def main():
"""
Main function.
"""
# initialise objects
serial_port = serial.Serial(port='COM4', baudrate=57600)
ble_builder = BLEBuilder(serial_port)
ble_parser = BLEParser(serial_port, callback=analyse_packet)
# initialise the device
print("COMMAND: Initialising device")
print(print_output(ble_builder.send("fe00")))
# get an operating parameter value
print("COMMAND: Getting operating parameter value")
print(print_output(ble_builder.send("fe31", param_id="\x15")))
# start a device discovery scan
print("COMMAND: Starting device scan")
print(print_output(ble_builder.send("fe04", mode="\x03")))
# sleep main thread for 15 seconds - allow results of device scan to return
time.sleep(15)
#close device
ble_parser.stop()
def main():
"""
Main function.
"""
# initialise objects
serial_port = serial.Serial(port='COM4', baudrate=57600)
ble_builder = BLEBuilder(serial_port)
ble_parser = BLEParser(serial_port, callback=analyse_packet)
# initialise the device
print("COMMAND: Initialising device")
print(print_output(ble_builder.send("fe00")))
# get an operating parameter value
print("COMMAND: Getting operating parameter value")
print(print_output(ble_builder.send("fe31", param_id="\x15")))
# start a device discovery scan
print("COMMAND: Starting device scan")
print(print_output(ble_builder.send("fe04", mode="\x03")))
# sleep main thread for 15 seconds - allow results of device scan to return
time.sleep(15)
#close device
ble_parser.stop()
def test_parser():
ble_parser = BLEParser()
print(print_output(ble_parser._split_response("\x04\xFF\x2C\x00\x06\x00\x06\x30\x85\x31\x18\x00\x1B\x00\x04\x00\x00\x00\x00\x00\x00\x00\x00\x09\x09\x09\x09\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x09\x09\x09\x09\x00\x00")))
print(print_output(ble_parser._split_response("\x04\xFF\x08\x7F\x06\x00\x31\xFE\x02\xD0\x07")))
print(print_output(ble_parser._split_response("\x04\xFF\x0C\x01\x06\x00\x01\x00\x00\x57\x6A\xE4\x31\x18\x00")))
print(print_output(ble_parser._split_response("\x04\xFF\x14\x01\x06\x00\x01\x00\x00\x57\x6A\xE4\x31\x18\x00\x11\x11\x11\x11\x11\x11\x11\x11")))
print(print_output(ble_parser._split_response("\x04\xFF\x07\x01\x06\x00\x00")))
def __init__(self, port, baudrate, callback):
self.serial_port = serial.Serial(port=port, baudrate=baudrate)
super(TIConnection, self).__init__(self.serial_port)
self.parser = BLEParser(self.serial_port, callback=self.analyse_packet)
self.callback = callback
self.GAP_DeviceInit()
self.state = State.DISCONNECTED
self.desiredName = ""
self.macAddr = ""
self.name = ""
self.notifications = list()
self.wasSuccess = False
self.cv = threading.Condition()
def test_parser():
ble_parser = BLEParser()
print(
ble_parser._split_response(
"\x04\xFF\x2C\x00\x06\x00\x06\x30\x85\x31\x18\x00\x1B\x00\x04\x00\x00\x00\x00\x00\x00\x00\x00\x09\x09\x09\x09\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x09\x09\x09\x09\x00\x00"
))
print(
ble_parser._split_response(
"\x04\xFF\x08\x7F\x06\x00\x31\xFE\x02\xD0\x07"))
print(
ble_parser._split_response(
"\x04\xFF\x0C\x01\x06\x00\x01\x00\x00\x57\x6A\xE4\x31\x18\x00"))
print(
ble_parser._split_response(
"\x04\xFF\x14\x01\x06\x00\x01\x00\x00\x57\x6A\xE4\x31\x18\x00\x11\x11\x11\x11\x11\x11\x11\x11"
))
print(ble_parser._split_response("\x04\xFF\x07\x01\x06\x00\x00"))
def executeQRSerialSequence(serialNumber):
global testStatus
global link_established
global is_rssi_retrieved
global serial_done
global serial_failed
global serialFromShine
global ieee
global ieeeLog
global ieeeLogReverse
global scan_done
global rssi
global serialReceived
global shineSelectedScanOne
global shineSelectedScanTwo
global current_scan
global zData1
global zData2
global zData3
global zDataStatus
global serialQR
global fw_rev_read
global testFailures
global files_erased
global got_file
global erase_count
global streamCount
global ble_builder
global serialNumberX
global operatingCurrent
global avgOperatingCurrent
global accelCurrent
global avgAccelCurrent
global serialFromShine
global fw_rev
global adv_samples
################## ADDED BY GABE ########### FORCE ALL VARS TO INIT STATE
resetState()
serialQR = ''
#########################################################################
stationTwoTests = []
if not MDapi.internet_on():
resetState()
return -2
#SERIAL NUMBER CLEANING
serialNumberX = serialNumber
average = 0
ieeeLogReverse = ''
b = 1
for letter in serialNumber:
hex = letter.encode('hex')
hex = hex.upper()
serialQR += hex
if b < len(serialNumber):
serialQR += '.'
