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Update Xyce and Trilinos recipes (#42194)

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* Trilinos: Add AMD to SuiteSparse TPL list

When Trilinos is built with SuiteSparse support, it should enable AMD as
one of the TPLs. It was previously enabling only UMFPACK. The Xyce
package uses AMD (but not UMFPACK).

* Xyce: Add 7.8 release and various improvements

In addition to adding the latest Xyce release (7.8), all the earlier
releases were deprecated, with the exception of 7.7.

The Trilinos specification was updated to remove unneeded packages,
explicitly enable all needed packages, and specify additional
do-not-build packages.

The serial build is now the default, with MPI still being an option.

I also epanded the explanation for one of the patches; and, finally, I
took the opportunity to update the Xyce description to better match the
current Xyce README description.
This commit is contained in:
Jason Verley 2024-01-24 11:46:14 -07:00 committed by GitHub
parent 6bddecbf28
commit 31ed39303c
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GPG Key ID: B5690EEEBB952194
2 changed files with 61 additions and 25 deletions
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1
var/spack/repos/builtin/packages/trilinos/package.py
View File

@ -812,6 +812,7 @@ def define_tpl(trilinos_name, spack_name, have_dep):
("HDF5", "hdf5", "hdf5"),
("HYPRE", "hypre", "hypre"),
("MUMPS", "mumps", "mumps"),
("AMD", "suite-sparse", "suite-sparse"),
("UMFPACK", "suite-sparse", "suite-sparse"),
("SuperLU", "superlu", "superlu"),
("SuperLUDist", "superlu-dist", "superlu-dist"),

