def clean(args):
'''Remove source database and all objects'''
maker = builder.PETScMaker()
maker.setup()
maker.clean('libpetsc')
maker.cleanup()
return 0
def check(args):
'''Check that build is functional'''
ret = 0
extraArgs = ' '+' '.join(args.args)
maker = builder.PETScMaker('example.log')
maker.setup()
if 'regParams' in args and not args.regParams is None:
mod = __import__(args.regParams)
builder.localRegressionParameters[os.path.dirname(mod.__file__)] = mod.regressionParameters
# C test
if len(args.files):
examples = []
for f in args.files:
if f[0] == '[':
examples.append(map(os.path.abspath, f[1:-1].split(',')))
else:
examples.append(os.path.abspath(f))
else:
examples = [os.path.join(maker.petscDir, 'src', 'snes', 'examples', 'tutorials', 'ex5.c')]
# Fortran test
if not len(args.files):
if hasattr(maker.configInfo.compilers, 'FC'):
examples.append(os.path.join(maker.petscDir, 'src', 'snes', 'examples', 'tutorials', 'ex5f90t.F'))
examples.append(os.path.join(maker.petscDir, 'src', 'snes', 'examples', 'tutorials', 'ex5f90.F'))
examples.append(os.path.join(maker.petscDir, 'src', 'snes', 'examples', 'tutorials', 'ex5f.F'))
for ex in examples:
ret = checkSingleRun(maker, ex, args.replace, extraArgs)
if ret: break
if not ret:
print('All tests pass')
maker.cleanup()
return ret
def regression(args):
'''Run complete regression suite'''
ret = 0
maker = builder.PETScMaker()
maker.setup()
args.retain = False
args.testnum = None
walker = builder.DirectoryTreeWalker(maker.argDB,
maker.log,
maker.configInfo,
allowExamples=True)
#dirs = map(lambda d: os.path.join(maker.petscDir, 'src', d), ['inline', 'sys', 'vec', 'mat', 'dm', 'ksp', 'snes', 'ts', 'docs', 'tops'])
dirs = map(lambda d: os.path.join(maker.petscDir, 'src', d), ['vec'])
for d in dirs:
print 'Dir', d
for root, files in walker.walk(d):
baseDir = os.path.basename(root)
if not baseDir == 'tests' and not baseDir == 'tutorials': continue
for f in files:
basename, ext = os.path.splitext(f)
if not basename.startswith('ex'): continue
if not ext in ['.c', '.F']: continue
ex = os.path.join(root, f)
ret = checkSingleRun(maker, ex)
if ret: break
if ret: break
if ret: break
if not ret:
print('All regression tests pass')
maker.cleanup()
return ret
def stubs(args):
'''Build stubs for certain languages'''
maker = builder.PETScMaker()
maker.setup()
for language in args.languages:
print(language)
getattr(maker, 'build' + language.capitalize() + 'Stubs')()
maker.cleanup()
return 0
def purge(args):
'''Remove a sets of files from the source database'''
maker = builder.PETScMaker()
maker.setup()
maker.updateDependencies('libpetsc', maker.rootDir)
for p in args.files:
filename = os.path.abspath(p)
maker.logPrint('Removing %s from the source database' % filename)
maker.sourceDatabase.removeNode(filename)
maker.cleanup()
return 0
def regression(args):
'''Run complete regression suite'''
ret = 0
maker = builder.PETScMaker()
maker.setup()
for ex in examples:
ret = checkSingleRun(maker, ex)
if ret: break
if not ret:
print('All regression tests pass')
maker.cleanup()
return ret
def build(dry_run=False):
log.info('PETSc: build')
# Run PETSc build
if dry_run: return
use_builder_py = False
if use_builder_py:
import builder
builder.PETScMaker().run()
import logger
logger.Logger.defaultLog = None
else:
make = find_executable('make')
status = os.system(" ".join([make, 'all']))
if status != 0: raise RuntimeError(status)
def buildExample(args):
'''Build and link an example'''
ret = 0
maker = builder.PETScMaker()
maker.setup()
examples = []
for f in args.files:
if f[0] == '[':
examples.append(map(os.path.abspath, f[1:-1].split(',')))
