def main(configFile = "default_config.ini", testTO = 1, initLoop = True, consOutput = False):
nargs = len(sys.argv)
if (nargs >= 2):
configFile = sys.argv[1]
if not isfile(configFile):
print("Config file does not exist creation:")
confFile.create(configFile)
config = configparser.ConfigParser()
config.read(configFile)
config.sections()
board_serial_hwid= config['TESTBOARD'].get('board_serial_hwid', BOARD_SERIAL_HWID_DEFAULT)
baud= config['TESTBOARD'].get('baud', BAUD_DEFAULT)
board_serial_port = config['TESTBOARD'].get('board_serial_port', "0")
# open the serial port
ser = connectSerialPort.connect_serial(board_serial_hwid, baud, board_serial_port)
if board_serial_hwid == BOARD_SERIAL_HWID_DEFAULT:
board_serial_hwid = connectSerialPort.get_serial_hwid_by_port(ser.port)
print("board_serial_hwid = " + board_serial_hwid)
confFile.update(configFile, "TESTBOARD","board_serial_hwid" ,board_serial_hwid)
ser.flushInput()
if ser.isOpen():
print(ser.name + ' is open...')
interface = SerialIf(testTO, initLoop, consOutput, ser, configFile)
interface.name = 'basicSerial'
interface.run()
def setPeltierTemp(serial_hwid, tempTarget, configFile="UNKNOWNconfFile.ini"):
port = connectSerialPort.get_serial_port(serial_hwid)
if serial_hwid == serial_hwid_default:
serial_hwid = connectSerialPort.get_serial_hwid_by_port(port)
print("peltier_serial_hwid = " + serial_hwid)
confFile.update(configFile, "TEMPBENCH", "peltier_serial_hwid",
serial_hwid)
# start logging
logging.basicConfig(
level=logging.DEBUG,
format="%(asctime)s:%(module)s:%(levelname)s:%(message)s")
# initialize controller
print(port)
mc = MeerstetterTEC(port)
# get the values from DEFAULT_QUERIES
print(mc.get_data())
mc.set_temp(float(tempTarget))
time.sleep(2) # wait to exit stability conditions
stable = "is stable"
stable_id = mc.session().get_parameter(
parameter_name="Temperature is Stable", address=mc.address)
while stable_id == 1:
stable = "is not stable"
temp = str(round(mc.get_temp(), 2))
print("query for loop stability, loop {}, ".format(stable) +
"obj temp: " + temp)
time.sleep(5)
stable_id = mc.session().get_parameter(
parameter_name="Temperature is Stable", address=mc.address)
if stable_id == 0:
stable = "temperature regulation is not active"
elif stable_id == 2:
stable = "is stable"
else:
stable = "state is unknown"
print("exit program with stability status: " + stable)
#print(mc.get_data())
data = mc.get_data()
print(data)
return stable
def readPeltierTemp(serial_hwid, tempTarget, configFile="UNKNOWNconfFile.ini"):
port = connectSerialPort.get_serial_port(serial_hwid)
if serial_hwid == serial_hwid_default:
serial_hwid = connectSerialPort.get_serial_hwid_by_port(port)
print("peltier_serial_hwid = " + serial_hwid)
confFile.update(configFile, "TEMPBENCH", "peltier_serial_hwid",
serial_hwid)
# start logging
logging.basicConfig(
level=logging.DEBUG,
format="%(asctime)s:%(module)s:%(levelname)s:%(message)s")
# initialize controller
print(port)
mc = MeerstetterTEC(port)
# get the values from DEFAULT_QUERIES
print(mc.get_data())
temp = str(round(mc.get_temp(), 2))
print("Peltier temp is: " + temp)
return temp
def setPeltierTempImmediate(serial_hwid,
tempTarget,
configFile="UNKNOWNconfFile.ini"):
#port = connectSerialPort.connect_serial(serial_hwid)
port = connectSerialPort.get_serial_port(serial_hwid)
if serial_hwid == serial_hwid_default:
serial_hwid = connectSerialPort.get_serial_hwid_by_port(port)
print("peltier_serial_hwid = " + serial_hwid)
confFile.update(configFile, "TEMPBENCH", "peltier_serial_hwid",
serial_hwid)
# start logging
logging.basicConfig(
