def show_state():
l.append(sep)
#~ l.append(E.b(unicode(state),style="vertical-align:middle;"))
if state.button_text:
l.append(E.b(u"{} {}".format(state.button_text, state)))
else:
l.append(E.b(str(state)))
def show_state():
l.append(sep)
#~ l.append(E.b(unicode(state),style="vertical-align:middle;"))
if state.button_text:
l.append(E.b(u"{} {}".format(state.button_text, state)))
else:
l.append(E.b(str(state)))
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 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))
body.append(
E.p("{} : {}".format(
_("Complexity factors"),
', '.join(analyzer.get_complexity_factors(dd.today())))))
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()
# 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_change_desc_html(self, f, old, new):
from lino.core.choicelists import ChoiceListField
if isinstance(f, models.TextField):
old = old or ''
new = new or ''
if False:
diff = difflib.unified_diff(old.splitlines(),
new.splitlines(),
fromfile="before",
tofile="after",
lineterm='')
txt = E.pre('\n'.join(diff))
else:
labels = {
'+': _("lines added"),
'-': _("lines removed"),
'?': _("modifications"),
' ': _("lines changed")
}
diff = list(difflib.ndiff(old.splitlines(), new.splitlines()))
counters = {}
for ln in diff:
if ln:
k = ln[0]
c = counters.get(k, 0)
counters[k] = c + 1
txt = ', '.join([
"{0} {1}".format(n, labels[op])
for op, n in counters.items()
])
return E.li(E.b(str(f.verbose_name)), " : ", txt)
if isinstance(f, models.DateTimeField):
return
if isinstance(f, models.ForeignKey):
if old:
old = f.remote_field.model.objects.get(pk=old)
if new:
new = f.remote_field.model.objects.get(pk=new)
elif isinstance(f, ChoiceListField):
if isinstance(old, six.string_types):
old = f.choicelist.get_by_value(old)
if isinstance(new, six.string_types):
new = f.choicelist.get_by_value(new)
else:
old = obj2unicode(old)
new = obj2unicode(new)
return E.li(E.b(str(f.verbose_name)), " : ",
u"{0} --> {1}".format(old, new))
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 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 message_html(self, ar):
from django.utils.translation import ugettext as _
elems = []
# elems += [_("Date"), dd.fds(self.transaction_date), " "]
# elems += [_("Amount"), ' ', E.b(unicode(self.amount)), " "]
# self.booking_date
elems += self.message # .splitlines()
elems.append(E.br())
# elems += [_("ref:"), ': ', self.ref, ' ']
elems += [_("eref:"), ': ', self.eref]
elems.append(E.br())
elems += [E.b(self.txcd_text), ' ']
elems += [_("Value date"), ': ', E.b(dd.fds(self.value_date)), " "]
elems += [_("Booking date"), ': ', E.b(dd.fds(self.booking_date)), " "]
return E.div(*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_change_desc_html(self, f, old, new):
from lino.core.choicelists import ChoiceListField
if isinstance(f, models.TextField):
old = old or ''
new = new or ''
if False:
diff = difflib.unified_diff(
old.splitlines(), new.splitlines(),
fromfile="before", tofile="after", lineterm='')
txt = E.pre('\n'.join(diff))
else:
labels = {
'+': _("lines added"),
'-': _("lines removed"),
'?': _("modifications"),
' ': _("lines changed")}
diff = list(difflib.ndiff(
old.splitlines(), new.splitlines()))
counters = {}
for ln in diff:
if ln:
k = ln[0]
c = counters.get(k, 0)
counters[k] = c + 1
txt = ', '.join([
"{0} {1}".format(n, labels[op])
for op, n in counters.items()])
return E.li(
E.b(str(f.verbose_name)), " : ", txt)
if isinstance(f, models.DateTimeField):
return
if isinstance(f, models.ForeignKey):
if old:
old = f.remote_field.model.objects.get(pk=old)
if new:
new = f.remote_field.model.objects.get(pk=new)
elif isinstance(f, ChoiceListField):
if isinstance(old, six.string_types):
old = f.choicelist.get_by_value(old)
if isinstance(new, six.string_types):
new = f.choicelist.get_by_value(new)
else:
old = obj2unicode(old)
new = obj2unicode(new)
return E.li(
E.b(str(f.verbose_name)), " : ",
u"{0} --> {1}".format(old, new))
def value2html(self, ar):
txt = dd.format_currency(self.value, False, True)
if self.item.is_heading():
# return E.b(txt)
return E.div(E.b(txt), align="right")
# return txt
return E.div(txt, align="right")
def href_button(self, url, text, title=None, icon_name=None, **kw):
"""Returns an etree object of a ``<a href>`` tag to the given URL
`url`.
