def to_html(self, ar):
self.analyze_view()
get_rnd = rt.models.cal.EventGenerator.get_cal_entry_renderer
if self.mode == TABLE_MODE:
sep = ' '
fmt = get_rnd(day_and_weekday)
elif self.mode == UL_MODE:
sep = ' '
fmt = get_rnd(day_and_weekday)
elif self.mode == PLAIN_MODE:
sep = ', '
fmt = get_rnd(dd.fds)
def xxx(list_of_entries):
elems = []
for e in list_of_entries:
if len(elems):
elems.append(sep)
elems.extend(fmt(e, ar))
return elems
if self.mode == TABLE_MODE:
rows = []
cells = [E.th("")] + [E.th(monthname(m+1)) for m in range(12)]
# print(''.join([tostring(c) for c in cells]))
rows.append(E.tr(*cells))
for y in self.years.values():
cells = [E.td(str(y.year), width="4%")]
for m in y.months:
# every m is a list of etree elems
cells.append(E.td(*xxx(m), width="8%", **ar.renderer.cellattrs))
# print(str(y.year) +":" + ''.join([tostring(c) for c in cells]))
rows.append(E.tr(*cells))
return E.table(*rows, **ar.renderer.tableattrs)
if self.mode == UL_MODE:
items = []
for y in self.years.values():
for m, lst in enumerate(y.months):
if len(lst):
items.append(E.li(
monthname(m+1), " ", str(y.year), ": ", *xxx(lst)))
return E.ul(*items)
if self.mode == PLAIN_MODE:
elems = []
for y in self.years.values():
for lst in y.months:
if len(lst):
if len(elems):
elems.append(sep)
elems.extend(xxx(lst))
return E.p(*elems)
raise Exception("20180720")
def weeklyNavigation(cls, obj, ar):
today = obj.date
prev = cls.date2pk(DurationUnits.months.add_duration(today, -1))
next = cls.date2pk(DurationUnits.months.add_duration(today, 1))
elems = cls.calender_header(ar)
header = [
ar.goto_pk(prev, "<<"), " ",
"{} {}".format(monthname(today.month), today.year),
" ", ar.goto_pk(next, ">>")]
elems.append(E.h2(*header, align="center"))
rows = []
for week in CALENDAR.monthdatescalendar(today.year, today.month):
# each week is a list of seven datetime.date objects.
cells = []
current_week = week[0].isocalendar()[1]
cells.append(E.td(str(current_week)))
for day in week:
pk = cls.date2pk(day)
if day.isocalendar()[1] == today.isocalendar()[1]:
cells.append(E.td(str(day.day)))
else:
cells.append(E.td(ar.goto_pk(pk, str(day.day))))
rows.append(E.tr(*cells, align="center"))
elems.append(E.table(*rows, align="center"))
elems.append(E.p(ar.goto_pk(0, gettext("This week")), align="center"))
# for o in range(-10, 10):
# elems.append(ar.goto_pk(o, str(o)))
# elems.append(" ")
return E.div(*elems)
def __str__(self):
if self.navigation_mode == "day":
return when_text(self.date)
elif self.navigation_mode == "week":
return weekname(self.date)
else:
return monthname(self.date.month) + " " + str(self.date.year)
def __str__(self):
if self.navigation_mode == "day":
return when_text(self.date)
elif self.navigation_mode == "week":
return weekname(self.date)
elif self.navigation_mode == "month":
return monthname(self.date.month) + " " + str(self.date.year)
else:
raise Exception("Invalid navigation_mode {} ({})".format(
self.navigation_mode, self.ar))
def to_html(self, ar):
self.analyze_view()
if self.mode == TABLE_MODE:
sep = ' '
fmt = day_and_weekday
elif self.mode == UL_MODE:
sep = ' '
fmt = day_and_weekday
elif self.mode == PLAIN_MODE:
sep = ', '
fmt = dd.fds
def rnd(obj, ar):
if self.model is rt.models.cal.Guest:
d = obj.event.start_date
evt = obj.event
else:
d = obj.start_date
evt = obj
# if show_auto_num and evt.auto_type:
# yield str(evt.auto_type)+":"
yield ar.obj2html(evt, fmt(d))
if obj.state.button_text:
yield str(obj.state.button_text)
# return (fdmy(d) + ": ", ar.obj2html(evt, lbl))
def xxx(list_of_entries):
elems = []
# for e in reversed(list_of_entries):
for e in list_of_entries:
if len(elems):
elems.append(sep)
elems.extend(rnd(e, ar))
