def api(params):
'''
params : dict_key [name,start,finish,city]
'''
with open('./api_code/keys/calenderID.txt') as f:
calenderID = f.read() # Goto ID
name = params['name']
start = params['departure']
finish = params['destination']
# city parameters (緯度と経度)
if params['city'] == '大阪':
lat = '34.70'
lon = '135.49'
elif params['city'] == '東京':
lat = '35.70'
lon = '139.73'
else:
lat = '35.17'
lon = '136.88'
name = name + "さん"
tdatetime, hour, minute, second = train_api(
start, finish) # tdatetime is date. others are str.
weather = weather_api(lat, lon)
# eventlist = []
eventlist, startlist = calender_api(calenderID) # list returned
currenttime = datetime.datetime.now()
u = tdatetime - currenttime
tmp = u.seconds // 60
# 発車時刻ちょうどに実行すると，tmpの結果が 24*60 - 1 分くらいになってしまう．
# この時だけ除外する処理を行う．
if tmp == 1439:
print("やばい")
tmp = 0
tmp = str(tmp)
train = hour + '時' + minute + '分' + 'に発車します。' + 'あと' + tmp + '分で発車します。'
weather = '今日の' + params['city'] + 'の天気は' + weather + 'です。'
if len(eventlist) == 0:
schedule = '予定はありません．'
else:
schedule = '予定は' + eventlist[0] + 'があります。'
# these lines will be deleted.
print(name)
print(train)
print(weather)
print(schedule)
return name, train, weather, schedule
def main():
api = w_api.weather_api()
while(1):
code = input("Enter Airport Code\n")
if(code.lower() == "exit"):
break
else:
data = api.get_weather(code, 1)
if data != -1:
plot_data(data, code)
def schedule_event():
s.run(blocking=False)
alarm_time = request.args.get("alarm")
config = load_config()
if alarm_time:
#convert alarm_time to a delay
alarm_title = request.args.get("two")
current_time = datetime.now()
alarm_time_obj = datetime.strptime(alarm_time, "%Y-%m-%dT%H:%M")
delay = datetime_difference_seconds(alarm_time_obj, current_time)
repeat = False
for item in alarms:
if item['title'] == alarm_title:
repeat = True
if delay > 0 and not repeat:
scheduled_event = s.enter(int(delay),
1,
alarm_time_reached,
argument=(
alarms,
s,
request.args.get("two"),
))
alarms.append({
'title': alarm_title,
'content': alarm_time_obj,
'eventID': scheduled_event
})
if request.args.get("notif"):
#removes notification when x is clicked
delete_list_item(notifications, request.args.get("notif"), s, False)
if request.args.get("alarm_item"):
#cancels an alarm when x is clicked
delete_list_item(alarms, request.args.get("alarm_item"), s, True)
if request.args.get("news"):
#runs news update
news_dictionary = news_api(
config[4],
config[1]) #config[3] is country code, config[2] is newsapikey
process_news_api(news_dictionary, notifications)
covid_dictionary = covid19_api(config[2])
process_covid19_api(covid_dictionary, notifications)
if request.args.get("weather"):
#runs weather update
weather_dictionary = weather_api(
config[3],
config[0]) #config[0] is city, config [1] is weatherapikey
process_weather_api(weather_dictionary, notifications)
return render_template('index.html',
alarms=alarms,
notifications=notifications,
image='clock.jpeg')
def api(id):
from train_api import train_api
from calender_api import calender_api
from weather_api import weather_api
if id == 1:
name = '後藤さん'
via = '25717:25635' # from出町柳to河原町
lat = '35.01' # 河原町緯度
lon = '135.76' # 河原町経度
calenderID = '*****@*****.**' # Goto ID
elif id == 2:
name = '村木くん'
via = '25717:26238' # from出町柳to淀屋橋
lat = '34.69' # 淀屋橋緯度
lon = '135.50' # 淀屋橋経度
calenderID = '*****@*****.**'
else:
str = 'あなたは登録されていません。'
tdatetime, hour, minute, second = train_api(
via) # tdatetime is date. others are str.
weather = weather_api(lat, lon)
eventlist, startlist = calender_api(calenderID) # list returned
train = hour + '時' + minute + '分' + 'に発車します。'
weather = '今日は' + weather + 'です。'
schedule = '予定は' + eventlist[0] + 'が近いです。'
# these lines will be deleted.
print(name)
print(train)
print(weather)
print(schedule)
return name, train, weather, schedule
def test_wrong_iata_input():
api = weather_api.weather_api()
assert api.get_weather("wjwkw", 0) == -1
assert api.get_weather("wjwkw", 1) == -1
def test_num_input():
api = weather_api.weather_api()
assert api.get_weather("1353", 0) == -1
assert api.get_weather("1353", 1) == -1
def test_symbol_input():
api = weather_api.weather_api()
assert api.get_weather("^sj", 0) == -1
assert api.get_weather("^sj", 1) == -1
def test_nonexistant_iata():
api = weather_api.weather_api()
assert api.get_weather("itv", 0) == -1
assert api.get_weather("itv", 1) == -1