def setUp(self):
"""Create a Controller, TriggerGate and PoolSynchronization objects from
dummy configurations
"""
unittest.TestCase.setUp(self)
try:
from mock import Mock
except ImportError:
self.skipTest("mock module is not available")
pool = FakePool()
dummy_tg_ctrl = createPoolController(pool, dummyPoolTGCtrlConf01)
self.dummy_tg = createPoolTriggerGate(pool, dummy_tg_ctrl,
dummyTriggerGateConf01)
dummy_tg_ctrl.add_element(self.dummy_tg)
pool.add_element(dummy_tg_ctrl)
pool.add_element(self.dummy_tg)
self.cfg = createPoolSynchronizationConfiguration(
(dummy_tg_ctrl, ),
((self.dummy_tg, ), ),
)
# Create mock and define its functions
ctrl_methods = [
'PreStartAll', 'StartAll', 'PreStartOne', 'StartOne',
'PreStateAll', 'StateAll', 'PreStateOne', 'StateOne',
'PreSynchAll', 'PreSynchOne', 'SynchOne', 'SynchAll'
]
self.mock_tg_ctrl = Mock(spec=ctrl_methods)
self.mock_tg_ctrl.StateOne.return_value = (State.Moving, 'triggering')
dummy_tg_ctrl.ctrl = self.mock_tg_ctrl
self.tgaction = PoolSynchronization(self.dummy_tg)
self.tgaction.add_element(self.dummy_tg)
def setUp(self):
"""Create a Controller, TriggerGate and PoolSynchronization objects from
dummy configurations
"""
unittest.TestCase.setUp(self)
try:
from mock import Mock
except ImportError:
self.skipTest("mock module is not available")
pool = FakePool()
dummy_tg_ctrl = createPoolController(pool, dummyPoolTGCtrlConf01)
self.dummy_tg = createPoolTriggerGate(pool, dummy_tg_ctrl,
dummyTriggerGateConf01)
dummy_tg_ctrl.add_element(self.dummy_tg)
pool.add_element(dummy_tg_ctrl)
pool.add_element(self.dummy_tg)
self.conf_ctrl = createControllerConfiguration(dummy_tg_ctrl,
[self.dummy_tg])
self.ctrls = get_acq_ctrls([self.conf_ctrl])
# self.cfg = createPoolSynchronizationConfiguration((dummy_tg_ctrl,),
# ((self.dummy_tg,),),)
# Create mock and define its functions
ctrl_methods = ['PreStartAll', 'StartAll', 'PreStartOne', 'StartOne',
'PreStateAll', 'StateAll', 'PreStateOne', 'StateOne',
'PreSynchAll', 'PreSynchOne', 'SynchOne', 'SynchAll']
self.mock_tg_ctrl = Mock(spec=ctrl_methods)
self.mock_tg_ctrl.StateOne.return_value = (State.Moving, 'triggering')
dummy_tg_ctrl.ctrl = self.mock_tg_ctrl
self.tgaction = PoolSynchronization(self.dummy_tg)
self.tgaction.add_element(self.dummy_tg)
def setUp(self):
"""Setup:
- Use resources for Controller, CounterTimer and MeasurementGroup
features.
- Create Controller, CounterTimer and MeasurementGroup.
