def _executor_factory(self):
e = ExperimentExecutor(
mode=self.mode,
application=self.application)
e.bind_preferences()
return e
def _executor_factory(self):
e = ExperimentExecutor(
mode=self.mode,
application=self.application)
e.bind_preferences()
return e
def run():
hp = hpy()
globalv.experiment_debug = True
# t = ExperimentEditorTask()
# p = os.path.join(paths.experiment_dir, 'demo.txt')
# t._open_experiment(p)
q = ExperimentQueue(delay_before_analyses=0, delay_between_analyses=0)
q.automated_runs = [
AutomatedRunSpec(labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'),
AutomatedRunSpec(labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'),
AutomatedRunSpec(labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'),
AutomatedRunSpec(labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'),
AutomatedRunSpec(labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan')
]
dbman = isotope_manager_factory()
specman = SpectrometerManager()
specman.load()
ex = ExperimentExecutor(
db=dbman.db,
spectrometer_manager=specman,
extraction_line_manager='',
executable=True,
)
ex.monitor = None
ex.experiment_queues = [
q,
]
ex.experiment_queue = q
hp.setrelheap()
t = ex.execute()
t.join()
# count_instances(group='sqlalchemy')
return hp
def _executor_factory(self):
p1 = 'pychron.extraction_line.extraction_line_manager.ExtractionLineManager'
p2 = 'pychron.spectrometer.spectrometer_manager.SpectrometerManager'
p3 = 'pychron.spectrometer.ion_optics_manager.IonOpticsManager'
kw = dict()
if self.application:
spec = self.application.get_service(p2)
kw = dict(extraction_line_manager=self.application.get_service(p1),
spectrometer_manager=spec,
ion_optics_manager=self.application.get_service(p3), )
if not self.unique_executor_db:
kw['db'] = self.db
kw['connect'] = False
e = ExperimentExecutor(
mode=self.mode,
application=self.application,
**kw
)
return e
def run():
hp = hpy()
globalv.experiment_debug = True
# t = ExperimentEditorTask()
# p = os.path.join(paths.experiment_dir, 'demo.txt')
# t._open_experiment(p)
q = ExperimentQueue(delay_before_analyses=0,
delay_between_analyses=0)
q.automated_runs = [
AutomatedRunSpec(
labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'
),
AutomatedRunSpec(
labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'
),
AutomatedRunSpec(
labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'
),
AutomatedRunSpec(
labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'
),
AutomatedRunSpec(
labnumber='61312',
duration=2.0,
extraction_script='pause',
measurement_script='air',
mass_spectrometer='jan'
)
]
dbman = isotope_manager_factory()
specman = ArgusSpectrometerManager()
specman.load()
ex = ExperimentExecutor(db=dbman.db,
spectrometer_manager=specman,
extraction_line_manager='',
executable=True,
)
ex.monitor = None
ex.experiment_queues = [q, ]
ex.experiment_queue = q
hp.setrelheap()
t = ex.execute()
t.join()
# count_instances(group='sqlalchemy')
return hp