def doStatus(self, maxage=0):
if self.scanmode == 'DIFF':
return multiStatus(((name, self._adevs[name]) for name in
['mono', 'phi', 'psi', 'alpha']), maxage)
else:
return multiStatus(((name, self._adevs[name]) for name in
['mono', 'ana', 'phi', 'psi', 'alpha']), maxage)
def doStatus(self, maxage=0):
# if the underlying device is moving or in error state,
# reflect its status
move_status = multiStatus(self.devices, maxage)
if move_status[0] not in (status.OK, status.WARN):
return move_status
return MappedReadable.doStatus(self, maxage)
def doStatus(self, maxage=0):
st, text = multiStatus(self._adevs)
if st == status.BUSY:
return st, text
if self.read(maxage) == 'unknown':
return status.NOTREACHED, 'unknown polarization setting'
return status.OK, 'idle'
def doStatus(self, maxage=0):
st, text = multiStatus(self._getWaiters(), maxage)
if st == status.ERROR:
return st, text
for master in self._masters:
for (name, value) in self._channel_presets.get(master, ()):
if master.presetReached(name, value, maxage):
return status.OK, text
return st, text
def doStatus(self, maxage=0):
# order is important here.
const, text = multiStatus(
((name, self._adevs[name])
for name in ['theta', 'twotheta', 'focush', 'focusv']), maxage)
if const == status.OK: # all idle; check also angle relation
tt, th = self._get_angles(maxage)
if abs(tt - 2.0 * th) > self._axisprecision:
return status.NOTREACHED, \
'two theta and 2*theta axis mismatch: %s <-> %s = 2 * %s' % \
(tt, 2.0*th, th)
return const, text
def doStatus(self, maxage=0):
move_status = multiStatus(self._adevs, maxage)
# if any of the underlying devices has an error, return it
if move_status[0] > status.BUSY:
return move_status
try:
# if the enable bit is not active, return "disabled" status
if not self._attached_is_enabled.read(maxage):
return status.DISABLED, 'disabled'
r = self.doRead(maxage)
# the the device is in the fallback position, it is considered
# still moving
if r == self.fallback:
return status.BUSY, 'target not yet reached'
return status.OK, 'idle'
except PositionError as e:
return status.NOTREACHED, str(e)
def doStatus(self, maxage=0):
general_epics_status, _ = self._get_mapped_epics_status()
message = self._get_status_message()
if general_epics_status == status.ERROR:
return status.ERROR, message or 'Unknown problem in record'
state = self._get_pv('statepv', as_string=True)
if state not in self._mapped_state:
return status.UNKNOWN, state or 'Unknown detector state'
st, text = multiStatus(self._getWaiters(), maxage)
if '=' in text:
_, text = text.split('=')
if st != status.OK:
return st, text
return self._mapped_state[state], state
def doStatus(self, maxage=0):
return multiStatus(list(zip(self._axnames, self._axes)))
def doStatus(self, maxage=0):
return multiStatus(list(zip(self._slitnames, self._slits)))
def doStatus(self, maxage=0):
return multiStatus(((name, self._adevs[name])
for name in ['chi', 'omega']), maxage)
def doStatus(self, maxage=0):
return multiStatus(self._attached_images, maxage)
