def create_entry(self, item):
entry = Element("li")
value = self.get_item_value(item)
eligible = value is not uneligible
# Control (checkbox or radio button)
if eligible:
entry.control = Element("input",
name = self.name,
value = value,
checked = self.is_selected(item)
)
if self.selection_mode == SINGLE_SELECTION:
entry.control["type"] = "radio"
elif self.selection_mode == MULTIPLE_SELECTION:
entry.control["type"] = "checkbox"
entry.append(entry.control)
# Label
if eligible:
entry.label = Element("label")
entry.label["for"] = entry.control.require_id()
else:
entry.label = Element("span")
entry.add_class("uneligible")
entry.label.append(self.get_item_label(item))
entry.append(entry.label)
return entry
def create_entry(self, item):
value = self.get_item_value(item)
selected = self.is_selected(item)
entry = Element()
entry.add_class("entry")
if self.selection_mode == SINGLE_SELECTION:
entry.control = Element("input", type = "radio", checked = selected)
elif self.selection_mode == MULTIPLE_SELECTION:
entry.control = CheckBox()
entry.control.value = selected
else:
raise ValueError("Invalid selection mode")
entry.control["name"] = self.name
entry.control["value"] = value
entry.append(entry.control)
entry.label = Element("label")
entry.label["for"] = entry.control.require_id()
entry.label.append(self.get_item_label(item))
entry.append(entry.label)
if value:
entry.label.set_style("font-size", str(self._font_sizes[value]) + "%")
return entry
def create_class_entry(self, cls):
entry = Element()
entry.add_class("content_type")
entry.label = self.create_class_label(cls)
entry.append(entry.label)
entry.members_container = Element()
entry.members_container.add_class("members")
has_visible_members = False
for member in cls.members(False).itervalues():
if self.member_is_eligible(member):
has_visible_members = True
entry.members_container.append(
self.create_member_entry(member))
if has_visible_members:
entry.append(entry.members_container)
entry.derived_classes_container = Element()
entry.derived_classes_container.add_class("derived_classes")
entry.append(entry.derived_classes_container)
for derived_schema in cls.derived_schemas(recursive=False):
if derived_schema.visible:
entry.derived_classes_container.append(
self.create_class_entry(derived_schema))
return entry
def create_entry(self, item):
entry = Element("li")
if (self.highlighted_selection
and not (self.root_visibility == self.MERGED_ROOT and
item is self.root and self.selection is not self.root)
and item in self._expanded):
entry.add_class("selected")
if item is self.selection:
entry.add_class("active")
entry.label = self.create_label(item)
entry.append(entry.label)
children = self.get_expanded_children(item)
if self.create_empty_containers or children:
for child in children:
if self._is_accessible(child) != NOT_ACCESSIBLE:
entry.add_class("branch")
break
entry.container = self.create_children_container(item, children)
entry.append(entry.container)
else:
entry.add_class("leaf")
return entry
def create_group(self, grouping):
container = Element()
container.add_class("group")
container.label = self.create_group_label(grouping)
container.append(container.label)
self._create_entries(grouping.items, container)
self._create_nested_groups(grouping, container)
return container
def create_entry(self, item):
entry = Element()
entry.add_class("entry")
entry.check = CheckBox()
entry.check.name = self.name
entry.check.value = self.is_selected(item)
entry.check["value"] = self.get_item_value(item)
entry.append(entry.check)
entry.label = Element("label")
entry.label["for"] = entry.check.require_id()
entry.label.append(self.get_item_label(item))
entry.append(entry.label)
return entry
def create_member_entry(self, member):
value = member.schema.full_name + "." + member.name
entry = Element()
entry.check = CheckBox()
entry.check["name"] = self.name
entry.check.require_id()
entry.check.value = value in self.value
entry.check["value"] = value
entry.append(entry.check)
entry.label = Element("label")
entry.label["for"] = entry.check["id"]
entry.label.append(translations(member.schema.name + "." +
member.name))
entry.append(entry.label)
return entry
def create_empty_option(self):
entry = Element("li")
entry.control = Element("input",
type=self._control_type,
name=self.name,
value="",
checked=self.value is None)
bind_member(self, entry.control)
entry.append(entry.control)
entry.label = Element("label")
entry.label.add_class("entry_label")
entry.label.add_class("empty_option")
entry.label.append(
translations("woost.views.ContentTypePicker.empty_label"))
entry.append(entry.label)
entry.label["for"] = entry.control.require_id()
return entry
def create_field_instance(self, member, language=None):
field_instance = Element("td" if self.table_layout else "div")
field_instance.add_class("field_instance")
# Label
if not self.get_member_hidden(member):
if member.translated and not self.redundant_translation_labels:
label = self.create_language_label(member, language)
else:
label = self.create_label(member, language)
field_instance.label = label
field_instance.append(label)
# Control
with language_context(language):
field_instance.control = self.create_control(self.data, member)
if field_instance.control.class_css:
for class_name in field_instance.control.class_css.split(" "):
field_instance.add_class("field_instance-" + class_name)
insert = getattr(field_instance.control, "insert_into_form", None)
if insert:
insert(self, field_instance)
else:
field_instance.append(field_instance.control)
if field_instance.control.tag \
in ("input", "button", "select", "textarea"):
field_instance.label["for"] = field_instance.control.require_id()
return field_instance
