def test_get_status_getAnalogIn_fails(self):
spec = AvsFiberSpectrograph()
self.patch.return_value.AVS_GetAnalogIn.side_effect = None
self.patch.return_value.AVS_GetAnalogIn.return_value = (
AvsReturnCode.ERR_TIMEOUT.value)
with pytest.raises(AvsReturnError, match="GetAnalogIn.*ERR_TIMEOUT"):
spec.get_status()
def test_get_status_getVersionInfo_fails(self):
spec = AvsFiberSpectrograph()
self.patch.return_value.AVS_GetVersionInfo.side_effect = None
self.patch.return_value.AVS_GetVersionInfo.return_value = (
AvsReturnCode.ERR_DEVICE_NOT_FOUND.value)
with pytest.raises(AvsReturnError,
match="GetVersionInfo.*ERR_DEVICE_NOT_FOUND"):
spec.get_status()
def test_get_status_getParameter_fails(self):
spec = AvsFiberSpectrograph()
self.patch.return_value.AVS_GetParameter.side_effect = None
self.patch.return_value.AVS_GetParameter.return_value = (
AvsReturnCode.ERR_INVALID_DEVICE_ID.value)
with pytest.raises(AvsReturnError,
match="GetParameter.*ERR_INVALID_DEVICE_ID"):
spec.get_status()
def test_get_status(self):
spec = AvsFiberSpectrograph()
status = spec.get_status()
assert status.fpga_version == self.fpga_version
assert status.firmware_version == self.firmware_version
assert status.library_version == self.library_version
assert status.n_pixels == self.n_pixels
assert status.temperature_setpoint == self.temperature_setpoint
np.testing.assert_allclose(status.temperature, self.temperature)
assert status.config is None
# Check that full=True returns a AvsDeviceConfig instead of None
# (we're not worried about the contents of it here)
status = spec.get_status(full=True)
assert status.config is not None