def generategmusicplaylist(**kwargs):
station = kwargs.get('station', None)
genre = kwargs.get('genre', None)
if 'station' in kwargs:
dbtable = kwargs.get('dbtable', 'gmusicstations')
else:
dbtable = kwargs.get('dbtable', 'gmusicgenres')
create_db_connection('gmusiclibrary.db')
querystring = "SELECT id FROM " + dbtable
if (station is not None) or (genre is not None):
querystring = querystring + " WHERE"
if (station is not None):
querystring = querystring + " name LIKE '%" + station.lower(
).translate(removepunct).strip() + "%' AND"
if (genre is not None):
querystring = querystring + " name LIKE '%" + genre.lower().translate(
removepunct).strip() + "%' AND"
querystring = querystring + " id IS NOT NULL;"
item_ids = read_db_table(querystring)
for item in item_ids:
if (station is not None):
generateplaylistfromstation(item[0])
else:
generateplaylistfromgenre(item[0])
close_db_connection()
def creategmusicplaylist(**kwargs):
clearplaylists()
global musicplaylisttype
musicplaylisttype = 'gmusic'
song = kwargs.get('song', None)
artist = kwargs.get('artist', None)
album = kwargs.get('album', None)
playlist = kwargs.get('playlist', None)
podcast = kwargs.get('podcast', None)
if 'playlist' in kwargs and playlist is not None:
dbtable = kwargs.get('dbtable', 'gmusicplaylists')
elif 'podcast' in kwargs and podcast is not None:
dbtable = kwargs.get('dbtable', 'gmusicpodcasts')
else:
dbtable = kwargs.get('dbtable', 'gmusicsongs')
create_db_connection('gmusiclibrary.db')
querystring = "SELECT id FROM " + dbtable
if (artist is not None) or (album is not None) or (song is not None) or (
playlist is not None) or (podcast is not None):
querystring = querystring + " WHERE"
if (artist is not None):
querystring = querystring + " albumArtist LIKE '%" + artist.lower(
).translate(removepunct).strip() + "%' AND"
if (album is not None):
querystring = querystring + " album LIKE '%" + album.lower().translate(
removepunct).strip() + "%' AND"
if (song is not None):
querystring = querystring + " title LIKE '%" + song.lower().translate(
removepunct).strip() + "%' AND"
if (playlist is not None):
querystring = querystring + " name LIKE '%" + playlist.lower(
).translate(removepunct).strip() + "%' AND"
if (podcast is not None):
querystring = querystring + " name LIKE '%" + podcast.lower(
).translate(removepunct).strip() + "%' AND"
querystring = querystring + " id IS NOT NULL"
if (podcast is not None):
querystring = querystring + " ORDER BY time DESC"
querystring = querystring + ";"
songs_ids = read_db_table(querystring)
playlist = []
for song in songs_ids:
playlist.append(song[0])
close_db_connection()
if playlist:
with open('gmusicplaylist.json', 'w') as output_file:
json.dump(playlist, output_file)
def __init__(self):
self.db = db.create_db_connection()
self.items = []
self.session_data = {}
if globals.system_log == None:
globals.system_log = logger.create("service")
self.data_sync = DataSync(self)
def __init__(self):
if globals.system_log == None:
globals.system_log = logger.create("service")
self.db = db.create_db_connection()
self.controllers = controllers.Controllers(self.db)
self.stats = DataLoggerStats()
self.terminate_event = threading.Event()
threading.Thread.__init__(self)
def updategmusiclibrary():
try:
create_db_connection('gmusiclibrary.db')
drop_db_table('gmusicsongs')
drop_db_table('gmusicplaylists')
drop_db_table('gmusicstations')
drop_db_table('gmusicgenres')
drop_db_table('gmusicpodcasts')
create_db_table('gmusicsongs', ['album', 'albumArtist', 'id', 'title'])
getsongsfromlibraryandsavetodb('gmusicsongs')
create_db_table('gmusicplaylists',
['name', 'id', 'album', 'albumArtist', 'title'])
getsongsfromplaylistandsavetodb('gmusicplaylists')
create_db_table('gmusicstations', ['name', 'id'])
getstationsandsavetodb('gmusicstations')
create_db_table('gmusicgenres', ['name', 'id'])
getgenresandsavetodb('gmusicgenres')
create_db_table('gmusicpodcasts', ['name', 'id', 'time'])
getpodcastsandsavetodb('gmusicpodcasts')
commit_db_connection()
close_db_connection()
return True
except Exception:
return False
def db_DeviceDetails_by_rfiduid():
print("Create a database connection to the DB file .db")
conn = db.create_db_connection(database)
#print tag_id
print("Query the database to read Vehicle Details by RFUID")
#vehDetail = db.select_DeviceDetails_by_rfiduid(conn, "RFID 1")
with conn:
vehDetail = db.select_DeviceDetails_by_rfiduid(conn, tag_id)
if (vehDetail != None):
vehID = vehDetail[0]
vehName = vehDetail[1]
BUID = vehDetail[2]
RFUID = vehDetail[3]
#print vehID, vehName, BUID, RFUID
return vehID, vehName, BUID, RFUID
import logging
import configparser
from random import shuffle
from db import get_leaderboard, create_db_connection, db_get_question, post_score
from telegram import InlineKeyboardButton, InlineKeyboardMarkup
from telegram.ext import Updater, CommandHandler, CallbackQueryHandler
logging.basicConfig(format='%(asctime)s - %(name)s - %(levelname)s - %(message)s',
level=logging.INFO)
logger = logging.getLogger(__name__)
config = configparser.ConfigParser()
config.read('config.ini')
database = config['bot']['db_file']
conn = create_db_connection(database)
global question_no
question_no = dict()
def start(bot, update):
"""
Send a message when the command /start is issued.
