def testNTMultiChannel(self):
result = self.gatherv3data.get()
self.assertTrue(result, "Connection failed with message: " + self.gatherv3data.getMessage())
pvstructure = self.gatherv3data.getPVStructure()
ntmultichannel = NTMultiChannel(pvstructure)
alarm = Alarm()
ntmultichannel.getAlarm(alarm)
self.assertIn(alarm.getStatus(), alarm.getStatusChoices())
self.assertIn(alarm.getSeverity(), alarm.getSeverityChoices())
time_stamp = TimeStamp()
ntmultichannel.getTimeStamp(time_stamp)
self.assertEqual(3, len(str(time_stamp).split(':'))) # Time stamp format test
channel_count = ntmultichannel.getNumberChannel()
self.assertEqual(channel_count, len(self.names))
test_val_list = (0, 1, 'zero', 'one', 10, 'string value', 1.9, (), (), (), (), (), ())
self.assertEqual(ntmultichannel.getValue(), test_val_list)
self.assertEqual(ntmultichannel.getChannelName(), self.names)
test_connected_list = (1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1)
self.assertEqual(ntmultichannel.getIsConnected(), test_connected_list)
test_severity_list = (3, 0, 3, 0, 0, 0, 0, 3, 3, 3, 3, 3, 3)
self.assertEqual(ntmultichannel.getSeverity(), test_severity_list)
test_status_list = (3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3)
self.assertEqual(ntmultichannel.getStatus(), test_status_list)
test_message_list = ('UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM')
self.assertEqual(ntmultichannel.getMessage(), test_message_list)
test_dbrtype_list = (0, 5, 0, 0, 5, 0, 6, 4, 0, 1, 5, 2, 6)
self.assertEqual(ntmultichannel.getDbrType(), test_dbrtype_list)
test_secondspastepoch_list = (631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000, 631152000)
self.assertEqual(ntmultichannel.getSecondsPastEpoch(), test_secondspastepoch_list)
test_nanoseconds_list = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0)
self.assertEqual(ntmultichannel.getNanoseconds(), test_nanoseconds_list)
test_usertag_list = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0)
self.assertEqual(ntmultichannel.getUserTag(), test_usertag_list)
self.assertEqual(type(ntmultichannel.getDescriptor()), StringType)
def saveSnapshot(self, params):
key = ['servicename', 'configname', 'comment']
service, config, comment = self._parseParams(params[1], key)
if not service:
service = self.__servicename
result = NTMultiChannel(params[0])
dataLen = result.getNumberChannel()
if dataLen == 0:
raise RuntimeError("No available snapshot data.")
# values format: the value is raw data from IOC
# [(pv name), (value), (dbr type),
# (isConnected), (secondsPastEpoch), (nanoSeconds), (timeStampTag),
# (alarmSeverity), (alarmStatus), (alarmMessage)]
pvnames = result.getChannelName()
values = result.getValue()
dbrtype = result.getDbrType()
isconnected = result.getIsConnected()
severity = result.getSeverity()
status = result.getStatus()
message = result.getMessage()
sec = result.getSecondsPastEpoch()
nanosec = result.getNanoseconds()
usertag = result.getUserTag()
# data format: the data is prepared to save into rdb
# rawdata format
# [('channel name', 'string value', 'double value', 'long value', 'dbr type', 'is connected',
# 'seconds past epoch', 'nano seconds', 'time stamp tag', 'alarm severity', 'alarm status', 'alarm message',
# 'is_array', 'array_value'),
# ...
# ]
datas = []
for i in range(dataLen):
tmp = []
if isinstance(values[i], (list, tuple)):
tmp = [pvnames[i], "", None, None, dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i], message[i],
1, values[i]]
else:
if dbrtype[i] in self.epicsString:
tmp = [pvnames[i], values[i], None, None, dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i], message[i],
0, None]
else:
tmp = [pvnames[i], str(values[i]), values[i], values[i], dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i], message[i],
0, None]
datas.append(tmp)
# save into database
try:
conn = pymasar.utils.connect()
eid, result = pymasar.masardata.saveSnapshot(conn, datas, servicename=service, configname=config, comment=comment)
pymasar.utils.save(conn)
pymasar.utils.close(conn)
result.insert(0, eid)
return result
except:
# keep the same format with a normal operation
return [-1]
print "value:"
print ntmultiChannel.getValue();
print "channelName"
print ntmultiChannel.getChannelName();
print "isConnected:"
print ntmultiChannel.getIsConnected();
print "severity:"
print ntmultiChannel.getSeverity();
print "status:"
print ntmultiChannel.getStatus();
print "message:"
print ntmultiChannel.getMessage();
print "dbrType"
print ntmultiChannel.getDbrType();
print "seconds:"
print ntmultiChannel.getSecondsPastEpoch();
print "nanoseconds:"
print ntmultiChannel.getNanoseconds();
print "userTag:"
print ntmultiChannel.getUserTag();
print "descriptor:"
print ntmultiChannel.getDescriptor();
num = ntmultiChannel.getNumberChannel()
i = 0
while i < num :
value = ntmultiChannel.getChannelValue(i)
print "index ", i, value
i += 1
print "call gatherV3Data.get() second time"
gatherV3Data = GatherV3Data(names)
gatherV3Data.connect(2.0)
def saveSnapshot(self, params):
key = ['servicename', 'configname', 'comment']
service, config, comment = self._parseParams(params[1], key)
if not service:
service = self.__servicename
result = NTMultiChannel(params[0])
dataLen = result.getNumberChannel()
if dataLen == 0:
raise RuntimeError("No available snapshot data.")