"""
pool = FakePool()
pc = createPoolController(pool, dummyPoolCTCtrlConf01)
pct = createPoolCounterTimer(pool, pc, dummyCounterTimerConf01)
pc.add_element(pct)
pool.add_element(pc)
pool.add_element(pct)
self.pmg = createPoolMeasurementGroup(pool, dummyMeasurementGroupConf01)
self._pct = pct # keep a reference to use it in test_acquisition
def setUp(self):
"""Create a Controller, and Motor objects from dummy configurations """
unittest.TestCase.setUp(self)
try:
from mock import Mock
except ImportError:
self.skipTest("mock module is not available")
pool = FakePool()
dummy_mot_ctrl = createPoolController(pool, dummyPoolMotorCtrlConf01)
self.dummy_mot = createPoolMotor(pool, dummy_mot_ctrl,
dummyMotorConf01)
self.dummy_mot2 = createPoolMotor(pool, dummy_mot_ctrl,
dummyMotorConf02)
dummy_mot_ctrl.add_element(self.dummy_mot)
pool.add_element(dummy_mot_ctrl)
pool.add_element(self.dummy_mot)
pool.add_element(self.dummy_mot2)
# {moveable: (position, dial_position,
# do_backlash, backlash, instability_time=None)}
self.items = {self.dummy_mot: (0, 0, False, 0),
self.dummy_mot2: (0, 0, False, 0)}
# Create mock and define its functions
ctrl_methods = ['PreStartAll', 'StartAll', 'PreStartOne', 'StartOne',
'PreStateAll', 'StateAll', 'PreStateOne', 'StateOne',
'PreReadAll', 'PreReadOne', 'ReadOne', 'ReadAll',
'PreStopAll', 'StopAll', 'PreStopOne', 'StopOne',
'PreAbortAll', 'AbortAll', 'PreAbortOne', 'AbortOne']
self.mock_mot_ctrl = Mock(spec=ctrl_methods)
self.mock_mot_ctrl.StateOne.return_value = (State.Moving, 'moving')
dummy_mot_ctrl.ctrl = self.mock_mot_ctrl
self.motionaction = PoolMotion(self.dummy_mot)
self.motionaction.add_element(self.dummy_mot)
self.motionaction.add_element(self.dummy_mot2)
def setUp(self):
"""Setup:
- Use resources for Controller, CounterTimer and MeasurementGroup
features.
- Create Controller, CounterTimer and MeasurementGroup.
"""
pool = FakePool()
pc = createPoolController(pool, dummyPoolCTCtrlConf01)
pct = createPoolCounterTimer(pool, pc, dummyCounterTimerConf01)
pool.add_element(pc)
pool.add_element(pct)
self.pmg = createPoolMeasurementGroup(
pool, dummyMeasurementGroupConf01)
pool.add_element(self.pmg)
self._pct = pct # keep a reference to use it in test_acquisition
def setUp(self):
"""Create a Controller, TriggerGate and PoolSynchronization objects from
dummy configurations
"""
unittest.TestCase.setUp(self)
pool = FakePool()
dummy_tg_ctrl = createPoolController(pool, dummyPoolTGCtrlConf01)
self.dummy_tg = createPoolTriggerGate(pool, dummy_tg_ctrl,
dummyTriggerGateConf01)
# marrying the element with the controller
dummy_tg_ctrl.add_element(self.dummy_tg)
self.ctrl_conf = createControllerConfiguration(dummy_tg_ctrl,
[self.dummy_tg])
# marrying the element with the action
self.tg_action = PoolSynchronization(self.dummy_tg)
self.tg_action.add_element(self.dummy_tg)
def test_state(monkeypatch, mock_StateOne):
"""Test variants of StateOne return value:
- state
- state, status
"""
pool = FakePool()
# when SEP19 gets implemented it should be possible to mock directly
# the imported class
DummyCounterTimerController = pool.ctrl_manager.getControllerClass(
"DummyCounterTimerController")
monkeypatch.setattr(DummyCounterTimerController, "StateOne",
mock_StateOne)
ct_ctrl = createPoolController(pool, dummyPoolCTCtrlConf01)
ct = createPoolCounterTimer(pool, ct_ctrl, dummyCounterTimerConf01)
ct_ctrl.add_element(ct)
pool.add_element(ct_ctrl)
pool.add_element(ct)
assert ct.state == State.On
assert type(ct.status) == str
def test_state(monkeypatch, mock_StateOne):
"""Test variants of StateOne return value:
- state
- state, status
- state, status, limit_switches
"""
pool = FakePool()
# when SEP19 gets implemented it should be possible to mock directly
# the imported class
DummyMotorController = pool.ctrl_manager.getControllerClass(
"DummyMotorController")
monkeypatch.setattr(DummyMotorController, "StateOne", mock_StateOne)
mot_ctrl = createPoolController(pool, dummyPoolMotorCtrlConf01)
mot = createPoolMotor(pool, mot_ctrl, dummyMotorConf01)
mot_ctrl.add_element(mot)
pool.add_element(mot_ctrl)
pool.add_element(mot)
assert mot.state == State.On
assert type(mot.status) == str
assert mot.limit_switches.value == (False, ) * 3
class BasePoolTestCase(object):
"""Base pool test for setting the environment."""