b += 1
#initialize
success = initializeSourceMeter()
if not success:
return -1
#connect to USB radio
serial_port = serial.Serial(USB_RADIO_PATH)
#setup bt module
ble_builder = BLEBuilder(serial_port)
ble_parser = BLEParser(serial_port, callback=__analysePacket)
testFailures[TIMEOUT_FAIL] = 0
#test sequence
while (testStatus < FINAL_PHASE):
print "Phase " + str(testStatus)
testStatus = executeNextStepReturn(testStatus)
#close port and stop ble parsing
ble_parser.stop()
serial_port.close()
#### NEW (FROM QR SERIAL) CODE
totalFailures = 0
print "Failures: %s" % testFailures
for each in testFailures:
if each != -1:
totalFailures += each
print "TOTAL FAILURES: " + str(totalFailures)
if not totalFailures:
global_pass = True
else:
global_pass = False
#BUILD STATION TEST OBJECT
timestamp = time.time()
if testFailures[SCAN_FAIL] != -1:
stationTwoTests.append(
ScanTest(not testFailures[SCAN_FAIL], timestamp,
shineSelectedScanTwo['rssi']))
print stationTwoTests
if testFailures[CHECK_FW_FAIL] != -1:
stationTwoTests.append(
FirmwareCheckTest(not testFailures[CHECK_FW_FAIL], timestamp, "",
fw_rev))
print stationTwoTests
if testFailures[ACCEL_STREAM_FAIL] != -1:
stationTwoTests.append(
AccelZDataTest(not testFailures[ACCEL_STREAM_FAIL], timestamp,
zData))
print stationTwoTests
if testFailures[SN_DEFAULT_FAIL] != -1:
print "SN DEFAULT TEST"
print serialNumber
stationTwoTests.append(
DefaultSNCheckTest(not testFailures[SN_DEFAULT_FAIL], timestamp,
serialNumber))
if testFailures[SN_MISMATCH_FAIL] != -1:
stationTwoTests.append(
SNMismatchTest(not testFailures[SN_MISMATCH_FAIL], timestamp,
serialFromShine, serialNumberX))
if testFailures[TIMEOUT_FAIL] != -1:
stationTwoTests.append(
StationTwoTimeoutTest(not testFailures[TIMEOUT_FAIL], timestamp,
timeout[0]))
if testFailures[AVG_CURRENT_FAIL] != -1:
stationTwoTests.append(
OperCurrentTest(not testFailures[AVG_CURRENT_FAIL], timestamp,
operatingCurrent, avgOperatingCurrent))
if testFailures[SN_DUPLICATE_FAIL] != -1:
stationTwoTests.append(
DuplicateSNTest(not testFailures[SN_DUPLICATE_FAIL], timestamp,
serialFromShine))
if testFailures[RECENTLY_SYNCED_FAIL] != -1:
stationTwoTests.append(
RecentSyncTest(not testFailures[RECENTLY_SYNCED_FAIL], timestamp))
if testFailures[BATTERY_PLOT_FAIL] != -1:
stationTwoTests.append(
BatteryPlotTest(not testFailures[BATTERY_PLOT_FAIL], timestamp))
st = StationTest("3." + str(ATE_ID), global_pass, "log_format_7", fw_rev,
stationTwoTests, timestamp)
#initialize log stuff
post_success = False
update_success = False
duplicate = ''
ieee_db = ''
entry = {}
#POST STATION TEST TO MANUFACTURING DATABSE
if ieeeLogReverse:
ieee_db = str(ieeeLogReverse).translate(None, '.')
