def test_describe():
sig = EpicsSignal('my_pv')
sig._write_pv.enum_strs = ('enum1', 'enum2')
sig.wait_for_connection()
sig.put(1)
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'integer'
assert desc['shape'] == []
assert 'precision' in desc
assert 'enum_strs' in desc
assert 'upper_ctrl_limit' in desc
assert 'lower_ctrl_limit' in desc
sig.put('foo')
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'string'
assert desc['shape'] == []
sig.put(3.14)
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'number'
assert desc['shape'] == []
import numpy as np
sig.put(np.array([1,]))
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'array'
assert desc['shape'] == [1,]
def test_describe():
sig = EpicsSignal('my_pv')
sig._write_pv.enum_strs = ('enum1', 'enum2')
sig.wait_for_connection()
sig.put(1)
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'integer'
assert desc['shape'] == []
assert 'precision' in desc
assert 'enum_strs' in desc
assert 'upper_ctrl_limit' in desc
assert 'lower_ctrl_limit' in desc
sig.put('foo')
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'string'
assert desc['shape'] == []
sig.put(3.14)
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'number'
assert desc['shape'] == []
import numpy as np
sig.put(np.array([1,]))
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'array'
assert desc['shape'] == [1,]
def test_epicssignal_readwrite():
signal = EpicsSignal('readpv', write_pv='writepv')
signal.wait_for_connection()
assert signal.setpoint_pvname == 'writepv'
assert signal.pvname == 'readpv'
signal.value
signal._update_rate = 2
time.sleep(0.2)
value = 10
signal.value = value
signal.setpoint = value
assert signal.setpoint == value
signal.setpoint_ts
signal.limits
signal.precision
signal.timestamp
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
time.sleep(0.2)
def test_describe(self):
epics.PV = FakeEpicsPV
sig = EpicsSignal('my_pv')
sig._write_pv.enum_strs = ('enum1', 'enum2')
sig.wait_for_connection()
sig.put(1)
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'integer')
self.assertEquals(desc['shape'], [])
self.assertIn('precision', desc)
self.assertIn('enum_strs', desc)
self.assertIn('upper_ctrl_limit', desc)
self.assertIn('lower_ctrl_limit', desc)
sig.put('foo')
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'string')
self.assertEquals(desc['shape'], [])
sig.put(3.14)
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'number')
self.assertEquals(desc['shape'], [])
import numpy as np
sig.put(np.array([
1,
]))
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'array')
self.assertEquals(desc['shape'], [
1,
])
def test_epicssignal_readwrite():
signal = EpicsSignal('readpv', write_pv='writepv')
signal.wait_for_connection()
assert signal.setpoint_pvname == 'writepv'
assert signal.pvname == 'readpv'
signal.value
signal._update_rate = 2
time.sleep(0.2)
value = 10
signal.value = value
signal.setpoint = value
assert signal.setpoint == value
signal.setpoint_ts
signal.limits
signal.precision
signal.timestamp
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
time.sleep(0.2)
def test_epicssignal_readwrite(self):
epics.PV = FakeEpicsPV
signal = EpicsSignal('readpv', write_pv='writepv')
signal.wait_for_connection()
self.assertEquals(signal.setpoint_pvname, 'writepv')
self.assertEquals(signal.pvname, 'readpv')
signal.value
signal._update_rate = 2
time.sleep(0.2)
value = 10
signal.value = value
signal.setpoint = value
self.assertEquals(signal.setpoint, value)
signal.setpoint_ts
signal.limits
signal.precision
signal.timestamp
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
time.sleep(0.2)
def test_describe(cleanup, signal_test_ioc):
sig = EpicsSignal(signal_test_ioc.pvs['bool_enum'], name='my_pv')
cleanup.add(sig)
sig.wait_for_connection()
sig.put(1)
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'integer'
assert desc['shape'] == []
# assert 'precision' in desc
assert desc['enum_strs'] == ['Off', 'On']
assert 'upper_ctrl_limit' in desc
assert 'lower_ctrl_limit' in desc
sig = Signal(name='my_pv')
sig.put('Off')
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'string'
assert desc['shape'] == []
sig.put(3.14)
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'number'
assert desc['shape'] == []
import numpy as np
sig.put(np.array([
1,
]))
desc = sig.describe()['my_pv']
assert desc['dtype'] == 'array'
assert desc['shape'] == [
1,
]
def test_epicssignal_readwrite(cleanup, signal_test_ioc):
signal = EpicsSignal(read_pv=signal_test_ioc.pvs['read_only'],
write_pv=signal_test_ioc.pvs['read_write'],
limits=True)
cleanup.add(signal)
signal.wait_for_connection()
assert signal.setpoint_pvname == signal_test_ioc.pvs['read_write']
assert signal.pvname == signal_test_ioc.pvs['read_only']
signal.value
signal._update_rate = 2
time.sleep(0.2)
value = 10
signal.value = value
signal.setpoint = value
assert signal.setpoint == value
signal.setpoint_ts
signal.limits
signal.precision
signal.timestamp
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
time.sleep(0.2)
def test_describe(self):
epics.PV = FakeEpicsPV
sig = EpicsSignal('my_pv')
sig._write_pv.enum_strs = ('enum1', 'enum2')
sig.wait_for_connection()
sig.put(1)
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'integer')
self.assertEquals(desc['shape'], [])
self.assertIn('precision', desc)
self.assertIn('enum_strs', desc)
self.assertIn('upper_ctrl_limit', desc)
self.assertIn('lower_ctrl_limit', desc)
sig.put('foo')
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'string')
self.assertEquals(desc['shape'], [])
sig.put(3.14)
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'number')
self.assertEquals(desc['shape'], [])
import numpy as np
sig.put(np.array([1,]))
desc = sig.describe()['my_pv']
self.assertEquals(desc['dtype'], 'array')
self.assertEquals(desc['shape'], [1,])
def test_epicssignal_readwrite(self):
epics.PV = FakeEpicsPV
signal = EpicsSignal('readpv', write_pv='writepv')
signal.wait_for_connection()
self.assertEquals(signal.setpoint_pvname, 'writepv')
self.assertEquals(signal.pvname, 'readpv')
signal.value
signal._update_rate = 2
time.sleep(0.2)
value = 10
signal.value = value
signal.setpoint = value
self.assertEquals(signal.setpoint, value)
signal.setpoint_ts
signal.limits
signal.precision
signal.timestamp
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
time.sleep(0.2)
