def __init__(self):
iv = interrupt_vector.InterruptVector()
btns = buttons.Buttons(iv, conf.config().get('buttons', {}))
weather_devices = weather_stations.WeatherStations(conf.config().get(
'weather_stations', []))
self.target_loop_time = conf.config().get("main_loop",
{}).get("interval", 32)
self.minimum_loop_time = conf.config().get("main_loop",
{}).get("minimum", 1)
self.thinkers = [
iv, # buttons, switches, et al.
btns,
weather_devices
]
routes = [('GET', '/weather_stations', 0, weather_devices.list),
('GET', '/weather_stations/(.+)', 1, weather_devices.show)]
self.poller = select.poll()
if not hasattr(self.poller, 'ipoll'):
import uselect
self.poller = uselect.poll()
self.server = htserver.HttpServer(self.poller, routes,
conf.config().get('http_server', {}))
def start_postgres():
from conf import config
pg = config()["pg"]
db_string = f"postgres://{pg['user']}:{pg['password']}@{pg['host']}:{pg['port']}/{pg['database']}"
db = create_engine(db_string)
result_set = db.execute("SELECT * from exchanges")
for r in result_set:
print(r)
def send_exception_message(ex):
capture = uio.StringIO()
sys.print_exception(ex, capture)
capture.seek(0)
ex_message = capture.read()
address = conf.config()["panic_handler"]["address"]
port = conf.config()["panic_handler"]["port"]
path = conf.config()["panic_handler"]["path"]
addr_info = usocket.getaddrinfo(address, port)
print("Sending Panic Info to:", addr_info)
s = usocket.socket()
s.connect(addr_info[0][-1])
s = s.makefile("rwb", 0)
s.write(
bytes(
"POST {} HTTP/1.0\r\nContent-Length: {}\r\n\r\n{}".format(
path, len(ex_message), ex_message), "utf-8"))
s.read()
s.close()
def __init__(self, iface):
# Save reference to the QGIS interface
self.iface = iface
# initialize plugin directory
self.plugin_dir = os.path.dirname(__file__)
# initialize locale
locale = QSettings().value("locale/userLocale")[0:2]
localePath = os.path.join(self.plugin_dir, 'i18n', 'configurazione_{}.qm'.format(locale))
if os.path.exists(localePath):
self.translator = QTranslator()
self.translator.load(localePath)
if qVersion() > '4.3.3':
QCoreApplication.installTranslator(self.translator)
# Create the dialog (after translation) and keep reference
(dirPlugins,plugDir) = os.path.split(self.plugin_dir)
self.cfg = config(dirPlugins)
self.updateGlobalVariable()
self.dlg = configurazioneDialog()
self.dlg.terstBtn.clicked.connect(self.test_connetti_db)
self.dlg.fileButton.clicked.connect(self.select_DTM_file)
#!/usr/bin/python
# -*- coding: UTF-8 -*-
#
# see main.py for copyright, contacts and version information
#
# Hinweis: uebergebene Strings muessen im UTF-8-Encoding sein
import xmlrpclib
import random
import conf
global config
config=conf.config()
###########################################################
# Homematic
###########################################################
class Homematic:
licht_wz = False
licht_az = False
licht_sz = False
def get_value(self, interface, addr, channel, value_key):
'''
'''
if interface == 'wired':
port = 2000
if interface == 'wireless':
from phue import Bridge import pyowm ## snom libs: import conf import commands from snom import SnomXML from http import ThreadingServer import rapi_system import RPi.GPIO as GPIO # pacman -S python2-pip # pip2 install simplejson global config config=conf.config() # global picture icons_url = config['icons_url'] # import json import urllib2 snomXML = SnomXML() # Hue-Helligkeit = 0-254: command = commands.Commands(config['brightness']) system = rapi_system.RaPi_System()
from threading import Thread
import vlc
import send_sms
import g_drive
import conf
import camera_conf
import notify
#GoogleDrive Authentication
g_drive.authentication()
gauth = g_drive.get_gauth()
drive = g_drive.get_drive()
#Initialise conf.py file
conf = conf.config()
# filter warnings
warnings.filterwarnings("ignore")
#Initialise camera info
camera = camera_conf.init_camera()
lastUploaded = camera_conf.get_lu()
avg = camera_conf.get_avg()
motionCounter = camera_conf.get_mc()
# initialise sound file
player = vlc.MediaPlayer("file:///home/pi/securiPi/soundFiles/Siren.mp3")
def threaded_music():
from . import home
import os
import subprocess
from wtforms import Form, StringField, SelectField
import sqlite3
from sqlite3 import Error
from flask_wtf import FlaskForm
from wtforms import StringField, PasswordField, BooleanField, SubmitField
from wtforms.validators import DataRequired
import sys
sys.path.append("..")
