def stop(self):
if self.ardui_dash is not None:
self.ardui_dash.stop()
self.clear_ui()
if self.m_connected:
Debug.notice('Closing UDP socket')
self.m_parser.close_socket()
def exit_gracefully(self, signum, frame):
try:
Debug.warn('Process killed (%s). Exiting gracefully' % signum)
self.finish()
sys.exit(0)
except Exception as e:
Debug.warn(e)
def func4(severity):
try:
lst = []
print lst['name']
except:
data = {'list': lst}
Debug.log(project='Test', sub_system='sub', severity=severity, data=data)
def func2(severity):
try:
dic = {}
print dic['name']
except:
data = {'dic': dic}
Debug.log(project='Test', sub_system='sub', severity=severity, data=data)
def start(self):
if self.m_connected:
return
if self.arduino_auto_start is True:
self.ardui_dash.start(self.arduino_com_port,
self.arduino_baud_rate)
Debug.notice('Start UDP socket')
self.m_parser.open_socket()
def func1(severity):
try:
a = 12
b = 0
print a / b
except:
data = {'a': a, 'b': b}
Debug.log(project='Test', sub_system='sub', severity=severity, data=data)
def game_changed(self, action):
game = action.data()
if game:
Debug.notice('Game changed: %s' % game['name'])
self.m_game = game
if self.m_connected:
self.stop()
self.m_parser.game = game
self.clear_ui()
def fill_games_menu(self):
games_menu = self.m_window.menu_settings.addMenu('&Game')
games_group = QtWidgets.QActionGroup(games_menu)
for game in Games():
act = QtWidgets.QAction(game['name'], games_group)
act.setCheckable(True)
act.setData(game)
games_menu.addAction(act)
if game == self.m_game:
Debug.notice('Current game: %s' % self.m_game['name'])
act.setChecked(True)
games_group.triggered.connect(self.game_changed)
games_group.setExclusive(True)
def __init__(self,
game=Games.DIRT_RALLY,
udp_host=UDP_IP,
udp_port=UDP_PORT,
callback=None):
Thread.__init__(self)
Debug.set_log_level(LogLevel(2))
Debug.toggle(True)
self.finished = False
self.callback = callback
self.game = game
self.sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.sock.settimeout(1)
self.sock.bind((udp_host, udp_port))
signal.signal(signal.SIGINT, self.exit_gracefully)
signal.signal(signal.SIGTERM, self.exit_gracefully)
signal.signal(signal.SIGABRT, self.exit_gracefully)
def run(self):
try:
index = 1
value = None
last_update = datetime.now()
found = False
Debug.head("Car Scanner")
Debug.log('ID | Idle RPM | Max RPM | Max Gears')
if self.callback is not None:
self.callback("Car Scanner")
self.callback('ID | Idle RPM | Max RPM | Max Gears')
while not self.finished:
if last_update is not None:
delta = datetime.now() - last_update
if delta.seconds >= 30:
Debug.notice('New track')
found = False
last_update = datetime.now()
try:
data, address = self.sock.recvfrom(512)
except socket.timeout:
continue
except socket.error:
break
if not data:
continue
if found:
continue
stats = struct.unpack('66f', data[0:264])
new_value = "%.14f;%.14f;%d" % \
(stats[Telemetry.IDLE_RPM], stats[Telemetry.MAX_RPM], int(stats[Telemetry.MAX_GEARS]))
if new_value != value:
value = new_value
Debug.log(value, '%d' % index)
if self.callback is not None:
self.callback('%d;%s' % (index, value))
index += 1
found = True
except Exception as e:
Debug.warn(e)
def post(self, *args, **kwargs):
try:
dict = json.loads(self.get_argument('dict', 'empty'))
# print(dict)
# print('OK SIR')
# print(dict)
# print(dict['person'])
obj = Domain()
obj.name = dict['domain']
# obj.name = 'domain.ir'
obj.last_updated = dict['last_updated'][14:]
obj.expire_date = dict['expire_date'][13:]
obj.person = dict['person'][9:]
obj.email = dict['email'][9:]
obj.address = dict['address'][9:]
obj.phone = dict['phone'][8:]
obj.fax = dict['fax'][9:]
# Debug.cprint(text='All set' , color=Debug.BLUE)
Debug.log(name='add_domain', data='All Set')
#TODO Check for existing domain, If necessary update it
obj.save()
except Exception, e:
Debug.log(name='add_domain', data='Error:' + e.message)
def update_connection_status(self, status):
self.m_connected = status
self.m_window.centralWidget().setEnabled(self.m_connected)
self.m_window.speed_view.setEnabled(self.m_connected)
self.m_window.gear_view.setEnabled(self.m_connected)
if self.m_connected:
Debug.notice("Socket opened")
self.m_window.menu_action_connect.setText("Dis&connect")
self.m_window.action_Connect.setIconText("Dis&connect")
self.m_window.action_Connect.setToolTip("Disconnect")
self.m_window.action_Connect.setIcon(
QtGui.QIcon.fromTheme("offline"))
self.m_window.statusbar\
.showMessage("Listening for data on %s:%d " % (self.m_parser.UDP_IP, self.m_parser.UDP_PORT))
self.ardui_dash.setup(2)
self.ardui_dash.change_mode(1)
else:
Debug.notice("Socket closed")
self.m_window.menu_action_connect.setText("&Connect")
self.m_window.action_Connect.setIconText("&Connect")
self.m_window.action_Connect.setToolTip("Connect")
self.m_window.action_Connect.setIcon(
QtGui.QIcon.fromTheme("online"))
self.m_window.statusbar.clearMessage()
def main(game=Games.DIRT_RALLY,
udp_host=UDP_IP,
udp_port=UDP_PORT,
callback=None):
Debug.set_log_level(LogLevel(2))
Debug.toggle(True)
try:
scan = Scan(game, udp_host, udp_port, callback)
scan.start()
return scan
except Exception as e:
Debug.err(e)
def main(args):
# Load configuration file and check
configPath = args.configPaths[args.currentConfigIdx]
configuration = Configuration(configPath)
configuration.check_all()
