#ifndef {{namespace}}ElementTypeHelpers_h
#define {{namespace}}ElementTypeHelpers_h
-#include "core/dom/ContextFeatures.h"
#include "core/dom/Element.h"
#include "{{namespace}}Names.h"
#include "platform/RuntimeEnabledFeatures.h"
-namespace WebCore {
+namespace blink {
// Type checking.
{% for tag in tags|sort if not tag.multipleTagNames and not tag.noTypeHelpers %}
{% filter enable_conditional(tag.Conditional) %}
void is{{tag.interface}}(const {{tag.interface}}&); // Catch unnecessary runtime check of type known at compile time.
void is{{tag.interface}}(const {{tag.interface}}*); // Catch unnecessary runtime check of type known at compile time.
-{# For HTML Elements, call hasLocalName() instead of hasTagName() to avoid checking the namespace unnecessarily #}
-{% if namespace == 'HTML' %}
-inline bool is{{tag.interface}}(const HTMLElement& element) {
- {% if tag.runtimeEnabled or tag.contextConditional %}
- if (element.isHTMLUnknownElement())
- return false;
- {% endif %}
- return element.hasLocalName(HTMLNames::{{tag|symbol}}Tag);
-}
-inline bool is{{tag.interface}}(const Element& element) {
- return element.isHTMLElement() && is{{tag.interface}}(toHTMLElement(element));
-}
-inline bool is{{tag.interface}}(const HTMLElement* element) { return element && is{{tag.interface}}(*element); }
-{% else %}
-inline bool is{{tag.interface}}(const Element& element) {
- {% if tag.contextConditional %}
- if (!ContextFeatures::{{tag.contextConditional}}Enabled(&element.document()))
- return false;
- {% endif %}
+inline bool is{{tag.interface}}(const {{namespace}}Element& element) {
{% if tag.runtimeEnabled %}
if (!RuntimeEnabledFeatures::{{tag.runtimeEnabled}}Enabled())
return false;
{% endif %}
return element.hasTagName({{namespace}}Names::{{tag|symbol}}Tag);
}
-{% endif %}
-inline bool is{{tag.interface}}(const Element* element) { return element && is{{tag.interface}}(*element); }
+inline bool is{{tag.interface}}(const {{namespace}}Element* element) { return element && is{{tag.interface}}(*element); }
template<typename T> inline bool is{{tag.interface}}(const PassRefPtr<T>& node) { return is{{tag.interface}}(node.get()); }
template<typename T> inline bool is{{tag.interface}}(const RefPtr<T>& node) { return is{{tag.interface}}(node.get()); }
-inline bool is{{tag.interface}}(const Node& node) { return node.isElementNode() ? is{{tag.interface}}(toElement(node)) : false; }
-inline bool is{{tag.interface}}(const Node* node) { return node && node->isElementNode() ? is{{tag.interface}}(*toElement(node)) : false; }
-template <> inline bool isElementOfType<const {{tag.interface}}>(const Element& element) { return is{{tag.interface}}(element); }
-{% if namespace == "HTML" %}
-template <> inline bool isElementOfType<const {{tag.interface}}>(const HTMLElement& element) { return is{{tag.interface}}(element); }
-{% endif %}
+inline bool is{{tag.interface}}(const Node& node) { return node.is{{namespace}}Element() && is{{tag.interface}}(to{{namespace}}Element(node)); }
+inline bool is{{tag.interface}}(const Node* node) { return node && is{{tag.interface}}(*node); }
+template <> inline bool isElementOfType<const {{tag.interface}}>(const Node& node) { return is{{tag.interface}}(node); }
+template <> inline bool isElementOfType<const {{tag.interface}}>(const {{namespace}}Element& element) { return is{{tag.interface}}(element); }
{% endfilter %}
+
{% endfor %}
// Using macros because the types are forward-declared and we don't want to use reinterpret_cast in the
// casting functions above. reinterpret_cast would be unsafe due to multiple inheritence.
{% for tag in tags|sort if not tag.multipleTagNames and not tag.noTypeHelpers %}
{% filter enable_conditional(tag.Conditional) %}
-#define to{{tag.interface}}(x) WebCore::toElement<WebCore::{{tag.interface}}>(x)
+#define to{{tag.interface}}(x) blink::toElement<blink::{{tag.interface}}>(x)
{% endfilter %}
{% endfor %}
-} // WebCore
+} // namespace blink
#endif