print "Serial from Shine: " + serialFromShine
print "SerialQR: " + serialQR
(post_success, update_success,
duplicate) = testToMFGDB(ieee_db, serialFromShine, st)
print duplicate
global_pass = global_pass and not duplicate
#if it passed log to the unlink list
if global_pass:
writeSNUnlinkList(serialFromShine)
finalIEEE = ''
for each in shineSelectedScanTwo['ieee']:
finalIEEE += each + '.'
finalIEEE = finalIEEE[:-1]
#Log all data
writeSerialNumberLog(shineSelectedScanTwo['rssi'], operatingCurrent,
avgOperatingCurrent, finalIEEE, zData,
shineSelectedScanTwo['currentSN'], serialNumber,
serialFromShine, fw_rev, testFailures, timeout[0],
global_pass)
entry['ieee'] = ieee_db
entry['station_two_test'] = my_dict(st) #OBJECT -> DICTIONARY
entry['final_serial'] = serialFromShine
#did we fail or pass the unit in the factory?
entry['global_pass'] = global_pass
#what was the format?
entry['station_two_log_format'] = 'log_format_7'
#did we successfully post the test?
entry['mfg_db_post_success'] = post_success
#did we update serial/pass, physicals, and update/check duplicate?
entry['mfg_db_update_success'] = update_success
# was it a duplicate?
entry['duplicate'] = duplicate
#makes it easier to manage logs
if post_success and update_success:
print "Entry Successfully posted and updated in database"
logPostedEntry(entry)
else:
print "Failed to log into database. Entry logged for future upload"
logUnpostedEntry(entry)
#UPDATE UI FOR FACTORY OPERATOR
temp = testFailures
if global_pass:
resetState()
return temp
else:
resetState()
return temp
def executeTestSequence(dut_parameters, log_queue):
global current_state
global output
output = 0
current_state = 0
setupSuccess = False
overallPass = False
logentry = {}
if not MDapi.internet_on():
resetState()
return -2
#reset globals
resetState()
#SET UP KEITHLEY POWER
worked = powerSetup()
if not worked:
return -3
#INSTALL CORRECT FIRMWARE ON DEVICE FOR TESTING
results = programmingSequence(dut_parameters, log_queue)
stationOneTests = []
if 'programEFM' in results:
unlockEFM = results['unlock']
programCC = results['programCC']
programEFM = results['programEFM']
setupSuccess = (unlockEFM.is_passed and programCC.is_passed
and programEFM.is_passed)
stationOneTests.append(unlockEFM)
stationOneTests.append(programCC)
stationOneTests.append(programEFM)
else:
unlockEFM = results['unlock']
logentry['unlocked'] = unlockEFM.is_passed
if 'programCC' in results:
programCC = results['programCC']
logentry['ieee_read'] = programCC.is_passed
if programCC.is_passed:
logentry['ieee'] = results['ieee'].translate(None, '.')
#DEVICE CORRECTLY SET UP FOR TESTING
if setupSuccess:
ieee = results['ieee']
logentry['unlocked'] = True
logentry['ieee_read'] = True
logentry['test_began'] = True
logentry['ieee'] = ieee.translate(None, '.')
powerCycle()
ledTests = singleLEDCurrentTests()
stationOneTests.append(ledTests['mcu'])
stationOneTests.append(ledTests['led'])
sixLEDTest = sixLEDCurrentTest()
stationOneTests.append(sixLEDTest)
accelSelf = accelerometerSelfTest()
stationOneTests.append(accelSelf)
lowPower = lowPowerTest()
stationOneTests.append(lowPower)
flashFinal = flashFinalFirmware(dut_parameters, log_queue)
stationOneTests.append(flashFinal)
#initialise BT module and USB Dongle
serial_port = serial.Serial(port=COM_PORT, baudrate=57600)
ble_builder = BLEBuilder(serial_port)
ble_parser = BLEParser(serial_port, callback=__analysePacket)
timeout1 = connectToShineDUT(ble_builder, ieee)
timeout2 = False
if not timeout1:
btTests = measureAverageRSSI(ble_builder)
timeout2 = btTests['timeout']
#if we timed out, we didn't complete these tests, so don't include them.