POOLPATH = []
LOGLEVEL = logging.WARNING
def createController(self, name, klass, lib, props={}):
c_cfg = createCtrlConf(self.pool, name, klass, lib, props)
ctrl_obj = createPoolController(self.pool, c_cfg)
self.ctrls[name] = ctrl_obj
self.pool.add_element(ctrl_obj)
return ctrl_obj
def createCTElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolCounterTimer(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# CT elements
self.cts[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createZeroDElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolZeroDExpChannel(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# ZeroD elements
self.zerods[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createTGElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolTriggerGate(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# TG elements
self.tgs[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createMotorElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolMotor(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# MOT elements
self.mots[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createPCElement(self, ctrl_obj, name, axis, elements=[]):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolPseudoCounter(self.pool, ctrl_obj, e_cfg,
elements)
ctrl_obj.add_element(elem_obj)
self.pcs[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createPMElement(self, ctrl_obj, name, axis, elements=[]):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolPseudoMotor(self.pool, ctrl_obj, e_cfg, elements)
ctrl_obj.add_element(elem_obj)
self.pms[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def setUp(self):
"""Create a collection of controllers and elements.
"""
self.nctctrls = self.nzerodctrls = self.ntgctrls = self.nmotctrls = 4
self.nctelems = self.nzerodelems = self.ntgelems = self.nmotelems = 5
self.pool = FakePool(self.POOLPATH, self.LOGLEVEL)
# Use debug mode
self.ctrls = {}
self.cts = {}
self.zerods = {}
self.tgs = {}
self.mots = {}
self.pcs = {}
self.pms = {}
# Create nctctrls CT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_ct_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyCounterTimerController',
'DummyCounterTimerController.py')
# Create nelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_ct_%s_%s' % (ctrl, axis)
self.createCTElement(ctrl_obj, name, axis)
# Create nzerodctrls ZeroD ctrls
for ctrl in range(1, self.nzerodctrls + 1):
name = '_test_0d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyZeroDController',
'DummyZeroDController.py')
# Create nelems ZeroD elements for each ctrl
for axis in range(1, self.nzerodelems + 1):
name = '_test_0d_%s_%s' % (ctrl, axis)
self.createZeroDElement(ctrl_obj, name, axis)
# Create ntgctrls TG ctrls
for ctrl in range(1, self.ntgctrls + 1):
name = '_test_tg_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTriggerGateController',
'DummyTriggerGateController.py')
# Create nelems CT elements for each ctrl
for axis in range(1, self.ntgelems + 1):
name = '_test_tg_%s_%s' % (ctrl, axis)
self.createTGElement(ctrl_obj, name, axis)
# Create nctrls MOT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_mot_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyMotorController',
'DummyMotorController.py')
# Create nelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_mot_%s_%s' % (ctrl, axis)
self.createMotorElement(ctrl_obj, name, axis)
# Check the elements creation
cts = len(self.cts.keys())
tgs = len(self.tgs.keys())
mots = len(self.mots.keys())
expected_cts = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of CT elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_cts, cts, self.cts.keys())
if cts != expected_cts:
raise Exception(msg)
expected_tgs = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of TG elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_tgs, tgs, self.tgs.keys())
if tgs != expected_tgs:
raise Exception(msg)
expected_mots = self.nmotelems * self.nmotctrls
msg = 'Something happened during the creation of MOT elements.\n' + \
'Expected %s and there are %s, %s' % \
(self.nmotelems, mots, self.mots.keys())
if mots != expected_mots:
raise Exception(msg)
def tearDown(self):
self.pool.cleanup()
self.pool = None
self.ctrls = None
self.cts = None
self.tgs = None
def setUp(self):
"""Create a collection of controllers and elements.