85
var/spack/repos/builtin/packages/xyce/package.py
View File

@ -10,13 +10,18 @@
class Xyce(CMakePackage):
"""Xyce (rhymes with 'spice') is an open source, SPICE-compatible,
high-performance analog circuit simulator, capable of solving extremely
large circuit problems by supporting large-scale parallel computing
platforms.
Xyce also supports serial execution on all common desktop platforms,
and small-scale parallel runs on Unix-like systems. In addition to analog
electronic simulation, Xyce has also been used to investigate more general
network systems, such as neural networks and power grids.
high-performance analog circuit simulator, Xyce supports the standard
analysis capabilities found in other SPICE-like codes, such as DC,
transient, AC, and small-signal noise analyses; it also has less common
capabilities, such as harmonic balance, sensitivity analysis, and
uncertainty propagation techniques. Xyce supplies industry-standard compact
models and can support custom models via its Verilog-A model compiler.
Foundry process-development kits (PDKs) in other SPICE syntax can be used
via the XDM netlist translator, which is included as part of the Xyce
package. In addition to supporting use on all common desktop platforms
(Mac, Windows, Linux), Xyce can also be compiled to run in a large-scale
parallel mode to provide scalable, numerically accurate analog simulation
of circuits containing millions of devices, or more.
"""
homepage = "https://xyce.sandia.gov"
@ -27,18 +32,39 @@ class Xyce(CMakePackage):
license("GPL-3.0-or-later")
version("master", branch="master")
version("7.8.0", sha256="f763b7d5ad6defd25d2c7e5cc95155958cd12510a5e22a179daab459b21fa713")
version("7.7.0", sha256="1b95450e1905c3af3c16b42c41d5ef1f8ab0e640f48086d0cb4d52961a90a175")
version("7.6.0", sha256="fc25557e2edc82adbe0436a15fca2929a2f9ab08ddf91f1a47aab5e8b27ec88c")
version("7.5.0", sha256="854d7d5e19e0ee2138d1f20f10f8f27f2bebb94ec81c157040955cff7250dacd")
version("7.4.0", sha256="2d6bc1b7377834b2e0bf50131e96728c5be83dbb3548e765bb48911067c87c91")
version("7.3.0", sha256="43869a70967f573ff6f00451db3f4642684834bdad1fd3926380e3789016b446")
version("7.2.0", sha256="cf49705278ecda46373784bb24925cb97f9017b6adff49e4416de146bdd6a4b5")
version(
"7.6.0",
sha256="fc25557e2edc82adbe0436a15fca2929a2f9ab08ddf91f1a47aab5e8b27ec88c",
deprecated=True,
)
version(
"7.5.0",
sha256="854d7d5e19e0ee2138d1f20f10f8f27f2bebb94ec81c157040955cff7250dacd",
deprecated=True,
)
version(
"7.4.0",
sha256="2d6bc1b7377834b2e0bf50131e96728c5be83dbb3548e765bb48911067c87c91",
deprecated=True,
)
version(
"7.3.0",
sha256="43869a70967f573ff6f00451db3f4642684834bdad1fd3926380e3789016b446",
deprecated=True,
)
version(
"7.2.0",
sha256="cf49705278ecda46373784bb24925cb97f9017b6adff49e4416de146bdd6a4b5",
deprecated=True,
)
depends_on("cmake@3.13:", type="build")
depends_on("cmake@3.22:", type="build")
depends_on("flex")
depends_on("bison")
variant("mpi", default=True, description="Enable MPI support")
variant("mpi", default=False, description="Enable MPI support")
depends_on("mpi", when="+mpi")
variant("plugin", default=False, description="Enable plug-in support for Xyce")
@ -58,8 +84,8 @@ class Xyce(CMakePackage):
variant("cxxstd", default="11", description="C++ standard", values=cxxstd_choices, multi=False)
variant("pymi", default=False, description="Enable Python Model Interpreter for Xyce")
# Downstream dynamic library symbols from pip installed numpy and other
# pip installed python packages can cause conflicts. This is most often
# Downstream dynamic library symbols from pip-installed numpy and other
# pip-installed python packages can cause conflicts. This is most often
# seen with blas symbols from numpy, and building blas static resolves
# this issue.
variant(
@ -76,16 +102,20 @@ class Xyce(CMakePackage):
depends_on(
"trilinos"
"+amesos+amesos2+anasazi+aztec+basker+belos+complex+epetra+epetraext"
"+explicit_template_instantiation+fortran+ifpack+kokkos+nox"
"+sacado+suite-sparse+trilinoscouplings+stokhos+epetraextbtf"
"+epetraextexperimental+epetraextgraphreorderings"
"+amesos+amesos2+aztec+basker+belos+complex+epetra+epetraext"
"+epetraextbtf+epetraextexperimental+epetraextgraphreorderings"
"+ifpack+nox+sacado+stokhos+suite-sparse+trilinoscouplings"
)
depends_on("trilinos+isorropia+zoltan", when="+mpi")
# tested versions of Trilinos for everything up to 7.4.0
depends_on("trilinos@12.12.1:13.4", when="@:7.5")
depends_on("trilinos@13.5.0:develop", when="@7.6.0:master")
# Currently supported versions of Xyce
depends_on("trilinos@15.0.0:develop", when="@7.8.0:")
depends_on("trilinos+rol", when="@7.7.0:")
# tested versions of Trilinos against older versions of Xyce
depends_on("trilinos@13.5.0:14.4", when="@7.6.0:7.7.0")
depends_on("trilinos@12.12.1:13.4", when="@7.5")
depends_on("trilinos@12.12.1", when="@:7.4")
depends_on("trilinos gotype=all cxxstd=11", when="^trilinos@:12.15")
# pymi requires Kokkos/KokkosKernels >= 3.3, Trilinos 13.2 onward
depends_on("trilinos@13.2.0:", when="+pymi")
@ -97,7 +127,7 @@ class Xyce(CMakePackage):
# The default settings for various Trilinos variants would require the
# installation of many more packages than are needed for Xyce.
depends_on("trilinos~float~ifpack2~ml~muelu~zoltan2")
depends_on("trilinos~anasazi~float~ifpack2~ml~muelu~zoltan2")
# Issue #1712 forces explicitly enumerating blas packages to propagate variants
with when("+pymi_static_tpls"):
@ -152,7 +182,12 @@ class Xyce(CMakePackage):
when="@:7.7",
)
# fix cmake trilinos test issue
# Xyce CMake relies on Kokkos to report if OpenMP was used. However, the
# OpenMP requirement does not always propogate via the Spack packages, for
# various esoteric reasons. Therefore, when Xyce checks to see if it can
# compile against Trilinos, the check might erroneously fail. Since Spack
# should be handling everything properly, we simply disable the Trilinos
# compile test. See the Xyce internal issue 454 for more information.
patch(
"454-cmake-xyce.patch",
sha256="4d47cd1f10607205e64910ac124c6dd329f1ecbf861416e9da24a1736f2149ff",