* Creating a spack package for LLNL's LBANN (Livermore Big
Artificial Neural Network) training toolkit.
* Recipe for building LBANN toolkit. Contains limited feature set and
is optimized for building with GNU gcc and OpenBLAS.
* Removed unnecessary dependencies based on reviewers feedback.
* Added support for the int64 data type in the Elemental library. This
is required for supporting indices for large matrices.
* Added a variant to force a sequential weight matrix initialization.
This is slow, but provides an initialization that is independent of
model parallelism.
* Added a guard to prevent building Elemental with the Intel compiler
for versions that have known bugs.
* New package.py for ExM C-Utils: An initial package dependency for Swift/T
* New package turbine
* Fix package.py as requested by @adamjstewart
* New package.py for ADLB/X: A 2nd package dependency for Swift/T
* Add latest version of GNU Parallel (#3106)
* Address formatting guidelines from @adamjstewart
* WIP on new Turbine package.py
* Formatting fixes
* Complete Turbine package.py
[The fix](https://github.com/golang/go/issues/17986) for the small buglet addressed by `misc-cgo-testcshared.patch` has been merged into the tree a while back. I was surprised to see that it wasn't in 1.7.5 and did a bit of digging. It is *has not* been merged into the 1.7 branch but it *has* been merged into 1.8 (and therefor the patch will no longer be necessary).
Figured I'd document my digging for the next person to come along.
* spectrum-mpi: Add new package file for external package
IBM Spectrum MPI is a commercial implementation of MPI based on
OpenMPI. It is usually install in /opt/ibm/spectrum_mpi.
Users need to add the Spectrum MPI package in their packages.yaml
file as follows:
packages:
spectrum-mpi:
version: ['10.1.0.2']
paths:
spectrum-mpi@10.1.0.2: /opt/ibm/spectrum_mpi/
buildable: False
all:
providers:
mpi: [spectrum-mpi@10.1.0.2]
* spectrum-mpi: Added license files and removed the versions
No need for versions as the package is external.
* spectrum-mpi: Remove extraneous defines
Keep only the defines that other MPI implementation define in their
package file:
self.spec.mpicc
self.spec.mpicxx
self.spec.mpif77
self.spec.mpifc
- Fix format printing to match command line for hashes and full name formats
- Update spack graph to use new format
- Changed format string signifier for hashes from `$#` to `$/`
Update the go package to v1.7.5.
- This release no longer needs the time-test patch (it's been merged upstream).
- This release still seems to need the cgo-testcshared patch.
- Also add a comment about environment set up that I need to build it successfully on a very large server.
Tested on CentOS 7.
Modules generated by the module creation machinery currently print out
a notice that warnts the user that things are being autoloaded. In
some situations those warnings are problematic. See #2754 for
discussion.
This is a first cut at optionally disabling the warning messages:
- adds a helper tothe EnvModule base class that encapsulates the
config file variable;
- adds a method to the base class that provides a default (empty)
code fragment for generating a warning message;
- passes the warning fragment into the bit that formats the autoload
string;
- adds specialized autload_warner() methods in the tcl and lmod
subclasses;; and finally
- touches up the autoload_format strings in the specialized classes.
The repository used by the texlive installer defaults to a redirector
that sends one off to various URLs depending on <fill in the blank>.
This is problematic because all of the mirrors do not update in
synchrony and bad tarballs often hang around for a while.
This leads to problems that are particularly hard to diagnose because
you're likely to end up using a different repo the next time around.
This commit constraints the package to a particular, mainstream,
repository. It's not fast, but it's consistent and usually correct.
It also updates the installer digest, because no day is complete
without updating it at least (sigh) once.
Add the ability to the modules generation process to blacklist
packages that were installed implicitly. One can still whitelist
modules that were installed implicitly.
This changes adds a `blacklist_implicts` boolean as a peer to the
`whitelist` and `blacklist` arrays, e.g.:
```
modules:
enable::
- lmod
lmod:
whitelist:
- 'lua'
- 'py-setuptools'
blacklist:
- '%gcc@4.8.3'
blacklist_implicits: True
```
It adds a small helper in `spec.py` and then touches up the package
filtering code in `modules.py`.
* Different versions of cmake need diff vers of openssl. See Issue https://github.com/LLNL/spack/issues/2990 for background.
Versions of cmake through 3.6.9 seem to need OpenSSL up to 1.0.99. Later
versions can use the current release (thanks to @citibeth for
[digging up details](https://cmake.org/pipermail/cmake/2016-November/064631.html)).
@davydden suggested this change.
Without it I *am not* able to build `cmake@3.6.1` on CentOS 7 and I *am*
able to build `cmake@3.7.2`.
Tested with `cmake@3.7.2` and `cmake@3.6.1` on CentOS 7.
With this change I am able to build both `cmake@3.6.1` and `cmake@3.7.2`
on CentOS 7.
