def SimpleTest_001():
try:
# log current time
t1 = time.localtime()
# oids = {
# 'REBOOT' : '1.3.6.1.4.1.14817.7.4.1.1.8.1.1.0'
# }
TESTCASE = 'T10001'
DSlogName = str(TESTCASE+'stepLvSmryLog.log')
DSlog = open(DSlogName, 'a')
# Define the variables to be used in the test case
RadioIP = glob.Configs['TargetRadioIP']
BaseStationIP = glob.Configs['BaseStationRadioIP']
RemoteStationIP = glob.Configs['RemoteIPList']
baseTermOpMode = 1
remoteOperMode = 3
etherMode = 2
dut1_TxFreq = dut2_RxFreq = 444125000
dut1_RxFreq = dut2_TxFreq = 450125000
modulationType = 25
mtuSize = 1500
baudRate = 38400
flowCtrl = 1
sender = 1
receiver = 2
rtscts = 1
port = 'COM1'
srlTester = serialTester(port)
# Log Test Case Header
print('TESTCASE #T10001\n')
DtilLog = open(glob.DlogName, 'a')
DtilLog.write("<p>\n")
log(DtilLog,"===============================================================\n", False, 'RED', 5)
log(DtilLog,"TESTCASE %s\n\n"%TESTCASE, False, 'RED', 5)
# DtilLog.close()
print ('#****************************************************************************')
print ('# START OF TEST CASE ')
print ('#****************************************************************************')
print ('Step 1: Configure DUT1 Radio as Base Station')
STEP ("Step 1: Configure DUT1 Radio as Base Station\n\n1")
result = term.setTerminalOperMode(BaseStationIP, baseTermOpMode, etherMode)
validateStep('Configure DUT1 Radio as Base Station\n\n', result, DSlog, TESTCASE)
result = ''
finally:
# print ('#****************************************************************************')
# print ('# CLEANUP OF TEST CASE ')
# print ('#****************************************************************************')
print ('cleanup')
# result = maint.restoreUserDefaults (RemoteStationIP, 1)
# validateStep('Restoring User Defaults on DUT2\n\n', result, DSlog, TESTCASE)
# result = ''
# result = maint.restoreUserDefaults (BaseStationIP, 1)
# validateStep('Restoring User Defaults on DUT1\n\n', result, DSlog, TESTCASE)
# result = ''
print ('#****************************************************************************')
print ('# END OF TEST CASE ')
print ('#****************************************************************************')
finish (t1, TESTCASE, DSlogName)
# finish(t1)
def TEST_START(): # Make the results Directory if not os.path.exists(glob.resultsDir): os.makedirs(glob.resultsDir) SmryLog = open(str(glob.SlogName),'w') log(SmryLog,'SUMMARISED LOG\n', False, 'RED', 4) log(SmryLog,'--------------------------------------------------------------\n', False, 'RED', 4) log(SmryLog,'Test Run Title: %s\n'%glob.TestRunTitle, False, 'RED', 4) log(SmryLog,'--------------------------------------------------------------\n', False, 'RED', 4) log(SmryLog,'Terminal Unit Software Version:%s\n'%glob.version, False, 'RED', 4) log(SmryLog,'Test Environment Version: %s\n'%glob.TestEnvironmentVersion, False, 'RED', 4) log(SmryLog,'Script Version: %s\n'%glob.ATSProductScriptVersion, False, 'RED', 4) log(SmryLog,'EUT Unit Serial Numbers: %s\n'%glob.EUTUnitSerialNumbers, False, 'RED', 4) log(SmryLog,'BER Tester Serial Number: %s\n'%glob.BERTesterSerialNumber, False, 'RED', 4) log(SmryLog,'Power Meter Serial Number: %s\n'%glob.PowerMeterSerialNumber, False, 'RED', 4) log(SmryLog,'Digital Volt Meter Serial Number: %s\n'%glob.DigitalVoltMeterSerialNumber, False, 'RED', 4) log(SmryLog,'ATS Operator: %s\n'%glob.ASTOP, False, 'RED', 4) log(SmryLog,'--------------------------------------------------------------\n\n\n', False, 'RED', 4) # DetilLog.close() SmryLog.close()
def TEST_STOP (): SmryLog = open(str(glob.SlogName),'a') log(SmryLog, '\n\n-----------------------------END---------------------------------\n', False, 'RED', 4) log(SmryLog, '\n\n*****************************************************************\n', False, 'RED', 4) log(SmryLog, '\n\nTotal Number of Test Cases : %s\n' %glob.testCaseCount, False, 'RED', 4) log(SmryLog, '\n\nTotal Number of Test Passed : %s\n' %glob.testCasePassed, False, 'RED', 4) log(SmryLog, '\n\nTotal Number of Test Failed : %s\n' %glob.testCaseFailed, False, 'RED', 4) log(SmryLog, '\n\n*****************************************************************\n', False, 'RED', 4) SmryLog.close()
def finish(t, TESTCASE, testResult):
# Test Case Finished !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
print('TESTCASE %s Complete'%TESTCASE)
# Calculate testcase duration
t2 = time.localtime()
durationsec = time.mktime(t2) - time.mktime(t)
hours, remainer = divmod(durationsec, 3600)
minutes, seconds = divmod(remainer, 60)
duration = '%s Hours, %s Minutes, %s Seconds'%(hours,minutes,seconds)
print ('FINAL RESULTS: %s' %testResult)
if(testResult == 'PASS'):
print('Test Case Result: Pass')
glob.testCasePassed += 1
sl = open(glob.SlogName, 'a')
# log(sl, "TestCase %s: Pass\n" %TESTCASE, ColorCode = 'GREEN')
log(sl, "TestCase : %s\n" %TESTCASE, ColorCode = 'GREEN')
log(sl, "Objective : %s\n" %glob.testDesc, ColorCode = 'GREEN')
log(sl, "Result : Pass\n", ColorCode = 'GREEN')
sl.close()
DtilLog = open(str(glob.DlogName),'a')
logMsg(DtilLog,"Test Case %s Passed\n"%TESTCASE)
logMsg(DtilLog,"Duration: %s\n"%duration)
logMsg(DtilLog,"===============================================================\n")
DtilLog.write("\n")
DtilLog.close()
else:
print('Test Case Result: Fail')
glob.testCaseFailed += 1
sl = open(glob.SlogName, 'a')
# log(sl, "TestCase %s: Fail\n" %TESTCASE, ColorCode = 'RED')
log(sl, "TestCase : %s\n" %TESTCASE, ColorCode = 'RED')
log(sl, "Objective : %s\n" %glob.testDesc, ColorCode = 'RED')
log(sl, "Result : Fail\n", ColorCode = 'RED')
sl.close()
DtilLog = open(str(glob.DlogName),'a')
logMsg(DtilLog,"Test Case %s Failed\n"%TESTCASE)
logMsg(DtilLog,"Duration: %s\n"%duration)
logMsg(DtilLog,"===============================================================\n")
DtilLog.write("\n")
DtilLog.close()