# Init a model from the configuration.
model = Model(configuration)
#initial population
organism = Organism(args,
model.task_list,
args.numChrom,
shuffleTaskPriority=True,
elitePercent=args.ESCperc[0],
selectionPercent=args.ESCperc[1],
crossOverPercent=args.ESCperc[2],
mutationRate=args.mutRate)
#Run genetic algorithm
for gen in range(args.numGen):
organism.checkValid()
logger.log(15, "\n---------------\n" + \
f"Running generation {gen+1}..")
runStartTime = time.time()
for chromosome in organism.chromList:
#set chromosome for model to use
model = Model(configuration)
model.scheduler.initializeChromosome(chromosome)
# Execute the simulation.
logger.log(
3,
Debug.getTaskListStr(chromosome.taskNameToPriority,
name='Chromosome Task Priorities'))
model.run_model()
chromosome.fitness.updateAllFitnessMetrics(model)
del model
runEndTime = time.time()
logger.log(
15,
f"..Gen {gen+1} running complete. (Time: {runEndTime-runStartTime:.2f} secs).\n"
)
## After all chromosomes in organism has run...
# Record statistics via logging and internally
bestChromList = organism.getSortedChromList()
totFS, totMig, totPre, totNL, totEC, totChrom = 0.0, 0.0, 0.0, 0.0, 0.0, args.numChrom
for rank, chrom in enumerate(bestChromList):
chrom.addRank(rank)
if rank < PRINTTOP:
logger.log(15, f"Rank {rank+1} - Fitness: {chrom.fitness.getFitnessScore()}," \
f" Migrations: {chrom.fitness.getMigrations()}," \
f" Preemptions: {chrom.fitness.getPreemptions()}," \
f" NL: {chrom.fitness.getNormalizedLaxity():.4f}," \
f" Exceeded Count: {chrom.fitness.getExceededCount()}")
totFS += chrom.fitness.getFitnessScore()
totMig += chrom.fitness.getMigrations()
totPre += chrom.fitness.getPreemptions()
totNL += chrom.fitness.getNormalizedLaxity()
totEC += chrom.fitness.getExceededCount()
logger.log(15, f"AVERAGE - Fitness: {totFS/totChrom}," \
f" Migrations: {totMig/totChrom:.1f}," \
f" Preemptions: {totPre/totChrom:.1f}," \
f" NL: {totNL/totChrom:.4f}," \
f" Exceeded Count: {totEC/totChrom:.1f}")
organism.avgFitnessDict['FitnessScore'].append(totFS / totChrom)
organism.avgFitnessDict['Migrations'].append(totMig / totChrom)
organism.avgFitnessDict['Preemptions'].append(totPre / totChrom)
organism.avgFitnessDict['NormalizedLaxity'].append(totNL / totChrom)
organism.avgFitnessDict['ExceededCount'].append(totEC / totChrom)
#Perform the selection, crossover, and mutation
organism.checkValid()
organism.goNextGen(bestChromList=bestChromList)
logger.log(
15,
f"\n(Organism & Chromosome overhead: {time.time()-runEndTime:.2f} secs)"
)
Results.outputStatsForRun(organism, args)
def run(self):
try:
if self.game['db_file'] is None:
return
app_root = os.path.dirname(os.path.realpath(__file__))
data_path = '/../data/'
if getattr(sys, 'frozen', False):
data_path = '/data/'
conn = sqlite3.connect(app_root + data_path + self.game['db_file'])
db = conn.cursor()
index = 1
value = None
last_update = datetime.now()
found = False
Debug.head("Track Scanner")
Debug.log('ID | Name | Track Length | Z POS | Laps')
if self.callback is not None:
self.callback("Track Scanner")
self.callback('ID | Name | Track Length | Z POS | Laps')
while not self.finished:
if last_update is not None:
delta = datetime.now() - last_update
if delta.seconds >= 10:
found = False
last_update = datetime.now()
try:
data, address = self.sock.recvfrom(512)
except socket.timeout:
continue
except socket.error:
break
if not data:
print('no data')
continue
if found:
print('found')
continue
stats = struct.unpack('66f', data[0:264])
new_value = "%.14f;%d;%d" % \
(
stats[Telemetry.TRACK_LENGTH],
int(stats[Telemetry.Z_POSITION]),
int(stats[Telemetry.TOTAL_LAPS])
)
if new_value != value:
value = new_value
