self.control_channel.enable_control_loop(True)
print(
"Control loop enables. This test runs until the actual value raises above ",
setpoint - 1)
actual_value = self.control_channel.read_actual_value()
while actual_value < (setpoint - 1):
actual_value = self.control_channel.read_actual_value()
print("Actual value: ", actual_value)
time.sleep(1)
# Now we disable the control loop and wait until the temperature dropped
# by 10 degre
print(
"Control loop disabled. This test runs until the actual value drops below ",
setpoint - 10)
while actual_value > (setpoint - 10):
actual_value = self.control_channel.read_actual_value()
print("Actual value: ", actual_value)
time.sleep(1)
def step25_capi_close(self):
print("Closing bus...")
self.bus.stop()
self.bus.close()
if __name__ == '__main__':
deviceconfig = test_common.parse_test_args("testconfig_qmixsdk")
del sys.argv[1:]
unittest.main()
def step10_volume_dosing(self):
"""
Tests volume dosing in continuous flow
"""
syringe_pump1 = self.contiflow_pump2.get_syringe_pump(0)
max_syringe_level = syringe_pump1.get_volume_max()
flow_rate = self.contiflow_pump2.get_flow_rate_max()
target_volume = max_syringe_level * 1.5
print("Starting volume dosing with target volume ", target_volume)
self.contiflow_pump2.pump_volume(target_volume, flow_rate)
time.sleep(0.1)
timer = qmixbus.PollingTimer(60000)
while (self.contiflow_pump2.is_pumping() == True) and not timer.is_expired():
time.sleep(1)
print("Dosed volume: ", self.contiflow_pump2.get_dosed_volume())
def step25_capi_close(self):
"""
Tests closing of the bus api
"""
print("Closing bus...")
self.bus.stop()
self.bus.close()
if __name__ == '__main__':
deviceconfig = parse_test_args("contiflow")
del sys.argv[1:]
unittest.main()