`url` is what goes into the `href` part. If `url` is `None`,
then we return just a ``<b>`` tag.
`text` is what goes between the ``<a>`` and the ``</a>``. This
can be either a string or a tuple (or list) of strings (or
etree elements).
"""
# logger.info('20121002 href_button %s', unicode(text))
if title:
# Remember that Python 2.6 doesn't like if title is a Promise
kw.update(title=str(title))
#~ return xghtml.E.a(text,href=url,title=title)
if not isinstance(text, (tuple, list)):
text = (text,)
text = forcetext(text)
if url is None:
return E.b(*text)
kw.update(href=url)
if icon_name is not None:
src = settings.SITE.build_static_url(
'images', 'mjames', icon_name + '.png')
img = E.img(src=src, alt=icon_name)
return E.a(img, **kw)
else:
return E.a(*text, **kw)
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 get_name_elems(self, ar):
elems = [
self.get_salutation(nominative=True), ' ', self.prefix,
E.br()
]
elems += [self.first_name, ' ', E.b(self.last_name)]
return elems
def href_button(self, url, text, title=None, icon_name=None, **kw):
"""Return an etree element of a ``<a href>`` tag to the given URL
`url`.
`url` is what goes into the `href` part. If `url` is `None`,
then we return just a ``<b>`` tag.
`text` is what goes between the ``<a>`` and the ``</a>``. This
can be either a string or a tuple (or list) of strings (or
etree elements).
"""
# logger.info('20121002 href_button %s', unicode(text))
if title:
# Remember that Python 2.6 doesn't like if title is a Promise
kw.update(title=str(title))
#~ return xghtml.E.a(text,href=url,title=title)
if not isinstance(text, (tuple, list)):
text = (text,)
text = forcetext(text)
if url is None:
return E.b(*text)
kw.update(href=url)
if icon_name is not None:
src = settings.SITE.build_static_url(
'images', 'mjames', icon_name + '.png')
img = E.img(src=src, alt=icon_name)
return E.a(img, **kw)
else:
return E.a(*text, **kw)
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 value2html(self, ar):
txt = dd.format_currency(self.value, False, True)
if self.item.is_heading():
# return E.b(txt)
return E.div(E.b(txt), align="right")
# return txt
return E.div(txt, align="right")
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 show_state():
l.append(sep)
#~ l.append(E.b(unicode(state),style="vertical-align:middle;"))
# if state.button_text:
# l.append(E.b(state.button_text))
# else:
# l.append(E.b(str(state)))
l.append(E.b(str(state)))
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 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)))
def description(self, ar):
if self.ref is None:
s = self.get_designation()
else:
s = self.ref
s = u' ' * (len(s)-1) + s
s += " " + self.get_designation()
if self.is_heading():
s = E.b(s)
return s
def description(self, ar):
if self.ref is None:
s = self.get_designation()
else:
s = self.ref
s = u' ' * (len(s) - 1) + s
s += " " + self.get_designation()
if self.is_heading():
s = E.b(s)
return s
def remote_html(self, ar):
elems = []
elems += [self.remote_account, " "]
elems += ["(BIC:", self.remote_bic, ")"]
elems.append(E.br())
elems += [E.b(self.remote_owner), ", "]
elems.append(E.br())
elems += [" / ".join(self.remote_owner_address.splitlines()), ", "]
elems += [self.remote_owner_postalcode, " "]
elems += [self.remote_owner_city, " "]
elems += [self.remote_owner_country_code]
return E.div(*elems)
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 question(self, obj, ar):
if obj.question.number:
txt = obj.question.NUMBERED_TITLE_FORMAT % (
obj.question.number, obj.question.title)
else:
txt = obj.question.title
attrs = {}
if obj.question.details:
attrs.update(title=obj.question.details)
if obj.question.is_heading:
txt = E.b(txt, **attrs)
return ar.html_text(E.span(txt, **attrs))
def get_rfc_description(self, ar):
html = ''
_ = gettext