index += 1
db.execute(
'SELECT id,name FROM Tracks WHERE length = ? AND (start_z = "" OR round(start_z) = ?)',
(stats[Telemetry.TRACK_LENGTH],
stats[Telemetry.Z_POSITION]))
res = db.fetchall()
track_name = 'unknown'
track_index = -1
if len(res) >= 1:
for (index, name) in res:
track_index = index
track_name = name
break
Debug.log('%d;%s;%s' % (track_index, track_name, value))
if self.callback is not None:
self.callback('%d;%s;%s' %
(track_index, track_name, value))
found = True
Debug.notice('Scan loop ended')
if db is not None:
db.close()
if conn is not None:
conn.close()
except sqlite3.Error as e:
Debug.err("Database connection error")
Debug.err(e)
except Exception as e:
Debug.warn(e)
dest='gui',
action='store_false',
help='Console mode')
argument_parser.set_defaults(gui=True)
argument_parser.add_argument(
'--log_level',
'-V',
type=int,
default=LogLevel.warn,
help='Set debug verbosity from 0 (only errors) to 2 (full output)',
choices=range(0, 3))
flags = argument_parser.parse_args()
if flags.debug:
DEBUG = True
if flags.log_level is not None:
Debug.set_log_level(LogLevel(flags.log_level))
if flags.gui is not None:
if flags.gui is False:
Debug.notice('No gui')
DEBUG = True
Debug.set_log_level(LogLevel(2))
GUI = flags.gui
Debug.toggle(DEBUG)
# noinspection PyUnusedLocal
def exit_gracefully(signum, frame):
Debug.warn('Process killed (%s). Exiting gracefully' % signum)
app.stop()
sys.exit(0)
def finish(self):
self.finished = True
Debug.notice('Stopping track scanner')
if self.sock is not None:
self.sock.close()
def on_close(self):
Debug.notice('Main window closed')
self.stop()
redis_username = ''
redis_password = ''
elif redis_server == 'customs_remote':
#TODO: not set
redis_host = '82.115.26.202'
redis_port = 6379
redis_username = ''
redis_password = '******'
elif redis_server == 'office':
redis_host = '192.168.1.173'
redis_port = 6379
redis_password = '******'
# elif redis_server == 'customs_remote_lan':
# redis_host = '192.1.8.13'
# redis_port = 6379
# redis_username = ''
# redis_password = ''
# Debug.dprint(text='Redis port')
# Debug.dprint(text=redis_port, type='data')
Debug.dprint(text='Mongo host')
Debug.dprint(text=mongo_host, type='data')
Debug.dprint(text='Redis host')
Debug.dprint(text=redis_host, type='data')
redis_instance = redis.StrictRedis(host=redis_host, port=redis_port, db=0)
# redis_instance = redis.StrictRedis(host=redis_host, port=redis_port, db=0, password=redis_password)
# redisInstance = redis.StrictRedis(host=redis_host, port=redis_port, db=0, password=redis_password)
# client = MongoClient('127.0.0.1', 27017)
client = MongoClient('192.1.8.14', 27017)
db = client.Customs
def add(cls, id='', s_date='', m_date='', file_no='', kootaj='', cert_no='', s_date_1='', s_date_2='',
policy_1=False, policy_2=False, policy_3=False, policy_4=False, policy_5=False, policy_6=False,
policy_7=False, ezharname=0, person_type=False, full_name='', card_no='', code_no='', company='',
ez_full_name='', ez_owner='', ez_agent='', ez_card_no='', ez_code_no='', tr_full_name='', tr_code_no='',
tr_reg_no='', tr_nationality='', tr_manager='', tr_type=False, item_name='', tariff_no='', paid=0,
different=0, fine=0, diff_paid=0, vi_type_1=False, vi_type_2=False, vi_type_3=False, vi_type_4=False,
vi_type_5=False, vi_type_6=False, vi_type_7=False, vi_type_other='', stated_tariff=0, stated_value=0,
stated_weight=0, deducted_tariff=0, deducted_value=0, deducted_weight=0, law='', detector=0,
detector_other='', results='', commitment=False, receip_no='', details='', locked=False):
#TODO Something for this
vi_type_1 = True if vi_type_1 == 'on' else False
vi_type_2 = True if vi_type_2 == 'on' else False
