def get_table_summary(self, obj, ar):
items = []
def add(title, flt):
links = []
sar = self.request(master_instance=obj, filter=flt)
# logger.info("20141009 %s", sar.data_iterator.query)
n = sar.get_total_count()
if n:
for i, ex in enumerate(sar):
txt = self.format_excerpt(ex)
if ex.build_time is not None:
txt += " (%s)" % naturaltime(ex.build_time)
links.append(ar.obj2html(ex, txt))
if i >= self.MORE_LIMIT:
# links.append(ar.href_to_request(sar, _("more")))
links.append('...')
break
items.append(E.li(title, " : ", *join_elems(links, sep=', ')))
# qs = sar.data_iterator
Q = models.Q
add(gettext("not printed"), Q(build_time__isnull=True))
add(gettext("Today"), Q(build_time__gte=dd.today() - ONE_DAY))
t7 = dd.today() - ONE_WEEK
add(gettext("Last week"),
Q(build_time__lte=dd.today(), build_time__gte=t7))
add(gettext("Older"), Q(build_time__lt=t7))
return E.ul(*items)
def get_table_summary(self, obj, ar):
items = []
def add(title, flt):
links = []
sar = self.request(master_instance=obj, filter=flt)
# logger.info("20141009 %s", sar.data_iterator.query)
n = sar.get_total_count()
if n:
for i, ex in enumerate(sar):
txt = self.format_excerpt(ex)
if ex.build_time is not None:
txt += " (%s)" % naturaltime(ex.build_time)
links.append(ar.obj2html(ex, txt))
if i >= self.MORE_LIMIT:
# links.append(ar.href_to_request(sar, _("more")))
links.append('...')
break
items.append(E.li(title, " : ", *join_elems(links, sep=', ')))
# qs = sar.data_iterator
Q = models.Q
add(gettext("not printed"), Q(build_time__isnull=True))
add(gettext("Today"), Q(build_time__gte=dd.today() - ONE_DAY))
t7 = dd.today() - ONE_WEEK
add(gettext("Last week"),
Q(build_time__lte=dd.today(), build_time__gte=t7))
add(gettext("Older"), Q(build_time__lt=t7))
return E.ul(*items)
def calender_header(ar):
header = "Calendar Type"
elems = [E.h2(*header, align="center")]
today_url = ar.renderer.js2url("""
Lino.cal.DailyView.detail.run(null, {"record_id": 0})
""")
week_url = ar.renderer.js2url("""
Lino.cal.WeeklyView.detail.run(null, {"record_id": 0})
""")
elems.append(E.p(ar.renderer.href(today_url, gettext("Day")), align="center"))
elems.append(E.p(ar.renderer.href(week_url, gettext("Week")), align="center"))
elems.append(E.p(ar.goto_pk(0, gettext("This month")), align="center"))
return elems
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 format_as_html(self, ar):
elems = []
if len(self.used_events) == 0:
return E.p(gettext("No invoiced events"))
# used_events = list(self.used_events)
invoiced = self.used_events[self.invoiced_events:]
coming = self.used_events[:self.invoiced_events]
fmt = self.generator.get_invoiceable_event_formatter()
# def fmt(ev):
# return self.generator.format_invoiceable_event(ev, ar)
if len(invoiced) > 0:
elems.append("{0} : ".format(_("Invoiced")))
if len(invoiced) > MAX_SHOWN:
elems.append("(...) ")
invoiced = invoiced[-MAX_SHOWN:]
elems += join_elems(map(fmt, invoiced), sep=', ')
# s += ', '.join(map(fmt, invoiced))
# elems.append(E.p(s))
if len(coming) > 0:
if len(elems) > 0:
elems.append(E.br())
elems.append("{0} : ".format(_("Not invoiced")))
elems += join_elems(map(fmt, coming), sep=', ')
# s += ', '.join(map(fmt, coming))
# elems.append(E.p(s))
return E.p(*elems)
def find_links(self, ar, child, parent):
if not dd.is_installed('humanlinks'):
return []
types = {} # mapping LinkType -> list of parents
for lnk in rt.models.humanlinks.Link.objects.filter(child=child):
# child=child, parent=p):
tt = lnk.type.as_child(lnk.child)
l = types.setdefault(tt, [])
l.append(lnk.parent)
elems = []
for tt, parents in types.items():
if len(elems):
elems.append(', ')
text = join_elems(
[parent.format_family_member(ar, p) for p in parents],
sep=gettext(" and "))
elems += [tt, gettext(" of ")] + text
return elems
def find_links(self, ar, child, parent):
if not dd.is_installed('humanlinks'):
return []
types = {} # mapping LinkType -> list of parents
for lnk in rt.models.humanlinks.Link.objects.filter(child=child):
# child=child, parent=p):
tt = lnk.type.as_child(lnk.child)
l = types.setdefault(tt, [])
l.append(lnk.parent)
elems = []
for tt, parents in types.items():
if len(elems):
elems.append(', ')
text = join_elems(
[parent.format_family_member(ar, p) for p in parents],
sep=" {} ".format(gettext("and")))
elems += [tt, gettext(" of ")] + text
return elems
def __str__(rule):
lst = []
only = []
lst.append(gettext("VAT rule {}: ".format(rule.value)))
if rule.trade_type is not None:
only.append(str(rule.trade_type))
if rule.vat_regime is not None:
only.append(str(rule.vat_regime))
if rule.vat_area is not None:
only.append(str(rule.vat_area))
if rule.vat_class is not None:
only.append(str(rule.vat_class))
if len(only):
lst.append(gettext("if ({}) then".format(', '.join(only))))
lst.append(gettext("apply {} %".format(rule.rate)))
lst.append(gettext("and book to {}").format(rule.vat_account))
if rule.vat_returnable_account is not None:
lst.append(gettext("(return to {})").format(rule.vat_returnable_account))
return '\n'.join(lst)
def get_table_summary(self, obj, ar):
sar = self.request(master_instance=obj)
elems = []
# n = sar.get_total_count()
# if n == 0:
# elems += [_("Not member of any household."), E.br()]
# else:
items = []
for m in sar.data_iterator:
args = (str(m.role), gettext(" in "), ar.obj2html(m.household))
if m.primary:
items.append(E.li(E.b("\u2611 ", *args)))
else:
btn = m.set_primary.as_button_elem(
ar, "\u2610 ", style="text-decoration:none;")
items.append(E.li(btn, *args))
if len(items) > 0:
elems += [gettext("%s is") % obj]
elems.append(E.ul(*items))
if self.insert_action is not None:
sar = self.insert_action.request_from(ar)
if sar.get_permission():
elems.append(E.br())
sar.known_values.update(person=obj)
# sar.known_values.pop('child', None)
elems += [
sar.ar2button(None,
gettext("Join an existing household"),
icon_name=None),
" ",
gettext("or"),
" ",
ar.instance_action_button(obj.create_household,
gettext("create a new one")),
# " ",
# rt.models.households.Household._meta.verbose_name,
"."
]
return E.div(*elems)
def ca_fmt(ar, ca):
if ar is None or ca is None:
return ''
elems = []
obj = ca.get_object()
if obj is None:
elems.append(gettext("(undefined)"))
else:
elems.append(ar.obj2html(obj))
elems.append(u" ({})".format(ca))
return E.div(*elems)
def get_table_summary(self, obj, ar):
sar = self.request(master_instance=obj)
elems = []
# n = sar.get_total_count()
# if n == 0:
# elems += [_("Not member of any household."), E.br()]
# else:
items = []
for m in sar.data_iterator:
args = (str(m.role), gettext(" in "),
ar.obj2html(m.household))
if m.primary:
items.append(E.li(E.b("\u2611 ", *args)))
else:
btn = m.set_primary.as_button_elem(
ar, "\u2610 ", style="text-decoration:none;")
items.append(E.li(btn, *args))
if len(items) > 0:
elems += [gettext("%s is") % obj]
elems.append(E.ul(*items))
if self.insert_action is not None:
sar = self.insert_action.request_from(ar)
if sar.get_permission():
elems.append(E.br())
sar.known_values.update(person=obj)
# sar.known_values.pop('child', None)
elems += [
sar.ar2button(
None, gettext("Join an existing household"), icon_name=None),
" ", gettext("or"), " ",
ar.instance_action_button(
obj.create_household,
gettext("create a new one")),
# " ",
# rt.models.households.Household._meta.verbose_name,
"."]
return E.div(*elems)
def description(cls, rule, ar):
if ar is None:
return ''
lst = []
only = []
lst.append(gettext("Rate {}".format(rule.rate)))
if rule.trade_type is not None:
only.append(str(rule.trade_type))
if rule.vat_regime is not None:
only.append(str(rule.vat_regime))
if rule.vat_area is not None:
only.append(str(rule.vat_area))
if rule.vat_class is not None:
only.append(str(rule.vat_class))
if len(only):
lst.append(gettext("When {}".format(', '.join(only))))
lst.append(gettext("Book to {}").format(rule.vat_account))
if rule.vat_returnable:
lst.append(gettext("Returnable to {}").format(rule.vat_returnable_account))
return '\n'.join(lst)
def ca_fmt(ar, ca):
if ar is None or ca is None:
return ''
elems = []
obj = ca.get_object()
if obj is None:
elems.append(gettext("(undefined)"))
else:
# elems.append(ar.obj2html(obj))
elems.append(str(obj))
elems.append(u" ({})".format(ca))
return E.div(*elems)
def before_execute(self, ar, obj):
if obj.event_type and obj.event_type.force_guest_states:
# no need to check guest states because they will be forced
return
rgs = self.refuse_guest_states
if not rgs:
return
# presto changes refuse_guest_states in its workflow_module, that's why
# we re-evaluate it here for each request.
# rgs = (GuestStates.get_by_name(x) for x in self.refuse_guest_states.split())
# qs = obj.guest_set.filter(state=GuestStates.invited)
qs = obj.guest_set.filter(state__in=self.refuse_guest_states)
count = qs.count()
if count > 0:
guest_states = (" " + gettext("or") + " ").join([str(s.text) for s in rgs])
msg = gettext(
"Cannot mark as {state} because {count} "
"participants are {guest_states}.")
raise Warning(msg.format(
count=count, state=self.target_state, guest_states=guest_states))
def welcome_messages(ar):
"""Yield messages for the welcome page."""
#todo show all users active sessions
Session = rt.models.working.Session
# Ticket = rt.models.tickets.Ticket
# TicketStates = rt.models.tickets.TicketStates
me = ar.get_user()
# your open sessions (i.e. those you are busy with)
qs = Session.objects.filter(end_time__isnull=True)
working = {me: [E.b(str(_("You are busy with ")))]}
if qs.count() == 0:
return
for ses in qs:
if ses.user not in working:
working[ses.user] = [
ar.obj2html(ses.user),
gettext(" is working on: ")
]
txt = str(ses.ticket)
working[ses.user].append(
ar.obj2html(ses.ticket,
txt,
title=getattr(ses.ticket, 'summary', "")
or getattr(ses.ticket, 'name', "")))
if ses.user == me:
working[ses.user] += [
' (',
ar.instance_action_button(ses.end_session,
EndTicketSession.label), ')'
]
working[ses.user].append(', ')
if len(working[me]) > 1:
working[me][-1] = working[me][-1].replace(", ", ".")
result = E.p(*working.pop(me))
else:
result = E.p()
working.pop(me)
for u, s in working.items():
if len(result):
result.append(E.br())
s[-1] = s[-1].replace(", ", ".")
result.append(E.span(*s))
yield result
def welcome_messages(ar):
"""Yield messages for the welcome page."""
#todo show all users active sessions
Session = rt.models.working.Session
# Ticket = rt.models.tickets.Ticket
# TicketStates = rt.models.tickets.TicketStates
me = ar.get_user()
# your open sessions (i.e. those you are busy with)
qs = Session.objects.filter(end_time__isnull=True)
working = {me:[E.b(six.text_type(_("You are busy with ")))]}
if qs.count() == 0:
return
for ses in qs:
if ses.user not in working:
working[ses.user] = [ar.obj2html(ses.user),
gettext(" is working on: ")]
txt = six.text_type(ses.ticket)
working[ses.user].append(
ar.obj2html(ses.ticket, txt, title=getattr(ses.ticket,'summary',"") or
getattr(ses.ticket,'name',"")))
if ses.user == me:
working[ses.user] += [
' (',
ar.instance_action_button(
ses.end_session, EndTicketSession.label),
')']
working[ses.user].append(', ')
if len(working[me]) > 1:
working[me][-1] = working[me][-1].replace(", ", ".")
result = E.p(*working.pop(me))
else:
result = E.p()
working.pop(me)
for u, s in working.items():
if len(result):
result.append(E.br())
s[-1] = s[-1].replace(", ", ".")
result.append(E.span(*s))
yield result
def get_table_summary(self, obj, ar):
"""The :meth:`summary view <lino.core.actors.Actor.get_table_summary>`
for :class:`LinksByHuman`.
"""
if obj is None:
return ''
# if obj.pk is None:
# return ''
# raise Exception("20150218")
sar = self.request_from(ar, master_instance=obj)
links = []
for lnk in sar:
if lnk.parent is None or lnk.child is None:
pass
else:
if lnk.child_id == obj.id:
i = (lnk.type.as_child(obj), lnk.parent)
else:
i = (lnk.type.as_parent(obj), lnk.child)
links.append(i)
try:
links.sort(key=lambda a: a[1].birth_date.as_date(), reverse=True)
# except AttributeError:
except (AttributeError, ValueError):
# AttributeError: 'str' object has no attribute 'as_date'
# possible when empty birth_date
# ValueError: day is out of range for month
pass
items = []
for type, other in links:
items.append(
E.li(str(type), gettext(" of "),
obj.format_family_member(ar, other), " (%s)" % other.age))
elems = []
if len(items) > 0:
elems += [gettext("%s is") % obj.first_name]
elems.append(E.ul(*items))
else:
elems.append(gettext("No relationships."))
# Buttons for creating relationships:
if self.insert_action is not None:
sar = self.insert_action.request_from(ar)
if sar.get_permission():
actions = []
for lt in self.addable_link_types:
sar.known_values.update(type=lt, parent=obj)
sar.known_values.pop('child', None)
#sar = ar.spawn(self, known_values=dict(type=lt, parent=obj))
btn = sar.ar2button(None,
lt.as_parent(obj),
icon_name=None)
actions.append(btn)
if not lt.symmetric:
actions.append('/')
sar.known_values.update(type=lt, child=obj)
sar.known_values.pop('parent', None)
btn = sar.ar2button(None,
lt.as_child(obj),
icon_name=None)
actions.append(btn)
actions.append(' ')
if len(actions) > 0:
elems += [E.br(),
gettext("Create relationship as ")] + actions
return E.div(*elems)
def get_change_info(self, ar, cw):
yield E.p(
gettext("Subject"), ': ', self.subject,
E.br(), gettext("Client"), ': ', ar.obj2memo(self.project))
def get_change_info(self, ar, cw):
yield E.p(
gettext("Subject"), ': ', self.subject,
E.br(), gettext("Client"), ': ', ar.obj2memo(self.project))
def __str__(self):
if self.build_time:
return str(naturaltime(self.build_time))
# return _("%(owner)s (printed %(time)s)") % dict(
# owner=self.owner, time=naturaltime(self.build_time))
return gettext("Unprinted %s #%s") % (self._meta.verbose_name, self.pk)
def get_table_summary(self, obj, ar):
"""The :meth:`summary view <lino.core.actors.Actor.get_table_summary>`
for :class:`LinksByHuman`.
"""
if obj is None:
return ''
# if obj.pk is None:
# return ''
# raise Exception("20150218")
sar = self.request_from(ar, master_instance=obj)
links = []
for lnk in sar:
if lnk.parent is None or lnk.child is None:
pass
else:
if lnk.child_id == obj.id:
i = (lnk.type.as_child(obj), lnk.parent)
else:
i = (lnk.type.as_parent(obj), lnk.child)
links.append(i)
try:
links.sort(
key=lambda a: a[1].birth_date.as_date(), reverse=True)
# except AttributeError:
except (AttributeError, ValueError):
# AttributeError: 'str' object has no attribute 'as_date'
# possible when empty birth_date
# ValueError: day is out of range for month
pass
items = []
for type, other in links:
items.append(E.li(
str(type), gettext(" of "),
obj.format_family_member(ar, other),
" (%s)" % other.age
))
elems = []
if len(items) > 0:
elems += [gettext("%s is") % obj.first_name]
elems.append(E.ul(*items))
else:
elems.append(gettext("No relationships."))
# Buttons for creating relationships:
if self.insert_action is not None:
sar = self.insert_action.request_from(ar)
if sar.get_permission():
actions = []
for lt in self.addable_link_types:
sar.known_values.update(type=lt, parent=obj)
sar.known_values.pop('child', None)
#sar = ar.spawn(self, known_values=dict(type=lt, parent=obj))
btn = sar.ar2button(None, lt.as_parent(obj), icon_name=None)
actions.append(btn)
if not lt.symmetric:
actions.append('/')
sar.known_values.update(type=lt, child=obj)
sar.known_values.pop('parent', None)
btn = sar.ar2button(None, lt.as_child(obj), icon_name=None)
actions.append(btn)
actions.append(' ')
if len(actions) > 0:
elems += [E.br(), gettext("Create relationship as ")] + actions
return E.div(*elems)
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")
