function SvelteElement(node, context) {
	validate_element(node, context);
	check_element(node, context);

	node.metadata.path = [...context.path];
	context.state.analysis.elements.push(node);

	const xmlns = /** @type {AST.Attribute & { value: [AST.Text] } | undefined} */ (
		node.attributes.find(
			(a) => a.type === 'Attribute' && a.name === 'xmlns' && is_text_attribute(a)
		)
	);

	if (xmlns) {
		node.metadata.svg = xmlns.value[0].data === NAMESPACE_SVG;
		node.metadata.mathml = xmlns.value[0].data === NAMESPACE_MATHML;
	} else {
		let i = context.path.length;
		while (i--) {
			const ancestor = context.path[i];

			if (
				ancestor.type === 'Component' ||
				ancestor.type === 'SvelteComponent' ||
				ancestor.type === 'SvelteFragment' ||
				ancestor.type === 'SnippetBlock' ||
				i === 0
			) {
				// Root element, or inside a slot or a snippet -> this resets the namespace, so assume the component namespace
				node.metadata.svg = context.state.options.namespace === 'svg';
				node.metadata.mathml = context.state.options.namespace === 'mathml';
				break;
			}

			if (ancestor.type === 'SvelteElement' || ancestor.type === 'RegularElement') {
				node.metadata.svg =
					ancestor.type === 'RegularElement' && ancestor.name === 'foreignObject'
						? false
						: ancestor.metadata.svg;

				node.metadata.mathml =
					ancestor.type === 'RegularElement' && ancestor.name === 'foreignObject'
						? false
						: ancestor.metadata.mathml;

				break;
			}
		}
	}

	mark_subtree_dynamic(context.path);

	context.next({ ...context.state, parent_element: null });
}
@param {AST.SvelteElement} node
@param {Context} context