def run(self):
try:
self.stdout = PyNRNEngine.compile_modfiles(self.modelpath)
except sp.CalledProcessError as err:
self.stderr = err.output
self.returncode = err.returncode
inform('Error compiling modfiles:', self.stderr, indent=2)
try:
inform("Running file %s with %s" %
(trim_path(self.modelpath), self.name),
indent=1)
self.stdout = check_output([
'mpiexec', '-np', '2', 'nrniv', '-mpi', self.modelpath,
'-nogui'
],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: " % self.name,
err,
indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
nml2_comp_type_def_dir = os.path.join(default_nml2_dir,
'NeuroML2CoreTypes')
inform(
"Running file %s with %s, including path: %s" %
(trim_path(self.modelpath), self.name, nml2_comp_type_def_dir),
indent=1)
self.stdout = sp.check_output([
'pylems', '-I', nml2_comp_type_def_dir, self.modelpath,
'-nogui'
],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: " % self.name,
err,
indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
np = 2
try:
inform("Running file %s with %s" %
(trim_path(self.modelpath), JNeuroMLNetPyNEEngine.name),
indent=1)
from omv.engines.jneuroml import JNeuroMLEngine
jnml = JNeuroMLEngine.get_executable()
self.stdout = check_output([
jnml, self.modelpath, '-netpyne', '-nogui', '-run', '-np',
'%s' % np
],
cwd=os.path.dirname(self.modelpath),
env=JNeuroMLEngine.get_environment())
inform("Success with running ",
JNeuroMLNetPyNEEngine.name,
indent=1)
self.returncode = 0
except sp.CalledProcessError as err:
inform("Error with ", JNeuroMLNetPyNEEngine.name, indent=1)
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), self.name),
indent=1)
self.stdout = sp.check_output(['pynml' if os.name != 'nt' else 'pynml.bat', self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), JNeuroMLMooseEngine.name), indent=1)
self.stdout = check_output(['jnml' if os.name != 'nt' else 'jnml.bat', self.modelpath, '-moose'], cwd=os.path.dirname(self.modelpath))
self.stdout += check_output(['python', self.modelpath.replace('.xml', '_moose.py'), '-nogui'], cwd=os.path.dirname(self.modelpath))
inform("Success with running ", JNeuroMLMooseEngine.name, indent=1)
self.returncode = 0
except sp.CalledProcessError as err:
inform("Error with ", JNeuroMLMooseEngine.name, indent=1)
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), JNeuroMLBrianEngine.name), indent=1)
self.stdout = check_output(['jnml' if os.name != 'nt' else 'jnml.bat', self.modelpath, '-brian'], cwd=os.path.dirname(self.modelpath))
self.stdout += check_output(['python', self.modelpath.replace('.xml', '_brian.py'), '-nogui'], cwd=os.path.dirname(self.modelpath))
inform("Success with running ", JNeuroMLBrianEngine.name, indent=1)
self.returncode = 0
except sp.CalledProcessError as err:
inform("Error with ", JNeuroMLBrianEngine.name, indent=1)
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Running file %s with Py_neuroConstruct" % trim_path(self.modelpath), indent=1)
nC_sh = os.path.join(PyneuroConstructEngine.get_nC_environment()['NC_HOME'], 'nC.sh')
self.stdout = co([nC_sh, '-python', self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except Exception as err:
inform("Error with running Py_neuroConstruct:", err, indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
inform("Running file %s with Py_neuroConstruct" % trim_path(self.modelpath), indent=1)
nC_sh = os.path.join(PyneuroConstructEngine.get_nC_environment()['NC_HOME'], 'nC.sh')
self.stdout = co([nC_sh, '-python', self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except Exception as err:
inform("Error with running Py_neuroConstruct:", err, indent=1)
self.returncode = -1
self.stdout = "???"