if not timeout2:
if 'rssi' in btTests: #check to make sure we completed the rssi test
stationOneTests.append(btTests['rssi'])
stationOneTests.append(
btTests['invalid']
) #this one will always be in there if there wasn't a timeout
#close link
ble_builder.send("fe0a")
#close device
ble_parser.stop()
serial_port.close()
ieee = ieee.translate(None, '.')
timeoutPass = True
if timeout1 or timeout2:
timeoutPass = False
map_timeout = {'True': 1, 'False': 0}
timeoutTest = StationOneTimeoutTest(
isPassed=timeoutPass,
timestamp=time.time(),
timeouts=[map_timeout[str(timeout1)], map_timeout[str(timeout2)]])
stationOneTests.append(timeoutTest)
#TEST DONE
#create the overall station test object
overallPass = True
for each in stationOneTests:
if not each.is_passed:
overallPass = False
#CREATED STATION ONE TEST OBJECT
stationOneTest = StationTest("1." + str(ATE_ID), overallPass,
"log_format_7", "0.0.21.ht03",
stationOneTests, time.time())
#CREATE MISFIT DEVICE OBJECT
misfitDevice = Device(serial_number="",
ieee=ieee,
manufacturer='MisfitVS',
creation_time=time.time())
misfitDevice.physical['mechanical_revision'] = "1.0"
misfitDevice.physical['pcb_revision'] = "0.9"
misfitDevice.physical['pcba_revision'] = "0.9"
misfitDevice.physical['color'] = "TBD"
misfitDevice.physical['model_number'] = "TBD"
misfitDevice.addStationTest(stationOneTest)
#ADD ENTRY TO MFG DATABASE
post_success = postTestEntryToMFGdb(stationOneTest, misfitDevice)
# if this is false, it failed 5 times so ostensibly the internet is down. do we fail the unit? or pass and wait to import later?
st = my_dict(stationOneTest)
logentry['station_test'] = st
logentry['mfg_db_post_success'] = post_success
else:
logentry['test_began'] = False
logentry['station_test'] = {}
logentry['mfg_db_post_success'] = False
logentry['station_one_log_format'] = 'log_format_7'
if logentry['mfg_db_post_success'] == True:
logPostedEntry(logentry)
else:
logUnpostedEntry(logentry)
#return UI to show operator
if overallPass:
return 0
else:
return 1
def executeQRSerialSequence(serialNumber):
global testStatus
global link_established
global is_rssi_retrieved
global serial_done
global serial_failed
global serialFromShine
global ieee
global ieeeLog
global ieeeLogReverse
global scan_done
global rssi
global serialReceived
global shineSelectedScanOne
global shineSelectedScanTwo
global current_scan
global zData1
global zData2
global zData3
global zDataStatus
global serialQR
global fw_rev_read
global testFailures
global files_erased
global got_file
global erase_count
global streamCount
global ble_builder
global serialNumberX
global operatingCurrent
global avgOperatingCurrent
global accelCurrent
global avgAccelCurrent
global serialFromShine
global fw_rev
global adv_samples
################## ADDED BY GABE ########### FORCE ALL VARS TO INIT STATE
resetState()
#########################################################################
stationTwoTests = []
if not MDapi.internet_on():
resetState()
return -2
#SERIAL NUMBER CLEANING
serialNumberX = serialNumber
average = 0
ieeeLogReverse = ''
b = 1
for letter in serialNumber:
hex = letter.encode('hex')
hex = hex.upper()
serialQR += hex
if b < len(serialNumber):
serialQR += '.'
