def to_rst(cls, ar, column_names=None, header_level=None, **kwargs):
"Better name would be table2rst (analog to table2xhtml())"
fields, headers, widths = ar.get_field_info(column_names)
# ~ # in case column_names contains remote fields
#~ settings.SITE.startup()
#~ settings.SITE.resolve_virtual_fields()
#~ grid = ar.ah.list_layout.main
sums = [fld.zero for fld in fields]
rows = []
recno = 0
#~ for row in ar:
for row in ar.sliced_data_iterator:
recno += 1
rows.append([x for x in ar.row2text(fields, row, sums)])
#~ rows.append([x for x in grid.row2html(ar,fields,row,sums)])
has_sum = False
for i in sums:
if i:
#~ print '20120914 zero?', repr(i)
has_sum = True
break
if has_sum:
rows.append([x for x in ar.sums2html(fields, sums)])
t = RstTable(headers, **kwargs)
s = t.to_rst(rows)
if header_level is not None:
s = E.tostring(E.h2(ar.get_title())) + s
return s
def to_rst(cls, ar, column_names=None, header_level=None, **kwargs):
"Better name would be table2rst (analog to table2xhtml())"
fields, headers, widths = ar.get_field_info(column_names)
sums = [fld.zero for fld in fields]
rows = []
recno = 0
for row in ar.sliced_data_iterator:
recno += 1
rows.append([x for x in ar.row2text(fields, row, sums)])
has_sum = False
for i in sums:
if i:
#~ print '20120914 zero?', repr(i)
has_sum = True
break
if has_sum:
rows.append([x for x in ar.sums2html(fields, sums)])
t = RstTable(headers, **kwargs)
s = t.to_rst(rows)
if header_level is not None:
s = E.tostring(E.h2(ar.get_title())) + s
return s
def get_poll_result(self):
# ~ yield E.h1(self.title)
for cs in ChoiceSet.objects.all():
questions = self.questions.filter(choiceset=cs)
if questions.count() > 0:
yield E.h2(unicode(cs))
for question in questions:
yield E.p(question.text)
def table2xhtml(self, header_level=None, **kw):
t = xghtml.Table()
self.dump2html(t, self.sliced_data_iterator, **kw)
e = t.as_element()
if header_level is not None:
# return E.div(E.h2(self.get_title()), e)
return E.div(E.h2(self.actor.label), e)
return e
def get_poll_result(self):
#~ yield E.h1(self.title)
for cs in ChoiceSet.objects.all():
questions = self.questions.filter(choiceset=cs)
if questions.count() > 0:
yield E.h2(unicode(cs))
for question in questions:
yield E.p(question.text)
def get_story(cls, obj, ar):
if ar.param_values.job_type:
jobtypes = [ar.param_values.job_type]
else:
jobtypes = JobType.objects.all()
for jobtype in jobtypes:
yield E.h2(unicode(jobtype))
sar = ar.spawn(JobsOverviewByType, master_instance=jobtype, param_values=dict(date=ar.param_values.today))
yield sar
def table2xhtml(self, header_level=None, **kw):
"""
Return an HTML representation of this table request.
"""
t = xghtml.Table()
self.dump2html(t, self.sliced_data_iterator, **kw)
e = t.as_element()
# print "20150822 table2xhtml", E.tostring(e)
if header_level is not None:
return E.div(E.h2(self.actor.label), e)
return e
def table2xhtml(self, header_level=None, **kw):
"""
Return an HTML representation of this table request.
"""
t = xghtml.Table()
self.dump2html(t, self.sliced_data_iterator, **kw)
e = t.as_element()
# print "20150822 table2xhtml", E.tostring(e)
if header_level is not None:
return E.div(E.h2(self.actor.label), e)
return e
def get_story(cls, self, ar):
"""Yield a sequence of story items. These can be (1)
ElementTree elements or (2) AbstractTable or (3) action
requests.
"""
if cls.report_items is None:
raise Exception("{0} has no report_items".format(cls))
for A in cls.report_items:
yield E.h2(str(A.label))
if A.help_text:
yield E.p(str(A.help_text))
yield A
def get_story(cls, self, ar):
"""Yield a sequence of story items. These can be (1)
ElementTree elements or (2) AbstractTable or (3) action
requests.
"""
if cls.report_items is None:
raise Exception("{0} has no report_items".format(cls))
for A in cls.report_items:
yield E.h2(str(A.label))
# if A.help_text:
# yield E.p(str(A.help_text))
yield A
def get_story(cls,self,ar):
#~ yield E.h2(_("Introduction"))
#~ yield E.p("Ceci est un ",E.b("rapport"),""",
#~ càd un document complet généré par Lino, contenant des
#~ sections, des tables et du texte libre.
#~ Dans la version écran cliquer sur un chiffre pour voir d'où
#~ il vient.
#~ """)
#~ yield E.h1(isip.Contract._meta.verbose_name_plural)
for A in (GeneralAccountsBalance,ClientAccountsBalance,SupplierAccountsBalance):
yield E.h2(A.label)
if A.help_text:
yield E.p(unicode(A.help_text))
yield A
def render(self, ar):
T = self.actor
sar = ar.spawn(T, limit=T.preview_limit)
if sar.get_total_count():
if self.header_level is None:
s = ''
else:
s = E.tostring(E.h2(
T.label, ' ', ar.window_action_button(
T.default_action,
label="🗗",
style="text-decoration:none; font-size:80%;",
title=_("Show this table in own window"))))
s += E.tostring(ar.show(sar))
return s
def render(self, ar):
"""Render this table to the dashboard.
- Do nothing if there is no data.
- If :attr:`header_level` is not None, add a header
- Render the table itself by calling
:meth:`lino.core.requests.BaseRequest.show`
"""
T = self.actor
sar = ar.spawn(T, limit=T.preview_limit)
if not sar.get_total_count():
return ''
if self.header_level is None:
s = ''
else:
s = E.tostring(
E.h2(
T.label,
' ',
ar.window_action_button(
T.default_action,
# label="🗗",
# label="☌", # conjunction
# label="◱", # 25F1
# label="◳", # 25F3
# label="⏍", # 23CD
label="⍐", # 2350
# style="text-decoration:none; font-size:80%;",
style="text-decoration:none;",
title=_("Show this table in own window"))))
s += E.tostring(ar.show(sar))
return s
def get_story(cls, self, ar):
for A in cls.report_items:
yield E.h2(A.label)
if A.help_text:
yield E.p(unicode(A.help_text))
yield A
def render(t):
sar = ar.spawn(t, master_instance=self)
if sar.get_total_count():
yield E.h2(unicode(sar.get_title()))
yield sar