from merrors import merrors
import conf
configs = conf.config()
configs.read()
name = configs.get("name")
print(name)
Merrors = merrors()
Merrors.error("Test")
#Form stuff
class NewSurveyFormQuestions(FlaskForm):
question = StringField('Question', validators=[DataRequired()])
#answer = StringField('Answers', validators=[DataRequired()])
category = SelectField(
'Category',
choices=[('s_text', 'Short text'), ('radio', 'Radio choices'),
('m_text', 'Multiple choice'),
def __init__(self):
builder = gtk.Builder()
builder.add_from_file("tercihler.glade")
self.window = builder.get_object("pencere")
self.window.connect("delete-event", self.ayarver)
vbox = builder.get_object("vbox2")
iconview_ = iconview.iconview()
vbox.pack_start(iconview_, True, True, 3)
hbox = gtk.HBox()
kal = self.rlb(gtk.STOCK_REMOVE, "Delete ", iconview_.remove, "Delete")
ekle = self.rlb(gtk.STOCK_ADD, "Add ", iconview_.ekle, "Add")
far = self.rlb(gtk.STOCK_SAVE_AS, "Save As", iconview_.far, "Save As")
save_ = self.rlb(gtk.STOCK_SAVE, "Save", iconview_.save_, "Save")
ac = self.rlb(gtk.STOCK_OPEN, "Open", iconview_.open, "Open")
hbox.pack_start(ac, False, True, 3)
hbox.pack_start(far, False, True, 3)
hbox.pack_start(save_, False, True, 3)
hbox.pack_start(iconview_.label, True, True, 3)
hbox.pack_start(kal, False, False, 3)
hbox.pack_start(ekle, False, False, 3)
vbox.pack_start(hbox, False, False, 3)
self.sanval = builder.get_object("hscale1")
self.dakval = builder.get_object("hscale2")
self.satval = builder.get_object("hscale3")
self.saniye = builder.get_object("checkbutton2")
self.saniye.connect("toggled", self.che, "saniye", self.sanval)
self.sanval.set_sensitive(False)
self.dakika = builder.get_object("checkbutton3")
self.dakika.connect("toggled", self.che, "dakika", self.dakval)
self.dakval.set_sensitive(False)
self.saat = builder.get_object("checkbutton4")
self.saat.connect("toggled", self.che, "saat", self.satval)
self.satval.set_sensitive(False)
self.basla = builder.get_object("checkbutton1")
self.basla.connect("toggled", self.che, "basla", False)
self.ras = builder.get_object("checkbutton5")
self.ras.connect("toggled", self.che, "rastgele", False)
hbox = builder.get_object("hbox1")
vbox = builder.get_object("vbox1")
buton = gtk.Button("Yardım")
buton.connect("clicked", self.pes)
hbbox = gtk.HButtonBox()
hbbox.add(buton)
buton = gtk.Button(" Kapat")
buton.connect("clicked", self.ayarver, False)
hbbox.add(buton)
vbox.pack_start(hbbox, False, False, 0)
import conf
self.ayar = conf.config("tercihler.cfg")
self.ayaral()
self.window.show_all()
def __init__(self, NirGis):
self.iface = NirGis.iface
self.NG = NirGis
self.nomeDelModulo = u"Configurazione"
self.versione = "4.0"
self.sperimentale = False
self.lstMenu = [["Configurazione NirGis", self.run, ""],
["Cambia legende/stili", self.ridefinisciStile, ""],
["Aiuto", self.apri_wiki, ""],
["NirGis", self.mostraversione, ""]]
self.url = "http://wiki.arpa.veneto.it/index.php/Manuale_utilizzo_NirGis_17.05"
self.dlg = configurazioneDialog()
dizOpz = {}
lProv = [
"", "Belluno", "Padova", "Rovigo", "Treviso", "Venezia", "Vicenza",
"Verona"
]
self.codProv = ["0", "25", "28", "29", "26", "27", "24", "23"]
self.dizProv = dict(zip(range(8), zip(self.codProv, lProv)))
self.dlg.CB_PROVINCIA.insertItems(0, lProv)
self.dlg.btnCambiaPassword.clicked.connect(self.cambiaPassword)
self.dbModified = False # per controllare se la connessione deve essere reimpostata
