def background(self):
import json
import config
from dateutil import parser
self.events = url_handler.load_json(
"http://www.mscroggs.co.uk/room_list.json")
now = config.now().replace(tzinfo=None)
for e in self.events:
e[0] = parser.parse(e[0])
e[1] = parser.parse(e[1])
self.events = [e for e in self.events if e[1] > now]
def background(self):
import url_handler, json
from time import sleep
i = 0
step = 30
try:
for j in range(0, len(self.ordered_ids), step):
url = "http://api.openweathermap.org/data/2.5/group?id=" + ",".join(
self.ordered_ids[j:j + step]
) + "&units=metric&appid=05f6b7c72cd541dd510d7bc08f6a8bb0"
data = url_handler.load_json(url)
for city in data['list']:
self.temps[i] = float(city['main']['temp'])
i += 1
#sleep(5)
except:
pass
def background(self):
self.data = url_handler.load_json(
"http://api.openweathermap.org/data/2.5/group?id=5368361,5128638,3530597,2643743,2968815,2950158,3169070,344979,1820906,1816670,1850147,7839805&units=metric&appid=05f6b7c72cd541dd510d7bc08f6a8bb0"
)
def background(self):
self.results = url_handler.load_json(
'http://worldcup.sfg.io/teams/group_results')
def background(self):
self.results = url_handler.load_json('http://worldcup.sfg.io/matches')
def generate_content(self):
tube_times = url_handler.load_json("http://api.tfl.gov.uk/stopPoint/" +
self.code + "/arrivals?mode=tube")
tubes = []
for b in tube_times:
tubes.append(
(int(b['timeToStation']),
str(b['timeToStation'] // 60) + " min",
b['lineName'].replace('Hammersmith',
'Ham').replace('Waterloo', 'Wloo'),
b['towards'], b['currentLocation']))
tubes.sort()
self.add_title(self.station, font='size4', fg="BRIGHTWHITE", bg="BLUE")
underground = ("WWWWWWWWWWW\n"
"WWWrrrrrWWW\n"
"WWrrWWWrrWW\n"
"WbbbbbbbbbW\n"
"WbbbbbbbbbW\n"
"WWrrWWWrrWW\n"
"WWWrrrrrWWW\n"
"WWWWWWWWWWW")
self.print_image(underground, 0, 69)
pos = (0, 7, 20, 45)
for p, t in zip(pos,
("Time", "Line", "Destination", "Current Location")):
self.move_cursor(x=p)
self.add_text(t)
self.add_newline()
for tube in tubes:
if tube[2] == "Bakerloo":
self.start_fg_color("WHITE")
self.start_bg_color("ORANGE")
if tube[2] == "Central":
self.start_fg_color("WHITE")
self.start_bg_color("RED")
if tube[2] == "Circle":
self.start_fg_color("BLACK")
self.start_bg_color("YELLOW")
if tube[2] == "District":
self.start_fg_color("BLACK")
self.start_bg_color("GREEN")
if tube[2] == "Ham & City":
self.start_fg_color("BLACK")
self.start_bg_color("PINK")
if tube[2] == "Jubilee":
self.start_fg_color("WHITE")
self.start_bg_color("GREY")
if tube[2] == "Metropolitan":
self.start_fg_color("WHITE")
self.start_bg_color("MAGENTA")
if tube[2] == "Northern":
self.start_fg_color("WHITE")
self.start_bg_color("BLACK")
if tube[2] == "Piccadilly":
self.start_fg_color("WHITE")
self.start_bg_color("BLUE")
if tube[2] == "Victoria":
self.start_fg_color("WHITE")
self.start_bg_color("LIGHTBLUE")
if tube[2] == "Wloo & City":
self.start_fg_color("WHITE")
self.start_bg_color("LIGHTCYAN")
self.add_text(" " * 80)
for p, t in zip(pos, tube[1:]):
self.move_cursor(x=p)
self.add_text(t)
self.end_fg_color()
self.end_bg_color()
self.add_newline()