:return: None
"""
nickname = str(update.message.from_user.first_name)
update.message.reply_text('Hi,' + nickname)
chat_id = str(update.message.chat_id)
question_no[chat_id] = dict()
from flask import Flask, render_template
from werkzeug.exceptions import NotFound
from context import Context
import db as database
import settings
from flaskext.markdown import Markdown
# from admin import admin, generate_admin_photo_set_url
app = Flask(__name__)
# app.register_blueprint(admin)
Markdown(app)
db = database.create_db_connection(settings)
ctx = Context(settings)
def generate_photo_set_url(photoset):
return "/photo/%s" % (photoset["slug"],)
def generate_video_url(video):
return "/video/%s" % (video["slug"],)
def shorten_blog_content(text):
return text[0:200] + "..."
app.jinja_env.filters["photo_set_url"] = generate_photo_set_url
app.jinja_env.filters["video_url"] = generate_video_url
def fun():
print("Main Function")
try:
#print("RFID Module Read TAG ID Function")
#tag_id = rfid.RFIDUHFQueryTag()
#if tag_id1 != None:
#tag_id = tag_id1
#else:
#print("RFID Module Read TAG ID Function")
#tag_id = rfid.RFIDUHFQueryTag()
if (tag_id != None):
print("Create a database connection to the DB file .db")
if (database != None):
dbConn = db.create_db_connection(database)
if (dbConn != None):
#vehID, vehName, BUID, RFUID = db_DeviceDetails_by_rfiduid(dbConn, tag_id)
vehDetails = db_DeviceDetails_by_rfiduid(dbConn, tag_id)
#print("Create a database connection to the DB file--- ", vehDetails)
if (vehDetails != None):
print(
"Query the Database to read Tyre Details, Sensor ID, Position by vehID"
)
vehID = vehDetails[0]
vehName = vehDetails[1]
BUID = vehDetails[2]
RFUID = vehDetails[3]
#Query DB DeviceDetail in VehDetails Table to read vehID, vehName, BUID, RFUID
if (vehID != None):
print dbConn
DBSensorVariable = db_DeviceDetails_by_vehID(
dbConn, vehID)
#print DBSensorVariable
#dbConn.close()
else:
my_logger.warning(
"Vehicle ID not Available or None Function :%s ",
vehID)
else:
my_logger.warning(
"RFID Tag ID is not available in DB :%s ", tag_id)
else:
my_logger.warning("No DB Connection ")
else:
my_logger.warning("Database path Not Available ")
#else:
#my_logger.warning ("RFID Tag ID is not available in DB %s: ", tag_id)
#Query DB Device Detail to read vehID, vehName, BUID, RFUID
if (BUID != None):
print("Connect socket RFCOMM to Bluetooth Controller by BUID")
print("Create a Bluetooth connection")
bleConn = blecontroller.connect_ble(BUID)
if (bleConn != None):
if ((DBSensorVariable != None)):
print(
"Configure BT SensorUID, tirePosition based on DB "
)
RetValCompare = configure_BTController(
bleConn, DBSensorVariable)
else:
my_logger.warning(
"DBSensorVariable not Available or None Function : %s",
DBSensorVariable)
mylist = Connect_Socket_Bluetooth_by_BUID(bleConn)
#Current date and time
#t = datetime.utcnow()
#date_time = time.strftime('%H:%M:%S %d/%m/%Y')
date_time = int(
datetime.datetime.now().strftime("%s")) * 1000
print date_time
if mylist != None:
print("displayLEDBoard ")
#Display this data in LED Display with Commands
dispVar = display.displayLEDBoardParameters(mylist)
print dispVar
#display.displayLEDBoard(vehName, dispCommand, date_time, dispVar)
display.displayLEDBoard(vehName, dispCommand,
date_time, dispVar)
#dbConn = db.create_db_connection(database)
with dbConn:
db.update_Latest_data_by_VehId(
dbConn, int(vehID), date_time, mylist)
dbConn.close()
except:
e = sys.exc_info()[0]
my_logger.error("Failed - Main Function Crashed:%s ", e)
print("Failed - Main Function Crashed: ", e)