"""
self.nctctrls = self.nzerodctrls = self.ntgctrls = self.nmotctrls = 4
self.nctelems = self.nzerodelems = self.ntgelems = self.nmotelems = 5
self.pool = FakePool(self.POOLPATH, self.LOGLEVEL)
# Use debug mode
self.ctrls = {}
self.cts = {}
self.zerods = {}
self.tgs = {}
self.mots = {}
self.pcs = {}
self.pms = {}
# Create nctctrls CT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_ct_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyCounterTimerController',
'DummyCounterTimerController.py')
# Create nelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_ct_%s_%s' % (ctrl, axis)
self.createCTElement(ctrl_obj, name, axis)
# Create nzerodctrls ZeroD ctrls
for ctrl in range(1, self.nzerodctrls + 1):
name = '_test_0d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyZeroDController',
'DummyZeroDController.py')
# Create nelems ZeroD elements for each ctrl
for axis in range(1, self.nzerodelems + 1):
name = '_test_0d_%s_%s' % (ctrl, axis)
self.createZeroDElement(ctrl_obj, name, axis)
# Create ntgctrls TG ctrls
for ctrl in range(1, self.ntgctrls + 1):
name = '_test_tg_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTriggerGateController',
'DummyTriggerGateController.py')
# Create nelems CT elements for each ctrl
for axis in range(1, self.ntgelems + 1):
name = '_test_tg_%s_%s' % (ctrl, axis)
self.createTGElement(ctrl_obj, name, axis)
# Create nctrls MOT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_mot_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyMotorController',
'DummyMotorController.py')
# Create nelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_mot_%s_%s' % (ctrl, axis)
self.createMotorElement(ctrl_obj, name, axis)
# Check the elements creation
cts = len(self.cts.keys())
tgs = len(self.tgs.keys())
mots = len(self.mots.keys())
expected_cts = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of CT elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_cts, cts, self.cts.keys())
if cts != expected_cts:
raise Exception(msg)
expected_tgs = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of TG elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_tgs, tgs, self.tgs.keys())
if tgs != expected_tgs:
raise Exception(msg)
expected_mots = self.nmotelems * self.nmotctrls
msg = 'Something happened during the creation of MOT elements.\n' + \
'Expected %s and there are %s, %s' % \
(self.nmotelems, mots, self.mots.keys())
if mots != expected_mots:
raise Exception(msg)
def setUp(self):
"""Create a FakePool object.
"""
self.pool = FakePool()
def setUp(self):
"""Instantiate a fake Pool and create a Controller"""
pool = FakePool()
self.pc = createPoolController(pool, dummyPoolCTCtrlConf01)
def setUp(self):
"""Create a collection of controllers and elements.