return elems
if self.mode == TABLE_MODE:
rows = []
cells = [E.th("")] + [E.th(monthname(m + 1)) for m in range(12)]
# print(''.join([tostring(c) for c in cells]))
rows.append(E.tr(*cells))
for y in self.years.values():
cells = [E.td(str(y.year), width="4%")]
for m in y.months:
# every m is a list of etree elems
cells.append(
E.td(*xxx(m), width="8%", **ar.renderer.cellattrs))
# print(str(y.year) +":" + ''.join([tostring(c) for c in cells]))
rows.append(E.tr(*cells))
return E.table(*rows, **ar.renderer.tableattrs)
if self.mode == UL_MODE:
items = []
for y in self.years.values():
for m, lst in enumerate(reversed(y.months)):
# January is [11], Dec is [0]
if len(lst):
items.append(
E.li(monthname(12 - m), " ", str(y.year), ": ",
*xxx(lst)))
return E.ul(*items)
if self.mode == PLAIN_MODE:
elems = []
for y in self.years.values():
for lst in y.months:
if len(lst):
if len(elems):
elems.append(sep)
elems.extend(xxx(lst))
return E.p(*elems)
raise Exception("20180720")
def to_html(self, ar):
self.analyze_view()
if self.mode == TABLE_MODE:
sep = ' '
fmt = day_and_weekday
elif self.mode == UL_MODE:
sep = ' '
fmt = day_and_weekday
elif self.mode == PLAIN_MODE:
sep = ', '
fmt = dd.fds
def rnd(obj, ar):
if self.model is rt.models.cal.Guest:
d = obj.event.start_date
evt = obj.event
else:
d = obj.start_date
evt = obj
# if show_auto_num and evt.auto_type:
# yield str(evt.auto_type)+":"
yield ar.obj2html(evt, fmt(d))
if obj.state.button_text:
yield str(obj.state.button_text)
# return (fdmy(d) + ": ", ar.obj2html(evt, lbl))
def xxx(list_of_entries):
elems = []
# for e in reversed(list_of_entries):
for e in list_of_entries:
if len(elems):
elems.append(sep)
elems.extend(rnd(e, ar))
return elems
if self.mode == TABLE_MODE:
rows = []
cells = [E.th("")] + [E.th(monthname(m+1)) for m in range(12)]
# print(''.join([tostring(c) for c in cells]))
rows.append(E.tr(*cells))
for y in self.years.values():
cells = [E.td(str(y.year), width="4%")]
for m in y.months:
# every m is a list of etree elems
cells.append(E.td(*xxx(m), width="8%", **ar.renderer.cellattrs))
# print(str(y.year) +":" + ''.join([tostring(c) for c in cells]))
rows.append(E.tr(*cells))
return E.table(*rows, **ar.renderer.tableattrs)
if self.mode == UL_MODE:
items = []
for y in self.years.values():
for m, lst in enumerate(reversed(y.months)):
# January is [11], Dec is [0]
if len(lst):
items.append(E.li(
monthname(12-m), " ", str(y.year), ": ", *xxx(lst)))
return E.ul(*items)
if self.mode == PLAIN_MODE:
elems = []
for y in self.years.values():
for lst in y.months:
if len(lst):
if len(elems):
elems.append(sep)
elems.extend(xxx(lst))
return E.p(*elems)
raise Exception("20180720")
def navigation_panel(cls, obj, ar):
if ar is None:
return None
# if ar.actor.navigator is None:
# # raise Exception("Oops, {} has no navigator".format(cls))
# print("Oops, {} has no navigator".format(cls))
# return None
today = obj.date
# daily, weekly, monthly = obj.cal_view.navigator.make_link_funcs(ar)
daily = obj.planner.daily_button_func(ar)
weekly = obj.planner.weekly_button_func(ar)
monthly = obj.planner.monthly_button_func(ar)
if obj.navigation_mode == 'day':
long_unit = DurationUnits.months
short_unit = DurationUnits.days
current_view = daily
elif obj.navigation_mode == 'week':
long_unit = DurationUnits.months
short_unit = DurationUnits.weeks
current_view = weekly
elif obj.navigation_mode == 'month':
long_unit = DurationUnits.years
short_unit = DurationUnits.months
current_view = monthly
else:
raise Exception("20200224")
daily_mode = bool(obj.navigation_mode == 'day')
weekly_mode = bool(obj.navigation_mode == 'week')
month_mode = bool(obj.navigation_mode == 'month')