# values format: the value is raw data from IOC
# [(pv name), (value), (dbr type),
# (isConnected), (secondsPastEpoch), (nanoSeconds), (timeStampTag),
# (alarmSeverity), (alarmStatus), (alarmMessage)]
pvnames = result.getChannelName()
values = result.getValue()
dbrtype = result.getDbrType()
isconnected = result.getIsConnected()
severity = result.getSeverity()
status = result.getStatus()
message = result.getMessage()
sec = result.getSecondsPastEpoch()
nanosec = result.getNanoseconds()
usertag = result.getUserTag()
# data format: the data is prepared to save into rdb
# rawdata format
# [('channel name', 'string value', 'double value', 'long value', 'dbr type', 'is connected',
# 'seconds past epoch', 'nano seconds', 'time stamp tag', 'alarm severity', 'alarm status', 'alarm message',
# 'is_array', 'array_value'),
# ...
# ]
datas = []
for i in range(dataLen):
tmp = []
if isinstance(values[i], (list, tuple)):
tmp = [
pvnames[i], "", None, None, dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i],
message[i], 1, values[i]
]
else:
if dbrtype[i] in self.epicsString:
tmp = [
pvnames[i], values[i], None, None, dbrtype[i],
isconnected[i], sec[i], nanosec[i], usertag[i],
severity[i], status[i], message[i], 0, None
]
else:
tmp = [
pvnames[i],
str(values[i]), values[i], values[i], dbrtype[i],
isconnected[i], sec[i], nanosec[i], usertag[i],
severity[i], status[i], message[i], 0, None
]
datas.append(tmp)
# save into database
try:
conn = pymasar.utils.connect()
eid, result = pymasar.masardata.saveSnapshot(conn,
datas,
servicename=service,
configname=config,
comment=comment)
pymasar.utils.save(conn)
pymasar.utils.close(conn)
result.insert(0, eid)
return result
except:
# keep the same format with a normal operation
return [-1]
def testNTMultiChannel(self):
result = self.gatherv3data.get()
self.assertTrue(
result, "Connection failed with message: " +
self.gatherv3data.getMessage())
pvstructure = self.gatherv3data.getPVStructure()
ntmultichannel = NTMultiChannel(pvstructure)
alarm = Alarm()
ntmultichannel.getAlarm(alarm)
self.assertIn(alarm.getStatus(), alarm.getStatusChoices())
self.assertIn(alarm.getSeverity(), alarm.getSeverityChoices())
time_stamp = TimeStamp()
ntmultichannel.getTimeStamp(time_stamp)
self.assertEqual(3, len(
str(time_stamp).split(':'))) # Time stamp format test
channel_count = ntmultichannel.getNumberChannel()
self.assertEqual(channel_count, len(self.names))
test_val_list = (0, 1, 'zero', 'one', 10, 'string value', 1.9, (), (),
(), (), (), ())
self.assertEqual(ntmultichannel.getValue(), test_val_list)
self.assertEqual(ntmultichannel.getChannelName(), self.names)
test_connected_list = (1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1)
self.assertEqual(ntmultichannel.getIsConnected(), test_connected_list)
test_severity_list = (3, 0, 3, 0, 0, 0, 0, 3, 3, 3, 3, 3, 3)
self.assertEqual(ntmultichannel.getSeverity(), test_severity_list)
test_status_list = (3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3)
self.assertEqual(ntmultichannel.getStatus(), test_status_list)
test_message_list = ('UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM',
'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM',
'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM',
'UDF_ALARM', 'UDF_ALARM', 'UDF_ALARM',
'UDF_ALARM')
self.assertEqual(ntmultichannel.getMessage(), test_message_list)
test_dbrtype_list = (0, 5, 0, 0, 5, 0, 6, 4, 0, 1, 5, 2, 6)
self.assertEqual(ntmultichannel.getDbrType(), test_dbrtype_list)
test_secondspastepoch_list = (631152000, 631152000, 631152000,
631152000, 631152000, 631152000,
631152000, 631152000, 631152000,
631152000, 631152000, 631152000,
631152000)
self.assertEqual(ntmultichannel.getSecondsPastEpoch(),
test_secondspastepoch_list)
test_nanoseconds_list = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0)
self.assertEqual(ntmultichannel.getNanoseconds(),
test_nanoseconds_list)
test_usertag_list = (0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0)
self.assertEqual(ntmultichannel.getUserTag(), test_usertag_list)
self.assertEqual(type(ntmultichannel.getDescriptor()), StringType)
def saveSnapshot(self, params):
"""Save event with data.