"""
self.nctctrls = self.nzerodctrls = self.ntgctrls = self.nmotctrls = 4
# dummy controller generates an array of zeros (1024x1024) for each
# axis, many axes may increase the memory consumption of testsuite
self.ntwodctrls = 1
self.nctelems = self.nzerodelems = self.ntgelems = self.nmotelems = 5
# dummy controller generates an array of zeros (1024x1024) for each
# axis, many axes may increase the memory consumption of testsuite
self.ntwodelems = 1
self.pool = FakePool(self.POOLPATH, self.LOGLEVEL)
# Use debug mode
self.ctrls = {}
self.cts = {}
self.zerods = {}
self.twods = {}
self.tgs = {}
self.mots = {}
self.pcs = {}
self.pms = {}
self.exp_channels = {}
# Create nctctrls CT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_ct_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyCounterTimerController',
'DummyCounterTimerController.py')
# use the first trigger/gate element by default
ctrl_obj.set_ctrl_attr("synchronizer", "_test_tg_1_1")
# Create nctelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_ct_%s_%s' % (ctrl, axis)
self.createCTElement(ctrl_obj, name, axis)
self.exp_channels.update(self.cts)
# Create nzerodctrls ZeroD ctrls
for ctrl in range(1, self.nzerodctrls + 1):
name = '_test_0d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyZeroDController',
'DummyZeroDController.py')
# Create nzerodelems ZeroD elements for each ctrl
for axis in range(1, self.nzerodelems + 1):
name = '_test_0d_%s_%s' % (ctrl, axis)
self.createZeroDElement(ctrl_obj, name, axis)
self.exp_channels.update(self.zerods)
# Create ntwodctrls TwoD ctrls
for ctrl in range(1, self.ntwodctrls + 1):
name = '_test_2d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyTwoDController',
'DummyTwoDController.py')
# use the first trigger/gate element by default
ctrl_obj.set_ctrl_attr("synchronizer", "_test_tg_1_1")
# Create ntwodelems TwoD elements for each ctrl
for axis in range(1, self.ntwodelems + 1):
name = '_test_2d_%s_%s' % (ctrl, axis)
self.createTwoDElement(ctrl_obj, name, axis)
self.exp_channels.update(self.twods)
# Create ntgctrls TG ctrls
for ctrl in range(1, self.ntgctrls + 1):
name = '_test_tg_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTriggerGateController',
'DummyTriggerGateController.py')
# Create ntgelems TG elements for each ctrl
for axis in range(1, self.ntgelems + 1):
name = '_test_tg_%s_%s' % (ctrl, axis)
self.createTGElement(ctrl_obj, name, axis)
# Create nmotctrls MOT ctrls
for ctrl in range(1, self.nmotctrls + 1):
name = '_test_mot_ctrl_%s' % ctrl
ctrl_obj = self.createController(name, 'DummyMotorController',
'DummyMotorController.py')
# Create nmotelems MOT elements for each ctrl
for axis in range(1, self.nmotelems + 1):
name = '_test_mot_%s_%s' % (ctrl, axis)
self.createMotorElement(ctrl_obj, name, axis)
# Check the elements creation
cts = len(list(self.cts.keys()))
tgs = len(list(self.tgs.keys()))
mots = len(list(self.mots.keys()))
expected_cts = self.nctelems * self.nctctrls
msg = 'Something happened during the creation of CT elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_cts, cts, list(self.cts.keys()))
if cts != expected_cts:
raise Exception(msg)
expected_tgs = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of TG elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_tgs, tgs, list(self.tgs.keys()))
if tgs != expected_tgs:
raise Exception(msg)
expected_mots = self.nmotelems * self.nmotctrls
msg = 'Something happened during the creation of MOT elements.\n' + \
'Expected %s and there are %s, %s' % \
(self.nmotelems, mots, list(self.mots.keys()))
if mots != expected_mots:
raise Exception(msg)
def setUp(self):
"""Create a Controller and a CounterTimer element"""
pool = FakePool()
pc = createPoolController(pool, dummyPoolCTCtrlConf01)
self.pct = createPoolCounterTimer(pool, pc, dummyCounterTimerConf01)
class BasePoolTestCase(object):
"""Base pool test for setting the environment."""
POOLPATH = []
LOGLEVEL = logging.WARNING
def createController(self, name, klass, lib, props={}):
c_cfg = createCtrlConf(self.pool, name, klass, lib, props)
ctrl_obj = createPoolController(self.pool, c_cfg)
self.ctrls[name] = ctrl_obj
self.pool.add_element(ctrl_obj)
return ctrl_obj
def createCTElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolCounterTimer(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# CT elements
self.cts[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createZeroDElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolZeroDExpChannel(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# ZeroD elements
self.zerods[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createTwoDElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolTwoDExpChannel(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# TwoD elements
self.twods[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createTGElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolTriggerGate(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# TG elements
self.tgs[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createMotorElement(self, ctrl_obj, name, axis):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolMotor(self.pool, ctrl_obj, e_cfg)
ctrl_obj.add_element(elem_obj)
# MOT elements
self.mots[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createPCElement(self, ctrl_obj, name, axis, elements=[]):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolPseudoCounter(self.pool, ctrl_obj, e_cfg,
elements)
ctrl_obj.add_element(elem_obj)
self.pcs[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def createPMElement(self, ctrl_obj, name, axis, elements=[]):
e_cfg = createElemConf(self.pool, axis, name)
elem_obj = createPoolPseudoMotor(self.pool, ctrl_obj, e_cfg,
elements)
ctrl_obj.add_element(elem_obj)
self.pms[name] = elem_obj
self.pool.add_element(elem_obj)
return elem_obj
def setUp(self):
"""Create a collection of controllers and elements.