def parse_omt(omt_path, do_not_run=False):
inform('')
action = 'Running'
if do_not_run:
action = 'Checking'
inform(action+" the tests defined in ", trim_path(omt_path),
underline='=', center=False)
mepomt = OMVTestParser(omt_path)
if not mepomt.engine in OMVEngines:
inform("Error! Unrecognised engine: %s (try running: omv list-engines)"%mepomt.engine)
exit(1)
engine = OMVEngines[mepomt.engine](mepomt.modelpath, do_not_run)
experiments = [exp for exp in mepomt.generate_exps(engine)]
tally = Tallyman(mepomt)
inform('Found %i experiment(s) to run on engine: %s '%(len(experiments), engine.name), indent=1)
if not do_not_run:
try:
engine.run()
some_failed = False
for exp in experiments:
inform('Running checks for experiment: ', exp.name, indent=1)
inform('')
results = exp.check_all()
inform('{:<30}{:^20}'.format('Observable', 'Test Passed'),
underline='-', indent=3)
for rn, rv in results.items():
if sys.version_info >= (3,0):
inform('{:<30}{:^20}'.format(rn, check(rv)), indent=3)
else:
inform(u'{:<30}{:^20}'.format(rn, check(rv)), indent=3)
if not rv:
some_failed = True
tally.add_experiment(exp, results)
if some_failed:
inform("+++++++++++++++++++++ Error info ++++++++++++++++++", indent=3)
inform(" Return code: %s"%engine.returncode, indent=3)
if hasattr(engine,'stdout'):
inform(" Output: %s"%engine.stdout.replace('\n','\n '), indent=3)
inform("+++++++++++++++++++++++++++++++++++++++++++++++++++", indent=3)
except (EngineInstallationError, EngineExecutionError):
# TODO: serialize exception info
inform('ERROR running engine ', engine.name, indent=1,
underline='-', overline='-')
return tally
def run(self):
try:
inform("Running file %s with jLEMS" % trim_path(self.modelpath), indent=1)
self.stdout = sp.check_output(['lems', self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running jLEMS:", err, indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), self.name), indent=1)
self.stdout = sp.check_output(['pylems', self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: "%self.name, err, indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), JNeuroMLPyNNNRNEngine.name), indent=1)
self.stdout = check_output(
['jnml' if os.name != 'nt' else 'jnml.bat', self.modelpath, '-pynn', '-run-neuron'],
cwd=os.path.dirname(self.modelpath))
inform("Success with running ",
JNeuroMLPyNNNRNEngine.name, indent=1)
self.returncode = 0
except sp.CalledProcessError as err:
inform("Error with ", JNeuroMLPyNNNRNEngine.name, indent=1)
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), self.name), indent=1)
self.stdout = check_output(['python', self.modelpath, 'brian'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: "%self.name, err, indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
inform("Running file %s with %s" %
(trim_path(self.modelpath), self.name),
indent=1)
jnml = JNeuroMLEngine.get_executable()
self.stdout = sp.check_output([jnml, self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath),
env=JNeuroMLEngine.get_environment())
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Running file %s with %s" %
(trim_path(self.modelpath), self.name),
indent=1)
self.stdout = co([
'pynml' if os.name != 'nt' else 'pynml.bat', self.modelpath,
'-nogui'
],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def add(self, tally):
if not tally.engine in self.all_engines:
self.all_engines.append(tally.engine)
mp = trim_path(tally.modelpath)
if not mp in self.tallies:
self.tallies[mp] = {}
mptallies = self.tallies[mp]
if not tally.engine in mptallies:
mptallies[tally.engine] = []
mptallies[tally.engine].append(tally)
def add(self, tally):
if not tally.engine in self.all_engines:
self.all_engines.append(tally.engine)
mp = trim_path(tally.modelpath)
if not mp in self.tallies:
self.tallies[mp] = {}
mptallies = self.tallies[mp]
if not tally.engine in mptallies:
mptallies[tally.engine] = []
mptallies[tally.engine].append(tally)
def run(self):
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), JNeuroMLBrianEngine.name), indent=1)
from omv.engines.jneuroml import JNeuroMLEngine
jnml = JNeuroMLEngine.get_executable()
self.stdout = check_output([jnml, self.modelpath, '-brian'], cwd=os.path.dirname(self.modelpath),env=JNeuroMLEngine.get_environment())
self.stdout += check_output(['python', self.modelpath.replace('.xml', '_brian.py'), '-nogui'], cwd=os.path.dirname(self.modelpath))
inform("Success with running ", JNeuroMLBrianEngine.name, indent=1)
self.returncode = 0
except sp.CalledProcessError as err:
inform("Error with ", JNeuroMLBrianEngine.name, indent=1)
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
self.environment_vars = NestEngine.get_nest_environment()
self.set_environment()
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), self.name), indent=1)
self.stdout = check_output([self.environment_vars['NEST_HOME']+'bin/nest', self.modelpath],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: "%self.name, err, indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
self.environment_vars = NestEngine.get_nest_environment()
self.set_environment()
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), self.name), indent=1)
self.stdout = check_output([self.environment_vars['NEST_HOME']+'bin/nest', self.modelpath],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: "%self.name, err, indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
inform("Running file %s with %s" %
(trim_path(self.modelpath), JNeuroMLPyNNNRNEngine.name),
indent=1)
self.stdout = check_output([
'jnml' if os.name != 'nt' else 'jnml.bat', self.modelpath,
'-pynn', '-run-neuron'
],
cwd=os.path.dirname(self.modelpath))
inform("Success with running ",
JNeuroMLPyNNNRNEngine.name,
indent=1)
self.returncode = 0
except sp.CalledProcessError as err:
inform("Error with ", JNeuroMLPyNNNRNEngine.name, indent=1)
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
def run(self):
try:
inform("Env vars: %s" % self.environment_vars, indent=2)
inform("Running file %s with %s" %
(trim_path(self.modelpath), self.name),
indent=1)
self.stdout = check_output(['python', self.modelpath, 'neuroml'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: " % self.name,
err,
indent=1)
self.returncode = -1
self.stdout = "???"