# todo ensure that the end of the month is always in the view.
# long_unit = DurationUnits.years if month_mode else DurationUnits.months
long_prev = cls.get_row_by_pk(
ar, date2pk(long_unit.add_duration(today, -1)))
long_next = cls.get_row_by_pk(
ar, date2pk(long_unit.add_duration(today, 1)))
# next_unit = DurationUnits.weeks if weekly_mode else DurationUnits.days if day_view else DurationUnits.months
short_prev = cls.get_row_by_pk(
ar, date2pk(short_unit.add_duration(today, -1)))
short_next = cls.get_row_by_pk(
ar, date2pk(short_unit.add_duration(today, 1)))
# current_view = weekly if weekly_mode else daily
# current_view = daily
# if not day_view:
# current_view = monthly if month_mode else weekly
elems = [] #cls.calender_header(ar)
# Month div
rows, cells = [], []
for i, month in enumerate(YearMonths.get_list_items()):
pk = date2pk(
DurationUnits.months.add_duration(today, i + 1 - today.month))
if today.month == i + 1:
if not month_mode:
cells.append(
E.td(
E.b(monthly(cls.get_row_by_pk(ar, pk),
str(month)))))
else:
cells.append(E.td(E.b(str(month))))
else:
cells.append(
E.td(monthly(cls.get_row_by_pk(ar, pk), str(month))))
if (i + 1) % 3 == 0:
rows.append(E.tr(*cells, align="center"))
cells = []
monthly_div = E.div(E.table(*rows, align="center"),
CLASS="cal-month-table")
header = [
current_view(long_prev, "<<"), " ",
current_view(short_prev, "<"),
E.span(
E.span("{} {}".format(monthname(today.month), today.year),
E.br(), monthly_div)),
current_view(short_next, ">"), " ",
current_view(long_next, ">>")
]
elems.append(E.h2(*header, align="center"))
weekdaysFirstLetter = " " + "".join(
[gettext(week.text)[0] for week in Weekdays.objects()])
rows = [
E.tr(*[
E.td(E.b(day_of_week)) for day_of_week in weekdaysFirstLetter
],
align='center')
]
for week in CALENDAR.monthdatescalendar(today.year, today.month):
