def main():
source = CyclingSources(WorldTime("London", "Europe/London"),
WorldTime("Cairo", "Africa/Cairo"),
WorldTime("Paris", "Europe/Paris"))
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink, 60/len(source))
def main():
# You can customise which timezones to show by adding the appropriate City and Continent/City
# as can be found on the following WikiPedia page http://en.wikipedia.org/wiki/List_of_tz_database_time_zones
source = CyclingSources(WorldTime("London", "Europe/London"),
WorldTime("Cairo", "Africa/Cairo"),
WorldTime("Paris", "Europe/Paris"))
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
# the number 60 before /len is the number of seconds to wait before showing the next time
poll_for_updates(source, sink, 60 / len(source))
def main():
source = WeatherPoll("London,uk")
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink)
def main():
source = StockPoll("MSFT")
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink)
def main():
source = XivelyDatastream(44519)
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink)
def main():
source = XivelyDatastream(44519)
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink)
def main():
source = TwitterTimeline()
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink, repeat=False)
def main():
source = WeatherPoll("London,uk")
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink)
def main():
source = StockPoll("MSFT")
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink)
def main():
source = TwitterTimeline()
sink = PiLiteBoard()
print("ready")
sink.write("ready ")
poll_for_updates(source, sink, repeat=False)
