Currently we print "sha256 checksum failed for [file]. Expected X but
got Y".
This PR extends that message with file size and contents info:
"... but got Y. File size = 123456 bytes. Contents = b'abc...def'"
That way we can immediately see if the file was downloaded only
partially, or if we downloaded a text page instead of a binary, etc.
Co-authored-by: Massimiliano Culpo <massimiliano.culpo@gmail.com>
py-scipy 1.6 and older come with pre cython-ized files that
use the _PyGen_Send symbol that was removed from python 3.10.0.161,
so do not build these old versions with python 3.10.1 and later
Parts of libgcrypt should not be optimized with -O1/2/3, so it's best to
let the build system do that; the build system cannot know the compiler
wrapper would inject optimization flags
When running unit-test the test/ci.py module is leaving
garbage (help.sh, test.sh files) in the current working
directory.
This commit changes the current working directory to a
temporary path before those files are created.
* freeimage: fails to compile with c++17, use c++14
Only `opencascade` when a (non-default) variant depends on `freeimage`, which seems to have gone unmaintained. There are c++17 standard violations [[1]]( https://en.cppreference.com/w/cpp/language/except_spec) in the code, so we can at most expect c++14. Since some compilers default to c++17 (gcc-12) we need to be explicit.
* freeimage: install directly in prefix
* freeimage: fix inverted patch
* environments: don't rewrite relative view path, expand path on cli ahead of time
Currently if you have a spack.yaml that specifies a view by relative
path, Spack expands it to an absolute path on `spack -e . install` and
persists that to disk.
This is rather annoying when you have a `spack.yaml` file inside a git
repo, cause you want to use relative paths to make it relocatable, but
you constantly have to undo the changes made to spack.yaml by Spack.
So, as an alternative:
1. Always stick to paths as they are provided in spack.yaml, never
replace them with a canonicalized version
2. Turn relative paths on the command line into absolute paths before
storing to spack.yaml. This way you can do `spack env create --dir
./env --with-view ./view` and both `./env` and `./view` are resolved
to the current working dir, as expected (not `./env/view`). This
corresponds to the old behavior of `spack env create`.
* create --with-view always takes a value
All packages with explicit Windows support can be found with
`spack list --tags=windows`.
This also removes the documentation which explicitly lists
supported packages on Windows (which is currently out of date and
is now unnecessary with the added tags).
Note that if a package does not appear in this list, it *may*
still build on Windows, but it likely means that no explicit
attempt has been made to support it.
