be the
providers also of the others.
There was a bug though, where we were not checking if
the other virtuals in the set were needed at all in
the DAG.
This commit fixes the bug.
