def _renderTag(self, ctx, year, month, day, namer, readonly):
yearTag = T.input(type="text", name=namer('year'), value=year, size=4)
monthTag = T.input(type="text", name=namer('month'), value=month, size=2)
dayTag = T.input(type="text", name=namer('day'), value=day, size=2)
if readonly:
tags = (yearTag, monthTag, dayTag)
for tag in tags:
tag(class_='readonly', readonly='readonly')
if self.dayFirst:
return dayTag, ' / ', monthTag, ' / ', yearTag, ' ', _('(day/month/year)')
else:
return monthTag, ' / ', dayTag, ' / ', yearTag, ' ', _('(month/day/year)')
def _renderTag(self, ctx, year, month, day, namer, readonly):
yearTag = T.input(type="text", name=namer('year'), value=year, size=4)
monthTag = T.input(type="text", name=namer('month'), value=month, size=2)
dayTag = T.input(type="text", name=namer('day'), value=day, size=2)
if readonly:
tags = (yearTag, monthTag, dayTag)
for tag in tags:
tag(class_='readonly', readonly='readonly')
if self.dayFirst:
return dayTag, ' / ', monthTag, ' / ', yearTag, ' ', _('(day/month/year)')
else:
return monthTag, ' / ', dayTag, ' / ', yearTag, ' ', _('(month/day/year)')
def _renderTag(self, ctx, year, month, day, namer, readonly):
years = [(v,v) for v in xrange(self.yearFrom,self.yearTo)]
months = self.months
days = self.days
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in years:
if str(value[0]) == str(year):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
yearTag = T.select(name=namer('year'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in months:
if str(value[0]) == str(month):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
monthTag = T.select(name=namer('month'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in days:
if str(value[0]) == str(day):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
dayTag = T.select(name=namer('day'))[ options ]
if readonly:
tags = (yearTag, monthTag, dayTag)
for tag in tags:
tag(class_='readonly', readonly='readonly')
if self.dayFirst:
return dayTag, ' / ', monthTag, ' / ', yearTag, ' ', _('(day/month/year)')
else:
return monthTag, ' / ', dayTag, ' / ', yearTag, ' ', _('(month/day/year)')
def _renderTag(self, ctx, year, month, day, namer, readonly):
years = [(v,v) for v in xrange(self.yearFrom,self.yearTo)]
months = self.months
days = self.days
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in years:
if str(value[0]) == str(year):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
yearTag = T.select(name=namer('year'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in months:
if str(value[0]) == str(month):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
monthTag = T.select(name=namer('month'))[ options ]
options = []
if self.noneOption is not None:
options.append( T.option(value=self.noneOption[0])[self.noneOption[1]] )
for value in days:
if str(value[0]) == str(day):
options.append( T.option(value=value[0],selected='selected')[value[1]] )
else:
options.append( T.option(value=value[0])[value[1]] )
dayTag = T.select(name=namer('day'))[ options ]
if readonly:
tags = (yearTag, monthTag, dayTag)
for tag in tags:
tag(class_='readonly', readonly='readonly')
if self.dayFirst:
return dayTag, ' / ', monthTag, ' / ', yearTag, ' ', _('(day/month/year)')
else:
return monthTag, ' / ', dayTag, ' / ', yearTag, ' ', _('(month/day/year)')
def render_formatstrings(self, ctx, data):
return ctx.tag.clear(
)["Demonstration of i18n'ed string formatting: ",
_("%(first)d plus %(second)c equals %(result)c, or %(roman)s in roman numbers"
) % {
'first': 1,
'second': '1',
'result': 50,
'roman': 'II',
}, ]
def test_simple_flat(self):
s = i18n._('foo')
r = flat.ten.flatten(s, None)
self.assertEqual(r, 'foo')
def test_simple(self):
s = i18n._('foo')
def test_simple_flat(self):
s = i18n._('foo')
r = flat.ten.flatten(s, None)
self.assertEquals(r, 'foo')
def test_simple(self):
s = i18n._('foo')
def render_formatstrings(self, ctx, data):
return ctx.tag.clear()[
"Demonstration of i18n'ed string formatting: ",
_("%(first)d plus %(second)c equals %(result)c, or %(roman)s in roman numbers")
% {"first": 1, "second": "1", "result": 50, "roman": "II"},
]
def render_message(self, ctx, data):
"""Render a localised message. The _(..) construct looks the
translation up at render time.
"""
return ctx.tag.clear()[_("Hello")]
def render_message(self, ctx, data):
"""Render a localised message. The _(..) construct looks the
translation up at render time.
"""
return ctx.tag.clear()[_('Hello')]