level=logging.DEBUG,
format="%(asctime)s:%(module)s:%(levelname)s:%(message)s")
# initialize controller
print(port)
mc = Peltier(port)
# get the values from DEFAULT_QUERIES
mc.display_data()
ret = mc.set_temp(tempTarget)
return ret
def main(configFile="default_config.ini"):
#ports = get_serial_port_by_hwid(serial_hwid)
#if (len(ports) >> 0):
# port = ports[0]
# print("identify port by hwid:" + port)
#else:
# ask_for_port()
#ser = serial.Serial(port, baud, timeout=1)
nargs = len(sys.argv)
if (nargs >= 2):
configFile = sys.argv[1]
if not isfile(configFile):
print("Config file does not exist creation:")
confFile.create(configFile)
config = configparser.ConfigParser()
config.read(configFile)
config.sections()
if 'board_serial_hwid' in config['TESTBOARD']:
#print('detect board serial hwid')
board_serial_hwid = config['TESTBOARD']['board_serial_hwid']
else:
board_serial_hwid = board_serial_hwid_default
if 'baud' in config['TESTBOARD']:
baud = config['TESTBOARD']['baud']
else:
baud = baud_default
if 'board_serial_port' in config['TESTBOARD']:
board_serial_port = config['TESTBOARD']['board_serial_port']
else:
board_serial_port = "0"
ser = connectSerialPort.connect_serial(board_serial_hwid, baud,
board_serial_port)
if board_serial_hwid == board_serial_hwid_default:
board_serial_hwid = connectSerialPort.get_serial_hwid_by_port(ser.port)
print("board_serial_hwid = " + board_serial_hwid)
confFile.update(configFile, "TESTBOARD", "board_serial_hwid",
board_serial_hwid)
####INIT from conf file###########
if 'testTO' in config['TESTS']:
testTimeout = int(config['TESTS']['testTO'])
#print(">>>>>>>>>>>>testTO read from conf file: " + str(testTimeout))
else:
print("testTO init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "testTO", "INIT Value needed")
exit()
if 'termType' in config['TESTS']:
termType = config['TESTS']['termType']
#print(">>>>>>>>>>>>term type read from conf file: " + termType)
else:
print("termType init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "termType", termType_default)
if 'bootBoardInit' in config['TESTS']:
bootBoardInit = config['TESTS']['bootBoardInit']
else:
print("bootBoardInit init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "bootBoardInit",
"INIT Value needed")
exit()
if 'rebootAfterEachTest' in config['TESTS']:
rebootAfterEachTest = config['TESTS']['rebootAfterEachTest']
if 'rebootOnFailure' in config['TESTS']:
rebootOnFailure = config['TESTS']['rebootOnFailure']
if 'testDuration' in config['TESTS']:
testDuration = config['TESTS']['testDuration']
else:
print("testDuration init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "testDuration",
"INIT Value needed")
exit()
if 'probeDuration' in config['TESTS']:
probeDuration = int(config['TESTS']['probeDuration'])
else:
print("probeDuration init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "probeDuration",
"INIT Value needed")
exit()
if 'testList' in config['TESTS']:
testList = ast.literal_eval(config.get('TESTS', 'testList'))
#testList = config['TESTS']['testList']
#print(type(testList))
#print (testList)
else:
print("testList init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "testList", "INIT Value needed")
exit()
if 'acmegraph' in config['TESTS']:
acmegraph = str2bool(config['TESTS']['acmegraph'])
else:
print("acmegraph init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "acmegraph", "INIT Value needed")
exit()
if 'prepareBoard' in config['TESTS']:
prepareBoard = str2bool(config['TESTS']['prepareBoard'])
if 'acmecliPath' in config['TESTS']:
acmecliPath = config['TESTS']['acmecliPath']