b += 1
#initialize
success = initializeSourceMeter()
if not success:
return -1
#connect to USB radio
serial_port = serial.Serial(port=COM_PORT, baudrate=57600)
#setup bt module
ble_builder = BLEBuilder(serial_port)
ble_parser = BLEParser(serial_port, callback=__analysePacket)
#test sequence
while (testStatus < 10):
testStatus = executeNextStep(testStatus)
#close port and stop ble parsing
ble_parser.stop()
serial_port.close()
#return pass or fail to screen
totalFailures = 0
print "Failures: %s" % testFailures
for each in testFailures:
if each != -1:
totalFailures += each
print "TOTAL FAILURES: " + str(totalFailures)
if not totalFailures:
global_pass = True
else:
global_pass = False
#BUILD STATION TEST OBJECT
initialSerial = cleanSN(shineSelectedScanTwo['currentSN'])
timestamp = time.time()
if testFailures[SCAN_FAIL] != -1:
stationTwoTests.append(
ScanTest(not testFailures[SCAN_FAIL], timestamp,
shineSelectedScanTwo['rssi']))
if testFailures[ADV_SAMPLES_FAIL] != -1:
stationTwoTests.append(
AdvSamplesTest(not testFailures[ADV_SAMPLES_FAIL], timestamp,
adv_samples))
### WTF??? What is testFailures[OPCURTEST]?????
if testFailures[AVG_CURRENT_FAIL] != -1:
stationTwoTests.append(
OperCurrentTest(not testFailures[AVG_CURRENT_FAIL], timestamp,
operatingCurrent, avgOperatingCurrent))
### WTF??? What is testFailures[CHECK_FW_REV]????? CHECK_FW_FAIL ????
if testFailures[CHECK_FW_FAIL] != -1:
stationTwoTests.append(
FirmwareCheckTest(not testFailures[CHECK_FW_FAIL], timestamp,
"0.0.28x.boot2_prod", fw_rev))
if testFailures[ACCEL_STREAM_FAIL] != -1:
stationTwoTests.append(
AccelZDataTest(not testFailures[ACCEL_STREAM_FAIL], timestamp,
zData))
if testFailures[CONFIRM_LED_FAIL] != -1:
stationTwoTests.append(
ConfirmLEDCurrentTest(not testFailures[CONFIRM_LED_FAIL],
timestamp, accelCurrent, avgAccelCurrent))
if testFailures[SN_PROGRAM_FAIL] != -1:
stationTwoTests.append(
WriteSerialTest(not testFailures[SN_PROGRAM_FAIL], timestamp,
serialNumber))
if testFailures[SN_READ_FAIL] != -1:
stationTwoTests.append(
ReadSerialTest(not testFailures[SN_READ_FAIL], timestamp,
initialSerial, serialFromShine))
if testFailures[TIMEOUT_FAIL] != -1:
stationTwoTests.append(
StationTwoTimeoutTest(not testFailures[TIMEOUT_FAIL], timestamp,
timeout[0]))
st = StationTest("2." + str(ATE_ID), global_pass, "log_format_7", fw_rev,
stationTwoTests, timestamp)
#initialize log stuff
post_success = False
update_success = False
duplicate = ''
ieee_db = ''
entry = {}
#POST STATION TEST TO MANUFACTURING DATABSE
if ieeeLogReverse:
ieee_db = str(ieeeLogReverse).translate(None, '.')
print "Serial from Shine: " + serialFromShine
print "SerialQR: " + serialQR
(post_success, update_success,
duplicate) = testToMFGDB(ieee_db, serialFromShine, st)
print duplicate
global_pass = global_pass and not duplicate
entry['ieee'] = ieee_db
entry['station_two_test'] = my_dict(st) #OBJECT -> DICTIONARY
entry['final_serial'] = serialFromShine
#did we fail or pass the unit in the factory?
entry['global_pass'] = global_pass
#what was the format?
entry['station_two_log_format'] = 'log_format_7'
#did we successfully post the test?
entry['mfg_db_post_success'] = post_success
#did we update serial/pass, physicals, and update/check duplicate?
entry['mfg_db_update_success'] = update_success
# was it a duplicate?
entry['duplicate'] = duplicate
#makes it easier to manage logs
if post_success and update_success:
print "Entry Successfully posted and updated in database"
logPostedEntry(entry)
else:
print "Failed to log into database. Entry logged for future upload"
logUnpostedEntry(entry)
#UPDATE UI FOR FACTORY OPERATOR
if global_pass:
resetState()
return 1
else:
resetState()
return 0