vi_type_3 = True if vi_type_3 == 'on' else False
vi_type_4 = True if vi_type_4 == 'on' else False
vi_type_5 = True if vi_type_5 == 'on' else False
vi_type_6 = True if vi_type_6 == 'on' else False
vi_type_7 = True if vi_type_7 == 'on' else False
policy_1 = True if policy_1 == 'on' else False
policy_2 = True if policy_2 == 'on' else False
policy_3 = True if policy_3 == 'on' else False
policy_4 = True if policy_4 == 'on' else False
policy_5 = True if policy_5 == 'on' else False
policy_6 = True if policy_6 == 'on' else False
policy_7 = True if policy_7 == 'on' else False
print('stated_weight: ' + str(stated_weight))
print('deducted_weight: ' + str(deducted_weight))
if id != '':
obj = Model.objects(Kootaj=id).first()
else:
obj = Model()
if obj != None:
vi_type_1 = True
obj.s_date = s_date
#TODO it should use s_date
obj.m_date = datetime.now()
obj.file_no = file_no
obj.kootaj = kootaj
obj.cert_no = cert_no
obj.s_date_1 = s_date_1
obj.s_date_2 = s_date_2
obj.policy_1 = policy_1
obj.policy_2 = policy_2
obj.policy_3 = policy_3
obj.policy_4 = policy_4
obj.policy_5 = policy_5
obj.policy_6 = policy_6
obj.policy_7 = policy_7
obj.ezharname = ezharname
obj.person_type = person_type
obj.full_name = full_name
obj.card_no = card_no
obj.code_no = code_no
obj.company = company
obj.ez_full_name = ez_full_name
obj.ez_owner = ez_owner
obj.ez_agent = ez_agent
obj.ez_card_no = ez_card_no
obj.ez_code_no = ez_code_no
obj.tr_full_name = tr_full_name
obj.tr_code_no = tr_code_no
obj.tr_reg_no = tr_reg_no
obj.tr_nationality = tr_nationality
obj.tr_manager = tr_manager
obj.tr_type = tr_type
obj.item_name = item_name
obj.tariff_no = tariff_no
obj.paid = paid
obj.different = different
obj.fine = fine
obj.diff_paid = diff_paid
obj.vi_type_1 = vi_type_1
obj.vi_type_2 = vi_type_2
obj.vi_type_3 = vi_type_3
obj.vi_type_4 = vi_type_4
obj.vi_type_5 = vi_type_5
obj.vi_type_6 = vi_type_6
obj.vi_type_7 = vi_type_7
obj.vi_type_other = vi_type_other
obj.stated_tariff = stated_tariff
obj.stated_value = stated_value
obj.stated_weight = stated_weight
obj.deducted_tariff = deducted_tariff
obj.deducted_value = deducted_value
obj.deducted_weight = deducted_weight
obj.law = law
obj.detector = detector
obj.detector_other = detector_other
obj.results = results
obj.commitment = commitment
obj.receip_no = receip_no
obj.details = details
obj.m_rec_date = datetime.now()
#TODO: Hard Code! convert not to shanmsi
obj.s_rec_date = '1393-05-17'
obj.locked = locked
Debug.dprint(vi_type_1)
obj.save()
print('Controller.add inside is executed')
# a = Personnel()
# a.name = 'ehsan'
# a.create()
# from controllers.violation import Violation as Controller
# print Controller.find()
# print Controller.find()
# from connections import db
import json
from pymongo import MongoClient
from tools.debug import Debug
client = MongoClient('192.1.8.14', 27017)
db = client.Customs
collection = db.violation
records = list(collection.find())
# records = list(collection.find())
# records = json.dumps(list(collection.find()))
# records = collection.find().count()
# for item in records:
# Debug.dprint(item['full_name'])
# from controllers.violation import Violation as Controller
from models.violation import Violation as Model
Debug.dprint(text=list(Model.objects()), type='custom')
# Debug.dprint(text=list(Model.objects(__raw__={'file_no': '123456'})), type='custom')
# Debug.dprint(text=str(Controller.find(_filter=filter)), type='custom')
# f = {'file_no': '123456'}
# Debug.dprint(text=str(f), type='error')
# Debug.dprint(text=str(Controller.find(_filter=f)), type='msg')
def exit_gracefully(signum, frame):
Debug.warn('Process killed (%s). Exiting gracefully' % signum)
app.stop()
sys.exit(0)