if self.description:
# html += tostring(E.b(_("Description")))
html += ar.parse_memo(self.description)
if self.upgrade_notes:
html += tostring(E.b(_("Resolution"))) + ": "
html += ar.parse_memo(self.upgrade_notes)
if self.duplicate_of_id:
html += tostring(_("Duplicate of")) + " "
html += tostring(self.duplicate_of.obj2href(ar))
return html
def get_question_html(obj, ar):
if obj.question.number:
txt = obj.question.NUMBERED_TITLE_FORMAT % (obj.question.number,
obj.question.title)
else:
txt = obj.question.title
attrs = {}
if obj.question.details:
attrs.update(title=obj.question.details)
if obj.question.is_heading:
txt = E.b(txt, **attrs)
return E.span(txt, **attrs)
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 = []
states = {}
for s, d in VoteStates.choices:
states[s] = []
u = ar.get_user()
for o in sar:
states[o.state].append(
ar.obj2html(o, o.user.initials or str(o.user), title=o.state))
if u == o.user:
html.insert(
0,
E.span(
E.b(str(o.state)), u" \u2192 ",
*join_elems([
sar.action_button(ba, o)
for ba in sar.actor.get_actions()
if ba.action.show_in_workflow and
sar.actor.get_row_permission(o, sar, o.state, ba)
and isinstance(ba.action, dd.ChangeStateAction)
], " ")))
html.append(
E.ul(*[
E.li(*([str(s.text), ": "] + join_elems(states[s], sep=", ")))
for s, c in VoteStates.choices if states[s]
]))
# print(tostring(html))
# items = [
# ar.obj2html(o, o.user.username or str(o.user))
# for o in rt.models.votes.Vote.objects.filter(
# votable=obj).order_by('-id')]
# sar.get_user() == v.user
sar = self.insert_action.request_from(sar)
if sar.get_permission():
# btn = sar.ar2button(None, _("Add voter"), icon_name=None)
btn = sar.ar2button()
# btn = sar.ar2button(None, u"⏍", icon_name=None) # 23CD SQUARE FOOT
# btn = sar.ar2button(None, u"⊞", icon_name=None) # 229e SQUARED PLUS
html.append(E.div(btn))
return ar.html_text(E.div(*html))
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 = []
states = {}
for s, d in VoteStates.choices:
states[s] = []
u = ar.get_user()
for o in sar:
states[o.state].append(ar.obj2html(o, o.user.initials or str(o.user), title=o.state))
if u == o.user:
html.insert(0, E.span(
E.b(str(o.state)),
u" \u2192 ",
*join_elems([sar.action_button(ba, o) for ba in sar.actor.get_actions()
if ba.action.show_in_workflow and
sar.actor.get_row_permission(o, sar, o.state, ba) and
isinstance(ba.action, dd.ChangeStateAction)],
" ")
))
html.append(E.ul(
*[E.li(*([str(s.text), ": "] + join_elems(states[s], sep=", "))) for s, c in VoteStates.choices
if states[s]
]
))
# print(tostring(html))
# items = [
# ar.obj2html(o, o.user.username or str(o.user))
# for o in rt.models.votes.Vote.objects.filter(
# votable=obj).order_by('-id')]
# sar.get_user() == v.user
sar = self.insert_action.request_from(sar)
if sar.get_permission():
# btn = sar.ar2button(None, _("Add voter"), icon_name=None)
btn = sar.ar2button()
# btn = sar.ar2button(None, u"⏍", icon_name=None) # 23CD SQUARE FOOT
# btn = sar.ar2button(None, u"⊞", icon_name=None) # 229e SQUARED PLUS
html.append(E.div(btn))
return ar.html_text(E.div(*html))
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_mti_buttons(self, ar):
""""""
elems = []
if ar is None:
return elems
sep = None
for m in self._mtinav_models:
item = None
if self.__class__ is m:
item = [E.b(str(m._meta.verbose_name))]
else:
obj = mti.get_child(self, m)
if obj is None:
# parent link field
p = m._meta.parents.get(self.__class__, None)
if p is not None:
item = [str(m._meta.verbose_name)]
k = InsertChild.name_prefix + m.__name__.lower()
ba = ar.actor.get_action_by_name(k)
if ba and ba.get_row_permission(ar, self, None):
# btn = ar.row_action_button(self, ba, _("+"))
btn = ar.row_action_button(self, ba, _(u"➕"))
# Heavy Plus Sign U+2795
# btn = ar.row_action_button(self, ba,
# icon_name='add')
item += [" [", btn, "]"]