:param params: a dictionary to carry query condition with structure like: ::
[[(channel name,), (string value,),(double value,),(long value,),(dbr type),(is connected),
(second past epoch,),(nano seconds,),(time stamp tag,),
(alarm severity,),(alarm status,),(alarm message,),
(is_array), (array_value)
],
{"configname": , # configuration name which the new data set belongs to
"comment": [optional], # comment description for this new data set
"approval": [optional], # approval status, False is not provided
"username": [optional], # user name who commands this action
}
]
:returns: list with tuple with header description for each field. Structure like: ::
[event_id] or [-1] if fault
:raises: ValueError
"""
key = ['configname', 'comment', 'approval', 'username']
config, comment, approval, username = self._parseParams(params[1], key)
if config is None:
raise ValueError("Unknown configuration when saving a new snapshot event.")
if approval is None:
approval = False
else:
approval = bool(json.loads(str(approval).lower()))
result = NTMultiChannel(params[0])
dataLen = result.getNumberChannel()
if dataLen == 0:
raise RuntimeError("No available snapshot data.")
# values format: the value is raw data from IOC
# [(channel name,), (value,), (dbr type), (is connected),
# (second past epoch,), (nano seconds,), (time stamp tag,),
# (alarm severity,), (alarm status,), (alarm message,)]
pvnames = result.getChannelName()
values = result.getValue()
dbrtype = result.getDbrType()
isconnected = result.getIsConnected()
severity = result.getSeverity()
status = result.getStatus()
message = result.getMessage()
sec = result.getSecondsPastEpoch()
nanosec = result.getNanoseconds()
usertag = result.getUserTag()
# data format: the data is prepared to save into rdb
# rawdata format
# [('channel name', 'string value', 'double value', 'long value', 'dbr type', 'is connected',
# 'seconds past epoch', 'nano seconds', 'time stamp tag', 'alarm severity', 'alarm status',
# 'alarm message', 'is_array', 'array_value'),
# ...
# ]
datas = []
# get IOC raw data
for i in range(dataLen):
tmp = []
if isinstance(values[i], (list, tuple)):
tmp = [pvnames[i], "", None, None, dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i], message[i],
1, values[i]]
else:
if dbrtype[i] in self.epicsString:
tmp = [pvnames[i], values[i], None, None, dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i], message[i],
0, None]
else:
tmp = [pvnames[i], str(values[i]), values[i], values[i], dbrtype[i], isconnected[i],
sec[i], nanosec[i], usertag[i], severity[i], status[i], message[i],
0, None]
datas.append(tmp)
# save into database
try:
mongoconn, collection = utils.conn(host=os.environ["MASAR_MONGO_HOST"],
port=os.environ["MASAR_MONGO_PORT"],
db=os.environ["MASAR_MONGO_DB"])
configs = pymasar.retrieveconfig(mongoconn, collection, name=config)
if len(configs) != 1:
raise RuntimeError("Cannot find a unique configuration.")
eid = pymasar.saveevent(mongoconn, collection,
configidx=configs[0]["configidx"],
comment=comment,
approval=approval,
username=username,
masar_data=datas)
utils.close(mongoconn)
return [eid, ]
except:
# keep the same format with a normal operation
return [-1]
print "value:"
print ntmultiChannel.getValue()
print "channelName"
print ntmultiChannel.getChannelName()
print "isConnected:"
print ntmultiChannel.getIsConnected()
print "severity:"
print ntmultiChannel.getSeverity()
print "status:"
print ntmultiChannel.getStatus()
print "message:"
print ntmultiChannel.getMessage()
print "dbrType"
print ntmultiChannel.getDbrType()
print "seconds:"
print ntmultiChannel.getSecondsPastEpoch()
print "nanoseconds:"
print ntmultiChannel.getNanoseconds()
print "userTag:"
print ntmultiChannel.getUserTag()
print "descriptor:"
print ntmultiChannel.getDescriptor()
num = ntmultiChannel.getNumberChannel()
i = 0
while i < num:
value = ntmultiChannel.getChannelValue(i)
print "index ", i, value
i += 1
print "call gatherV3Data.get() second time"
gatherV3Data = GatherV3Data(names)
gatherV3Data.connect(2.0)