def __clientRPC(function, params):
alarm = Alarm()
timeStamp = TimeStamp()
ntnv = NTNameValue(function, params)
# now do issue + wait
channelRPC = ChannelRPC("masarService")
channelRPC.issueConnect()
if not channelRPC.waitConnect(1.0):
print "error when waiting connection.", channelRPC.getMessage()
exit(1)
channelRPC.issueRequest(ntnv.getNTNameValue(), False)
result = channelRPC.waitResponse()
if result is None:
print channelRPC.getMessage()
exit(1)
# print "problem to get nttable using getNTTable()"
if function in ["retrieveSnapshot", "getLiveMachine", "saveSnapshot"]:
result = NTMultiChannel(result)
elif function in [
"retrieveServiceEvents", "retrieveServiceConfigs",
"retrieveServiceConfigProps"
]:
result = NTTable(result)
label = result.getLabels()
print "label", label
print result.getPVStructure()
elif function == "updateSnapshotEvent":
result = NTScalar(result)
# print "Problem above"
# print result
result.getAlarm(alarm)
# print alarm
result.getTimeStamp(timeStamp)
# print timeStamp
# numberValues = result.getNumberValues()
# print "numberValues", numberValues
#
# i = 0
# while i < numberValues :
# value = nttable.getValue(i)
# print "value",label[i],value
# i += 1
return result
def __clientRPC(function, params):
alarm = Alarm()
timeStamp = TimeStamp()
ntnv = NTNameValue(function,params)
# now do issue + wait
channelRPC = ChannelRPC("masarService","record[process=true]field()")
channelRPC.issueConnect()
if not channelRPC.waitConnect(1.0) :
print channelRPC.getMessage()
exit(1)
channelRPC.issueRequest(ntnv.getNTNameValue(),False)
result = channelRPC.waitRequest()
if(result==None) :
print channelRPC.getMessage()
exit(1)
nttable = NTTable(result)
print nttable
nttable.getAlarm(alarm.getAlarmPy())
# print alarm;
nttable.getTimeStamp(timeStamp.getTimeStampPy())
# print timeStamp;
# numberValues = nttable.getNumberValues()
# print "numberValues",numberValues
#
# label = nttable.getLabel()
# print "label",label
#
# i = 0
# while i < numberValues :
# value = nttable.getValue(i)
# print "value",label[i],value
# i += 1
return nttable
def nttable_asserts(self, function, params):
alarm = Alarm()
time_stamp = TimeStamp()
ntnv = NTNameValue(function, params)
self.channelRPC.issueRequest(ntnv.getNTNameValue(), False)
response = self.channelRPC.waitResponse()
self.assertNotEqual(response, None, "ChannelRPC connection failure.")
result = NTTable(response)
label = result.getLabels()
self.assertNotEqual(label, None)
result.getAlarm(alarm)
result.getTimeStamp(time_stamp)
self.assertEqual(3, len(
str(time_stamp).split(":"))) # Timestamp string format test
self.assertIn(alarm.getStatus(), alarm.getStatusChoices())
self.assertIn(alarm.getSeverity(), alarm.getSeverityChoices())
def nttable_asserts(self, function, params):
alarm = Alarm()
time_stamp = TimeStamp()
ntnv = NTNameValue(function, params)
self.channelRPC.issueRequest(ntnv.getNTNameValue(), False)
response = self.channelRPC.waitResponse()
self.assertNotEqual(response, None, "ChannelRPC connection failure.")
