def when_text(d, t=None):
"""Return a string with a concise representation of the given date
and time combination.
Examples:
>>> print(when_text(datetime.date(2013,12,25)))
Wed 25/12/2013
>>> print(when_text(
... datetime.date(2013,12,25), datetime.time(17,15,00)))
Wed 25/12/2013 (17:15)
>>> print(when_text(None))
<BLANKLINE>
"""
if d is None:
return ''
# fmt = 'yyyy MMM dd (EE)'
# txt = d.strftime(settings.SITE.date_format_strftime)
txt = format_date(d, 'EE ')
txt += fds(d)
if t is not None:
txt += ' (%s)' % t.strftime(settings.SITE.time_format_strftime)
return txt
def fmt(obj):
s = E.tostring(ar.action_button(ba, obj))
s += fds(obj.created) + " " + obj.created.strftime(
settings.SITE.time_format_strftime) + " "
s += ar.parse_memo(obj.body)
# s += obj.body
return "<li>{}</li>".format(s)
def when_text(d, t=None):
"""Return a string with a concise representation of the given date
and time combination.
Examples:
>>> print(when_text(datetime.date(2013,12,25)))
Wed 25/12/2013
>>> print(when_text(
... datetime.date(2013,12,25), datetime.time(17,15,00)))
Wed 25/12/2013 (17:15)
>>> print(when_text(None))
<BLANKLINE>
"""
if d is None:
return ''
# fmt = 'yyyy MMM dd (EE)'
# txt = d.strftime(settings.SITE.date_format_strftime)
txt = format_date(d, 'EE ')
txt += fds(d)
if t is not None:
txt += ' (%s)' % t.strftime(settings.SITE.time_format_strftime)
return txt
def statements(self, ar):
if ar is None or not dd.is_installed('b2c'):
return ''
Account = rt.models.b2c.Account
try:
b2c = Account.objects.get(iban=self.iban)
except Account.DoesNotExist:
return ''
return ar.obj2html(b2c, fds(b2c.last_transaction))
def statements(self, ar):
if ar is None or not dd.is_installed('b2c'):
return ''
Account = rt.modules.b2c.Account
try:
b2c = Account.objects.get(iban=self.iban)
except Account.DoesNotExist:
return ''
return ar.obj2html(b2c, fds(b2c.last_transaction))
def fmt(obj):
s = tostring(ar.action_button(ba, obj))
s += fds(obj.created) + " " + obj.created.strftime(
settings.SITE.time_format_strftime) + " "
if obj.body:
s += ar.parse_memo(obj.body)
else:
s += ar.parse_memo(obj.subject)
e = etree.parse(StringIO(s), html_parser)
return E.li(E.div(*e.iter()))
def fmt(obj):
s = tostring(ar.action_button(ba, obj))
s += fds(obj.created) + " " + obj.created.strftime(
settings.SITE.time_format_strftime) + " "
if obj.body:
s += ar.parse_memo(obj.body)
else:
s += ar.parse_memo(obj.subject)
e = etree.parse(StringIO(s), html_parser)
return E.li(E.div(*e.iter()))
def format_value(self, ar, v):
"""Return a plain textual representation of this value as a unicode
string.
"""
return fds(v)
def rangefmt(r):
return fds(r[0]) + '...' + fds(r[1])
def daterange_text(a, b):
"""
"""
if a == b:
return fds(a)
return fds(a) + "-" + fds(b)
def format_value(self, ar, v):
"""Return a plain textual representation of this value as a unicode
string.
"""
return fds(v)
def rangefmt(r):
return fds(r[0]) + '...' + fds(r[1])
def daterange_text(a, b):
"""
"""
if a == b:
return fds(a)
return fds(a) + "-" + fds(b)
def fmt(obj):
s = E.tostring(ar.action_button(ba, obj))
s += fds(obj.created) + " " + obj.created.strftime(
settings.SITE.time_format_strftime) + " "
s += obj.body
return "<li>{}</li>".format(s)