def main():
week = 4
date = utils.get_week(week)
game_ids = data_generator.get_game_ids(verbose=static.verbose, date=date)
player_dict = dict()
for cnt, game_id in enumerate(game_ids):
player_dict = {
**player_dict,
**data_generator.get_player_stats(game_id["id"],
static.stat_list,
verbose=False)
} # player_set.union(data_generator.get_player_stats(game_id["id"], static.stat_list, verbose=static.verbose))
if static.verbose:
print("set len after game {} is {}".format(cnt + 1,
len(player_dict)))
player_dict = {
**player_dict,
**data_generator.get_dst_stats(game_id['id'],
static.dst_stat_list,
verbose=False)
}
for player_name, player_obj in player_dict.items():
if isinstance(player_obj, dst.dst):
player_obj.update_touchdowns(player_dict)
with open(os.path.join(static.data_dir, "player_list.txt"), "w+") as f:
for player in player_dict:
f.write("{}\n".format(player))
g1 = game.Game(player_dict, 1, week, verbose=False)
g2 = game.Game(player_dict, 2, week, verbose=False)
g1.create_score()
g2.create_score()
def release(self, week=None, quarter=None, year=None, dry_run=False):
print('==> Duplicate Sheet')
request_body = {
# The ID of the spreadsheet to copy the sheet to.
'destination_spreadsheet_id': self.PLANNER_SPREADSHEET_ID
}
request = self.sheet_client.sheets().copyTo(
spreadsheetId=self.PLANNER_SPREADSHEET_ID,
sheetId=self.PLANNER_WORKSHEET_ID,
body=request_body)
new_sheet_id = None
if not dry_run:
response = request.execute()
new_sheet_id = response['sheetId']
today = date.today()
new_title = "Q{}W{}".format(get_quarter(today), get_week(today) + 1)
print('==> Rename New Sheet')
self.rename_worksheet(self.PLANNER_SPREADSHEET_ID,
new_sheet_id,
new_title,
dry_run=dry_run)
def main():
tm = TrelloManager()
sm = GoogleSheetManager()
rm = ReleaseManager(trello_manager=tm, sheet_manager=sm)
today = date.today()
rm.release(week=get_week(today),
quarter=get_quarter(today),
year=get_year(today),
dry_run=False,
)
def get_courses(stu_num, week=0, offset=0):
data['stuNum'] = stu_num
data['week'] = week
response = requests.post(url_course, data=data).json()
now_week = get_week(response['nowWeek'], offset)
courses = response['data']
courses = filter(
lambda x: now_week in x['week'] and is_on_time(x['hash_day'], offset),
courses)
this_week_course = list(
map(
lambda x: Course(x['course'], x['teacher'], x['classroom'], x[
'lesson']), courses))
return ''.join(i.get_course() for i in this_week_course)
def release(self, week=None, quarter=None, year=None, dry_run=False):
new_archive = self._create_lists(week, quarter, year, dry_run)
completed = self._get_list_by_name("Completed")
self._move_all_cards(completed, new_archive, dry_run)
self._position_list(new_archive, completed, dry_run)
on_deck = self._get_list_by_name("On Deck")
self._create_weekly_cards(on_deck, dry_run)
icebox = self._get_list_by_name("Icebox")
date_next_week = date.today() + datetime.timedelta(weeks=2)
self._create_card_in_list(icebox,
"{}Q{} W{} Goal Ideas".format(
get_year(date_next_week),
get_quarter(date_next_week),
get_week(date_next_week)),
checklist=True,
dry_run=dry_run,
checklist_name="Goal Ideas")
def show(args, timesheet):
today = datetime.today()
if args['today']:
day = datetime.timetuple(today)
today_response = timesheet.get_day(day[7], day[0])
data = [today_response['day_entries']]
if args['yesterday']:
yesterday = datetime.timetuple(today - timedelta(1))
yesterday_response = timesheet.get_day(yesterday[7], yesterday[0])
data = [yesterday_response['day_entries']]
if args['week']:
data = []
day = datetime.timetuple(today)
for i in range(get_week(), day[7]+1):
daily_response = timesheet.get_day(i, day[0])
data.append(daily_response['day_entries'])
if args['--date']:
date = datetime.timetuple(parse(args['<date>']))
date_response = timesheet.get_day(date[7], date[0])
data = [date_response['day_entries']]
if data:
for sublist in data:
for entry in sublist:
print str.format(
STATUS_TASK_FORMAT,
task = entry['task'],
client = entry['client'],
note = entry['notes'],
hours = entry['hours'],
date = entry['spent_at'],
indicator = '='
)
else:
print "No data found."
def show(args, timesheet):
today = datetime.today()
if args['today']:
day = datetime.timetuple(today)
today_response = timesheet.get_day(day[7], day[0])
data = [today_response['day_entries']]
if args['yesterday']:
yesterday = datetime.timetuple(today - timedelta(1))
yesterday_response = timesheet.get_day(yesterday[7], yesterday[0])
data = [yesterday_response['day_entries']]
if args['week']:
data = []
day = datetime.timetuple(today)
for i in range(get_week(), day[7] + 1):
daily_response = timesheet.get_day(i, day[0])
data.append(daily_response['day_entries'])
if args['--date']:
date = datetime.timetuple(parse(args['<date>']))
date_response = timesheet.get_day(date[7], date[0])
data = [date_response['day_entries']]
if data:
for sublist in data:
for entry in sublist:
print str.format(STATUS_TASK_FORMAT,
task=entry['task'],
client=entry['client'],
note=entry['notes'],
hours=entry['hours'],
date=entry['spent_at'],
indicator='=')
else:
print "No data found."
#! /usr/bin/env python
# -*- coding: utf-8 -*-
import utils
# 活动列表时间类型
TIME_TYPE_TODAY = '1'
TIME_TYPE_TOMORROW = '2'
TIME_TYPE_WEEKS = '3'
TIME_TYPE_MONTH = '4'
# 时间类型映射
LIMIT_TIME = {
TIME_TYPE_TODAY: utils.get_today(),
TIME_TYPE_TOMORROW: utils.get_tomorrow(),
TIME_TYPE_WEEKS: utils.get_week(),
TIME_TYPE_MONTH: utils.get_month()
}
def get_content_table_name(content_id: str):
if not check_content_id(content_id):
return ""
# 得到秒数
year, week_num, _ = utils.get_week(content_id[:-9].split("_")[-1])
return "content_table_{}_{}".format(year, week_num)