else:
print("acmecliPath init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "acmecliPath",
"INIT Value needed")
exit()
if 'acmeName' in config['TESTS']:
acmeName = config['TESTS']['acmeName']
else:
print("acmeName init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "acmeName", "INIT Value needed")
exit()
if 'pyacmegraphCmd' in config['TESTS']:
pyacmegraphCmd = config['TESTS']['pyacmegraphCmd']
else:
print("pyacmegraphCmd init value is needed in conf file: " +
configFile)
confFile.update(configFile, "TESTS", "pyacmegraphCmd",
"INIT Value needed")
exit()
if 'pyacmegraphTemplate' in config['TESTS']:
pyacmegraphTemplate = config['TESTS']['pyacmegraphTemplate']
else:
print("pyacmegraphTemplate init value is needed in conf file: " +
configFile)
confFile.update(configFile, "TESTS", "pyacmegraphTemplate",
"INIT Value needed")
exit()
if 'pyacmegraphShunt' in config['TESTS']:
pyacmegraphShunt = config['TESTS']['pyacmegraphShunt']
else:
print("pyacmegraphShunt init value is needed in conf file: " +
configFile)
confFile.update(configFile, "TESTS", "pyacmegraphShunt",
"INIT Value needed")
exit()
if 'logFilesPath' in config['TESTS']:
logFilesPath = config['TESTS']['logFilesPath']
else:
print("logFilesPath init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "logFilesPath",
"INIT Value needed")
exit()
if 'testPath' in config['TESTS']:
testPath = config['TESTS']['testPath']
else:
print("testPath init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "testPath", "INIT Value needed")
exit()
#if 'iiocatpurePath' in config['TESTS'] :
# iiocatpurePath = config['TESTS']['iiocatpurePath']
#else:
# print("iiocatpurePath init value is needed in conf file: " + configFile)
# confFile.update(configFile, "TESTS","iiocatpurePath" ,"INIT Value needed")
# exit()
if 'pyacmecapturePath' in config['TESTS']:
pyacmecapturePath = config['TESTS']['pyacmecapturePath']
else:
print("pyacmecapturePath init value is needed in conf file: " +
configFile)
confFile.update(configFile, "TESTS", "pyacmecapturePath",
"INIT Value needed")
exit()
if 'pyacmecaptureVersion' in config['TESTS']:
pyacmecaptureVersion = config['TESTS']['pyacmecaptureVersion']
else:
try:
#ToDo replace with subprocess.run(, capture_output=True) or subprocess.check_output("cmd", stderr=subprocess.STDOUT, shell=True)
cmdvers = "-h | grep \"(version \" | egrep -o \"[0-9]\\.[0-9]+\""
print("python " + pyacmecapturePath + "pyacmecapture.py " +
cmdvers)
p = subprocess.Popen(
"python " +
os.path.join(pyacmecapturePath, "pyacmecapture.py ") + cmdvers,
stdout=subprocess.PIPE,
shell=True)
out, err = p.communicate()
pyacmecaptureVersion = out.decode("utf-8").rstrip()
except:
pyacmecaptureVersion = "default"
print("pyacmecaptureVersion= " + pyacmecaptureVersion)
if 'pyacmecaptureSlots' in config['TESTS']:
pyacmecaptureSlots = config['TESTS']['pyacmecaptureSlots']
else:
try:
cmdslots = " -s " + acmeName + " system_info | grep slot | grep -v empty | egrep -o \"slot [0-9]+\" | egrep -o \"[0-9]+\" | sed \':a;N;$!ba;s/\\n/,/g\'"
print(os.path.join(acmecliPath, "acme-cli") + cmdslots)
p = subprocess.Popen(os.path.join(acmecliPath, "acme-cli") +
cmdslots,
stdout=subprocess.PIPE,
shell=True)
out, err = p.communicate()
pyacmecaptureSlots = out.decode("utf-8").rstrip()
except:
pyacmecaptureSlots = "default"
print("pyacmecaptureSlots= " + pyacmecaptureSlots)
if 'probeList' in config['TESTS']:
#probeList = config['TESTS']['probeList']
probeList = ast.literal_eval(config.get('TESTS', 'probeList'))
else:
print("probeList init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "probeList", "INIT Value needed")
