def testWidget(self):
# Test the widget method
field = Storage(name="f",
type="list:reference t_able",
requires=IS_IN_SET({
1: "One",
2: "Two"
}, multiple=True))
# default options
widget = s3_grouped_checkboxes_widget(field, [])
self.assertEqual(str(widget), str(s3_checkboxes_widget(field, [])))
# small group size
widget = s3_grouped_checkboxes_widget(field, [], size=1)
f1 = Storage(name="f",
type="list:reference t_able",
requires=IS_IN_SET({1: "One"}, multiple=True))
f2 = Storage(name="f",
type="list:reference t_able",
requires=IS_IN_SET({2: "Two"}, multiple=True))
self.assertEqual(
str(widget),
str(TAG[""](DIV(DIV("A - O",
_class="s3-grouped-checkboxes-widget-label",
_id="f-group-label-0"),
s3_checkboxes_widget(f1, []),
DIV("T - Z",
_class="s3-grouped-checkboxes-widget-label",
_id="f-group-label-1"),
s3_checkboxes_widget(f2, [], start_at_id=1),
_class="s3-grouped-checkboxes-widget"))))
def testWidget(self):
# Test the widget method
field = Storage(name="f", type="list:reference t_able", requires=IS_IN_SET({1: "One", 2: "Two"}, multiple=True))
# default options
widget = s3_grouped_checkboxes_widget(field, [])
self.assertEqual(str(widget), str(s3_checkboxes_widget(field, [])))
# small group size
widget = s3_grouped_checkboxes_widget(field, [], size=1)
f1 = Storage(name="f", type="list:reference t_able", requires=IS_IN_SET({1: "One"}, multiple=True))
f2 = Storage(name="f", type="list:reference t_able", requires=IS_IN_SET({2: "Two"}, multiple=True))
self.assertEqual(
str(widget),
str(
TAG[""](
DIV(
DIV("A - O", _class="s3-grouped-checkboxes-widget-label expanded", _id="f-group-label-0"),
s3_checkboxes_widget(f1, []),
DIV("T - Z", _class="s3-grouped-checkboxes-widget-label expanded", _id="f-group-label-1"),
s3_checkboxes_widget(f2, [], start_at_id=1),
_class="s3-grouped-checkboxes-widget",
_name="f_widget",
)
)
),
)