def OnAddDevice(self, evt=None):
"""
Add a blank variable to the OLV.
"""
# Ensure that we get a unique name.
with self.global_store.devices.lock:
num = 1
done = False
while not done:
name = 'New device {0}'.format(num)
dev_cfg = DeviceConfig(name=name)
try:
self.global_store.devices[name] = dev_cfg
except KeyError:
num += 1
else:
done = True
self.olv.AddObject(dev_cfg)
# OLV likes to select a random item at this point.
self.olv.DeselectAll()
def GetValue(self): dev_cfg = DeviceConfig(name=self.name) # Address mode. dev_cfg.address_mode = self.get_address_mode() ## Ethernet. possible_address = self.ip_address_input.GetAddress() if self.ip_address_input.IsValid() and len(possible_address) > 6: dev_cfg.ip_address = possible_address else: dev_cfg.ip_address = None ## GPIB. dev_cfg.gpib_board = self.gpib_board_input.Value dev_cfg.gpib_pad = self.gpib_pad_input.Value dev_cfg.gpib_sad = self.gpib_sad_input.Value ## USB. possible_resource = self.usb_resource_input.Value if possible_resource: dev_cfg.usb_resource = possible_resource else: dev_cfg.usb_resource = None # Implementation. dev_cfg.manufacturer = self.manufacturer dev_cfg.model = self.model dev_cfg.mock = self.mock_input.Value # Device. dev_cfg.device = self.device # Resource labels. dev_cfg.resource_labels = self.resource_labels return dev_cfg
def testPulseProgram(self):
"""
Iterate with a pulse program.
"""
res_buf = []
def setter(value):
res_buf.append(value)
res = Resource(setter=setter)
var1 = OutputVariable(name='Var 1', order=1, enabled=True)
var1.config = LinSpaceConfig(1.0, 4.0, 4)
p = Program.from_file(path.join(resource_dir, '01.pulse'))
p.frequency = Quantity(1, 'GHz')
p.set_value(('_acq_marker', 'marker_num'), 1)
p.set_value(('_acq_marker', 'output'), 'f1')
eq_(p.all_values, set([('_acq_marker', 'marker_num'), ('_acq_marker', 'output'), ('d',), ('i',),
('p', 'amplitude'), ('p', 'length'), ('p', 'shape')]))
parameters = [('i',), ('d',), ('p', 'amplitude'), ('p', 'length')]
for parameter in parameters:
p.resource_labels[parameter] = 'res_' + '.'.join(parameter)
p.resources[parameter] = Resource()
var2 = OutputVariable(name='Var 2', order=1, enabled=True)
var2.config = LinSpaceConfig(1, 4, 4)
var2.type = 'integer'
awg_cfg = DeviceConfig('awg')
awg_cfg.address_mode = awg_cfg.address_modes.gpib
awg_cfg.manufacturer, awg_cfg.model = 'Tektronix', 'AWG5014B'
awg_cfg.mock = True
awg_cfg.connect()
osc_cfg = DeviceConfig('osc')
osc_cfg.address_mode = awg_cfg.address_modes.gpib
osc_cfg.manufacturer, osc_cfg.model = 'Tektronix', 'DPO7104'
osc_cfg.mock = True
osc_cfg.connect()
pulse_config = sweep.PulseConfiguration(p.with_resources, {'f1': 1}, awg_cfg.device, osc_cfg.device)
vars, num_items = sort_output_variables([var1, var2])
ress = [(('Res 1', res), ('Res 2', p.resources[('i',)]))]
ctrl = sweep.SweepController(ress, vars, num_items, [], [],[],[],pulse_config)
ctrl.run()
eq_(res_buf, [1.0, 2.0, 3.0, 4.0])
def testPulseProgram(self):
"""
Iterate with a pulse program.
"""
res_buf = []
def setter(value):
res_buf.append(value)
res = Resource(setter=setter)
var1 = OutputVariable(name='Var 1', order=1, enabled=True)
var1.config = LinSpaceConfig(1.0, 4.0, 4)
p = Program.from_file(path.join(resource_dir, '01.pulse'))
p.frequency = Quantity(1, 'GHz')
p.set_value(('_acq_marker', 'marker_num'), 1)
p.set_value(('_acq_marker', 'output'), 'f1')
eq_(
p.all_values,
set([('_acq_marker', 'marker_num'), ('_acq_marker', 'output'),
('d', ), ('i', ), ('p', 'amplitude'), ('p', 'length'),
('p', 'shape')]))
parameters = [('i', ), ('d', ), ('p', 'amplitude'), ('p', 'length')]
for parameter in parameters:
p.resource_labels[parameter] = 'res_' + '.'.join(parameter)
p.resources[parameter] = Resource()
var2 = OutputVariable(name='Var 2', order=1, enabled=True)
var2.config = LinSpaceConfig(1, 4, 4)
var2.type = 'integer'
awg_cfg = DeviceConfig('awg')
awg_cfg.address_mode = awg_cfg.address_modes.gpib
awg_cfg.manufacturer, awg_cfg.model = 'Tektronix', 'AWG5014B'
awg_cfg.mock = True
awg_cfg.connect()
osc_cfg = DeviceConfig('osc')
osc_cfg.address_mode = awg_cfg.address_modes.gpib
osc_cfg.manufacturer, osc_cfg.model = 'Tektronix', 'DPO7104'
osc_cfg.mock = True
osc_cfg.connect()
pulse_config = sweep.PulseConfiguration(p.with_resources, {'f1': 1},
awg_cfg.device, osc_cfg.device)
vars, num_items = sort_output_variables([var1, var2])
ress = [(('Res 1', res), ('Res 2', p.resources[('i', )]))]
ctrl = sweep.SweepController(ress, vars, num_items, [], [], [], [],
pulse_config)
ctrl.run()
eq_(res_buf, [1.0, 2.0, 3.0, 4.0])
def GetValue(self):
dev_cfg = DeviceConfig(name=self.name)
# Address mode.
dev_cfg.address_mode = self.get_address_mode()
## Ethernet.
possible_address = self.ip_address_input.GetAddress()
if self.ip_address_input.IsValid() and len(possible_address) > 6:
dev_cfg.ip_address = possible_address
else:
dev_cfg.ip_address = None
## GPIB.
dev_cfg.gpib_board = self.gpib_board_input.Value
dev_cfg.gpib_pad = self.gpib_pad_input.Value
dev_cfg.gpib_sad = self.gpib_sad_input.Value
## USB.
possible_resource = self.usb_resource_input.Value
if possible_resource:
dev_cfg.usb_resource = possible_resource
else:
dev_cfg.usb_resource = None
# Implementation.
dev_cfg.manufacturer = self.manufacturer
dev_cfg.model = self.model
dev_cfg.mock = self.mock_input.Value
# Device.
dev_cfg.device = self.device
# Resource labels.
dev_cfg.resource_labels = self.resource_labels
return dev_cfg
