modular-bot-framework-for-t.../modules/auto-schedule-pro/www/index.py

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2023-04-06 08:11:02 +03:00
import datetime
import json
current_time = datetime.datetime.now()
current_week = current_time.isocalendar()[1] % 2
current_day = current_time.weekday()
current_seconds = current_week*604800 + current_day*86400 + current_time.hour*3600 + current_time.minute*60 + current_time.second
reference_time = int(current_time.strftime("%s")) - current_seconds
# baking defined schedule
raw_schedule = json.loads( open("../schedule.json").read() )
schedule = {}
for day in range(len(raw_schedule)):
for i in raw_schedule[day]:
ts = day*86400 + int(i.split(":")[0])*3600 + int(i.split(":")[1])*60
new_item = dict(raw_schedule[day][i])
new_item["source"] = "schedule"
schedule[ts] = new_item
# baking additions (extra pairs)
raw_additions = json.loads( open("../additions.json").read() )
additions = {}
for day in range(len(raw_additions)):
for i in raw_additions[day]:
ts = day*86400 + int(i.split(":")[0])*3600 + int(i.split(":")[1])*60
new_item = dict(raw_additions[day][i])
new_item["source"] = "additions"
schedule[ts] = new_item
full_schedule = dict(list(schedule.items()) + list(additions.items()))
#print("test1")
#print(f"Full schedule #printout: {full_schedule}")
#print(f"Current delta_time: {current_seconds}")
p = None
next_pair_time = None
key_list = list(full_schedule.keys())
key_list.sort()
for i in key_list:
if i > current_seconds - 5400:
p = full_schedule[i]
next_pair_time = i
break
#print("test2")
if next_pair_time == None:
if len(full_schedule.keys()) > 0:
#print("test3.1")
actual_pair_ts = reference_time + min(full_schedule.keys())
dt_pair = datetime.datetime.fromtimestamp(actual_pair_ts)
dt_pair_finish = datetime.datetime.fromtimestamp(actual_pair_ts + 5400)
p = full_schedule[min(full_schedule.keys())]
#print("test3.1.1")
#print("{} == 6 && {} == 1, {}".format(current_day, dt_pair.strftime('%u'), str( ((current_day + 2) == int(dt_pair.strftime("%u"))) or ((str(current_day) == "6") and (dt_pair.strftime("%u") == "1")) )))
human_readable_date = ""
if ((current_day + 2) == int(dt_pair.strftime("%u"))) or ((str(current_day) == "6") and (dt_pair.strftime("%u") == "1")):
human_readable_date += "завтра "
elif current_week != int(dt_pair.strftime("%W")) % 2:
human_readable_date += "{} ".format(self.WEEKDAY_NAMES_ROD_WITH_NEXT[int(dt_pair.strftime("%u")) - 1])
elif current_day != (int(dt_pair.strftime("%u")) - 1):
human_readable_date += "{} ".format(self.WEEKDAY_NAMES_ROD_WITH_THIS[int(dt_pair.strftime("%u")) - 1])
else:
human_readable_date += "сьогодні "
#print("test3.1.2")
human_readable_date += "з "
#print("test3.1.3")
human_readable_date += dt_pair.strftime("%H:%M")
#print("test3.1.4")
human_readable_date += " до "
human_readable_date += dt_pair_finish.strftime("%H:%M")
#self.RESPONCE = "Актуальна пара: {}\nДата: {}\nВикладач: {}\nПосилання на пару: {}".format(p['name'], human_readable_date, p['teacher'], p['link'])
#print("test3.1.5")
print(f"Location: {p['link']}\n\n")
else:
self.RESPONCE = "Пар немає взагалі. Ми вільні!"
else:
#print("test3.2")
actual_pair_ts = reference_time + next_pair_time
dt_pair = datetime.datetime.fromtimestamp(actual_pair_ts)
dt_pair_finish = datetime.datetime.fromtimestamp(actual_pair_ts + 5400)
human_readable_date = ""
if ((current_day + 2) == int(dt_pair.strftime("%u"))) or ((str(current_day) == "6") and (dt_pair.strftime("%u") == "1")):
human_readable_date += "завтра "
elif current_week != int(dt_pair.strftime("%W")) % 2:
human_readable_date += "{} ".format(self.WEEKDAY_NAMES_ROD_WITH_NEXT[int(dt_pair.strftime("%u")) - 1])
elif current_day != (int(dt_pair.strftime("%u")) - 1):
human_readable_date += "{} ".format(self.WEEKDAY_NAMES_ROD_WITH_THIS[int(dt_pair.strftime("%u")) - 1])
else:
human_readable_date += "сьогодні "
human_readable_date += "з "
human_readable_date += dt_pair.strftime("%H:%M")
human_readable_date += " до "
human_readable_date += dt_pair_finish.strftime("%H:%M")
#self.RESPONCE = "Актуальна пара: {}\nДата: {}\nВикладач: {}\nПосилання на пару: {}".format(p['name'], human_readable_date, p['teacher'], p['link'])
print(f"Location: {p['link']}\n\n")