void ScriptWrapper::RemoveScript(IHTMLDocument2 *doc) {
CComQIPtr<IHTMLDocument3> doc3(doc);
if (!doc3) {
return;
}
CComPtr<IHTMLElement> element;
CComBSTR id(L"__webdriver_private_span");
HRESULT hr = doc3->getElementById(id, &element);
if (FAILED(hr)) {
LOGHR(WARN, hr) << "Cannot find the script tag. Bailing.";
return;
}
CComQIPtr<IHTMLDOMNode> element_node(element);
if (element_node) {
CComPtr<IHTMLElement> body;
hr = doc->get_body(&body);
if (FAILED(hr)) {
LOGHR(WARN, hr) << "Cannot locate body of document";
return;
}
CComQIPtr<IHTMLDOMNode> body_node(body);
if (!body_node) {
LOG(WARN) << "Cannot cast body to a standard html node";
return;
}
CComPtr<IHTMLDOMNode> removed;
hr = body_node->removeChild(element_node, &removed);
if (FAILED(hr)) {
LOGHR(DEBUG, hr) << "Cannot remove child node. Shouldn't matter. Bailing";
}
}
}
inline NodeRef toRDF(const Context &ctx, NodeRef _this, const ::SkeletonTrackingService &value)
{
{
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("rdf:type")), Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("service:SkeletonTrackingService")));
}
// Serialize member getCoordinateSystems
{
const auto & _that = value.getCoordinateSystems();
if (Arvida::RDF::isValidValue(_that))
{
const std::string that_path = ctx.path + "/coordinateSystems/";
Arvida::RDF::Context that_ctx(ctx, that_path);
Redland::Node that_node(Redland::Node::make_uri_node(ctx.world, that_path));
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("service:trackerCoordinateSystems")), that_node);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("rdf:type")), Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:Container")));
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = ctx.path + "/coordinateSystems/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:member")), element_node);
}
}
}
// Serialize member getQuantities
{
const auto & _that = value.getQuantities();
if (Arvida::RDF::isValidValue(_that))
{
const std::string that_path = ctx.path + "/quantities/";
Arvida::RDF::Context that_ctx(ctx, that_path);
Redland::Node that_node(Redland::Node::make_uri_node(ctx.world, that_path));
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("service:trackerQuantities")), that_node);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("rdf:type")), Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:Container")));
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = ctx.path + "/quantities/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:member")), element_node);
}
}
}
// Serialize member getSegments
{
const auto & _that = value.getSegments();
if (Arvida::RDF::isValidValue(_that))
{
const std::string that_path = ctx.path + "/segments/";
Arvida::RDF::Context that_ctx(ctx, that_path);
Redland::Node that_node(Redland::Node::make_uri_node(ctx.world, that_path));
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("service:trackerSegments")), that_node);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("rdf:type")), Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:Container")));
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = ctx.path + "/segments/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:member")), element_node);
}
}
}
// Serialize member getSkeletons
{
const auto & _that = value.getSkeletons();
if (Arvida::RDF::isValidValue(_that))
{
const std::string that_path = ctx.path + "/skeletons/";
Arvida::RDF::Context that_ctx(ctx, that_path);
Redland::Node that_node(Redland::Node::make_uri_node(ctx.world, that_path));
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("service:trackerSkeletons")), that_node);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("rdf:type")), Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:Container")));
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = ctx.path + "/skeletons/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, that_node, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("core:member")), element_node);
}
}
}
return _this;
}
inline NodeRef toRDF(const Context &ctx, NodeRef _this, const ::Skeleton &value)
{
{
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("rdf:type")), Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("skel:Skeleton")));
}
// Serialize member getBones
{
const auto & _that = value.getBones();
if (Arvida::RDF::isValidValue(_that))
{
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = (::get_segments_path(ctx)) + "/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("skel:skeletonBone")), element_node);
}
}
}
// Serialize member getJoints
{
const auto & _that = value.getJoints();
if (Arvida::RDF::isValidValue(_that))
{
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = (::get_segments_path(ctx)) + "/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("skel:skeletonJoint")), element_node);
}
}
}
// Serialize member getRoots
{
const auto & _that = value.getRoots();
if (Arvida::RDF::isValidValue(_that))
{
for (auto it = std::begin(_that); it != std::end(_that); ++it)
{
const auto & _element = *it;
const std::string element_path = (::get_segments_path(ctx)) + "/" + (_element ? _element->getName() : "");
Arvida::RDF::Context element_ctx(ctx, element_path);
Redland::Node element_node(Redland::Node::make_uri_node(ctx.world, element_path));
if (!Arvida::RDF::isNodeExists(ctx.model, element_node))
Arvida::RDF::toRDF(element_ctx, element_node, _element);
ctx.model.add_statement(ctx.world, _this, Redland::Node::make_uri_node(ctx.world, ctx.namespaces.expand("skel:skeletonRoot")), element_node);
}
}
}
return _this;
}