- Old test: did not attempt to actually fetch mirrored packages.
- New test:
1. Creates a temporary mirror,
2. Registers it with spack,
3. Fetches from it, and
4. Verifies that the fetched archive matches the original
- This test will hopefully mean that `spack mirror` is less brittle
from now on.
- simplify output, error, and input redirection
- `return_output=True` is now `output=str`
- `return_output=True` will still work for the time being but is
deprecated.
- previously you could say `return_output=True` and `output=<stream>`,
which wouldn't actually write to the stream. Now you actually can't
specify erroneous cases since there is only one parameter with
mutually exclusive options..
This is necessary for the NAG Fortran compiler, which prints its version message to STDERR instead of STDOUT. This message was previously being ignored, preventing spack from finding the compiler's version or automatically adding it to the compilers.yaml configuration file.
* develop: (77 commits)
Make libxcb compile with gcc 4.9.
disable parallel install for glib (found races)
disable cairo-trace, which is incompatible with older libiberty.h.
Fix LaunchMon on newer gcc versions.
Simplify output redirection in spack.util.executable
Allow completely empty config files.
Update cmake package to use http in all URLs.
Fix create, diy, edit, and repo commands to use multiple repos.
Add namespace option to find command.
Temporary fix: Clang is the default compiler on Mac OS X.
Netcdf requires cmake >=2.8.12
Mbedtls depends on cmake
Update libtool to 2.4.6
Update Julia to 0.4.3
Make binutils build on OS X
Add verbs and psm variants
py-matplotlib: depend on freetype
py-numpy: make blas/lapack optional dependencies
qhull: apply patch to work with libc++'s standard library
New package GNU tar
...
- By default inherit parent's input/output descriptor
- Only use pipes if we need to return output.
- Allows subprocesses (like emacsclient) to detect terminal correctly
- This moves var/spack/packages to var/spack/repos/builtin/packages.
- Packages that did not exist in the source branch, or were changed in
develop, were moved into var/spack/repos/builtin/packages as part of
the integration.
Conflicts:
lib/spack/spack/test/unit_install.py
var/spack/repos/builtin/packages/clang/package.py
- mirrors.yaml now uses dict order for precedence, instead of lists of
dicts.
- spack.cmd now specifies default scope for add/remove and for list
with `default_modify_scope` and `default_list_scope`.
- commands that only read or list default to all scopes (merged)
- commands that modify configs modify user scope (highest
precedence) by default
- These vars are used in setup_paraser for mirror/repo/compiler.
- Spack's argparse supports aliases now.
- added 'rm' alias for `spack [repo|compiler|mirror] remove`
This update significantly reworks the llvm and clang packages. The llvm
package now includes variants allowing it to build and install any and
all of:
* clang
* lldb
* llvm's libunwind (why, WHY did they name it this?!?)
* polly (including building it directly into the clang tools, 3.7.0 only)
* clang extra tools
* compiler-rt (sanitizers)
* clang lto (the gold linker plugin that allows same to work)
* libcxx/libcxxabi
* libopenmp, also setting the default openmp runtime to same, when
parameters happen this shoudl be an option of libomp or libgomp
Ideally, this should have rpath setup like the gcc package does, but
clang's driver has no support for specs as such, and no clearly
equivalent mechanism either. If anyone has ideas on this, they would be
welcome.
One significant note related to gcc though, if you test this on LLNL
systems, or anywhere that has multiple GCCs straddling the dwarf2
boundary and sharing a libstdc++, build a gcc with spack and use that to
build clang. If you use a gcc4.8+ to build this with an older
libstdc++ it will fail on missing unwind symbols because of the
discrepancy.
Resource handling has been changed slightly to move the unpacked archive
into the target rather than use symlinks, because symlinks break certain
kinds of relative paths, and orders resource staging such that nested
resources are unpacked after outer ones.
This solution doesn't really make me happy, but does seem to work. It
sorts the resources by the length of the string representing their
destination. Since any nested resource must contain another resource's
name in its path, it seems that should work, but there should be a
better way to do this.
This allows resources to be placed into subdirectory trees that may not
exist in the base package, and may depend on other resources to be
staged later.
- All of these work:
- `spack mirror add`
- `spack mirror remove`
- `spack mirror list`
- `spack mirror` subcommands (except create) now have their own
--scope argument.
- Mirror config is now stored sanely as an ordered list.
- `spack compiler` subcommands now take an optional --scope argument.
- no more `remove_from_config` in `config.py` -- `update` just
overwrites b/c it's easier to just call `get_config`, modify YAML
structures directly, and then call `update`.
- Implemented `spack compiler remove`.
- Configs are now parsed with `spack.util.spack_yaml.load/dump`
- Parser annotates returned data with `_start_mark` and `_end_mark`
properties, so that we can recover what lines/files they came from.
- Parser uses `OrderedDict` instead of `dict`. This will help
maintain some sanity when round-tripping config files.
