def update_item(self, i):
self.item['mode'] = self.mode
self.item['title'] = utfenc(self.title)
self.item['plot'] = utfenc(self.description)
self.item['id'] = self.id
self.item['type'] = utfenc(resources(self.type))
if self.params:
self.item['params'] = self.params
if (self.type == 'UpComing' or 'Scheduled' in i.get(
'Id', '')) or (self.type == 'Highlights'):
if self.type == 'UpComing':
day = resources(days(self.type, self.now, self.start))
sub_title = unicode('%s %s' % (day, self.start[11:][:5]))
else:
sub_title = resources(self.type)
self.item['params'] = i['Id'].split(':')[0]
self.item['title'] = utfenc(
unicode('%s (%s)' % (self.title, sub_title)))
if i.get('ListingStartTime', None):
self.item['date'] = utc2local(i['ListingStartTime'])[:10]
if self.related:
self.item['cm'] = self.related
self.add_thumb(i)
self.add_duration(i)
def update_item(self, i):
self.item['mode'] = self.mode
self.item['title'] = utfenc(self.title)
self.item['plot'] = utfenc(self.description)
self.item['id'] = self.id
self.item['type'] = utfenc(resources(self.type))
if self.params:
self.item['params'] = self.params
if (self.type == 'UpComing' or 'Scheduled' in i.get('Id', '')) or (self.type == 'Highlights'):
if self.type == 'UpComing':
day = resources(days(self.type, self.now, self.start))
sub_title = unicode('%s %s' % (day, self.start[11:][:5]))
else:
sub_title = resources(self.type)
self.item['params'] = i['Id'].split(':')[0]
self.item['title'] = utfenc(unicode('%s (%s)' % (self.title, sub_title)))
if i.get('ListingStartTime', None):
self.item['date'] = utc2local(i['ListingStartTime'])[:10]
if self.related:
self.item['cm'] = self.related
self.add_thumb(i)
self.add_duration(i)
def date_item(day):
return {
'mode': 'epg',
'title': '%s (%s)' % (resources(day.strftime('%A')), day.strftime(date_format)),
'plot': '%s (%s)' % (resources(date.strftime('%A')), date.strftime(date_format)),
'params': day,
'cm': cm
}
def __init__(self,
d=20,
motor_driver=motor_controller.gpio,
motor_setup=motor_controller.mecanum):
#set logger field and setup logger
self.logger = logger.logger()
self.resources = resources.resources()
self.motors = m_con(self.logger, d, motor_setup, motor_driver)
#create lidar object
#self.lidar = lidar.lidar(self.pwm, logger)
#camera is not eseential, so we can ignore erros:
#create camera controlller object without flipping the image
try:
self.camera = camera_controller.camera_controller(
self.pwm, False, self.logger)
except Exception as e:
self.logger.warning("camera init error: " + repr(e))
#the following are NOT essential, so we can ignore errors if any occur
try:
auth = tweepy.OAuthHandler(config.twitter_consumer_key,
config.twitter_consumer_secret)
auth.set_access_token(config.twitter_access_token,
config.twitter_access_secret)
self.twitter = tweepy.API(auth)
except Exception as e:
self.logger.warning("failed to initiate tweepy: " + repr(e))
def date_item(params, id):
return {
'mode':
'epg',
'title':
'%s (%s)' %
(resources(id.strftime('%A')), id.strftime(date_format)),
'plot':
'%s (%s)' % (resources(epg_date(date).strftime('%A')),
epg_date(date).strftime(date_format)),
'id':
id.strftime(date_format),
'params':
params.strftime(date_format),
'cm':
cm
}
def __init__(self, i):
self.item = {}
self.item['mode'] = 'rail'
self.item['title'] = utfenc(resources(i['Id']))
self.item['id'] = i['Id']
self.item['plot'] = i['Id']
if i.get('Params', ''):
self.item['params'] = i['Params']
def __init__(self, i):
self.item = {}
self.item['mode'] = 'rail'
self.item['title'] = utfenc(resources(i['Id']))
self.item['id'] = i['Id']
self.item['plot'] = i['Id']
if i.get('Params', ''):
self.item['params'] = i['Params']
def update_item(self, i):
self.item['mode'] = self.mode
self.item['title'] = utfenc(self.title)
self.item['plot'] = utfenc(self.description)
self.item['id'] = self.id
self.item['type'] = utfenc(resources(self.type))
if self.params:
self.item['params'] = self.params
if 'Epg' in i.get('Id', ''):
if self.competition:
competition = self.competition['Title']
if self.sport:
sport = self.sport['Title']
time = self.start[11:][:5]
if self.type == 'Live':
self.item['title'] = utfenc(
unicode(
'[COLOR red]%s[/COLOR] [COLOR dimgray]%s[/COLOR] %s [COLOR dimgray]%s[/COLOR]'
% (time, sport, self.title, competition)))
else:
self.item['title'] = utfenc(
unicode(
'%s [COLOR dimgray]%s[/COLOR] %s [COLOR dimgray]%s[/COLOR]'
% (time, sport, self.title, competition)))
elif (self.type == 'UpComing' or 'Scheduled' in i.get(
