def test_describe(bool_enum_signal):
sig = bool_enum_signal
sig.put(1)
desc = sig.describe()['bool_enum']
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_describe(bool_enum_signal):
sig = bool_enum_signal
sig.put(1)
desc = sig.describe()['bool_enum']
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_signal_base():
start_t = time.time()
name = 'test'
value = 10.0
signal = Signal(name=name, value=value, timestamp=start_t)
signal.wait_for_connection()
assert signal.connected
assert signal.name == name
assert signal.value == value
assert signal.get() == value
assert signal.timestamp == start_t
info = dict(called=False)
def _sub_test(**kwargs):
info['called'] = True
info['kw'] = kwargs
signal.subscribe(_sub_test, run=False,
event_type=signal.SUB_VALUE)
assert not info['called']
signal.value = value
signal.clear_sub(_sub_test)
signal.subscribe(_sub_test, run=False,
event_type=signal.SUB_VALUE)
signal.clear_sub(_sub_test, event_type=signal.SUB_VALUE)
kw = info['kw']
assert 'value' in kw
assert 'timestamp' in kw
assert 'old_value' in kw
assert kw['value'] == value
assert kw['old_value'] == value
assert kw['timestamp'] == signal.timestamp
# readback callback for soft signal
info = dict(called=False)
signal.subscribe(_sub_test, event_type=Signal.SUB_VALUE,
run=False)
assert not info['called']
signal.put(value + 1)
assert info['called']
signal.clear_sub(_sub_test)
kw = info['kw']
assert 'value' in kw
assert 'timestamp' in kw
assert 'old_value' in kw
assert kw['value'] == value + 1
assert kw['old_value'] == value
assert kw['timestamp'] == signal.timestamp
signal.trigger()
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
def test_signal_base():
start_t = time.time()
name = 'test'
value = 10.0
signal = Signal(name=name, value=value, timestamp=start_t)
signal.wait_for_connection()
assert signal.connected
assert signal.name == name
assert signal.value == value
assert signal.get() == value
assert signal.timestamp == start_t
info = dict(called=False)
def _sub_test(**kwargs):
info['called'] = True
info['kw'] = kwargs
signal.subscribe(_sub_test, run=False,
event_type=signal.SUB_VALUE)
assert not info['called']
signal.value = value
signal.clear_sub(_sub_test)
signal.subscribe(_sub_test, run=False,
event_type=signal.SUB_VALUE)
signal.clear_sub(_sub_test, event_type=signal.SUB_VALUE)
kw = info['kw']
assert 'value' in kw
assert 'timestamp' in kw
assert 'old_value' in kw
assert kw['value'] == value
assert kw['old_value'] == value
assert kw['timestamp'] == signal.timestamp
# readback callback for soft signal
info = dict(called=False)
signal.subscribe(_sub_test, event_type=Signal.SUB_VALUE,
run=False)
assert not info['called']
signal.put(value + 1)
assert info['called']
signal.clear_sub(_sub_test)
kw = info['kw']
assert 'value' in kw
assert 'timestamp' in kw
assert 'old_value' in kw
assert kw['value'] == value + 1
assert kw['old_value'] == value
assert kw['timestamp'] == signal.timestamp
signal.trigger()
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
def put(self, value, *, timestamp=None, force=False):
return Signal.put(self, value, timestamp=timestamp, force=force)
def test_signal_base(self):
start_t = time.time()
name = 'test'
value = 10.0
signal = Signal(name=name, value=value, timestamp=start_t)
signal.wait_for_connection()
self.assertTrue(signal.connected)
self.assertEquals(signal.name, name)
self.assertEquals(signal.value, value)
self.assertEquals(signal.get(), value)
self.assertEquals(signal.timestamp, start_t)
info = dict(called=False)
def _sub_test(**kwargs):
info['called'] = True
info['kw'] = kwargs
signal.subscribe(_sub_test, run=False)
self.assertFalse(info['called'])
signal.value = value
signal.clear_sub(_sub_test)
signal.subscribe(_sub_test, run=False)
signal.clear_sub(_sub_test, event_type=signal.SUB_VALUE)
kw = info['kw']
self.assertIn('value', kw)
self.assertIn('timestamp', kw)
self.assertIn('old_value', kw)
self.assertEquals(kw['value'], value)
self.assertEquals(kw['old_value'], value)
self.assertEquals(kw['timestamp'], signal.timestamp)
# readback callback for soft signal
info = dict(called=False)
signal.subscribe(_sub_test, event_type=Signal.SUB_VALUE, run=False)
self.assertFalse(info['called'])
signal.put(value + 1)
self.assertTrue(info['called'])
signal.clear_sub(_sub_test)
kw = info['kw']
self.assertIn('value', kw)
self.assertIn('timestamp', kw)
self.assertIn('old_value', kw)
self.assertEquals(kw['value'], value + 1)
self.assertEquals(kw['old_value'], value)
self.assertEquals(kw['timestamp'], signal.timestamp)
signal.trigger()
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
def test_avg_signal():
logger.debug('test_avg_signal')
sig = Signal(name='raw')
avg = AvgSignal(sig, 2, name='avg')
assert avg.averages == 2
sig.put(1)
assert avg.get() == 1
sig.put(3)
assert avg.get() == 2
sig.put(2)
assert avg.get() == 2.5
avg.averages = 3
sig.put(1)
assert avg.get() == 1
sig.put(3)
assert avg.get() == 2
sig.put(2)
assert avg.get() == 2
cb = Mock()
avg.subscribe(cb)
sig.put(0)
assert cb.called
def test_signal_base(self):
start_t = time.time()
name = 'test'
value = 10.0
signal = Signal(name=name, value=value, timestamp=start_t)
signal.wait_for_connection()
self.assertTrue(signal.connected)
self.assertEquals(signal.name, name)
self.assertEquals(signal.value, value)
self.assertEquals(signal.get(), value)
self.assertEquals(signal.timestamp, start_t)
info = dict(called=False)
def _sub_test(**kwargs):
info['called'] = True
info['kw'] = kwargs
signal.subscribe(_sub_test, run=False)
self.assertFalse(info['called'])
signal.value = value
signal.clear_sub(_sub_test)
signal.subscribe(_sub_test, run=False)
signal.clear_sub(_sub_test, event_type=signal.SUB_VALUE)
kw = info['kw']
self.assertIn('value', kw)
self.assertIn('timestamp', kw)
self.assertIn('old_value', kw)
self.assertEquals(kw['value'], value)
self.assertEquals(kw['old_value'], value)
self.assertEquals(kw['timestamp'], signal.timestamp)
# readback callback for soft signal
info = dict(called=False)
signal.subscribe(_sub_test, event_type=Signal.SUB_VALUE,
run=False)
self.assertFalse(info['called'])
signal.put(value + 1)
self.assertTrue(info['called'])
signal.clear_sub(_sub_test)
kw = info['kw']
self.assertIn('value', kw)
self.assertIn('timestamp', kw)
self.assertIn('old_value', kw)
self.assertEquals(kw['value'], value + 1)
self.assertEquals(kw['old_value'], value)
self.assertEquals(kw['timestamp'], signal.timestamp)
signal.trigger()
signal.read()
signal.describe()
signal.read_configuration()
signal.describe_configuration()
eval(repr(signal))