exit()
if 'resultsDir' in config['TESTS']:
resultsDir = config['TESTS']['resultsDir']
else:
print("resultsDir init value is needed in conf file: " + configFile)
confFile.update(configFile, "TESTS", "resultsDir", "INIT Value needed")
exit()
if 'exitOnLauncherEnd' in config['TESTS']:
exitOnLauncherEnd = config['TESTS']['exitOnLauncherEnd']
else:
exitOnLauncherEnd = "False"
# Initialisations necessary for test launcher with tempbench disabled
tempFineTune = False
warmUpAuto = False
TFTDuration = str(0)
if "tempDieTarget" in config['TEMPBENCH']:
tempbench = True
print(
"++++++++++TEST LAUNCHER + TEMPBENCH ENABLED for temp control++++++++++"
)
if 'warmUpTest' in config['TEMPBENCH']:
warmUpTest = config['TEMPBENCH']['warmUpTest']
else:
print("warmUpTest init value is needed in conf file: " +
configFile)
confFile.update(configFile, "TEMPBENCH", "warmUpTest",
"INIT Value needed")
exit()
if 'warmUpAuto' in config['TEMPBENCH']:
warmUpAuto = config['TEMPBENCH']['warmUpAuto']
if 'rebootAfterWarmUp' in config['TEMPBENCH']:
rebootAfterWarmUp = config['TEMPBENCH']['rebootAfterWarmUp']
if 'maxBootTemp' in config['TEMPBENCH']:
maxBootTemp = config['TEMPBENCH']['maxBootTemp']
if 'safeTemp' in config['TEMPBENCH']:
safeTemp = config['TEMPBENCH']['safeTemp']
if 'tempFineTune' in config['TEMPBENCH']:
tempFineTune = str2bool(config['TEMPBENCH']['tempFineTune'])
#else:
# tempFineTune = False
if 'TFTRamp' in config['TEMPBENCH']:
TFTRamp = int(config['TEMPBENCH']['TFTRamp'])
else:
TFTRamp = 20
if 'TFTDuration' in config['TEMPBENCH']:
TFTDuration = config['TEMPBENCH']['TFTDuration']
else:
TFTDuration = str(50)
if 'TFTMultiplier' in config['TEMPBENCH']:
TFTMultiplier = config['TEMPBENCH']['TFTMultiplier']
else:
TFTMultiplier = 2
else:
tempbench = False
print(
"----------TEST LAUNCHER EXECUTE WITH TEMPBENCH DISABLED----------"
)
if 'toaddr' in config['MAIL']:
sendMail = True
else:
sendMail = False
if 'onoffbox' in config['TESTS']:
onoffbox = config['TESTS']['onoffbox']
else:
onoffbox = onoffbox_default
if acmegraph:
pyacmegraph = pyacmegraphCmd + " --ip " + acmeName + " --template " + pyacmegraphTemplate + " " + pyacmegraphShunt + " &"
print('>>>>>>> pyacmegraph = ' + pyacmegraph)
ret = subprocess.call(pyacmegraph, shell=True)
print("subprocess return:" + str(ret))
if tempbench:
maxTFTDuration = int(float(TFTMultiplier)) * int(float(TFTDuration))
testTFTduration = str(
int(float(testDuration)) + int(float(TFTDuration)))
maxDuration = int(float(testDuration)) + maxTFTDuration
testTimeoutMargin = 10
testTimeout = max(testTimeout, (maxDuration + testTimeoutMargin))
print("testTimeout: " + str(testTimeout))
if prepareBoard:
thread_term_Init = startTermThread(termType, testTimeout, ser,
configFile)
thread_term_Init.threadType = "Init"
bootBoardInit = rebootBoardOnInit(acmecliPath, acmeName,
thread_term_Init, termType,
bootBoardInit, onoffbox)
if termType == "basic":
if prepareBoard:
thread_term_Init.join()
if warmUpAuto == "True":
#To be clarified need cons_timeout > 10 to force transition ITER1. Code can hang here if value is too low
thread_term_WarmUp = startTermThread(termType, 15, ser, configFile)
bootBoardInit = rebootBoardOnInit(acmecliPath, acmeName,
thread_term_WarmUp, termType,
bootBoardInit, onoffbox)
else:
thread_term_Test = startTermThread(termType, testTimeout, ser,
configFile)
bootBoardInit = rebootBoardOnInit(acmecliPath, acmeName,
thread_term_Test, termType,
bootBoardInit, onoffbox)
else:
if prepareBoard:
thread_term_Test = thread_term_Init