result = NTTable(response)
label = result.getLabels()
self.assertNotEqual(label, None)
result.getAlarm(alarm)
result.getTimeStamp(time_stamp)
self.assertEqual(3, len(str(time_stamp).split(":"))) # Timestamp string format test
self.assertIn(alarm.getStatus(), alarm.getStatusChoices())
self.assertIn(alarm.getSeverity(), alarm.getSeverityChoices())
def setUp(self):
self.parameters = {'column_one': 'string',
'column_two': 'double'}
self.test_nttable = NTTable(self.parameters)
class TestNTTable(unittest.TestCase):
'''
Sets up new NTTable for each test with same initial parameters
'''
def setUp(self):
self.parameters = {'column_one': 'string',
'column_two': 'double'}
self.test_nttable = NTTable(self.parameters)
'''
Tests getter for TimeStamp
PLANNING: Not sure what to be testing for here, for now I'll just make sure a TimeStamp is returned
that has the correct default value and leave the testing of TimeStamp itself to test_timeStamp.py
'''
def testGetTimeStamp(self):
test_timestamp = TimeStamp()
self.test_nttable.getTimeStamp(test_timestamp)
test_stamp = TimeStamp()
self.assertGreaterEqual(test_timestamp._diffInt(test_stamp), 0, "Unexpected time stamp value, "
"given time stamp is earlier than default time")
test_stamp.getCurrent()
self.assertLess(test_timestamp._diffInt(test_stamp), 0, "Unexpected time stamp value, "
"given time stamp is in the future")
'''
Tests getter for Alarm
PLANNING: Not sure what to be testing for here, for now I'll just make sure the correct alarm is returned
'''
def testGetAlarm(self):
test_alarm = Alarm()
test_message = "test message"
test_alarm.setMessage(test_message)
self.test_nttable.getAlarm(test_alarm)
self.assertEqual(test_alarm.getMessage(), test_message, "Alarm.message returned an unexpected value: " + str(test_alarm.getMessage()) + " expected " + str(test_message))
self.assertEqual(test_alarm.getSeverity(), "NONE", "Alarm.severity returned an unexpected value: " + str(test_alarm.getSeverity()) + " expected NONE ")
self.assertEqual(test_alarm.getStatus(), "NONE", "Alarm.status returned an unexpected value: " + str(test_alarm.getStatus()) + " expected NONE ")
'''
Tests getter for Labels
'''
def testGetLabels(self):
labels = self.test_nttable.getLabels()
test_nttable_keys = self.parameters.keys()
for i in range(len(labels)):
self.assertEqual(test_nttable_keys[i], labels[i], "Labels do not match given keys: " + str(test_nttable_keys[i]) + " != " + str(labels[i]))
'''
This was a bad test, it assumed that the second value in each argument was meant to
be the data, when in fact it was a type declaration. No data is entered and no data is returned.
The test has been modified to check for the expected output given no data being input.
There should be a new test to add data and make sure it is returned correctly.
'''
def testGetColumn(self):
labels = self.test_nttable.getLabels()
test_nttable_keys = self.parameters.keys()
for i in range(len(labels)):
test_column = self.test_nttable.getColumn(labels[i])
self.assertEqual((), test_column)
if __name__ == '__main__':
unittest.main()
# testtable.py
#
import time
from masarclient.nttable import NTTable as NTTable
from masarclient.alarm import Alarm as Alarm
from masarclient.timeStamp import TimeStamp as TimeStamp
timeStamp = TimeStamp()
alarm = Alarm()
params = {'column1': 'string', 'column2': 'double'}
nttable = NTTable(params)
print nttable
newnttable = nttable.getNTTable()
print newnttable
print "getTimeStamp"
nttable.getTimeStamp(timeStamp)
print timeStamp
print "getAlarm"
nttable.getAlarm(alarm)
print alarm
labels = nttable.getLabels()
print labels
n = len(labels)
for label in labels:
column = nttable.getColumn(label)
print column
# testtable.py
#
import time
from masarclient.nttable import NTTable as NTTable
from masarclient.alarm import Alarm as Alarm
from masarclient.timeStamp import TimeStamp as TimeStamp
timeStamp = TimeStamp()
alarm = Alarm()
params = {"column1": "string", "column2": "double"}
nttable = NTTable(params)
print nttable
newnttable = nttable.getNTTable()
print newnttable
print "getTimeStamp"
nttable.getTimeStamp(timeStamp)
print timeStamp
print "getAlarm"
nttable.getAlarm(alarm)
print alarm
labels = nttable.getLabels()
print labels
n = len(labels)
for label in labels:
column = nttable.getColumn(label)
print column
