def obtain_device(self):
dev = DeviceServerTestCase.obtain_device(self,
impl=dm34410a.DM34410A,
manufacturer='Agilent',
model='34410A')
dev.reset()
return dev
def obtain_device(self): """ Get a real device with which to test. """ return DeviceServerTestCase.obtain_device(self)
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=ch6_voltage_source.ch6VoltageSource, manufacturer='IQC', model='Six channel voltage source')
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=smf100a.SMF100A, manufacturer='Rohde & Schwarz', model='SMF100A')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(
self, impl=ips120_10.IPS120_10, manufacturer="Oxford Instruments", model="IPS120-10"
)
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=abc1234.ABC1234, manufacturer='Sample', model='ABC1234')
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=voltage_source.VoltageSource, manufacturer='IQC', model='Voltage source')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(self, impl=dpo7104.DPO7104, manufacturer="Tektronix", model="DPO7104")
def obtain_device(self):
return DeviceServerTestCase.obtain_device(
self,
impl=tc335.TC335,
manufacturer='Lakeshore',
model='335 Temperature Controller')
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=voltagesource230.voltageSource230, manufacturer='Keithley', model='230 Programmable Voltage Source')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(self,
impl=awg5014b.AWG5014B,
manufacturer='Tektronix',
model='AWG5014B')
def obtain_device(self): dev = DeviceServerTestCase.obtain_device(self, impl=dm34410a.DM34410A, manufacturer='Agilent', model='34410A') dev.reset() return dev
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=model4g.Model4G, manufacturer='Cryomagnetics', model='Model 4G')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(
self,
impl=voltage_source.VoltageSource,
manufacturer='IQC',
model='Voltage source')
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=ips120_10.IPS120_10, manufacturer='Oxford Instruments', model='IPS120-10')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(
self,
impl=ch6_voltage_source.ch6VoltageSource,
manufacturer='IQC',
model='Six channel voltage source')
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=tc335.TC335, manufacturer='Lakeshore', model='335 Temperature Controller')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(
self,
impl=voltagesource230.voltageSource230,
manufacturer='Keithley',
model='230 Programmable Voltage Source')
def obtain_device(self):
"""
Get a real device with which to test.
"""
return DeviceServerTestCase.obtain_device(self)
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=awg5014b.AWG5014B, manufacturer='Tektronix', model='AWG5014B')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(self,
impl=abc1234.ABC1234,
manufacturer='Sample',
model='ABC1234')
def obtain_device(self):
return DeviceServerTestCase.obtain_device(self,
impl=model4g.Model4G,
manufacturer='Cryomagnetics',
model='Model 4G')
def obtain_device(self): return DeviceServerTestCase.obtain_device(self, impl=dpo7104.DPO7104, manufacturer='Tektronix', model='DPO7104')
