def setUp(self):
self.root = server.BaseServer(share.SharingManager())
storage.Storage(parent=self.root)
self.obj = instrument.Instrument(self.root, 'instrument')
dumps(self.obj)
self.obj.outFile = False
# Create a device server with some sub-devices
self.dsrv = device.DeviceServer(self.root, 'dsrv')
self.root.deviceservers = [self.dsrv]
self.dev1 = device.Device(self.dsrv, 'dev1')
self.dev2 = device.Device(self.dsrv, 'dev2')
self.assertEqual(len(self.dsrv.devices), 2)
set_options(self.dev1)
set_options(self.dev2)
set_options(self.obj)
# self.obj.devices=[self.dev1,self.dev2]
self.obj.measure['measureFile'] = hdfpath
d = {}
ao(d, 'dev1role', 'Role', ['/dsrv/dev1/', 'default'])
ao(d, 'dev2role', 'Role', ['/dsrv/dev2/', 'default'])
self.obj.desc.update(d)
self.d = d
self.obj.init_instrument()
def setUp(self):
self.root = device.Device()
self.root.deviceservers = []
self.root.pause_check = lambda *a: 1
self.root.desc.add_option('progress', type='Progress')
self.ds = device.DeviceServer(self.root, 'srv')
self.dev1 = device.Device(self.ds, 'dev1')
self.dev1['dev'] = '/dev/1'
self.dev2 = device.Device(self.ds, 'dev2')
self.dev2['dev'] = '/dev/2'
self.reg = device.DevicePathRegistry()
def test_wiring(self):
device.Device(self.nodp, 'dev1')
self.nodp.desc.sete('role', {
'current': ['/dev1/', 'default'],
'type': 'Role'
})
self.nodp.map_role_dev('role')
self.assertIn('digraph', self.nodp.wiring())
def test_model(self):
device.Device(self.dp, 'pippo')
mod = self.dp.model()
self.assertDictEqual({
'pippo': {
'self': 'device'
},
'self': 'device'
}, mod)
def test_noshare(self):
from misura.droid import device
pickle.dumps(data.Conf())
pickle.dumps(data.CircularBuffer())
obj = self.mgr.Conf()
pickle.dumps(obj)
obj = self.mgr.CircularBuffer()
pickle.dumps(obj)
obj = device.Device()
pickle.dumps(obj.desc)
def setUp(self):
self.d = device.Device()
self.d.sete('T', {"type": 'Float', "attr": ['History', 'ReadOnly']})
self.d.sete('rawT', {"type": 'Float', 'unit': 'celsius'})
self.d.sete(
'calibrationT', {
"current": [[('Measured', 'Float'),
('Theoretical', 'Float')], [20, 20]],
"type":
'Table'
})
device.Calibrator(self.d, 'T')
def setUp(self):
self.nodp = device.Device()
self.dp = device.Device()
def test_list(self):
self.assertEqual(self.dp.devices, [])
device.Device(self.dp, 'dev1')
self.dp.dev1['name'] = 'device'
v = self.dp.list()
self.assertEqual(v, [('device', 'dev1')])