"""
self.nctctrls = self.nzerodctrls = self.ntgctrls = self.nmotctrls = 4
# dummy controller generates an array of zeros (1024x1024) for each
# axis, many axes may increase the memory consumption of testsuite
self.ntwodctrls = 1
self.nctelems = self.nzerodelems = self.ntgelems = self.nmotelems = 5
# dummy controller generates an array of zeros (1024x1024) for each
# axis, many axes may increase the memory consumption of testsuite
self.ntwodelems = 1
self.pool = FakePool(self.POOLPATH, self.LOGLEVEL)
# Use debug mode
self.ctrls = {}
self.cts = {}
self.zerods = {}
self.twods = {}
self.tgs = {}
self.mots = {}
self.pcs = {}
self.pms = {}
# Create nctctrls CT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_ct_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyCounterTimerController',
'DummyCounterTimerController.py')
# Create nctelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_ct_%s_%s' % (ctrl, axis)
self.createCTElement(ctrl_obj, name, axis)
# Create nzerodctrls ZeroD ctrls
for ctrl in range(1, self.nzerodctrls + 1):
name = '_test_0d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyZeroDController',
'DummyZeroDController.py')
# Create nzerodelems ZeroD elements for each ctrl
for axis in range(1, self.nzerodelems + 1):
name = '_test_0d_%s_%s' % (ctrl, axis)
self.createZeroDElement(ctrl_obj, name, axis)
# Create ntwodctrls TwoD ctrls
for ctrl in range(1, self.ntwodctrls + 1):
name = '_test_2d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTwoDController',
'DummyTwoDController.py')
# Create ntwodelems TwoD elements for each ctrl
for axis in range(1, self.ntwodelems + 1):
name = '_test_2d_%s_%s' % (ctrl, axis)
self.createTwoDElement(ctrl_obj, name, axis)
# Create ntgctrls TG ctrls
for ctrl in range(1, self.ntgctrls + 1):
name = '_test_tg_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTriggerGateController',
'DummyTriggerGateController.py')
# Create ntgelems TG elements for each ctrl
for axis in range(1, self.ntgelems + 1):
name = '_test_tg_%s_%s' % (ctrl, axis)
self.createTGElement(ctrl_obj, name, axis)
# Create nmotctrls MOT ctrls
for ctrl in range(1, self.nmotctrls + 1):
name = '_test_mot_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyMotorController',
'DummyMotorController.py')
# Create nmotelems MOT elements for each ctrl
for axis in range(1, self.nmotelems + 1):
name = '_test_mot_%s_%s' % (ctrl, axis)
self.createMotorElement(ctrl_obj, name, axis)
# Check the elements creation
cts = len(self.cts.keys())
tgs = len(self.tgs.keys())
mots = len(self.mots.keys())
expected_cts = self.nctelems * self.nctctrls
msg = 'Something happened during the creation of CT elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_cts, cts, self.cts.keys())
if cts != expected_cts:
raise Exception(msg)
expected_tgs = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of TG elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_tgs, tgs, self.tgs.keys())
if tgs != expected_tgs:
raise Exception(msg)
expected_mots = self.nmotelems * self.nmotctrls
msg = 'Something happened during the creation of MOT elements.\n' + \
'Expected %s and there are %s, %s' % \
(self.nmotelems, mots, self.mots.keys())
if mots != expected_mots:
raise Exception(msg)
def tearDown(self):
self.pool.cleanup()
self.pool = None
self.ctrls = None
self.cts = None
self.tgs = None
def setUp(self):
"""Create a collection of controllers and elements.
