Struct DomElement 

pub struct DomElement { /* private fields */ }

A Real DOM representative - element kind

Implementations

impl DomElement

pub fn new(name: impl Into<StaticString>) -> Self

pub fn attr_static(self, name: &'static str, value: &'static str) -> Self

An attribute whose name and value were literals in the source.

Worth its own entry point rather than going through AttrValue: that enum has six variants, four of them reactive, and a literal can only ever be one of them. Reaching them through a shared non-generic function keeps Computed, Value and their drop glue linked into applications that never use a reactive attribute at all. This has no match to fold and nothing to allocate.

pub fn add_attr_static(&self, name: &'static str, value: &'static str)

pub fn add_attr(&self, name: impl Into<StaticString>, value: impl IntoAttrValue)

The name is known when the element is built, so class is told apart from everything else here rather than on every write.

Only class goes through the merger. Every other attribute captures the element’s DomId - a Copy - and talks to the driver directly, so a reactive href no longer clones an Rc into its subscription and reaches into a cell to read back an id it could have kept.

pub fn add_attr_group( self, values: impl IntoIterator<Item = (impl Into<String>, impl Into<AttrGroupValue>)>, ) -> Self

pub fn add_attr_group_item(self, key: String, value: AttrGroupValue) -> Self

pub fn add_child(&self, child_node: impl Into<DomNode>)

pub fn add_child_text(&self, text: impl Into<String>)

pub fn attr( self, name: impl Into<StaticString>, value: impl IntoAttrValue, ) -> Self

pub fn attrs<T: IntoAttrValue>( self, attrs: Vec<(impl Into<StaticString>, T)>, ) -> Self

pub fn child(self, child_node: impl Into<DomNode>) -> Self

pub fn child_text(self, text: impl Into<String>) -> Self

pub fn children<C: Into<DomNode>>(self, children: Vec<C>) -> Self

pub fn css(self, css: impl Into<CssAttrValue>) -> Self

pub fn css_with_class_name( self, css: impl Into<CssAttrValue>, debug_class_name: Option<String>, ) -> Self

pub fn get_ref(&self) -> DomElementRef

pub fn hook_key_down( self, on_hook_key_down: impl Into<Callback1<KeyDownEvent, bool>>, ) -> Self

pub fn hook_key_down_rc( self, on_hook_key_down: Rc<Callback1<KeyDownEvent, bool>>, ) -> Self

pub fn id_dom(&self) -> DomId

pub fn on_blur(self, on_blur: impl Into<Callback<()>>) -> Self

pub fn on_blur_rc(self, on_blur: Rc<Callback<()>>) -> Self

pub fn on_change(self, on_change: impl Into<Callback1<String, ()>>) -> Self

pub fn on_change_rc(self, on_change: Rc<Callback1<String, ()>>) -> Self

pub fn on_change_file( self, on_change_file: impl Into<Callback1<DropFileEvent, ()>>, ) -> Self

pub fn on_change_file_rc( self, on_change_file: Rc<Callback1<DropFileEvent, ()>>, ) -> Self

pub fn on_click(self, on_click: impl Into<Callback1<ClickEvent, ()>>) -> Self

pub fn on_click_rc(self, on_click: Rc<Callback1<ClickEvent, ()>>) -> Self

pub fn on_dropfile( self, on_dropfile: impl Into<Callback1<DropFileEvent, ()>>, ) -> Self

pub fn on_dropfile_rc( self, on_dropfile: Rc<Callback1<DropFileEvent, ()>>, ) -> Self

pub fn on_input(self, on_input: impl Into<Callback1<String, ()>>) -> Self

pub fn on_input_rc(self, on_input: Rc<Callback1<String, ()>>) -> Self

pub fn on_intersect( self, on_intersect: impl Into<Callback1<IntersectionEvent, ()>>, ) -> Self

pub fn on_intersect_rc( self, on_intersect: Rc<Callback1<IntersectionEvent, ()>>, ) -> Self

Observe this element with a browser IntersectionObserver. The callback fires whenever the element’s intersection with the (default) root changes, receiving an IntersectionEvent. Dropping the element disconnects the observer.

pub fn on_key_down( self, on_key_down: impl Into<Callback1<KeyDownEvent, bool>>, ) -> Self

pub fn on_key_down_rc( self, on_key_down: Rc<Callback1<KeyDownEvent, bool>>, ) -> Self

pub fn on_load(self, on_load: impl Into<Callback<()>>) -> Self

pub fn on_load_rc(self, on_load: Rc<Callback<()>>) -> Self

pub fn on_mouse_down(self, on_mouse_down: impl Into<Callback<bool>>) -> Self

pub fn on_mouse_down_rc(self, on_mouse_down: Rc<Callback<bool>>) -> Self

pub fn on_mouse_enter(self, on_mouse_enter: impl Into<Callback<()>>) -> Self

pub fn on_mouse_enter_rc(self, on_mouse_enter: Rc<Callback<()>>) -> Self

pub fn on_mouse_leave(self, on_mouse_leave: impl Into<Callback<()>>) -> Self

pub fn on_mouse_leave_rc(self, on_mouse_leave: Rc<Callback<()>>) -> Self

pub fn on_mouse_up(self, on_mouse_up: impl Into<Callback<bool>>) -> Self

pub fn on_mouse_up_rc(self, on_mouse_up: Rc<Callback<bool>>) -> Self

pub fn on_submit(self, on_submit: impl Into<Callback<()>>) -> Self

pub fn on_submit_rc(self, on_submit: Rc<Callback<()>>) -> Self

pub fn append_drop_resource(&self, resource: DropResource)

Trait Implementations

impl Drop for DomElement

fn drop(&mut self)

Executes the destructor for this type.

fn pin_drop(self: Pin<&mut Self>)

🔬This is a nightly-only experimental API. (pin_ergonomics)

Execute the destructor for this type, but different to Drop::drop, it requires self to be pinned.

impl EmbedDom for DomElement

fn embed(self) -> DomNode

impl From<DomElement> for DomNode

fn from(node: DomElement) -> Self

Converts to this type from the input type.