def setup(self, force=False):
n7 = __addon__.getSetting("N7")
warning = __addon__.getSetting("warning")
if warning != 'done':
dialog = xbmcgui.Dialog()
info = dialog.yesno("N7 TV APP", _(30100), _(30101), _(30102), _(30103), _(30104))
if info:
__addon__.setSetting("warning", "done")
else:
return False
if n7 and not force:
self.getControl( 205 ).setLabel( n7 )
if api.request(n7, api.DISCOVER, True):
self.tuner = n7
log("N7 tuner ip loaded from cache: %s" % n7)
return True
else:
dialog = xbmcgui.Dialog()
dialog.ok(_(30114), _(30105) % (n7, ))
#Automatic scan
dialog = xbmcgui.Dialog()
if dialog.yesno(_(30107), _(30108),_(30109), "", _(30110), _(30111)):
scanner = api.scan()
if scanner.run():
dialog = xbmcgui.Dialog()
if len(scanner.n7) > 1:
pos = dialog.select(_(30106), scanner.n7)
n7 = scanner.n7[pos]
else:
n7 = scanner.n7[0]
txt = _(30112) % n7
xbmc.executebuiltin("Notification(%s,%s,2)" % (__scriptname__ , txt))
__addon__.setSetting("N7", n7)
self.tuner = n7
log("N7 tuner selected: %s" % n7)
self.getControl( 205 ).setLabel( n7 )
del scanner
return True
else:
xbmc.executebuiltin("Notification(%s,%s,2)" % (__scriptname__ ,_(30117)))
#Manual IP
n7 = dialog.numeric(3, _(30111))
if api.request(n7, api.DISCOVER, True):
__addon__.setSetting("N7", n7)
txt = _(30112) % n7
self.tuner = n7
self.getControl( 205 ).setLabel( n7 )
log("N7 tuner manually entered: %s" % n7)
return True
else:
dialog.ok(_(30114), _(30105) % n7, _(30115))
__addon__.setSetting("N7", "")
xbmc.sleep(3000)
self.close()
def scan(lang=None, qasida_number=None, line_number=None):
response = api.scan(lang, qasida_number, line_number)
items = sorted(response['Items'], key=lambda i: (int(i['vote_average'])), reverse=True)
items = [{key:str(val) for key, val in item.items()} for item in items]
items = items[0] if len(items) > 0 else items
response = dict(next='show_translation',data=items)
return flask.jsonify(response)
def start_scan(self):
class _args:
outfile = TESTS_RESULTS_FILE_PATH
cameras = [self.ui.cameraIndexSpin.value()
] #TODO: UN-WIRE THIS !!!!
folder = IMAGES_FOLDER
time = None
autowrite = True
poll = None
debug = False
self.scanning = True
ok = api.scan(_args()) # TODO: Fill dictionary properly
if ok:
self.scanSuccess.emit()
else:
self.scanError.emit()
self.scanning = False
def start_scan(self):
class _args:
outfile = TESTS_RESULTS_FILE_PATH
cameras = [self.ui.cameraIndexSpin.value()] #TODO: UN-WIRE THIS !!!!
folder = IMAGES_FOLDER
time = None
autowrite = True
poll = None
debug = False
self.scanning = True
ok = api.scan(_args()) # TODO: Fill dictionary properly
if ok:
self.scanSuccess.emit()
else:
self.scanError.emit()
self.scanning = False
def login_dashboard():
on = api.get_state_on()
current_low = api.get_state_current_low()
current_high = api.get_state_current_high()
#currently manually set to collect the power consumption of April (CHANGE REQUIRED FOR EACH MONTH)
kwh = api.get_state_power_consumption()
#cost estimiated based on 2019 Summary of Eastern Massachusetts Electric Rates: less than 10 cents distribution = $0.06396, ,,transmition = 0.02 for each kwh
# * decimal.Decimal(0.10) * decimal.Decimal(120) * decimal.Decimal(1/3600000)
#this kwh is actually seconds.
estimated_cost = round(decimal.Decimal(kwh) * decimal.Decimal(0.0000033333) ,5)
items = api.scan()
time = []
outside_temp = []
inside_temp = []
humidity = []
light_level = []
#soil moisture
s1 = []
s2 = []
s3 = []
#print(type(items))
#print(type(items[0]['Humidmity']))
for i in range(len(items)):
time.append(int(items[i]['Time']))
outside_temp.append(int(items[i]['Temperature_outside']))
inside_temp.append(int(items[i]['Temperature_inside']))
humidity.append(int(items[i]['Humidmity']))
s1.append(int(items[i]['Soil_Moisture_1']))
s2.append(int(items[i]['Soil_Moisture_2']))
s3.append(int(items[i]['Soil_Moisture_3']))
light_level.append(int(items[i]['Light_level']))
#Get kwh for each monthly_energy month for 12 months: [100,221,22311,...]
monthly_energy = api.get_energy_used()
print("Here is the monthly energy type")
print(type(monthly_energy[0]))
monthly_cost = []
for i in range(len(monthly_energy)):
#monthly_cost.append(int(round(decimal.Decimal(monthly_energy[i]) * decimal.Decimal(0.10),2)))
monthly_cost.append(int(round(decimal.Decimal(monthly_energy[i]) * decimal.Decimal(0.33333),5)))
#get current notification time
current_notification_time_string_list = api.get_notification_time()
current_notification_hour = current_notification_time_string_list[0]
current_notification_minute = current_notification_time_string_list[1]
current_notification_time = current_notification_time_string_list[2]
ron_label = [0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,2400000000000000000000000]
print(type(ron_label[0]))
print(outside_temp)
return render_template('dashboard_result.html',temperature_threshold = 60, heater_state = 'On',
ron_label= ron_label,
time = time, outside_temp = outside_temp, inside_temp = inside_temp, humidity = humidity , s1 = s1, s2 = s2, s3 = s3, light_level = light_level
, on = on , current_low = current_low, current_high = current_high, estimated_cost = estimated_cost
,monthly_energy = monthly_energy, monthly_cost = monthly_cost
,current_notification_hour = current_notification_hour, current_notification_minute = current_notification_minute, current_notification_time = current_notification_time)
def db_demo():
item = api.scan()
content = get_file('static/login.html')
return Response(content, mimetype="text/html")
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# @Time : 2020/4/4 6:14 PM
# @Author : w8ay
# @File : test_command_php_code.py
from api import scan, output
url = "http://scanbox.io/code_exec/code.php?code=a&submit=submit"
module_name = "command_php_code"
scan(url, module_name)
for item in output.collect:
print(item)