else:
da = obj.get_detail_action(ar)
if da is not None:
item = [ar.obj2html(obj, m._meta.verbose_name)]
# no DeleteChild for my parents
if self.__class__ in m.mro():
k = DeleteChild.name_prefix + m.__name__.lower()
ba = ar.actor.get_action_by_name(k)
if ba and ba.get_row_permission(ar, self, None):
btn = ar.row_action_button(self, ba, _(u"❌"))
# Cross Mark U+274C
item += [" [", btn, "]"]
if item is not None:
if sep is None:
sep = ', '
else:
elems.append(sep)
elems += item
return elems
def answer_buttons(self, obj, ar):
# assert isinstance(obj, Answer)
cs = obj.question.get_choiceset()
if cs is None:
return ''
elems = []
pv = dict(question=obj.question)
# ia = obj.response.toggle_choice
sar = obj.response.toggle_choice.request_from(
ar, is_on_main_actor=False)
# print(20170731, sar.is_on_main_actor)
if False: # since 20170129
ba = Responses.actions.toggle_choice
if ba is None:
raise Exception("No toggle_choice on {0}?".format(ar.actor))
sar = ba.request_from(ar)
# print("20150203 answer_buttons({0})".format(sar))
# if the response is registered, just display the choice, no
# toggle buttons since answer cannot be toggled:
# 20151211
sar.selected_rows = [obj.response]
if not sar.get_permission():
return str(obj)
AnswerChoice = rt.models.polls.AnswerChoice
for c in cs.choices.all():
pv.update(choice=c)
text = str(c)
qs = AnswerChoice.objects.filter(
response=obj.response, **pv)
if qs.count() == 1:
text = [E.b('[', text, ']')]
elif qs.count() == 0:
pass
else:
raise Exception(
"Oops: %s returned %d rows." % (qs.query, qs.count()))
sar.set_action_param_values(**pv)
e = sar.ar2button(obj.response, text, style="text-decoration:none")
elems.append(e)
return ar.html_text(E.span(*join_elems(elems)))
def get_table_summary(cls, mi, ar):
if mi is None:
return
items = []
ar = ar.spawn(cls, master_instance=mi, is_on_main_actor=False)
for obj in ar:
chunks = []
for e in cls.get_handle().get_columns():
if e.hidden:
continue
v = e.field._lino_atomizer.full_value_from_object(obj, ar)
if v:
if len(chunks) > 0:
chunks.append(", ")
chunks += [e.get_label(), ": ", E.b(e.format_value(ar, v))]
items.append(E.li(*forcetext(chunks)))
return E.ul(*items)
def answer_buttons(self, obj, ar):
# assert isinstance(obj, Answer)
cs = obj.question.get_choiceset()
if cs is None:
return ''
elems = []
pv = dict(question=obj.question)
# ia = obj.response.toggle_choice
sar = obj.response.toggle_choice.request_from(ar,
is_on_main_actor=False)
# print(20170731, sar.is_on_main_actor)
if False: # since 20170129
ba = Responses.actions.toggle_choice
if ba is None:
raise Exception("No toggle_choice on {0}?".format(ar.actor))
sar = ba.request_from(ar)
# print("20150203 answer_buttons({0})".format(sar))
# if the response is registered, just display the choice, no
# toggle buttons since answer cannot be toggled:
# 20151211
sar.selected_rows = [obj.response]
if not sar.get_permission():
return str(obj)
AnswerChoice = rt.models.polls.AnswerChoice
for c in cs.choices.all():
pv.update(choice=c)
text = str(c)
qs = AnswerChoice.objects.filter(response=obj.response, **pv)
if qs.count() == 1:
text = [E.b('[', text, ']')]
elif qs.count() == 0:
pass
else:
raise Exception("Oops: %s returned %d rows." %
(qs.query, qs.count()))
sar.set_action_param_values(**pv)
e = sar.ar2button(obj.response, text, style="text-decoration:none")
elems.append(e)
return ar.html_text(E.span(*join_elems(elems)))
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(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})
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):
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 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})
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 eid_info(self, ar):
"Display some information about the eID card."