'Id', '')) or (self.type == 'Highlights'):
if self.type == 'UpComing':
day = resources(days(self.type, self.now, self.start))
sub_title = unicode('%s %s' % (day, self.start[11:][:5]))
else:
sub_title = resources(self.type)
self.item['title'] = utfenc(
unicode('%s (%s)' % (self.title, sub_title)))
if self.start:
self.item['date'] = self.start[:10]
self.item['related'] = self.related
self.item['sport'] = self.sport
self.item['competition'] = self.competition
self.add_thumb(i)
self.add_duration(i)
def date_item(params, _id):
return {
'mode':
'epg',
'title':
'{0} {1}'.format(resources(_id.strftime('%A')),
_id.strftime(date_format)),
'plot':
'{0} {1}'.format(resources(epg_date(date).strftime('%A')),
epg_date(date).strftime(date_format)),
'id':
_id.strftime(date_format),
'params':
params.strftime(date_format),
'cm':
cm
}
def update_item(self, i):
self.item['mode'] = self.mode
self.item['title'] = self.title
self.item['plot'] = self.description
self.item['id'] = self.id
self.item['type'] = utfenc(resources(self.type))
if self.params:
self.item['params'] = self.params
if 'Epg' in i.get('Id', ''):
if self.competition:
competition = utfenc(self.competition['Title'])
if self.sport:
sport = utfenc(self.sport['Title'])
time = self.start[11:][:5]
if self.type == 'Live':
self.item[
'title'] = '[COLOR red]{0}[/COLOR] [COLOR dimgray]{1}[/COLOR] {2} [COLOR dimgray]{3}[/COLOR]'.format(
time, sport, self.title, competition)
else:
self.item[
'title'] = '{0} [COLOR dimgray]{1}[/COLOR] {2} [COLOR dimgray]{3}[/COLOR]'.format(
time, sport, self.title, competition)
elif (self.type == 'UpComing' or 'Scheduled' in i.get(
'Id', '')) or (self.type == 'Highlights'):
if self.type == 'UpComing':
day = resources(days(self.type, self.now, self.start))
sub_title = '{0} {1}'.format(utfenc(day), self.start[11:][:5])
else:
sub_title = resources(self.type)
self.item['title'] = '{0} ({1})'.format(self.title,
utfenc(sub_title))
if self.start:
self.item['date'] = self.start[:10]
self.item['related'] = self.related
self.item['sport'] = self.sport
self.item['competition'] = self.competition
self.add_thumb(i)
self.add_duration(i)
class hyperload(object):
resources = resources.resources()
jobs = jobs.jobs()
access = webAuth.access()
remote = remoteRoute.remoteRoute()
@cherrypy.expose
def index(self, statusid=0, *args, **kwargs):
return layout.getIndex()
@cherrypy.expose
@authorization.isAuthorized
def home(self):
return layout.getHome()
@cherrypy.expose
def js(self):
cherrypy.response.headers['Content-Type'] = "text/javascript"
return layout.getJS()
def get_resource(self, string):
result = self.utfenc(string)
id_ = resources(string)
if isinstance(id_, int) and id_ != 0:
result = self.get_string(id_)
return result
#MAIN PROGRAM - USER ENTRIES
from user import user
from job_type import jobtype
from parameters_values import parametersvalues
from check_rules import checkrules
from resources import resources
from job_queue import jobqueue
#Execute all the functions and save in the database all the features of every user
for i in range(0, 4):
user_id = user()
title, title_parameters, title_rules, job_id = jobtype()
arguments = parametersvalues(title, title_parameters)
rule_num = checkrules(arguments, title, title_rules)
job_resources, memory = resources(rule_num, title)
jobqueue(arguments, title, title_parameters, title_rules, job_resources,
user_id, job_id, memory)
def get_resource(self, string):
result = self.utfenc(string)
id_ = resources(string)
if isinstance(id_, int) and id_ != 0:
result = self.get_string(id_)
return result
buttonHoldTime = time.time() - buttonTimerStart
buttonTimerStart = 0
else:
numberOfButtonPresses = numberOfButtonPresses + 1
buttonTimerStart = time.time()
if gpioAvailable:
GPIO.add_event_detect(20, GPIO.BOTH, callback=my_callback, bouncetime=300)
#initialise pygame
pygame.init()
#initialise required game classes
scope = pyscope()
resources = resources() #get a resources object instance
ca = Calibration(scope, resources)
cg = CalibrationGraphics(scope, resources, ca)
sg = StartupGraphics(scope, resources) #get the startup graphics instance
tg = TrackerGraphics(scope, resources, ca) #get the tracker graphics instance
ta = TrackerAudio(resources) #get the tracker audio instance
pygame.mouse.set_visible(False) # Hide the mouse pointer
#initialise a clock instance so we can control the game loop
my_clock = pygame.time.Clock()
#enter the game loop
wave_size = 0
args = []
done = False
currentState = True
