def __init__(self):
"""
Initialise the evaluator with math functions and units
"""
self._current_cali = {}
self.reset()
cfg = Configuration()
cfgdoc = cfg.getConfigJSON()
cfgdoc_json = json.loads(cfgdoc)
cdb_url = cfgdoc_json['cdb_download_url'] + 'calibration?wsdl'
self.cdb_server = cdb.Calibration()
self.cdb_server.set_url(cdb_url)
#print 'Server: ', self.cdb_server.get_name(), \
# self.cdb_server.get_version()
try:
cdb.Calibration().get_status()
except CdbPermanentError:
raise CdbPermanentError("CDB error")
def test_read_access(cls):
"""Test that we can access the CDB with read access"""
# throw exception if not available
for url in READ_URL_LIST:
cdb.AlarmHandler(url)
cdb.Beamline(url)
cdb.Cabling(url)
cdb.Calibration(url)
cdb.Geometry(url)
cdb.PIDCtrl(url)
cdb.StateMachine(url)
cdb.Target(url)
def __init__(self):
print "Init running"
self.config = json.loads(\
Configuration().getConfigJSON(command_line_args = True))
calib_cdb_url = self.config['cdb_download_url'] + 'calibration?wsdl'
self._calib = cdb.Calibration()
self._calib.set_url(calib_cdb_url)
print "Connected to calibration"
cable_cdb_url = self.config['cdb_download_url'] + 'cabling?wsdl'
self._cable = cdb.Cabling()
self._cable.set_url(cable_cdb_url)
self._method = None
self._rnum = 0
print "Connected to cabling"
This is a script to list the existing list of calibrations in the CDB
_tstart and _tend control the start/end dates between which we query the CDB
_devicelist is a list of devices (detectors) queries
All tracker calibrations are under the "TRACKERS" device
TOF calibrations are under the name of the primary trigger detector
.. i.e. the timewalk, trigger, t0 calibrations for TOF1-triggered data is under "TOF1" device
"""
import cdb
_server = "http://cdb.mice.rl.ac.uk"
_cali = cdb.Calibration(_server)
_tstart = '2013-05-01 00:00:00'
_tend = '2018-05-01 00:00:00'
print 'LIST OF DEVICES: ', _cali.list_devices()
ids = _cali.get_ids(_tstart, _tend)
_devicelist = ['TOF1', 'TRACKERS']
print type(ids)
#for k, v in sorted(ids.iteritems(), key=lambda x: int(x)):
calidict = {}
for _id, _vali in sorted(ids.iteritems()):
thisDevice = _vali['device']
vFrom = _vali['valid_from']
if thisDevice not in _devicelist: