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 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 about_html(cls):
body = []
body.append(settings.SITE.welcome_html())
if settings.SITE.languages:
body.append(
E.p(
str(_("Languages")) + ": " + ', '.join(
[lng.django_code for lng in settings.SITE.languages])))
# print "20121112 startup_time", settings.SITE.startup_time.date()
# showing startup time here makes no sense as this is a constant text
# body.append(E.p(
# gettext("Server uptime"), ' : ',
# E.b(dtfmt(settings.SITE.startup_time)),
# ' ({})'.format(settings.TIME_ZONE)))
if settings.SITE.is_demo_site:
body.append(E.p(gettext(_("This is a Lino demo site."))))
if settings.SITE.the_demo_date:
s = _("We are running with simulated date set to {0}.").format(
dd.fdf(settings.SITE.the_demo_date))
body.append(E.p(s))
body.append(E.p(str(_("Source timestamps:"))))
items = []
times = []
packages = set(['django'])
items.append(
E.li(gettext("Server timestamp"), ' : ',
E.b(dtfmt(settings.SITE.kernel.code_mtime))))
for p in settings.SITE.installed_plugins:
packages.add(p.app_name.split('.')[0])
for src in packages:
label = src
value = codetime('%s.*' % src)
if value is not None:
times.append((label, value))
times.sort(key=lambda x: x[1])
for label, value in times:
items.append(E.li(str(label), ' : ', E.b(dtfmt(value))))
body.append(E.ul(*items))
body.append(
E.p("{} : {}".format(
_("Complexity factors"),
', '.join(analyzer.get_complexity_factors(dd.today())))))
return rt.html_text(E.div(*body))
def get_table_summary(self, obj, ar):
if ar is None:
return ''
elems = []
# Button for starting a session from ticket
sar = obj.start_session.request_from(ar)
# if ar.renderer.is_interactive and sar.get_permission():
# if sar.get_permission():
# btn = sar.ar2button(obj)
# elems += [E.p(btn)]
# Active sessions:
active_sessions = []
session_summaries = E.ul()
qs = rt.models.working.Session.objects.filter(ticket=obj)
tot = Duration()
for ses in qs:
d = ses.get_duration()
if d is not None:
tot += d
if ses.end_time is None:
txt = "{0} since {1}".format(ses.user, ses.start_time)
lnk = ar.obj2html(ses, txt)
sar = ses.end_session.request_from(ar)
if sar.get_permission():
lnk = E.span(lnk, " ", sar.ar2button(ses))
active_sessions.append(lnk)
if ses.summary:
session_summaries.insert(0,
E.li(
"%s %s: %s"%(ses.user,
naturaltime(datetime.combine(
ses.start_date, ses.start_time))
,ses.summary)
)
)
# elems.append(E.p(_("Total {0} hours.").format(tot)))
elems.append(E.p(_("Total %s hours.") % tot))
if len(active_sessions) > 0:
elems.append(E.p(
ensureUtf(_("Active sessions")), ": ",
*join_elems(active_sessions, ', ')))
if len(session_summaries) > 0:
elems.append(session_summaries)
return ar.html_text(E.div(*elems))
def about_html(cls):
body = []
body.append(settings.SITE.welcome_html())
if settings.SITE.languages:
body.append(
E.p(
str(_("Languages")) + ": " + ', '.join(
[lng.django_code for lng in settings.SITE.languages])))
# print "20121112 startup_time", settings.SITE.startup_time.date()
def dtfmt(dt):
if isinstance(dt, float):
dt = datetime.datetime.fromtimestamp(dt)
# raise ValueError("Expected float, go %r" % dt)
return str(_("%(date)s at %(time)s")) % dict(
date=dd.fds(dt.date()), time=settings.SITE.strftime(dt.time()))
value = settings.SITE.startup_time
label = _("Server uptime")
body.append(
E.p(str(label), ' : ', E.b(dtfmt(value)),
' ({})'.format(settings.TIME_ZONE)))
if settings.SITE.is_demo_site:
s = str(_("This is a Lino demo site."))
body.append(E.p(s))
if settings.SITE.the_demo_date:
s = _("We are running with simulated date set to {0}.").format(
dd.fdf(settings.SITE.the_demo_date))
body.append(E.p(s))
body.append(E.p(str(_("Source timestamps:"))))
items = []
times = []
packages = set(['lino', 'django', 'atelier'])
for p in settings.SITE.installed_plugins:
packages.add(p.app_name.split('.')[0])
for src in packages:
label = src
value = codetime('%s.*' % src)
if value is not None:
times.append((label, value))
times.sort(key=lambda x: x[1])
for label, value in times:
items.append(E.li(str(label), ' : ', E.b(dtfmt(value))))
body.append(E.ul(*items))
return rt.html_text(E.div(*body))
def about_html(cls):
body = []
body.append(settings.SITE.welcome_html())
if settings.SITE.languages:
body.append(E.p(str(_("Languages")) + ": " + ', '.join([
lng.django_code for lng in settings.SITE.languages])))
# print "20121112 startup_time", settings.SITE.startup_time.date()
def dtfmt(dt):
if isinstance(dt, float):
dt = datetime.datetime.fromtimestamp(dt)
# raise ValueError("Expected float, go %r" % dt)
return str(_("%(date)s at %(time)s")) % dict(
date=dd.fds(dt.date()),
time=settings.SITE.strftime(dt.time()))
value = settings.SITE.startup_time
label = _("Server uptime")
body.append(E.p(
str(label), ' : ', E.b(dtfmt(value)),
' ({})'.format(settings.TIME_ZONE)))
if settings.SITE.is_demo_site:
s = str(_("This is a Lino demo site."))
body.append(E.p(s))
if settings.SITE.the_demo_date:
s = _("We are running with simulated date set to {0}.").format(
dd.fdf(settings.SITE.the_demo_date))
body.append(E.p(s))
body.append(E.p(str(_("Source timestamps:"))))
items = []
times = []
packages = set(['lino', 'django', 'atelier'])
for p in settings.SITE.installed_plugins:
packages.add(p.app_name.split('.')[0])
for src in packages:
label = src
value = codetime('%s.*' % src)
if value is not None:
times.append((label, value))
times.sort(key=lambda x: x[1])
for label, value in times:
items.append(E.li(str(label), ' : ', E.b(dtfmt(value))))
body.append(E.ul(*items))
return rt.html_text(E.div(*body))
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 get_table_summary(self, obj, ar):
if ar is None:
return ''
elems = []
# Button for starting a session from ticket
sar = obj.start_session.request_from(ar)
# if ar.renderer.is_interactive and sar.get_permission():
# if sar.get_permission():
# btn = sar.ar2button(obj)
# elems += [E.p(btn)]
# Active sessions:
active_sessions = []
session_summaries = E.ul()
qs = rt.models.working.Session.objects.filter(ticket=obj)
tot = Duration()
for ses in qs:
d = ses.get_duration()
if d is not None:
tot += d
if ses.end_time is None:
txt = "{0} since {1}".format(ses.user, ses.start_time)
lnk = ar.obj2html(ses, txt)
sar = ses.end_session.request_from(ar)
if sar.get_permission():
lnk = E.span(lnk, " ", sar.ar2button(ses))
active_sessions.append(lnk)
if ses.summary:
session_summaries.insert(
0,
E.li("%s %s: %s" %
(ses.user,
naturaltime(
datetime.combine(ses.start_date,
ses.start_time)), ses.summary)))
# elems.append(E.p(_("Total {0} hours.").format(tot)))
elems.append(E.p(_("Total %s hours.") % tot))
if len(active_sessions) > 0:
elems.append(
E.p(ensureUtf(_("Active sessions")), ": ",
*join_elems(active_sessions, ', ')))
if len(session_summaries) > 0:
elems.append(session_summaries)
return ar.html_text(E.div(*elems))
def get_table_summary(self, mi, ar):
if ar is None:
return ''
sar = self.request_from(ar, master_instance=mi)
def fmt(obj):
return str(obj)
elems = []
for obj in sar:
# if len(elems) > 0:
# elems.append(', ')
lbl = fmt(obj)
# if obj.state.button_text:
# lbl = "{0}{1}".format(lbl, obj.state.button_text)
elems.append(ar.obj2html(obj, lbl))
elems = join_elems(elems, sep=', ')
toolbar = []
ar2 = self.insert_action.request_from(sar)
if ar2.get_permission():
btn = ar2.ar2button()
toolbar.append(btn)
if len(toolbar):
toolbar = join_elems(toolbar, sep=' ')
elems.append(E.p(*toolbar))
return ar.html_text(E.div(*elems))
def build_confirmation_message(self):
self.analyze()
items = []
def collect_summary(prefix, fk_qs):
parts = []
for fld, qs in fk_qs:
if qs.count() > 0:
parts.append(
"%d %s" % (
qs.count(), str(
fld.model._meta.verbose_name_plural)))
if len(parts) != 0:
items.append(E.li(', '.join(parts), ' ', E.b(prefix)))
collect_summary(ugettext("will be deleted."), self.volatiles)
collect_summary(ugettext("will get reassigned."),
self.related + self.generic_related)
items.append(E.li(ugettext("%s will be deleted") % self.obj))
msg = ugettext("Are you sure you want to merge "
"%(this)s into %(merge_to)s?") % dict(
this=self.obj, merge_to=self.merge_to)
if len(items) != 0:
return rt.html_text(E.div(E.p(msg), E.ul(*items)))
return msg
def get_table_summary(cls, obj, ar, max_num=10, **context):
context = ar.get_printable_context(**context)
qs = rt.models.blogs.Entry.objects.filter(pub_date__isnull=False)
qs = qs.order_by("-pub_date")
render = dd.plugins.jinja.render_jinja
elems = []
for num, e in enumerate(qs):
if num >= max_num:
break
context.update(obj=e)
# s = render(ar, 'blogs/entry.html', context)
elems.append(E.h2(e.title or str(e), " ", e.obj2href(
ar, u"⏏", **{'style': "text-decoration:none"})))
# s = ar.parse_memo(e.short_preview)
s = e.short_preview
tree = etree.parse(StringIO(s), html_parser)
# elems.extend(tree.iter())
# elems.append(tree.iter().next())
elems.append(tree.getroot())
elems.append(E.p(
_("{} by {}").format(dd.fdf(e.pub_date), e.user)))
# elems.append(E.p(
# _("{} by {}").format(dd.fdf(e.pub_date), e.user),
# " ", e.obj2href(ar, "(edit)")))
return E.div(*elems)
def func(fld, week, ar):
pv = ar.param_values
if pv is None:
return
qs = Event.objects.all()
qs = Event.calendar_param_filter(qs, pv)
offset = int(ar.rqdata.get('mk', 0)
or 0) if ar.rqdata else ar.master_instance.pk
today = dd.today()
current_date = dd.today(offset)
target_day = week[int(pc.value) - 1]
qs = qs.filter(start_date=target_day)
qs = qs.order_by('start_time')
chunks = [
E.p(e.obj2href(ar, e.colored_calendar_fmt(pv))) for e in qs
]
pk = date2pk(target_day)
daily, weekly, monthly = make_link_funcs(ar)
daily_link = daily(Day(pk), str(target_day.day))
if target_day == today:
daily_link = E.b(daily_link)
header_items = [daily_link]
header_items = gen_insert_button(cls, header_items, Event, ar,
target_day)
header = E.div(*header_items, align="center", CLASS="header")
return E.table(
E.tr(E.td(*[header, E.div(*join_elems(chunks))])),
CLASS="fixed-table cal-month-cell {} {} {}".format(
"current-month" if current_date.month
== target_day.month else "other-month",
"current-day" if target_day == today else "",
"cal-in-past" if target_day < today else ""))
def print_actions(self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.instance_action_button(self.print_presence_sheet))
elems.append(ar.instance_action_button(self.print_presence_sheet_html))
return E.p(*join_elems(elems, sep=", "))
def get_report(ar, today=None, weeksback=1, weeksforth=0, datefmt=dd.fds):
if not ar.user.user_type.has_required_roles([SiteUser]):
return E.p()
if today is None:
today = dd.today()
start_date = today - ONE_DAY * today.weekday() - weeksback * SEVEN_DAYS
numweeks = weeksback + weeksforth + 1
days = dict()
cd = start_date
numdays = numweeks * 7
for i in range(numdays):
days[cd] = []
cd += ONE_DAY
end_date = cd
for r in REPORTERS:
r(days, ar, start_date, end_date)
headers = [E.th(Weekdays.choices[i][1], **ar.cellattrs) for i in range(7)]
rows = [E.tr(*headers)]
cd = start_date
for week in range(numweeks):
week = []
for weekday in range(7):
chunks = days[cd]
chunks.insert(0, datefmt(cd))
week.append(E.td(*chunks, **ar.cellattrs))
cd += ONE_DAY
rows.append(E.tr(*week))
# print 20150420, rows
return E.table(*rows, **ar.tableattrs)
def print_actions(self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.instance_action_button(
self.write_xml))
return E.p(*join_elems(elems, sep=", "))
def contact_details(self, ar):
if ar is None:
return ''
sar = rt.models.phones.ContactDetailsByPartner.request(parent=ar, master_instance=self)
items = [o.detail_type.as_html(o, sar)
for o in sar if not o.end_date]
return E.p(*join_elems(items, sep=', '))
def get_table_summary(self, obj, ar):
sar = self.request_from(ar, master_instance=obj)
items = [o.detail_type.as_html(o, sar) for o in sar if not o.end_date]
html = []
if len(items) == 0:
html += _("No contact details")
else:
html += join_elems(items, sep=', ')
ins = self.insert_action.request_from(sar)
if ins.get_permission():
# kw = dict(label=u"⊕") # 2295 circled plus
# kw.update(icon_name=None)
# # kw.update(
# # style="text-decoration:none; font-size:120%;")
# btn = ins.ar2button(**kw)
btn = ins.ar2button()
# if len(items) > 0:
# html.append(E.br())
html.append(' ')
html.append(btn)
if True:
html.append(' ')
html.append(sar.as_button(icon_name="wrench")) # GEAR
# html.append(sar.as_button(u"⚙")) # GEAR
# html.append(sar.as_button(
# u"⚙", style="text-decoration:none; font-size:140%;")) # GEAR
else:
html.append(E.br())
html.append(sar.as_button(_("Manage contact details")))
return E.p(*html)
def suppliers(self, ar):
"""Displays a list of candidate suppliers.
This means: all suppliers who have at least one of the
skills required by this object.
"""
if ar is None:
return ''
if not isinstance(self, dd.plugins.skills.demander_model):
return ''
Offer = rt.models.skills.Competence
Demand = rt.models.skills.Demand
skills = set()
for dem in Demand.objects.filter(demander=self):
skills.add(dem.skill)
# skills |= set(dem.skill.get_parental_line())
elems = []
for spl in Offer.objects.filter(faculty__in=skills):
if spl.end_user is not None:
elems.append(spl.end_user.obj2href(ar))
elems = join_elems(elems, ', ')
return E.p(*elems)
def print_actions(self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.instance_action_button(
self.write_xml))
return E.p(*join_elems(elems, sep=", "))
def get_change_body(self, ar, cw):
ctx = dict(user=ar.user, what=ar.obj2memo(self))
if cw is None:
elems = [E.p(_("{user} created {what}").format(**ctx), ".")]
elems += list(self.get_change_info(ar, cw))
else:
items = list(cw.get_updates_html(["_user_cache"]))
if len(items) == 0:
return
elems = []
elems += list(self.get_change_info(ar, cw))
elems.append(
E.p(_("{user} modified {what}").format(**ctx), ":"))
elems.append(E.ul(*items))
# print("20170210 {}".format(tostring(E.div(*elems))))
return tostring(E.div(*elems))
def suppliers(self, ar):
"""Displays a list of candidate suppliers.
This means: all suppliers who have at least one of the
skills required by this object.
"""
if ar is None:
return ''
if not isinstance(self, dd.plugins.skills.demander_model):
return ''
Offer = rt.models.skills.Competence
Demand = rt.models.skills.Demand
skills = set()
for dem in Demand.objects.filter(demander=self):
skills.add(dem.skill)
# skills |= set(dem.skill.get_parental_line())
elems = []
for spl in Offer.objects.filter(faculty__in=skills):
if spl.end_user is not None:
elems.append(spl.end_user.obj2href(ar))
elems = join_elems(elems, ', ')
return E.p(*elems)
def func(fld, obj, ar):
# obj is the first day of the week to show
# pv = ar.param_values
today = dd.today()
# if pv is None:
# return
qs = cls.get_calendar_entries(ar, None)
# qs = Event.objects.all()
# qs = Event.calendar_param_filter(qs, pv)
mi = ar.master_instance
if mi is None:
return
target_day = cls.get_row_by_pk(ar, obj.pk + int(wd.value) - 1)
current_month = mi.date.month
nav = mi.planner
# offset = ar.master_instance.pk
# offset = int(ar.rqdata.get('mk', 0) or 0) if ar.rqdata else ar.master_instance.pk
# current_date = dd.today(offset)
# pk = offset + int(wd.value) - 1
# target_day = cls.get_row_by_pk(ar, pk)
# if target_day is None:
# return
# target_day = week[int(wd.value)-1]
qs = qs.filter(start_date=target_day.date)
qs = qs.order_by('start_time')
chunks = [
E.p(e.obj2href(ar, cls.get_calview_div(e, ar))) for e in qs
]
# pk = date2pk(target_day)
# nav.daily_view
# sar = ar.spawn_request(actor=actor, param_values=ar.param_values)
# rnd = settings.SITE.kernel.default_renderer
# def func(day, text):
# # day.navigation_mode = actor.navigation_mode
# return rnd.ar2button(sar, day, text, style="", icon_name=None, title=str(day))
#
daily = nav.daily_button_func(ar)
daily_link = daily(target_day, str(target_day.date.day))
if target_day.date == today:
daily_link = E.b(daily_link)
# header_items = [daily_link]
# header_items = Event.gen_insert_button(cls, header_items, ar, target_day)
header_items = [daily_link]
btn = ar.gen_insert_button(Events, start_date=target_day.date)
if btn:
header_items.append(btn)
header = E.div(*header_items, align="center", CLASS="header")
return E.table(
E.tr(E.td(*[header, E.div(*join_elems(chunks))])),
CLASS="fixed-table cal-month-cell {} {} {}".format(
"current-month" if current_month == target_day.date.month
else "other-month",
"current-day" if target_day.date == today else "",
"cal-in-past" if target_day.date < today else ""))
def func(fld, obj, ar):
# obj is a DailyPlannerRow instance
mi = ar.master_instance
if mi is None: # e.g. when using DailySlave from dashboard.
mi = cls.calendar_view.get_row_by_pk(ar, 0)
qs = cls.get_calendar_entries(ar, obj)
qs = qs.filter(event_type__planner_column=pc)
qs = qs.filter(start_date=mi.date)
# pv = ar.param_values
# qs = Event.calendar_param_filter(qs, pv)
# current_day = pv.get('date', dd.today())
# if current_day:
# qs = qs.filter(start_date=current_day)
# if obj is cls.model.HEADER_ROW:
# qs = qs.filter(start_time__isnull=True)
# else:
# get_plannable_entries
# if obj.start_time:
# qs = qs.filter(start_time__gte=obj.start_time,
# start_time__isnull=False)
# if obj.end_time:
# qs = qs.filter(start_time__lt=obj.end_time,
# start_time__isnull=False)
qs = qs.order_by('start_time')
chunks = [e.obj2href(ar, cls.get_calview_div(e, ar)) for e in qs]
return E.p(*join_elems(chunks))
def get_table_summary(self, mi, ar):
if ar is None:
return ''
sar = self.request_from(ar, master_instance=mi)
def fmt(obj):
return str(obj)
elems = []
for obj in sar:
# if len(elems) > 0:
# elems.append(', ')
lbl = fmt(obj)
# if obj.state.button_text:
# lbl = "{0}{1}".format(lbl, obj.state.button_text)
elems.append(ar.obj2html(obj, lbl))
elems = join_elems(elems, sep=', ')
toolbar = []
ar2 = self.insert_action.request_from(sar)
if ar2.get_permission():
btn = ar2.ar2button()
toolbar.append(btn)
if len(toolbar):
toolbar = join_elems(toolbar, sep=' ')
elems.append(E.p(*toolbar))
return ar.html_text(E.div(*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 what(self, obj, ar):
chunks = []
if obj.name:
chunks += [E.b(str(obj)), E.br()]
chunks += sepjoin(obj.features.all())
#~ if obj.url:
#~ chunks += [E.br(),E.a(_("More"),href=obj.url)]
return E.p(*chunks)
def print_actions(self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.instance_action_button(self.print_labels))
elems.append(ar.instance_action_button(self.print_members))
elems.append(ar.instance_action_button(self.print_members_html))
return E.p(*join_elems(elems, sep=", "))
def partners(self, ar):
if ar is None:
return ''
elems = []
qs = rt.models.sepa.Account.objects.filter(iban=self.iban)
for obj in qs:
elems.append(ar.obj2html(obj.partner))
return E.p(*join_elems(elems, ', '))
def get_change_body(self, ar, cw):
ctx = dict(user=ar.user, what=ar.obj2memo(self))
if cw is None:
elems = [E.p(
_("{user} created {what}").format(**ctx), ".")]
elems += list(self.get_change_info(ar, cw))
else:
items = list(cw.get_updates_html(["_user_cache"]))
if len(items) == 0:
return
elems = []
elems += list(self.get_change_info(ar, cw))
elems.append(E.p(
_("{user} modified {what}").format(**ctx), ":"))
elems.append(E.ul(*items))
# print("20170210 {}".format(tostring(E.div(*elems))))
return tostring(E.div(*elems))
def what(self, obj, ar):
chunks = []
if obj.name:
chunks += [E.b(str(obj)), E.br()]
chunks += sepjoin(obj.features.all())
#~ if obj.url:
#~ chunks += [E.br(),E.a(_("More"),href=obj.url)]
return E.p(*chunks)
def print_actions(self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.instance_action_button(
self.print_presence_sheet))
elems.append(ar.instance_action_button(
self.print_presence_sheet_html))
return E.p(*join_elems(elems, sep=", "))
def body_subject_to_elems(ar, title, description):
if description:
elems = [E.p(E.b(title), E.br())]
elems += rich_text_to_elems(ar, description)
else:
elems = [E.b(title)]
# return E.span(self.title)
return elems
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 description(cls, self, ar):
# raise Exception("20191003")
if ar is None:
return ''
elems = []
elems.append(ar.obj2html(self.account))
voucher = self.voucher.get_mti_leaf()
if voucher is not None:
elems.extend(voucher.get_movement_description(self, ar))
return E.p(*join_elems(elems, " / "))
def description(cls, self, ar):
if ar is None:
return ''
elems = []
voucher = self.voucher.get_mti_leaf()
if voucher is not None:
elems.extend(voucher.get_movement_description(self, ar))
if self.project:
elems.append(ar.obj2html(self.project))
return E.p(*join_elems(elems, " / "))
def get_table_summary(self, obj, ar):
chunks = []
for other in ar.spawn(self, master_instance=obj):
chunks.append(ar.obj2html(other))
if len(chunks):
s = getattr(obj, obj.dupable_words_field)
words = ', '.join(obj.get_dupable_words(s))
chunks.append(_("Phonetic words: {0}").format(words))
return E.p(*join_elems(chunks))
return ''
def get_table_summary(self, obj, ar):
chunks = []
for other in ar.spawn(self, master_instance=obj):
chunks.append(ar.obj2html(other))
if len(chunks):
s = getattr(obj, obj.dupable_words_field)
words = ', '.join(obj.get_dupable_words(s))
chunks.append(_("Phonetic words: {0}").format(words))
return E.p(*join_elems(chunks))
return ''
def pupil_info(self, ar):
txt = self.pupil.get_full_name(nominative=True)
if ar is None:
elems = [txt]
else:
elems = [ar.obj2html(self.pupil, txt)]
elems += [', ']
elems += join_elems(list(self.pupil.address_location_lines()),
sep=', ')
return E.p(*elems)
def get(self, request, app_label=None, actor=None, pk=None):
ar = action_request(app_label, actor, request, request.GET, False)
ar.renderer = settings.SITE.plugins.bootstrap3.renderer
navigator = None
if pk and pk != '-99999' and pk != '-99998':
elem = ar.get_row_by_pk(pk)
if elem is None:
raise http.Http404("%s has no row with primary key %r" %
(ar.actor, pk))
#~ raise Exception("20120327 %s.get_row_by_pk(%r)" % (rpt,pk))
if ar.actor.show_detail_navigator:
ni = navinfo(ar.data_iterator, elem)
if ni:
# m = elem.__class__
buttons = []
#~ buttons.append( ('*',_("Home"), '/' ))
buttons.append(
('<<', _("First page"), ar.pk2url(ni['first'])))
buttons.append(
('<', _("Previous page"), ar.pk2url(ni['prev'])))
buttons.append(
('>', _("Next page"), ar.pk2url(ni['next'])))
buttons.append(
('>>', _("Last page"), ar.pk2url(ni['last'])))
navigator = buttons2pager(buttons)
else:
navigator = E.p("No navinfo")
else:
elem = None
main = layout2html(ar, elem)
# The `method="html"` argument isn't available in Python 2.6,
# only 2.7. It is useful to avoid side effects in case of
# empty elements: the default method (xml) writes an empty
# E.div() as "<div/>" while in HTML5 it must be "<div></div>"
# (and the ending / is ignored).
#~ return tostring(main, method="html")
#~ return tostring(main)
# return main
context = dict(
title=ar.get_action_title(),
obj=elem,
form=main,
navigator=navigator,
)
#~ template = web.jinja_env.get_template('detail.html')
context.update(ar=ar)
return http_response(ar, ar.actor.detail_html_template, context)
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 get(self, request, app_label=None, actor=None, pk=None):
ar = action_request(app_label, actor, request, request.GET, False)
ar.renderer = settings.SITE.plugins.bootstrap3.renderer
navigator = None
if pk and pk != '-99999' and pk != '-99998':
elem = ar.get_row_by_pk(pk)
if elem is None:
raise http.Http404("%s has no row with primary key %r" %
(ar.actor, pk))
#~ raise Exception("20120327 %s.get_row_by_pk(%r)" % (rpt,pk))
if ar.actor.show_detail_navigator:
ni = navinfo(ar.data_iterator, elem)
if ni:
# m = elem.__class__
buttons = []
#~ buttons.append( ('*',_("Home"), '/' ))
buttons.append(
('<<', _("First page"), ar.pk2url(ni['first'])))
buttons.append(
('<', _("Previous page"), ar.pk2url(ni['prev'])))
buttons.append(
('>', _("Next page"), ar.pk2url(ni['next'])))
buttons.append(
('>>', _("Last page"), ar.pk2url(ni['last'])))
navigator = buttons2pager(buttons)
else:
navigator = E.p("No navinfo")
else:
elem = None
main = layout2html(ar, elem)
# The `method="html"` argument isn't available in Python 2.6,
# only 2.7. It is useful to avoid side effects in case of
# empty elements: the default method (xml) writes an empty
# E.div() as "<div/>" while in HTML5 it must be "<div></div>"
# (and the ending / is ignored).
#~ return tostring(main, method="html")
#~ return tostring(main)
# return main
context = dict(
title=ar.get_action_title(),
obj=elem,
form=main,
navigator=navigator,
)
#~ template = web.jinja_env.get_template('detail.html')
context.update(ar=ar)
return http_response(ar, ar.actor.detail_html_template, context)
def get_table_summary(cls, obj, ar):
sar = cls.request_from(ar, master_instance=obj, is_on_main_actor=False)
elems = []
if cls.insert_action is not None and isinstance(obj, cls.model):
ir = cls.insert_action.request_from(sar)
# print(20170217, sar)
# sar.known_values = dict(
# reply_to=comment, **gfk2lookup(
# comment.__class__.owner, comment.owner))
# if ar.get_user().is_authenticated:
if ir.get_permission():
# ir.known_values.update(emotion=emo)
ir.known_values.update(reply_to=obj)
# **gfk2lookup(obj.__class__.owner, obj.owner)
ir.clear_cached_status()
btn = ir.ar2button(None, _(" Reply "), icon_name=None)
# btn.set("style", "padding-left:10px")
elems += [" [", btn, "]"]
# if ir.get_permission():
# chunks = [gettext("Write new comment:"), " "]
# for i, emo in enumerate(Emotions.get_list_items()):
# if i:
# chunks.append(" | ")
# ir.known_values.update(emotion=emo)
# ir.clear_cached_status()
# chunks.append(ir.ar2button(
# None, emo.button_text or emo.text, icon_name=None,
# title=str(emo.text)))
# elems.append(E.p(*chunks))
n = 0
for com in sar.data_iterator:
n += 1
if n > cls.preview_limit:
elems.append(E.p("..."))
break
elems.append(E.p(*cls.summary_row(sar, com)))
return E.div(*elems)
def print_actions(self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.instance_action_button(
self.print_labels))
elems.append(ar.instance_action_button(
self.print_members))
elems.append(ar.instance_action_button(
self.print_members_html))
return E.p(*join_elems(elems, sep=", "))
def pupil_info(self, ar):
txt = self.pupil.get_full_name(nominative=True)
if ar is None:
elems = [txt]
else:
elems = [ar.obj2html(self.pupil, txt)]
elems += [', ']
elems += join_elems(
list(self.pupil.address_location_lines()),
sep=', ')
return E.p(*elems)
def move_buttons(obj, ar):
if ar is None:
return ''
actor = ar.actor
l = []
state = None # TODO: support a possible state?
for n in obj.move_action_names:
ba = actor.get_action_by_name(n)
if ba.get_row_permission(ar, obj, state):
l.append(ar.renderer.action_button(obj, ar, ba))
l.append(' ')
return E.p(*l)
def get_overview_elems(self, ar):
elems = super(Client, self).get_overview_elems(ar)
# elems.append(E.br())
elems.append(ar.get_data_value(self, 'eid_info'))
notes = []
for obj in rt.models.cal.Task.objects.filter(
project=self, state=TaskStates.important):
notes.append(E.b(ar.obj2html(obj, obj.summary)))
if len(notes):
notes = join_elems(notes, " / ")
elems.append(E.p(*notes, **{'class': "lino-info-yellow"}))
return elems
def move_buttons(obj, ar):
if ar is None:
return ''
actor = ar.actor
l = []
state = None # TODO: support a possible state?
for n in obj.move_action_names:
ba = actor.get_action_by_name(n)
if ba.get_row_permission(ar, obj, state):
l.append(ar.renderer.action_button(obj, ar, ba))
l.append(' ')
return E.p(*l)
def get_overview_elems(self, ar):
# elems = super(AddressOwner, self).get_overview_elems(ar)
elems = []
# e.g. in amici a company inherits from AddressOwner but
# is not a partner_model because there we want multiple
# addresses only for persons, not for companies.
if isinstance(self, dd.plugins.addresses.partner_model):
sar = ar.spawn('addresses.AddressesByPartner',
master_instance=self)
# btn = sar.as_button(_("Manage addresses"), icon_name="wrench")
btn = sar.as_button(_("Manage addresses"))
# elems.append(E.p(btn, align="right"))
elems.append(E.p(btn))
return elems
def get_calendar_summary(cls, obj, ar):
# print("20181121 get_calendar_summary", cls)
# note that objects can be either Event or Guest. if the view
# is called for Guest, we waht to display the guest states
# (not the event states). But when user clicks on a date they
# want to show the event even when we are calling from Guest.
if ar is None or obj is None:
return ''
state_coll = {}
cal = CalendarRenderer(cls.model)
# sar = ar.spawn(parent=ar, master_instance=obj)
# sar = ar.actor.request(parent=ar, master_instance=obj)
sar = cls.request_from(ar, master_instance=obj)
# sar = cls.request(parent=ar, master_instance=obj)
# print("20181121 {}".format(ar.actor))
# print("20181121 {}".format(cls.get_filter_kw(sar)))
# print("20181121 {}".format(len(list(sar))))
for obj in sar:
if obj.state in state_coll:
state_coll[obj.state] += 1
else:
state_coll[obj.state] = 1
cal.collect(obj)
elems = [cal.to_html(ar)]
# choicelist = EntryStates
choicelist = cls.workflow_state_field.choicelist
ul = []
for st in choicelist.get_list_items():
ul.append(_("{} : {}").format(st, state_coll.get(st, 0)))
toolbar = []
toolbar += join_elems(ul, sep=', ')
# elems = join_elems(ul, sep=E.br)
if isinstance(obj, rt.models.cal.EventGenerator):
ar1 = obj.do_update_events.request_from(sar)
if ar1.get_permission():
btn = ar1.ar2button(obj)
toolbar.append(btn)
ar2 = cls.insert_action.request_from(sar)
if ar2.get_permission():
btn = ar2.ar2button()
toolbar.append(btn)
if len(toolbar):
toolbar = join_elems(toolbar, sep=' ')
elems.append(E.p(*toolbar))
return ar.html_text(E.div(*elems))
def description(cls, self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.obj2html(self.account))
voucher = self.voucher.get_mti_leaf()
if voucher is not None:
if voucher.narration:
elems.append(voucher.narration)
p = voucher.get_partner()
if p is not None:
elems.append(ar.obj2html(p))
if self.partner and self.partner != p:
elems.append(ar.obj2html(self.partner))
return E.p(*join_elems(elems, " / "))
def body_subject_to_elems(ar, title, description):
"""
Convert the given `title` and `description` to a list of HTML
elements.
Used by :mod:`lino.modlib.notify` and by :mod:`lino_xl.lib.sales`
"""
if description:
elems = [E.p(E.b(title), E.br())]
elems += rich_text_to_elems(ar, description)
else:
elems = [E.b(title)]
# return E.span(self.title)
return elems
def get_table_summary(self, obj, ar):
"""Implements :meth:`summary view
<lino.core.actors.Actor.get_table_summary>`.
"""
sar = self.request_from(ar, master_instance=obj)
# tags = [str(c.topic) for c in sar]
tags = [six.text_type(c.topic) for c in sar]
# tags = [c.obj2href(ar) for c in sar]
# chunks = join_elems(tags, sep=', ')
# iar = self.insert_action.request_from(sar)
# if iar.get_permission():
# chunks.append(' ')
# chunks.append(iar.ar2button())
# return ar.html_text(E.p(*chunks))
return ar.html_text(E.p(', '.join(tags)))
def get_overview_elems(self, ar):
elems = []
buttons = self.get_mti_buttons(ar)
# buttons = join_elems(buttons, ', ')
elems.append(E.p(str(_("See as ")), *buttons,
style="font-size:8px;text-align:right;padding:3pt;"))
elems += self.get_name_elems(ar)
elems.append(E.br())
elems += join_elems(list(self.address_location_lines()), sep=E.br)
elems = [
E.div(*forcetext(elems),
style="font-size:18px;font-weigth:bold;"
"vertical-align:bottom;text-align:middle")]
elems += AddressOwner.get_overview_elems(self, ar)
elems += ContactDetailsOwner.get_overview_elems(self, ar)
return elems
def get_language_knowledge(self, *buttons):
self.load_language_knowledge()
lst = []
for lng in settings.SITE.languages:
cl = self._cef_levels.get(lng.django_code, "---")
lst.append("{}: {}".format(lng.name, cl))
# if cl is None:
# lst.append("{}: {}".format(lng.name, ))
# else:
# lst.append("{}: {}".format(lng.name, cl))
if len(self._mother_tongues):
lst.append("{}: {}".format(
_("Mother tongues"), self.mother_tongues))
lst += buttons
lst = join_elems(lst, E.br)
return E.p(*lst)
def get_table_summary(self, obj, ar):
"""Customized :meth:`summary view
<lino.core.actors.Actor.get_table_summary>` for this table.
"""
sar = self.request_from(ar, master_instance=obj)
html = []
items = [
ar.obj2html(o, str(o.end_user)) for o in sar]
if len(items) > 0:
html += join_elems(items, sep=', ')
return E.p(*html)
def qs2summary(ar, objects, separator=comma, max_items=5, **kw):
"""Render a collection of objects as a single paragraph.
:param max_items: don't include more than the specified number of items.
"""
elems = []
n = 0
for i in objects:
if n:
elems.append(separator())
n += 1
elems += list(ar.summary_row(i, **kw))
if n >= max_items:
elems += [separator(), '...']
break
return E.p(*elems)
def get_table_summary(self, obj, ar):
"""The :meth:`summary view <lino.core.actors.Actor.get_table_summary>`
for this table.
"""
sar = self.request_from(ar, master_instance=obj)
chunks = []
items = [o.obj2href(ar) for o in sar]
if len(items) > 0:
chunks += join_elems(items, ", ")
sar = self.insert_action.request_from(sar)
if sar.get_permission():
chunks.append(sar.ar2button())
return E.p(*chunks)
def description(cls, self, ar):
if ar is None:
return ''
elems = []
elems.append(ar.obj2html(self.account))
if self.voucher.narration:
elems.append(self.voucher.narration)
voucher = self.voucher.get_mti_leaf()
if voucher is not None:
p = voucher.get_partner()
if p is not None and p != ar.master_instance:
elems.append(ar.obj2html(p))
elif self.partner:
elems.append(ar.obj2html(self.partner))
if self.project:
elems.append(ar.obj2html(self.project))
return E.p(*join_elems(elems, " / "))
def func(fld, obj, ar):
# obj is the DailyPlannerRow instance
pv = ar.param_values
qs = Event.objects.filter(event_type__planner_column=pc)
if pv.user:
qs = qs.filter(user=pv.user)
if pv.date:
qs = qs.filter(start_date=pv.date)
if obj.start_time:
qs = qs.filter(start_time__gte=obj.start_time,
start_time__isnull=False)
if obj.end_time:
qs = qs.filter(start_time__lt=obj.end_time,
start_time__isnull=False)
if not obj.start_time and not obj.end_time:
qs = qs.filter(start_time__isnull=True)
qs = qs.order_by('start_time')
chunks = [e.obj2href(ar, fmt(e)) for e in qs]
return E.p(*join_elems(chunks))
def show_menu(self, ar, mnu, level=1):
"""
Render the given menu as an HTML element.
Used for writing test cases.
"""
if not isinstance(mnu, Menu):
assert isinstance(mnu, MenuItem)
if mnu.bound_action:
sar = mnu.bound_action.actor.request(
action=mnu.bound_action,
user=ar.user, subst_user=ar.subst_user,
requesting_panel=ar.requesting_panel,
renderer=self, **mnu.params)
# print("20170113", sar)
url = sar.get_request_url()
else:
url = mnu.href
assert mnu.label is not None
if url is None:
return E.p() # spacer
return E.li(E.a(str(mnu.label), href=url, tabindex="-1"))
items = [self.show_menu(ar, mi, level + 1) for mi in mnu.items]
#~ print 20120901, items
if level == 1:
return E.ul(*items, **{'class':'nav navbar-nav'})
if mnu.label is None:
raise Exception("%s has no label" % mnu)
if level == 2:
cl = 'dropdown'
menu_title = E.a(
str(mnu.label), E.b(' ', **{'class': "caret"}), href="#",
data_toggle="dropdown", **{'class':'dropdown-toggle'})
elif level == 3:
menu_title = E.a(str(mnu.label), href="#")
cl = 'dropdown-submenu'
else:
raise Exception("Menu with more than three levels")
return E.li(
menu_title,
E.ul(*items, **{'class':'dropdown-menu'}),
**{'class':cl})