def record_results(self, resid):
import traceback
import string
import sys
flag = False
print "In record results"
tb = self.config.testbedname
tb_redstone = "TitanLBand_" + tb.split("_")[1] + "_" + tb.split("_")[2]
self.info("Checking for the existence of testbed: %s" % (tb_redstone))
res = database.check_testbed(tb_redstone)
if(res):
self.info("Testbed %s : Present" % (tb_redstone))
flag = True
self.info("Updating the same constants to testbed %s" % (tb_redstone))
else:
self.info("Testbed %s : NOT Present" % (tb_redstone))
flag = False
if(self.record):
try:
self.info("Storing testbed constants to the database")
# First store the constants records to "ConstantsHistory" Table
for key in CalConfig.tempSqlObject:
database.put_constant_value(CalConfig.tempSqlObject[key])
# Update the Constants table with new values
# The above sequence should not be changed.
for key in self.dbRes:
database.update_constant_value(self.config.testbedname,key,self.dbRes[key])
if(flag):
database.update_constant_value(tb_redstone,key,self.dbRes[key])
except:
print "An error was thrown: %s" \
%string.join(traceback.format_exception(*sys.exc_info()), '')
pass
def getCalDataFromDB(self, testbed):
CalConfig.tempSqlObject = {}
res = database.check_testbed(testbed)
if(not res):
self.info("Testbed:%s does not exist in database" % (testbed))
self.info("Creating testbed:%s and populating the testbed"
" constants in the database"% testbed)
result = self.createTestbed(testbed)
if(not result):
self.failed("Not able to create the testbed in database")
return False
else:
self.info("Testbed:%s already exists in database" % (testbed))
#P1_1 Cal Constants EdfaOut Vs Tx
CalConfig.outCal_switchModule = database.get_constant_value(testbed,"outCal_switchModule").ConstantValue
CalConfig.outCal_switchSubMod = eval(database.get_constant_value(testbed,"outCal_switch_subModule").ConstantValue)
CalConfig.outCal_switchPosition['edfaOut'] = eval(database.get_constant_value(testbed,"outCal_switchPos_edfaOut").ConstantValue)
CalConfig.outCal_switchPosition['uutTx' ] = eval(database.get_constant_value(testbed,"outCal_switchPos_uutTx").ConstantValue)
#P1_2 Cal Constants DemodOut1 Vs DemodOut2
#CalConfig.pdPad_switchModule = database.get_constant_value(testbed,"pdPad_switchModule").ConstantValue
#CalConfig.pdPad_switchSubMod = eval(database.get_constant_value(testbed,"pdPad_switch_subModule").ConstantValue)
#CalConfig.pdPad_switchPosition['dmodOut1'] = eval(database.get_constant_value(testbed,"pdPad_switchPos_dmodOut1").ConstantValue)
#CalConfig.pdPad_switchPosition['dmodOut2'] = eval(database.get_constant_value(testbed,"pdPad_switchPos_dmodOut2").ConstantValue)
for const in CalConfig.constLst:
print "debug:", const
CalConfig.tempSqlObject[const] = database.get_constant_value(testbed,const)
CalConfig.voaAttn_zerodBm_for_pMeter_Prev = float(CalConfig.tempSqlObject['voaAttn_zerodBm_for_pMeter'].ConstantValue)
CalConfig.dicon_sw1_pwrReading_Prev = float(CalConfig.tempSqlObject['dicon_sw1_pwrReading'].ConstantValue)
CalConfig.dicon_sw2_pwrReading_Prev = float(CalConfig.tempSqlObject['dicon_sw2_pwrReading'].ConstantValue)
CalConfig.dicon_sw3_pwrReading_Prev = float(CalConfig.tempSqlObject['dicon_sw3_pwrReading'].ConstantValue)
CalConfig.dicon_sw4_pwrReading_Prev = float(CalConfig.tempSqlObject['dicon_sw4_pwrReading'].ConstantValue)
CalConfig.outCal_inputPwr_forCalibration_Prev = float(CalConfig.tempSqlObject['outCal_inputPwr_forCalibration'].ConstantValue)
CalConfig.outCal_sw1_pwrReading_Prev = float(CalConfig.tempSqlObject['outCal_sw1_pwrReading'].ConstantValue)
CalConfig.outCal_sw2_pwrReading_Prev = float(CalConfig.tempSqlObject['outCal_sw2_pwrReading'].ConstantValue)
#CalConfig.inputPwr_pdSwitchCal_Prev = float(CalConfig.tempSqlObject['inputPwr_pdSwitchCal'].ConstantValue)
#CalConfig.pdCal_sw1_pwrReading_Prev = float(CalConfig.tempSqlObject['pdCal_sw1_pwrReading'].ConstantValue)
#CalConfig.pdCal_sw2_pwrReading_Prev = float(CalConfig.tempSqlObject['pdCal_sw2_pwrReading'].ConstantValue)
return True
def record_results(self, resid):
import traceback
import string
import sys
flag = False
print "In record results"
tb = self.config.testbedname
tb_redstone = "Redstone_" + tb.split("_")[1] + "_" + tb.split("_")[2]
self.info("Checking for the existence of testbed: %s" % (tb_redstone))
res = database.check_testbed(tb_redstone)
if res:
self.info("Testbed %s : Present" % (tb_redstone))
flag = True
self.info("Updating the same constants to testbed %s" % (tb_redstone))
else:
self.info("Testbed %s : NOT Present" % (tb_redstone))
flag = False
if self.record:
try:
self.info("Storing testbed constants to the database")
# First store the constants records to "ConstantsHistory" Table
# If its first cal run dont store default dummy values to
# constants_history table
if not self.newTB:
for key in CalConfig.tempSqlObject:
database.put_constant_value(CalConfig.tempSqlObject[key])
# Update the Constants table with new values
# The above sequence should not be changed.
for key in self.dbRes:
database.update_constant_value(self.config.testbedname, key, self.dbRes[key])
if flag:
database.update_constant_value(tb_redstone, key, self.dbRes[key])
except:
print "An error was thrown: %s" % string.join(traceback.format_exception(*sys.exc_info()), "")
pass
else:
self.info("Testbed Calibration constants NOT stored")
#print sys.argv
num = len(sys.argv)
cl = sys.argv
#print "cl[4]:", cl[4]
#print "len of sys.argv:",num
for i in range(num):
#print "i=",i
str1 = str(cl[i])
#print "str:", str1
if (str1.find('testbedname') > 0):
l1 = str1.split('=')
testbed = l1[1]
#print "Testbed:", testbed
res = database.check_testbed(testbed)
if(not res):
print ("\033[1;33m%s is not a valid testbed\033[m" % testbed)
sys.exit(0)
#Check the lastupdate date in one of the calibration parameters
try:
lc = str (
database.get_constant_value(testbed,"voaAttn_zerodBm_for_pMeter").LastUpdate
)
except:
print ("\033[1;33mUnable to retrieve testbed details from database\033[m")
sys.exit(0)
#print lc