Step-40 test for 8.3.0 and earlier

Integrated part of step-40 to be tested for earlier versions of dealii
This commit is contained in:
Ali Dorostkar 2016-05-30 16:42:24 +02:00
parent d7e84fe07c
commit 4f591a6fe3

View File

@ -228,29 +228,33 @@ def install(self, spec, prefix):
# take step-40 which can use both PETSc and Trilinos
# FIXME: switch step-40 to MPI run
if spec.satisfies('@8.4.0:'):
with working_dir('examples/step-40'):
print('=====================================')
print('========== Step-40 PETSc ============')
print('=====================================')
# list the number of cycles to speed up
filter_file(r'(const unsigned int n_cycles = 8;)',
('const unsigned int n_cycles = 2;'), 'step-40.cc')
cmake('.')
if '^petsc' in spec:
make('release')
make('run', parallel=False)
print('=====================================')
print('========= Step-40 Trilinos ==========')
print('=====================================')
# change Linear Algebra to Trilinos
with working_dir('examples/step-40'):
print('=====================================')
print('========== Step-40 PETSc ============')
print('=====================================')
# list the number of cycles to speed up
filter_file(r'(const unsigned int n_cycles = 8;)',
('const unsigned int n_cycles = 2;'), 'step-40.cc')
cmake('.')
if '^petsc' in spec:
make('release')
make('run', parallel=False)
print('=====================================')
print('========= Step-40 Trilinos ==========')
print('=====================================')
# change Linear Algebra to Trilinos
if spec.satisfies('@8.4.0:'):
filter_file(r'(\/\/ #define FORCE_USE_OF_TRILINOS.*)',
('#define FORCE_USE_OF_TRILINOS'), 'step-40.cc')
if '^trilinos+hypre' in spec:
make('release')
make('run', parallel=False)
else:
filter_file(r'(#define USE_PETSC_LA.*)',
('// #define USE_PETSC_LA'), 'step-40.cc')
if '^trilinos+hypre' in spec:
make('release')
make('run', parallel=False)
if spec.satisfies('@8.4.0:'):
print('=====================================')
print('=== Step-40 Trilinos SuperluDist ====')
print('=====================================')