return ("Failed - Main Function Crashed:%s ", e)
'''
#Shutdown bp
async def shutdown():
await Emitter.emit('Bot shutdown phase', 'Bot is now turning off')
await Emitter.shutdown()
def main(loop):
#Shared lock for keeping database information safe
lock = asyncio.Lock()
phi = PhiBot(lock)
#Manage the asyncio event loop
try:
loop.run_until_complete(phi.start(config.DISCORD_TOKEN))
except KeyboardInterrupt:
phi.set_running(False)
loop.run_until_complete(phi.logout())
loop.run_until_complete(shutdown())
finally:
loop.close()
if __name__ == '__main__':
#Create database connection and then start all asynchronous actions
db.create_db_connection()
event_loop = asyncio.get_event_loop()
main(event_loop)
def db_DeviceDetails_by_vehID(vehID1):
print("Create a database connection to the DB file .db")
conn = db.create_db_connection(database)
#print vehID
print("Query the database to read Tyre Details by vehID")
#vehDetail = db.select_DeviceDetails_by_rfiduid(conn, vehID)
with conn:
TyreDetail = db.select_TyreDetails_by_VehId(conn, vehID1)
#print TyreDetail
if (TyreDetail != None):
if (TyreDetail[0] != None):
Tyre_row1 = TyreDetail[0]
SID1 = Tyre_row1[0]
if Tyre_row1[1] == "FL":
L1 = "01"
elif Tyre_row1[1] == "FR":
L1 = "02"
elif Tyre_row1[1] == "RLO":
L1 = "03"
elif Tyre_row1[1] == "RLI":
L1 = "04"
elif Tyre_row1[1] == "RRO":
L1 = "05"
elif Tyre_row1[1] == "RRI":
L1 = "06"
#print SID1, L1
if (TyreDetail[1] != None):
Tyre_row2 = TyreDetail[1]
SID2 = Tyre_row2[0]
if Tyre_row2[1] == "FL":
L2 = "01"
elif Tyre_row2[1] == "FR":
L2 = "02"
elif Tyre_row2[1] == "RLO":
L2 = "03"
elif Tyre_row2[1] == "RLI":
L2 = "04"
elif Tyre_row2[1] == "RRO":
L2 = "05"
elif Tyre_row2[1] == "RRI":
L2 = "06"
#print SID2, L2
if (TyreDetail[2] != None):
Tyre_row3 = TyreDetail[2]
SID3 = Tyre_row3[0]
if Tyre_row3[1] == "FL":
L3 = "01"
elif Tyre_row3[1] == "FR":
L3 = "02"
elif Tyre_row3[1] == "RLO":
L3 = "03"
elif Tyre_row3[1] == "RLI":
L3 = "04"
elif Tyre_row3[1] == "RRO":
L3 = "05"
elif Tyre_row3[1] == "RRI":
L3 = "06"
#print SID3, L3
if (TyreDetail[3] != None):
Tyre_row4 = TyreDetail[3]
SID4 = Tyre_row4[0]
if Tyre_row4[1] == "FL":
L4 = "01"
elif Tyre_row4[1] == "FR":
L4 = "02"
elif Tyre_row4[1] == "RLO":
L4 = "03"
elif Tyre_row4[1] == "RLI":
L4 = "04"
elif Tyre_row4[1] == "RRO":
L4 = "05"
elif Tyre_row4[1] == "RRI":
L4 = "06"
#print SID4, L4
if (TyreDetail[4] != None):
Tyre_row5 = TyreDetail[4]
SID5 = Tyre_row5[0]
if Tyre_row5[1] == "FL":
L5 = "01"
elif Tyre_row5[1] == "FR":
L5 = "02"
elif Tyre_row5[1] == "RLO":
L5 = "03"
elif Tyre_row5[1] == "RLI":
L5 = "04"
elif Tyre_row5[1] == "RRO":
L5 = "05"
elif Tyre_row5[1] == "RRI":
L5 = "06"
#print SID5, L5
if (TyreDetail[5] != None):
Tyre_row6 = TyreDetail[5]
SID6 = Tyre_row6[0]
if Tyre_row6[1] == "FL":
L6 = "01"
elif Tyre_row6[1] == "FR":
L6 = "02"
elif Tyre_row6[1] == "RLO":
L6 = "03"
elif Tyre_row6[1] == "RLI":
L6 = "04"
elif Tyre_row6[1] == "RRO":
L6 = "05"
elif Tyre_row6[1] == "RRI":
L6 = "06"
#print SID6, L6
print("Close a database connection to the DB file .db")
conn.close()
return SID1, L1, SID2, L2, SID3, L3, SID4, L4, SID5, L5, SID6, L6
def before_request():
"""Connect to database before each request.
"""
g.db = db.create_db_connection()
def init_database():
"""Create database if it doesn't exist.
"""
db.create_db_connection(migrate=True)
def before_request():
"""Connect to database before each request.
"""
g.db = db.create_db_connection()
def init_database():
"""Create database if it doesn't exist.
"""
db.create_db_connection(migrate=True)