def create_indexes(self):
""" method to create indexes on the database """
with db.engine.connect() as conn:
with conn.execution_options(isolation_level='AUTOCOMMIT'):
try:
Pairing.create_index(conn)
Pairing_Codes.create_index(conn)
Imei.create_index(conn)
Devices.create_index(conn)
Owner.create_index(conn)
except Exception as e:
sys.exit(1)
def test_owner_index(db, session):
"""Verify that the Owner model works correctly."""
with db.engine.connect() as conn:
Owner.create_index(conn)
qry = session.execute(
text(""" select * from pg_stat_user_indexes; """)).fetchall()
for o in qry:
if o.indexrelname == 'owner_contact_index':
owner_index = True
print(o.indexrelname)
# noinspection PyUnboundLocalVariable
assert owner_index
def complete_db_insertion(session,
db,
t_owner_id,
t_contact,
t_device_id,
t_model,
t_brand,
t_serial,
t_rat,
t_paircode,
t_imei_id,
t_imei,
t_mac=None):
owner_add = Owner(id=t_owner_id, contact=t_contact)
session.add(owner_add)
device_add = Devices(id=t_device_id,
model=t_model,
brand=t_brand,
serial_no=t_serial,
rat=t_rat,
owner_id=t_owner_id,
mac=t_mac)
session.add(device_add)
paircode_add = Pairing_Codes(pair_code=t_paircode,
is_active=True,
device_id=t_device_id)
session.add(paircode_add)
imei_add = Imei(id=t_imei_id, imei=t_imei, device_id=t_device_id)
session.add(imei_add)
db.session.commit()
def authority_input(contact_no, model, brand, serial_no, mac, rat, imei):
""" Function to register device parameters from Authority's portal and assigns pair-code """
try:
rtn_msg = ""
chk_imei, chk_mac, chk_contact = False, False, False
if mac is not None:
mac_pat_1 = re.compile(
r'[A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}'
)
mac_match1 = mac_pat_1.fullmatch(mac)
mac_pat_2 = re.compile(
r'[A-F0-9]{3}[:.-][A-F0-9]{3}[:.-][A-F0-9]{3}[:.-][A-F0-9]{3}')
mac_match2 = mac_pat_2.fullmatch(mac)
mac_pat_3 = re.compile(
r'[A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}[:.-]'
r'[A-F0-9]{2}[:.-][A-F0-9]{2}[:.-][A-F0-9]{2}')
mac_match3 = mac_pat_3.fullmatch(mac)
mac_pat_4 = re.compile(
r'[A-F0-9]{4}[:.-][A-F0-9]{4}[:.-][A-F0-9]{4}[:.-][A-F0-9]{4}')
mac_match4 = mac_pat_4.fullmatch(mac)
if mac_match1 or mac_match2 or mac_match3 or mac_match4:
chk_mac = True
else:
chk_mac = True
pattern_rat = re.compile(
r'(2G|3G|4G|5G)[,]?(2G|3G|4G|5G)?[,]?(2G|3G|4G|5G)?[,]?(2G|3G|4G|5G)?'
)
match_rat = pattern_rat.fullmatch(rat)
pattern_model_brand = re.compile(r'[a-zA-Z0-9_ .\'-]{1,1000}')
match_model = pattern_model_brand.fullmatch(model)
match_brand = pattern_model_brand.fullmatch(brand)
pattern_serial_no = re.compile(r'[a-zA-Z0-9]{1,1000}')
match_serial = pattern_serial_no.fullmatch(serial_no)
if contact_no['CC'] == conf['CC']:
if (contact_no['SN'].isdigit()) and (len(contact_no['SN']) < 13):
contact_msisdn = contact_no['CC'] + contact_no['SN']
chk_contact = True
for i in imei:
pattern_imei = re.compile(r'[A-F0-9]{14,16}')
match_imei = pattern_imei.fullmatch(i)
if len(i) < 17 and match_imei:
chk_imei = True
else:
chk_imei = False
break
if match_model and match_brand and match_serial and match_rat and chk_mac and chk_imei and chk_contact:
chk_duplicate = Devices.query.filter(
Devices.serial_no == '{}'.format(serial_no)).first()
# to check if device is not already registered
if chk_duplicate:
rtn_msg = {
"Error": "Device with same Serial number already exists"
}
return rtn_msg, 422
else:
chk_owner_id = Owner.query.filter(
Owner.contact == '{}'.format(contact_msisdn)).first()
if not chk_owner_id:
max_owner_id = db.session.query(func.max(
Owner.id)).scalar() # query to get maximum owner_id
if not max_owner_id:
max_owner_id = 1
else:
max_owner_id += 1
add_owner = Owner(id=max_owner_id, contact=contact_msisdn)
db.session.add(add_owner)
tmp_id = max_owner_id
else:
tmp_id = chk_owner_id.id
max_dev_id = db.session.query(func.max(
Devices.id)).scalar() # query to get maximum device_id
if not max_dev_id:
max_dev_id = 1
else:
max_dev_id += 1
add_device = Devices(id=max_dev_id,
model=model,
brand=brand,
serial_no=serial_no,
mac=mac,
rat=rat.strip(','),
owner_id=tmp_id)
db.session.add(add_device)
max_imei_id = db.session.query(func.max(
Imei.id)).scalar() # query to get maximum IMEI_id
if not max_imei_id:
max_imei_id = 1
else:
max_imei_id += 1
for i in imei:
add_imei = Imei(id=max_imei_id,
imei=i,
device_id=max_dev_id)
db.session.add(add_imei)
max_imei_id += 1
pair_code = gen_paircode()
add_paircode = Pairing_Codes(pair_code=pair_code,
is_active=True,
device_id=max_dev_id)
db.session.add(add_paircode)
db.session.commit()
rtn_msg = {
"msg": "Device's information has been successfully loaded",
"pair_code": pair_code
}
message = "Device has been registered with Authority. Your Activation Pair-Code is ({})".format(
pair_code)
payload = {
'username': '******',
'password': '******',
'smsc': 'at',
'from': '7787',
'to': contact_msisdn,
'text': message
}
r = requests.get(conf['kannel_sms'], params=payload)
return rtn_msg, 200
elif not chk_contact:
rtn_msg = {"Error": "Contact-MSISDN format is not correct"}
return rtn_msg, 422
elif not match_model:
rtn_msg = {"Error": "Model format is not correct"}
return rtn_msg, 422
elif not match_brand:
rtn_msg = {"Error": "Brand format is not correct"}
return rtn_msg, 422
elif not match_rat:
rtn_msg = {"Error": "RAT format is not correct"}
return rtn_msg, 422
elif not match_serial:
rtn_msg = {"Error": "Serial-Number format is not correct"}
return rtn_msg, 422
elif not chk_mac:
rtn_msg = {"Error": "MAC format is not correct"}
return rtn_msg, 422
elif not chk_imei:
rtn_msg = {"Error": "IMEI format is not correct"}
return rtn_msg, 422
except Exception as e:
db.session.rollback()
finally:
db.session.close()