self.isMultiQmlRun = False # per ridefinizione stile qml
# Definizione del dizionario delle opzioni
#########################################################
# Per inserire una nuova opzione aggiungere una casella di testo QLineEdit o
# una CheckBox nella Finestra di dialogo self.dlg e poi aggiungere una
# riga nel dizionario dizOpz qui sotto.
# Il dizionario deve avere come chiave il nome dell'opzione e
# il contenuto è una lista di 4 valori:
# 0: valore di default della opzione
# 1: Stinga di informazione di default della opzione
# 2: Tipo di opzione "TEXT" se si usa una QLineEdit, "BOOL" se è una QCheckBox e COMBO se è un QComboBox
# 3: l'oggetto di riferimento nella finestra di dialogo
#########################################################
dizOpz["PROVINCIA_DEFAULT"] = ["", "", "COMBO", self.dlg.CB_PROVINCIA]
dizOpz["DB_ADDR"] = ["", "", "TEXT", self.dlg.DB_ADDR]
dizOpz["DB_NAME"] = ["", "", "TEXT", self.dlg.DB_NAME]
dizOpz["DB_USERNAME"] = ["", "", "TEXT", self.dlg.DB_USERNAME]
dizOpz["DB_PASSWORD"] = ["", "", "TEXT", self.dlg.DB_PASSWORD]
dizOpz["DB_SCHEMA"] = ["", "", "TEXT", self.dlg.DB_SCHEMA]
dizOpz["SAVE_PRG_BEFORE_DB_CONN"] = [
True, "", "BOOL", self.dlg.SAVE_PRG_BEFORE_DB_CONN
]
dizOpz["CS_INDIRIZZO"] = [False, "", "BOOL", self.dlg.CS_INDIRIZZO]
dizOpz["CS_RESPIMP"] = [False, "", "BOOL", self.dlg.CS_RESPIMP]
dizOpz["CS_NOTE1"] = [False, "", "BOOL", self.dlg.CS_NOTE1]
dizOpz["CS_RESP"] = [False, "", "BOOL", self.dlg.CS_RESP]
dizOpz["CS_ID_PADRE"] = [False, "", "BOOL", self.dlg.CS_ID_PADRE]
dizOpz["CS_NOTE2"] = [False, "", "BOOL", self.dlg.CS_NOTE2]
dizOpz["CS_CREAZIONE"] = [False, "", "BOOL", self.dlg.CS_CREAZIONE]
dizOpz["CS_DATAMODIFY"] = [False, "", "BOOL", self.dlg.CS_DATAMODIFY]
dizOpz["CS_PARERE"] = [False, "", "BOOL", self.dlg.CS_PARERE]
dizOpz["CS_COMUNICAZ"] = [False, "", "BOOL", self.dlg.CS_COMUNICAZ]
dizOpz["CS_DISMISSION"] = [False, "", "BOOL", self.dlg.CS_DISMISSION]
dizOpz["CS_COMUNE"] = [False, "", "BOOL", self.dlg.CS_COMUNE]
dizOpz["CS_PONTE"] = [False, "", "BOOL", self.dlg.CS_PONTE]
dizOpz["CS_POST"] = [False, "", "BOOL", self.dlg.CS_POST]
dizOpz["CS_DISMESSI"] = [False, "", "BOOL", self.dlg.CS_DISMESSI]
dizOpz["PASSO_MAX_CAMPO_ED"] = [
"0.5", "", "TEXT", self.dlg.lePassoMaxEd
]
dizOpz["STILE_EDIFICI_MAX_CAMPO"] = [
True, "", "BOOL", self.dlg.cbLegMaxCampo
]
dizOpz["STILE_EDIFICI_SEZ_ORIZZ"] = [
True, "", "BOOL", self.dlg.cbLegSezEd
]
dizOpz["UP_GRONDA"] = ["0.0", "", "TEXT", self.dlg.leUpGronda]
dizOpz["ALFA24"] = [True, "", "BOOL", self.dlg.ALFA24]
dizOpz["SAVE_ALL_XML"] = [True, "", "BOOL", self.dlg.SAVE_ALL_XML]
dizOpz["FILE_DTM"] = ["", "", "TEXT", self.dlg.FILE_DTM]
dizOpz["CARTELLA_FILE_STILE"] = [
"", "", "TEXT", self.dlg.CARTELLA_FILE_STILE
]
dizOpz["MAX_IMPIANTI_ANT"] = [
"100",
"Massimo numero di siti dove verranno scaricate anche le antenne",
"TEXT", self.dlg.leMaxImpiantiAnt
]
dizOpz["CAMPOCRITICO"] = [
"6.0",
"Valore di campo utilizzato per calcolare l'altezza critica degli edifici",
"TEXT", self.dlg.leCampoCritico
]
dizOpz["UPGRONDACRITICO"] = [
"2.0",
"Incremento sulla gronda degli edifici per calcolare l'altezza critica",
"TEXT", self.dlg.leUpGrondaCritico
]
# Fine definizione definizioni delle opzioni
self.cfg = config(dizOpz)
# Declare instance attributes
self.dlg.terstBtn.clicked.connect(self.test_connetti_db)
self.dlg.fileButton.clicked.connect(self.select_DTM_file)
self.dlg.stileButton.clicked.connect(self.select_Cartella_Stile)
self.LastPassoEd = self.dlg.lePassoMaxEd.text()
self.LastUpGronda = self.dlg.leUpGronda.text()
self.LastMaxImpiantiAnt = self.dlg.leMaxImpiantiAnt.text()
