def checkDatabaseWithRetries():
tries = 0
failed = True
while tries < MAX_INTERNET_CONNECT_ATTEMPTS and failed:
failed = False
#md_api_on = MDapi.md_api_on()
misfitDevice = MDapi.misfitProductionGetDeviceFromSerialInternal(
"SZ2ZZ00H5F")
if misfitDevice == -50 or misfitDevice == -1:
failed = True
tries += 1
print "\nDatabase contact attempt %s/%s\n" % (
tries, MAX_INTERNET_CONNECT_ATTEMPTS)
if tries >= MAX_INTERNET_CONNECT_ATTEMPTS:
print "\n...\n...\n..."
print "\nFailed contacting database after %s retries." % tries
print "...\n...\n..."
if failed == False:
print "\nContacted the database on attempt %s." % tries
return not failed
def getIEEEfromDatabase(serial_number, serial_num_type):
duplicateEntries = False
serial_from_database = None
serial_internal_from_database = None
serial_smt_from_database = None
tries = 0
failed = True
# TODO: If the device is empty, don't retry, fail.
while tries < MAX_DATABASE_READ_ATTEMPTS and failed:
failed = False
if serial_num_type == 'internal':
misfitDevice = MDapi.misfitProductionGetDeviceFromSerialInternal(
serial_number)
serial_number_internal = serial_number
elif serial_num_type == 'smt':
misfitDevice = MDapi.misfitProductionGetDeviceFromSerialSMT(
serial_number)
serial_number_smt = serial_number
elif serial_num_type == 'packaging':
misfitDevice = MDapi.misfitProductionGetDeviceFromSerial(
serial_number)
if misfitDevice == -1: # if the serial number doesn't exist or device is empty, return
print "\nPackaging serial number does not exist in database"
return (None, None, None, None, False)
if misfitDevice == -50 or misfitDevice == -1:
failed = True
tries += 1
print "\nRead attempt %s/%s\n" % (tries,
MAX_DATABASE_READ_ATTEMPTS)
if failed == False:
print "..."
print "Read after %s retries." % tries
print "...\n"
if tries >= MAX_DATABASE_POST_ATTEMPTS:
print "\n...\n...\n..."
print "\nFailed reading after %s retries." % tries
print "...\n...\n..."
if failed == True:
return (None, None, None, None, None)
misfitDevice = util.convertUnicode(misfitDevice)
ieee_addresses = []
serial_numbers_internal = []
serial_numbers_smt = []
serial_numbers = []
print "\nmisfitDevice: ", misfitDevice
for i, x in enumerate(misfitDevice['devices']):
ieee_addresses.append(x['ieee_address'])
serial_numbers_internal.append(x['serial_number_internal'])
serial_numbers_smt.append(x['serial_number_smt'])
serial_numbers.append(x['serial_number'])
if len(ieee_addresses) == 0:
if serial_num_type == 'internal':
print "\nError: no ieee addresses exist in database for this internal serial number (%s).\n" % serial_number
elif serial_num_type == 'smt':
print "\nError: no ieee addresses exist in database for this SMT serial number (%s).\n" % serial_number
elif serial_num_type == 'packaging':
print "\nError: no ieee addresses exist in database for this serial number (%s).\n" % serial_number
ieee_address = None
elif len(ieee_addresses) > 1:
print "\nError: %s ieee addresses exist for this serial number.\n" % len(
ieee_addresses)
for x in ieee_addresses:
print " %s" % x
# ieee_address = ieee_addresses[0]
# print "\nieee address: %s \n" % ieee_address
ieee_address = None
duplicateEntries = True
else:
ieee_address = ieee_addresses[0]
print "\nieee address: %s \n" % ieee_address
if ieee_address is not None:
# print "serial_numbers: %s" % serial_numbers
if len(serial_numbers) == 0:
print "\nError: no serial numbers exist for this IEEE address.\n"
serial_from_database = None
elif len(serial_numbers) > 1:
print "\nError: %s serial numbers exist for this IEEE address." % len(
serial_numbers)
for x in serial_numbers:
print " %s" % x
# serial_number = serial_numbers[0]
# print "\nserial number: %s \n" % serial_number
serial_from_database = None
duplicateEntries = True
else:
serial_from_database = serial_numbers[0]
print "\nserial number: %s \n" % serial_from_database
# print "serial_numbers_internal: %s" % serial_numbers_internal
if len(serial_numbers_internal) == 0:
print "\nError: no internal serial numbers exist for this IEEE address."
serial_internal_from_database = None
elif len(serial_numbers_internal) > 1:
print "\nError: %s internal serial numbers exist for this IEEE address." % len(
serial_numbers_internal)
for x in serial_numbers_internal:
print " %s" % x
# serial_number_internal = serial_numbers_internal[0]
# print "\nserial number internal: %s \n" % serial_number_internal
serial_internal_from_database = None
duplicateEntries = True
else:
serial_internal_from_database = serial_numbers_internal[0]
print "\nserial number internal: %s \n" % serial_internal_from_database
# print "serial_numbers_internal: %s" % serial_numbers_internal
if len(serial_numbers_smt) == 0:
print "\nError: no SMT serial numbers exist for this IEEE address."
serial_smt_from_database = None
elif len(serial_numbers_smt) > 1:
print "\nError: %s SMT serial numbers exist for this IEEE address." % len(
serial_numbers_internal)
for x in serial_numbers_smt:
print " %s" % x
# serial_number_internal = serial_numbers_internal[0]
# print "\nserial number internal: %s \n" % serial_number_internal
serial_smt_from_database = None
duplicateEntries = True
else:
serial_smt_from_database = serial_numbers_smt[0]
print "\nserial number SMT: %s \n" % serial_smt_from_database
return (ieee_address, serial_from_database, serial_internal_from_database,
serial_smt_from_database, duplicateEntries)