else:
examples.append(os.path.abspath(f))
for ex in examples:
ret = buildSingleExample(maker, ex)
if ret: break
maker.cleanup()
return ret
def regression(args):
'''Run complete regression suite'''
ret = 0
gret = 0
maker = builder.PETScMaker('regression.log')
maker.setup()
haltOnError = False
args.retain = False
args.testnum = None
if len(args.dirs):
regdirs = args.dirs
else:
regdirs = map(lambda d: os.path.join('src', d), [
'inline', 'sys', 'vec', 'mat', 'dm', 'ksp', 'snes', 'ts', 'docs',
'tops'
])
walker = builder.DirectoryTreeWalker(maker.argDB,
maker.log,
maker.configInfo,
allowExamples=True)
dirs = map(lambda d: os.path.join(maker.petscDir, d), regdirs)
for d in dirs:
for root, files in walker.walk(d):
baseDir = os.path.basename(root)
if not baseDir == 'tests' and not baseDir == 'tutorials': continue
maker.logPrint('Running regression tests in %s\n' % (baseDir, ),
debugSection='screen',
forceScroll=True)
for f in files:
basename, ext = os.path.splitext(f)
if not basename.startswith('ex'): continue
if not ext in ['.c', '.F']: continue
ex = os.path.join(root, f)
ret = checkSingleRun(maker, ex, False, isRegression=True)
if ret:
gret = ret
if haltOnError: break
if ret and haltOnError: break
if ret and haltOnError: break
if not gret:
maker.logPrint('All regression tests pass\n',
debugSection='screen',
forceScroll=True)
maker.cleanup()
return gret
def build(args):
'''Compile all out of date source and generate a new shared library
Any files specified will be added to the source database if not already present'''
# TODO: Make rootDir an option (this should really be a filter for sourceDB)
maker = builder.PETScMaker()
maker.setup()
maker.updateDependencies('libpetsc', maker.rootDir)
for p in args.files:
filename = os.path.abspath(p)
if not maker.sourceDatabase.hasNode(filename):
maker.logPrint('Adding %s to the source database' % filename)
maker.sourceDatabase.setNode(filename, [])
if maker.buildLibraries('libpetsc', maker.rootDir, args.parallel) and args.rebuildDep:
# This is overkill, but right now it is cheap
maker.rebuildDependencies('libpetsc', maker.rootDir)
maker.cleanup()
return 0
def show(args):
'''Show run information'''
ret = 0
extraArgs = ' ' + ' '.join(args.args)
maker = builder.PETScMaker()
maker.setup()
# C test
examples = []
for f in args.files:
if f[0] == '[':
examples.append(map(os.path.abspath, f[1:-1].split(',')))
else:
examples.append(os.path.abspath(f))
for ex in examples:
ret = showSingleRun(maker, ex, extraArgs)
if ret: break
maker.cleanup()
return ret
def check(args):
'''Check that build is functional'''
ret = 0
extraArgs = ' ' + ' '.join(args.args)
maker = builder.PETScMaker()
maker.setup()
# C test
if len(args.files):
examples = []
for f in args.files:
if f[0] == '[':
examples.append(map(os.path.abspath, f[1:-1].split(',')))
else:
examples.append(os.path.abspath(f))
else:
examples = [
os.path.join(maker.petscDir, 'src', 'snes', 'examples',
'tutorials', 'ex5.c')
]
# Fortran test
if not len(args.files):
if hasattr(maker.configInfo.compilers, 'FC'):
if maker.configInfo.fortrancpp.fortranDatatypes:
examples.append(
os.path.join(maker.petscDir, 'src', 'snes', 'examples',
'tutorials', 'ex5f90t.F'))
elif maker.configInfo.compilers.fortranIsF90:
examples.append(
os.path.join(maker.petscDir, 'src', 'snes', 'examples',
'tutorials', 'ex5f90.F'))
else:
examples.append(
os.path.join(maker.petscDir, 'src', 'snes', 'examples',
'tutorials', 'ex5f.F'))
for ex in examples:
ret = checkSingleRun(maker, ex, args.replace, extraArgs)
if ret: break
if not ret:
print('All tests pass')
maker.cleanup()
return ret