self.LastCampoCritico = self.dlg.leCampoCritico.text()
self.LastUpGrondaCritico = self.dlg.leUpGrondaCritico.text()
self.dlg.leMaxImpiantiAnt.textChanged.connect(self.aggiornaMaxImpianti)
self.dlg.lePassoMaxEd.textChanged.connect(self.aggiornaPassoEd)
self.dlg.leUpGronda.textChanged.connect(self.aggiornaUpGronda)
self.dlg.leCampoCritico.textChanged.connect(self.aggiornaCampoCritico)
self.dlg.leUpGrondaCritico.textChanged.connect(
self.aggiornaUpGrondaCritico)
self.cambioLayEdificiCalc = False
self.dlg.cb_edifici.currentIndexChanged.connect(
self.cambioLayEdifici
) # cambia la selezione del layer edifici dal menu a tendina
self.dlg.cbStatEdifici.stateChanged.connect(
self.aggiornaStatEdifici
) # cambia il check sulle statistiche degli edifici
self.dlg.DB_ADDR.textChanged.connect(self.dbModificato)
self.dlg.DB_SCHEMA.textChanged.connect(self.dbModificato)
self.dlg.DB_NAME.textChanged.connect(self.dbModificato)
self.dlg.DB_USERNAME.textChanged.connect(self.dbModificato)
self.dlg.DB_PASSWORD.textChanged.connect(self.dbModificato)
# | '_ \ / __| '_ ` _ \| | | / __| |/ __| #
# | | | | (__| | | | | | |_| \__ \ | (__ #
# |_| |_|\___|_| |_| |_|\__,_|___/_|\___| #
# #
###########################################
import curses
import glob
import os
import os.path
import pathlib
import sys
import time
from modules import MPVPlayer
from conf import config
Config = config()
Player = MPVPlayer(Config.MPV_Path, None)
def formatter(
width, state, path
): # this system won't work because the formatter is just formatting the text - has no concept of the screen
item = str(path)
if state == 1: # album
item = item.split("/")[1]
if len(item) >= width:
item = item[:width - 4]
item = (item + "...")
elif state == 2: # song
item = item.split("/")[2]
item = item.removesuffix(".mp3")
import packer
from pathlib import Path
import sys
sys.path.append("..")
from merrors import merrors
import conf
from flask import app
Merrors = merrors()
Merrors.error("Test")
# Configs
config = conf.config()
home_path = str(Path.home())
config.read(home_path + "/.keyos/config.json")
##########################################################################
# Themes, for information on creating a theme please refer to the guides.
#
#
#
#
#
##########################################################################
glob_themes = []
current_theme = None
import configparser
from ssh import ssh
from db import database
from conf import config
from runner import runner
config_file = configparser.ConfigParser()
config_file.read('example.conf')
db = database(config_file)
config = config(db, config_file)
config.loadConfig()
rn = runner(db)
rn.run()
import conf
import helpers
# Configuration parameters pulled from conf.py
bbc_radio6_url = conf.config('bbc_show_url')
start_date = conf.config('start_date')
end_date = conf.config('end_date')
def main():
"""
Workflow function to print a list of all playlists within a date range.
In development, need to change output to otuput to MongoDB.
"""
print("Retreiving BBC playlists for dates between {} and {}".format(
start_date.strftime("%Y-%m-%d"), end_date.strftime("%Y-%m-%d")))
# Get daily schedule URLs within date range
radio6_schedule_list = helpers.bbc_daily_schedule_urls(
bbc_radio6_url, helpers.get_date_list(start_date, end_date))
# Get all show URLS
all_program_urls = []
for url in radio6_schedule_list:
all_program_urls += helpers.bbc_program_urls(url)
# Get all track playlists from program URLs
track_lists = []
def configure_cpu():
cpu_config = conf.config().get('cpu', {})
if 'freq' in cpu_config:
freq = int(cpu_config['freq'])
print("Setting machine to freq: {}".format(freq))
machine.freq(freq)