attrs = {'class':"lino-info"}
if ar is None:
return E.div(**attrs)
must_read = False
elems = []
if self.card_number:
elems += ["%s %s (%s)" %
(ugettext("Card no."), self.card_number, self.card_type)]
if self.card_issuer:
elems.append(", %s %s" %
(ugettext("issued by"), self.card_issuer))
#~ card_issuer = _("issued by"),
if self.card_valid_until is not None:
valid = ", %s %s %s %s" % (
ugettext("valid from"), dd.dtos(self.card_valid_from),
ugettext("until"), dd.dtos(self.card_valid_until))
if self.card_valid_until < dd.today():
must_read = True
elems.append(E.b(valid))
elems.append(E.br())
else:
elems.append(valid)
else:
must_read = True
else:
must_read = True
if must_read:
msg = _("Must read eID card!")
if dd.plugins.beid:
elems.append(ar.instance_action_button(
self.read_beid, msg, icon_name=None))
else:
elems.append(msg)
# same red as in lino.css for .x-grid3-row-red td
# ~ attrs.update(style="background-color:#FA7F7F; padding:3pt;")
attrs['class'] = "lino-info-red"
return E.div(*elems, **attrs)
def eid_info(self, ar):
"Display some information about the eID card."
attrs = {'class':"lino-info"}
if ar is None:
return E.div(**attrs)
must_read = False
elems = []
if self.card_number:
elems += ["%s %s (%s)" %
(ugettext("Card no."), self.card_number, self.card_type)]
if self.card_issuer:
elems.append(", %s %s" %
(ugettext("issued by"), self.card_issuer))
#~ card_issuer = _("issued by"),
if self.card_valid_until is not None:
valid = ", %s %s %s %s" % (
ugettext("valid from"), dd.dtos(self.card_valid_from),
ugettext("until"), dd.dtos(self.card_valid_until))
if self.card_valid_until < dd.today():
must_read = True
elems.append(E.b(valid))
elems.append(E.br())
else:
elems.append(valid)
else:
must_read = True
else:
must_read = True
if must_read:
msg = _("Must read eID card!")
if dd.plugins.beid:
elems.append(ar.instance_action_button(
self.read_beid, msg, icon_name=None))
else:
elems.append(msg)
# same red as in lino.css for .x-grid3-row-red td
# ~ attrs.update(style="background-color:#FA7F7F; padding:3pt;")
attrs['class'] = "lino-info-red"
return E.div(*elems, **attrs)
def pick_choice(self, ar):
if ar is None:
return fld.value_from_object(self)
# ▶: U+25B6, ◀: U+25C0
selected_tpl = "▶{}◀"
elems = []
ba = ar.actor.get_action_by_name(action_name)
for v in cls.get_list_items():
kw = dict(action_param_values=dict(choice=v))
label = str(v.button_text or v.text)
if fld.value_from_object(self, ar) == v:
elems.append(E.b(selected_tpl.format(label)))
else:
if fldname in ar.actor.get_disabled_fields(self, ar):
pass # elems.append(label)
else:
elems.append(
ar.action_button(ba,
self,
label=label,
request_kwargs=kw,
title=v.text))
return E.p(*join_elems(elems, sep=" | "))
def get_name_elems(self, ar):
elems = []
if self.prefix:
elems += [self.prefix, ' ']
elems.append(E.b(self.name))
return elems
def get_name_elems(self, ar):
elems = []
if self.prefix:
elems += [self.prefix, ' ']
elems += [E.b(self.name)]
return elems
def get_name_elems(self, ar):
elems = [self.get_salutation(nominative=True), ' ',
self.prefix, E.br()]
elems += [self.first_name, ' ', E.b(self.last_name)]
return elems
def get_name_elems(self, ar):
elems = []
if self.prefix:
elems += [self.prefix, ' ']
elems.append(E.b(self.name))
return elems
def where(self, obj, ar):
if obj.place is not None:
return E.p(str(obj.place), ' ', E.b(str(obj.place.city)))
# remember: "von Ans nach Eupen und nicht andersrum"
return E.p(*sepjoin(obj.stages.order_by('seqno'), ' -- '))
def where(self, obj, ar):
if obj.place is not None:
return E.p(str(obj.place), ' ', E.b(str(obj.place.city)))
# remember: "von Ans nach Eupen und nicht andersrum"
return E.p(*sepjoin(obj.stages.order_by('seqno'), ' -- '))
