def comic_queue_do(request):
# TODO this would be easier with a real validator.
weekdays = []
for wd in request.POST.getall('weekday'):
if wd in '0123456':
weekdays.append(int(wd))
queued = (
session.query(ComicPage)
.join(ComicPage.chapter)
.filter(ComicPage.is_queued)
.order_by(ComicPage.order.asc())
.all()
)
new_dates = _generate_queue_dates(weekdays, start=get_current_publication_date(XXX_HARDCODED_TIMEZONE))
for page, new_date in zip(queued, new_dates):
page.date_published = datetime.combine(
new_date, time()).replace(tzinfo=pytz.utc)
page.timezone = XXX_HARDCODED_TIMEZONE.zone
comic.config_queue = ''.join(str(wd) for wd in sorted(weekdays))
# TODO flash message?
return HTTPSeeOther(location=request.route_url('comic.admin', comic))
def comic_admin(request):
# Figure out the starting date for the calendar. We want to show the
# previous four weeks, and start at the beginning of the week.
today = get_current_publication_date(XXX_HARDCODED_TIMEZONE)
weekday_offset = (today.weekday() - 6) % -7
start = today + timedelta(days=weekday_offset - 7 * 4)
# Grab "recent" pages -- any posted in the past two weeks OR in the future.
recent_pages = (
session.query(ComicPage)
.join(ComicPage.chapter)
.filter(ComicPage.date_published >= start.astimezone(pytz.utc))
.order_by(ComicPage.date_published.desc())
.all()
)
last_queued, queue_next_date = _get_last_queued_date()
num_queued = sum(1 for page in recent_pages if page.is_queued)
day_to_page = {page.date_published.date(): page for page in recent_pages}
chapters = (
session.query(ComicChapter)
.order_by(ComicChapter.order.asc())
.options(
joinedload('children')
)
.all()
)
# Express calendar in dates. Go at least four weeks into the future, OR
# one week beyond the last queued comic (for some padding).
calendar_start = start.date()
calendar_start -= timedelta(days=calendar_start.isoweekday() % 7)
calendar_end = today.date() + timedelta(days=7 * 4)
if day_to_page:
calendar_end = max(calendar_end, max(day_to_page) + timedelta(days=7))
# TODO really really really need to move configuration out of comics. this
# was clever but not clever enough.
comic = session.query(Comic).order_by(Comic.id.asc()).first()
return dict(
comic=comic,
chapters=chapters,
num_queued=num_queued,
last_queued=last_queued,
queue_next_date=queue_next_date,
day_to_page=day_to_page,
calendar_start=calendar_start,
calendar_end=calendar_end,
)
def _get_last_queued_date():
queued_q = session.query(ComicPage).join(ComicPage.chapter).filter(ComicPage.is_queued)
last_queued = queued_q.order_by(ComicPage.date_published.desc()).first()
if last_queued:
queue_end_date = last_queued.date_published
else:
queue_end_date = datetime.combine(
get_current_publication_date(XXX_HARDCODED_TIMEZONE).astimezone(pytz.utc), time()
)
if queue_end_date == END_OF_TIME:
queue_next_date = None
else:
weekdays = [int(wd) for wd in XXX_HARDCODED_QUEUE]
queue_next_date = next(_generate_queue_dates(weekdays, start=queue_end_date))
return last_queued, queue_next_date
def comic_admin(request):
# Figure out the starting date for the calendar. We want to show the
# previous four weeks, and start at the beginning of the week.
today = get_current_publication_date(XXX_HARDCODED_TIMEZONE)
weekday_offset = (today.weekday() - 6) % -7
start = today + timedelta(days=weekday_offset - 7 * 4)
# Grab "recent" pages -- any posted in the past two weeks OR in the future.
recent_pages = (session.query(ComicPage).join(ComicPage.chapter).filter(
ComicPage.date_published >= start.astimezone(pytz.utc)).order_by(
ComicPage.date_published.desc()).all())
last_queued, queue_next_date = _get_last_queued_date()
num_queued = sum(1 for page in recent_pages if page.is_queued)
day_to_page = {page.date_published.date(): page for page in recent_pages}
chapters = (session.query(ComicChapter).order_by(
ComicChapter.order.asc()).options(joinedload('children')).all())
# Express calendar in dates. Go at least four weeks into the future, OR
# one week beyond the last queued comic (for some padding).
calendar_start = start.date()
calendar_start -= timedelta(days=calendar_start.isoweekday() % 7)
calendar_end = today.date() + timedelta(days=7 * 4)
if day_to_page:
calendar_end = max(calendar_end, max(day_to_page) + timedelta(days=7))
# TODO really really really need to move configuration out of comics. this
# was clever but not clever enough.
comic = session.query(Comic).order_by(Comic.id.asc()).first()
return dict(
comic=comic,
chapters=chapters,
num_queued=num_queued,
last_queued=last_queued,
queue_next_date=queue_next_date,
day_to_page=day_to_page,
calendar_start=calendar_start,
calendar_end=calendar_end,
)
def comic_queue_do(request):
# TODO this would be easier with a real validator.
weekdays = []
for wd in request.POST.getall('weekday'):
if wd in '0123456':
weekdays.append(int(wd))
queued = (session.query(ComicPage).join(ComicPage.chapter).filter(
ComicPage.is_queued).order_by(ComicPage.order.asc()).all())
new_dates = _generate_queue_dates(
weekdays, start=get_current_publication_date(XXX_HARDCODED_TIMEZONE))
for page, new_date in zip(queued, new_dates):
page.date_published = datetime.combine(new_date,
time()).replace(tzinfo=pytz.utc)
page.timezone = XXX_HARDCODED_TIMEZONE.zone
comic.config_queue = ''.join(str(wd) for wd in sorted(weekdays))
# TODO flash message?
return HTTPSeeOther(location=request.route_url('comic.admin', comic))
def _get_last_queued_date():
queued_q = (session.query(ComicPage).join(ComicPage.chapter).filter(
ComicPage.is_queued))
last_queued = queued_q.order_by(ComicPage.date_published.desc()).first()
if last_queued:
queue_end_date = last_queued.date_published
else:
queue_end_date = datetime.combine(
get_current_publication_date(XXX_HARDCODED_TIMEZONE).astimezone(
pytz.utc),
time(),
)
if queue_end_date == END_OF_TIME:
queue_next_date = None
else:
weekdays = [int(wd) for wd in XXX_HARDCODED_QUEUE]
queue_next_date = next(
_generate_queue_dates(weekdays, start=queue_end_date))
return last_queued, queue_next_date