# each week is a list of seven datetime.date objects.
cells = []
current_week = week[0].isocalendar()[1]
this_week = False
for day in week:
pk = date2pk(day)
link = daily(cls.get_row_by_pk(ar, pk), str(day.day))
if day == dd.today():
link = E.b(link, CLASS="cal-nav-today")
if day == today and daily_mode:
cells.append(E.td(E.b(str(day.day))))
else:
cells.append(E.td(link))
if day.isocalendar()[1] == today.isocalendar()[1]:
this_week = True
else:
if this_week and weekly_mode:
txt = E.b(str(current_week))
else:
pk = date2pk(week[0])
txt = weekly(cls.get_row_by_pk(ar, pk), str(current_week))
cells = [E.td(txt, CLASS="cal-week")] + cells
rows.append(E.tr(*cells, align="center"))
today = cls.get_row_by_pk(ar, 0)
elems.append(E.table(*rows, align="center"))
elems.append(E.p(daily(today, gettext("Today")), align="center"))
elems.append(E.p(weekly(today, gettext("This week")), align="center"))
elems.append(E.p(monthly(today, gettext("This month")),
align="center"))
# for o in range(-10, 10):
# elems.append(ar.goto_pk(o, str(o)))
# elems.append(" ")
return E.div(*elems, CLASS="lino-nav-cal")
def navigation_panel(cls, obj, ar):
day_view = bool(cls.navigation_mode == 'day')
weekly_view = bool(cls.navigation_mode == 'week')
month_view = bool(cls.navigation_mode == 'month')
# todo ensure that the end of the month is always in the view.
today = obj.date
daily, weekly, monthly = make_link_funcs(ar)
long_unit = DurationUnits.years if month_view else DurationUnits.months
prev_month = Day(date2pk(long_unit.add_duration(today, -1)))
next_month = Day(date2pk(long_unit.add_duration(today, 1)))
next_unit = DurationUnits.weeks if weekly_view else DurationUnits.days if day_view else DurationUnits.months
prev_view = Day(date2pk(next_unit.add_duration(today, -1)))
next_view = Day(date2pk(next_unit.add_duration(today, 1)))
# current_view = weekly if weekly_view else daily
current_view = daily
if not day_view:
current_view = monthly if month_view else weekly
elems = [] #cls.calender_header(ar)
# Month div
rows, cells = [], []
for i, month in enumerate(YearMonths.get_list_items()):
# each week is a list of seven datetime.date objects.
pk = date2pk(
DurationUnits.months.add_duration(
today,
int(month.value) - today.month))
if today.month == int(month.value):
if not month_view:
cells.append(E.td(E.b(monthly(Day(pk), str(month)))))
else:
cells.append(E.td(E.b(str(month))))
else:
cells.append(E.td(monthly(Day(pk), str(month))))
if (i + 1) % 3 == 0:
rows.append(E.tr(*cells, align="center"))
cells = []
monthly_div = E.div(E.table(*rows, align="center"),
CLASS="cal-month-table")
header = [
current_view(prev_month, "<<"), " ",
current_view(prev_view, "<"),
E.span(
E.span("{} {}".format(monthname(today.month), today.year),
E.br(), monthly_div)),
current_view(next_view, ">"), " ",
current_view(next_month, ">>")
]
elems.append(E.h2(*header, align="center"))
weekdaysFirstLetter = " " + "".join(
[gettext(week.text)[0] for week in Weekdays.objects()])
rows = [
E.tr(*[
E.td(E.b(day_of_week)) for day_of_week in weekdaysFirstLetter
],
align='center')
]
for week in CALENDAR.monthdatescalendar(today.year, today.month):
# each week is a list of seven datetime.date objects.
cells = []
current_week = week[0].isocalendar()[1]
this_week = False
for day in week:
pk = date2pk(day)
link = daily(Day(pk), str(day.day))
if day == dd.today():
link = E.b(link, CLASS="cal-nav-today")
if day == today and day_view:
cells.append(E.td(E.b(str(day.day))))
else:
cells.append(E.td(link))
if day.isocalendar()[1] == today.isocalendar()[1]:
this_week = True
else:
cells = [
E.td(E.b(str(current_week)) if this_week and weekly_view
else weekly(Day(pk), str(current_week)),
CLASS="cal-week")
] + cells
rows.append(E.tr(*cells, align="center"))
elems.append(E.table(*rows, align="center"))
elems.append(E.p(daily(Day(), gettext("Today")), align="center"))
elems.append(E.p(weekly(Day(), gettext("This week")), align="center"))
elems.append(E.p(monthly(Day(), gettext("This month")),
align="center"))
# for o in range(-10, 10):
# elems.append(ar.goto_pk(o, str(o)))
# elems.append(" ")
return E.div(*elems, CLASS="lino-nav-cal")