def run(self):
try:
self.stdout = PyNRNEngine.compile_modfiles(self.modelpath)
except sp.CalledProcessError as err:
self.stderr = err.output
self.returncode = err.returncode
inform('Error compiling modfiles:', self.stderr, indent=2)
try:
inform("Running file %s with %s" % (trim_path(self.modelpath), self.name), indent=1)
self.stdout = check_output(['mpiexec','-np','4','nrniv','-mpi', self.modelpath, '-nogui'],
cwd=os.path.dirname(self.modelpath))
self.returncode = 0
except sp.CalledProcessError as err:
self.returncode = err.returncode
self.stdout = err.output
raise EngineExecutionError
except Exception as err:
inform("Another error with running %s: "%self.name, err, indent=1)
self.returncode = -1
self.stdout = "???"
def run_using_jnmlnrn_env(engine, modelpath, args):
try:
env = JNeuroMLNRNEngine.get_jnmlnrnenv()
inform("Running file %s with %s, env: %s" %
(trim_path(modelpath), engine, env),
indent=1)
from omv.engines.jneuroml import JNeuroMLEngine
jnml = JNeuroMLEngine.get_executable()
cmds = [jnml, modelpath]
cmds.extend(args)
stdout = check_output(cmds,
cwd=os.path.dirname(modelpath),
env=env)
inform("Success with running ", engine, indent=1)
returncode = 0
return stdout, returncode
except sp.CalledProcessError as err:
inform("Error with ", engine, indent=1)
returncode = err.returncode
stdout = err.output
return stdout, returncode
def test_all(do_not_run=False,
only_this_engine=None,
include_temp_tests=False):
cwd = Path(getcwd())
all_omts = [p.as_posix() for p in cwd.glob('**/*.omt')]
if include_temp_tests:
all_omts += [p.as_posix() for p in cwd.glob('**/*.omt_')]
th = TallyHolder()
if environ.get('TRAVIS'):
if not environ.get('OMV_ENGINE'):
tallies = [parse_omt(t) for t in all_omts]
else:
engine = environ.get('OMV_ENGINE').lower()
tallies = [
parse_omt(t) for t in all_omts
if load_yaml(t)['engine'].lower() == engine
]
elif only_this_engine:
inform('Only running tests for engine: %s' % only_this_engine)
tallies = [
parse_omt(t) for t in all_omts
if load_yaml(t)['engine'].lower() == only_this_engine.lower()
]
else:
tallies = []
failed = 0
for i in range(len(all_omts)):
t = all_omts[i]
inform('')
tally = parse_omt(t, do_not_run)
if not tally.all_passed(): failed += 1
if not do_not_run:
inform('')
inform('')
inform(' [ Test %i of %i complete - failed so far: %s ]' %
(i + 1, len(all_omts), failed))
tallies.append(tally)
tallies.sort()
if not do_not_run:
for t in tallies:
th.add(t)
results = []
for i in range(len(tallies)):
t = tallies[i]
results.append(t.all_passed())
inform('')
inform("%i test(s) run" % len(tallies),
overline='-',
underline='-',
center=True)
inform('')
if len(results) == 0:
inform("No tests found!", underline='=', center=True)
elif all(results):
inform("All tests passing!", underline='=', center=True)
else:
failed = [trim_path(t.omt) for t in tallies if not t.all_passed()]
inform("Some test(s) failed: ", failed, underline='=')
if is_verbose():
print('\n' + th.summary() + '\n')
assert len(results) > 0
assert all(results)
else:
engs = {}
tot_tests = 0
for t in tallies:
if not t.engine in engs:
engs[t.engine] = 0
engs[t.engine] += 1
tot_tests += 1
inform('')
for e in sorted(engs):
inform(' Engine %s has %s tests' % (e, engs[e]))
inform('')
inform(' %s OMV tests in total' % (tot_tests))
inform('')
def parse_omt(omt_path, do_not_run=False, engine_version=None, ignore_non_py3=False):
inform('')
action = 'Running'
if do_not_run:
action = 'Checking'
inform(action+" the tests defined in ", trim_path(omt_path),
underline='=', center=False)
mepomt = OMVTestParser(omt_path)
if not mepomt.engine in OMVEngines:
inform("Error! Unrecognised engine: %s (try running: omv list-engines)"%mepomt.engine)
exit(1)
engine = OMVEngines[mepomt.engine](mepomt.modelpath,
do_not_check_install=do_not_run,
engine_version=engine_version)