"""
self.nctctrls = self.nzerodctrls = self.ntgctrls = self.nmotctrls = 4
# dummy controller generates an array of zeros (1024x1024) for each
# axis, many axes may increase the memory consumption of testsuite
self.ntwodctrls = 1
self.nctelems = self.nzerodelems = self.ntgelems = self.nmotelems = 5
# dummy controller generates an array of zeros (1024x1024) for each
# axis, many axes may increase the memory consumption of testsuite
self.ntwodelems = 1
self.pool = FakePool(self.POOLPATH, self.LOGLEVEL)
# Use debug mode
self.ctrls = {}
self.cts = {}
self.zerods = {}
self.twods = {}
self.tgs = {}
self.mots = {}
self.pcs = {}
self.pms = {}
# Create nctctrls CT ctrls
for ctrl in range(1, self.nctctrls + 1):
name = '_test_ct_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyCounterTimerController',
'DummyCounterTimerController.py')
# Create nctelems CT elements for each ctrl
for axis in range(1, self.nctelems + 1):
name = '_test_ct_%s_%s' % (ctrl, axis)
self.createCTElement(ctrl_obj, name, axis)
# Create nzerodctrls ZeroD ctrls
for ctrl in range(1, self.nzerodctrls + 1):
name = '_test_0d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyZeroDController',
'DummyZeroDController.py')
# Create nzerodelems ZeroD elements for each ctrl
for axis in range(1, self.nzerodelems + 1):
name = '_test_0d_%s_%s' % (ctrl, axis)
self.createZeroDElement(ctrl_obj, name, axis)
# Create ntwodctrls TwoD ctrls
for ctrl in range(1, self.ntwodctrls + 1):
name = '_test_2d_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTwoDController',
'DummyTwoDController.py')
# Create ntwodelems TwoD elements for each ctrl
for axis in range(1, self.ntwodelems + 1):
name = '_test_2d_%s_%s' % (ctrl, axis)
self.createTwoDElement(ctrl_obj, name, axis)
# Create ntgctrls TG ctrls
for ctrl in range(1, self.ntgctrls + 1):
name = '_test_tg_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyTriggerGateController',
'DummyTriggerGateController.py')
# Create ntgelems TG elements for each ctrl
for axis in range(1, self.ntgelems + 1):
name = '_test_tg_%s_%s' % (ctrl, axis)
self.createTGElement(ctrl_obj, name, axis)
# Create nmotctrls MOT ctrls
for ctrl in range(1, self.nmotctrls + 1):
name = '_test_mot_ctrl_%s' % ctrl
ctrl_obj = self.createController(name,
'DummyMotorController',
'DummyMotorController.py')
# Create nmotelems MOT elements for each ctrl
for axis in range(1, self.nmotelems + 1):
name = '_test_mot_%s_%s' % (ctrl, axis)
self.createMotorElement(ctrl_obj, name, axis)
# Check the elements creation
cts = len(self.cts.keys())
tgs = len(self.tgs.keys())
mots = len(self.mots.keys())
expected_cts = self.nctelems * self.nctctrls
msg = 'Something happened during the creation of CT elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_cts, cts, self.cts.keys())
if cts != expected_cts:
raise Exception(msg)
expected_tgs = self.ntgelems * self.ntgctrls
msg = 'Something happened during the creation of TG elements.\n' + \
'Expected %s and there are %s, %s' % \
(expected_tgs, tgs, self.tgs.keys())
if tgs != expected_tgs:
raise Exception(msg)
expected_mots = self.nmotelems * self.nmotctrls
msg = 'Something happened during the creation of MOT elements.\n' + \
'Expected %s and there are %s, %s' % \
(self.nmotelems, mots, self.mots.keys())
if mots != expected_mots:
raise Exception(msg)