thread_term_Init.threadType = "Test"
else:
thread_term_Test = startTermThread(termType, testTimeout, ser,
configFile)
bootBoardInit = rebootBoardOnInit(acmecliPath, acmeName,
thread_term_Test, termType,
bootBoardInit, onoffbox)
if warmUpAuto == "True":
warmUp(termType, thread_term_WarmUp)
print("return from warmup, waiting thread to stop")
thread_term_WarmUp.join()
print("start test thread")
thread_term_Test = startTermThread(termType, testTimeout, ser,
configFile)
print("rebootAfterWarmUp = " + rebootAfterWarmUp)
if rebootAfterWarmUp == "True":
print("POST WARM UP reboot ")
if not boardInit.rebootBoard(acmecliPath, acmeName,
thread_term_Test, termType, onoffbox):
print("ERROR: Fail multiple time to reboot after warm-up")
exit()
else:
stopTest(ser)
for testName in testList:
if tempbench:
peltierTemp = peltierOp.readPeltier(termType, thread_term_Test)
#runTest(ser, testPath, testName, duration) #too intrusive affects power measurements
thread_term_Test.logFileStatus = "NOT_READY"
runTestNoLog(ser, testPath, testName, testDuration, TFTDuration)
print("\n")
if tempFineTune:
# fine tune temperature
time.sleep(TFTRamp)
deltaTemp = int(float(thread_term_Test.dieTemp)) - int(
float(thread_term_Test.tempDieTarget))
thread_term_Test.tempPeltier = str(
int(float(peltierTemp)) - deltaTemp)
peltierOp.setPeltierImmediate(termType, thread_term_Test)
if not acmegraph:
#ToDo this depends on the temp fine tune value, clean-up needed
maxTrial = 100
while thread_term_Test.testStatus != "PROBE STARTED" and termType == "basic":
time.sleep(1)
print("waiting for probe start. current status is: " +
thread_term_Test.testStatus)
maxTrial -= 1
if maxTrial <= 0:
print("Stop waiting for PROBE START")
break
pyacmecaptureParam = (pyacmecapturePath, pyacmecaptureVersion,
pyacmecaptureSlots)
probePower(testName, probeList, pyacmecaptureParam,
str(probeDuration), resultsDir, acmeName)
if waitTestEnd(thread_term_Test, testName, testTimeout, ser):
print(testName + " COMPLETED SUCCESSFULLY")
testSuccess = True
else:
print(testName + " FINISHED WITH ERROR OR TIMEOUT")
testSuccess = False
if waitLogFile(thread_term_Test, testName):
createTestLog(testName, ser, resultsDir)
if (rebootOnFailure == "True"
and not testSuccess) or rebootAfterEachTest == "True":
if not boardInit.rebootBoard(acmecliPath, acmeName,
thread_term_Test, termType, onoffbox):
print("ERROR: fail multiple time to reboot after test: " +
testName + " completion")
cmd = join(testPath, "launcherTeardown.sh")
sendserial(cmd, ser)
for testName in testList:
if thread_term_Test.copyMethod == "zmodem":
saveLog2Host(testName, ser, logFilesPath, resultsDir,
thread_term_Test)
else:
print("no saveLog2Host method implemented for copymethod: " +
thread_term_Test.copyMethod)
print("logs available on target in directory" +
thread_term_Test.boardConnectPattern[:-1] + logFilesPath)
print('copy tools for postprocessing')
copy_tree(join('..', 'tools'), join('..', resultsDir))
print('create dupplicated zip file')
resultsDirZip = resultsDir + "zip"
print('create zip archive')
shutil.make_archive(join('..', resultsDirZip, resultsDir), 'zip',
join('..', resultsDir))
if sendMail:
sendMailConf.send_mail(configFile)
if tempbench:
thread_term_Test.tempPeltier = safeTemp
#Safety measure set to Default Peltier Value
peltierOp.setPeltierImmediate(termType, thread_term_Test)
#Wait for keyboard interrupt in case of exitOnLauncherEnd == "False"
if exitOnLauncherEnd == "True":
print("join thread_term_Test")
thread_term_Test.join()
print("thread_term_Test stopped")
exit()
print("Press enter to go in console mode")