experiments = [exp for exp in mepomt.generate_exps(engine)]
tally = Tallyman(mepomt)
inform('Found %i experiment(s) to run on engine: %s '%(len(experiments), engine.name), indent=1)
#print('%s, %s, %s'%(platform.python_version_tuple()[0],ignore_non_py3,engine.python3_compatible))
if platform.python_version_tuple()[0]=='3' and \
ignore_non_py3 and \
not engine.python3_compatible:
inform('Not running experiment(s) on: %s, as this is Python %s and engine is not Python 3 compatible...'%(engine.name, platform.python_version()), indent=1)
tally.report_passing_if_no_exps = True
elif not do_not_run:
try:
engine.run()
some_failed = False
for exp in experiments:
inform('Running checks for experiment: ', exp.name, indent=1)
inform('')
results = exp.check_all()
inform('{:<30}{:^20}'.format('Observable', 'Test Passed'),
underline='-', indent=3)
for rn, rv in results.items():
if sys.version_info >= (3,0):
inform('{:<30}{:^20}'.format(rn, check(rv)), indent=3)
else:
inform(u'{:<30}{:^20}'.format(rn, check(rv)), indent=3)
if not rv:
some_failed = True
tally.add_experiment(exp, results)
if some_failed:
inform("+++++++++++++++++++++ Error info ++++++++++++++++++", indent=3)
inform(" Return code: %s"%engine.returncode, indent=3)
if hasattr(engine,'stdout'):
inform(" Output: %s"%engine.stdout.replace('\n','\n '), indent=3)
inform("+++++++++++++++++++++++++++++++++++++++++++++++++++", indent=3)
except (EngineInstallationError, EngineExecutionError):
# TODO: serialize exception info
inform('ERROR running engine ', engine.name, indent=1,
underline='-', overline='-')
return tally
def parse_omt(omt_path,
do_not_run=False,
engine_version=None,
ignore_non_py3=False):
inform('')
action = 'Running'
if do_not_run:
action = 'Checking'
inform(action + " the tests defined in ",
trim_path(omt_path),
underline='=',
center=False)
mepomt = OMVTestParser(omt_path)
if not mepomt.engine in OMVEngines:
inform(
"Error! Unrecognised engine: %s (try running: omv list-engines)" %
mepomt.engine)
exit(1)
engine = OMVEngines[mepomt.engine](mepomt.modelpath,
do_not_check_install=do_not_run,
engine_version=engine_version)
experiments = [exp for exp in mepomt.generate_exps(engine)]
tally = Tallyman(mepomt)
inform('Found %i experiment(s) to run on engine: %s ' %
(len(experiments), engine.name),
indent=1)
#print('%s, %s, %s'%(platform.python_version_tuple()[0],ignore_non_py3,engine.python3_compatible))
if platform.python_version_tuple()[0]=='3' and \
ignore_non_py3 and \
not engine.python3_compatible:
inform(
'Not running experiment(s) on: %s, as this is Python %s and engine is not Python 3 compatible...'
% (engine.name, platform.python_version()),
indent=1)
tally.report_passing_if_no_exps = True
elif not do_not_run:
try:
engine.run()
some_failed = False
for exp in experiments:
inform('Running checks for experiment: ', exp.name, indent=1)
inform('')
results = exp.check_all()
inform('{:<30}{:^20}'.format('Observable', 'Test Passed'),
underline='-',
indent=3)
for rn, rv in results.items():
if sys.version_info >= (3, 0):
inform('{:<30}{:^20}'.format(rn, check(rv)), indent=3)
else:
inform(u'{:<30}{:^20}'.format(rn, check(rv)), indent=3)
if not rv:
some_failed = True
tally.add_experiment(exp, results)
if some_failed:
inform("+++++++++++++++++++++ Error info ++++++++++++++++++",
indent=3)
inform(" Return code: %s" % engine.returncode, indent=3)
if hasattr(engine, 'stdout'):
if isinstance(engine.stdout, str):
out = engine.stdout
else:
out = str(engine.stdout.decode())
inform(" Output: %s" % out.replace(
'\n', '\n[omv] %s:%s > ' %
(mepomt.omt_path, exp.name)),
indent=3)
inform("+++++++++++++++++++++++++++++++++++++++++++++++++++",
indent=3)
except (EngineInstallationError, EngineExecutionError):
# TODO: serialize exception info
inform('ERROR running engine ',
engine.name,
indent=1,
underline='-',
overline='-')
return tally
