void CommandLineToolParameterSource::parseLibReconstructionParameters()
{
// Options Group Hardware
parseStringParameter("hardware.openclVendor");
parseStringParameter("hardware.openclDeviceType");
parseIntParameter("hardware.openclDeviceId");
parseBoolParameter("hardware.disableImageSupport");
parseUIntParameter("hardware.subVolumeCount");
}
void JavaScriptEvent::get(const WebRequest& request, const std::string& se)
{
std::string s = se;
int seLength = se.length();
type = getStringParameter(request, concat(s, seLength, "type"));
boost::to_lower(type);
clientX = parseIntParameter(request, concat(s, seLength, "clientX"), 0);
clientY = parseIntParameter(request, concat(s, seLength, "clientY"), 0);
documentX = parseIntParameter(request, concat(s, seLength, "documentX"), 0);
documentY = parseIntParameter(request, concat(s, seLength, "documentY"), 0);
screenX = parseIntParameter(request, concat(s, seLength, "screenX"), 0);
screenY = parseIntParameter(request, concat(s, seLength, "screenY"), 0);
widgetX = parseIntParameter(request, concat(s, seLength, "widgetX"), 0);
widgetY = parseIntParameter(request, concat(s, seLength, "widgetY"), 0);
dragDX = parseIntParameter(request, concat(s, seLength, "dragdX"), 0);
dragDY = parseIntParameter(request, concat(s, seLength, "dragdY"), 0);
wheelDelta = parseIntParameter(request, concat(s, seLength, "wheel"), 0);
/*
if (widgetX == 0 && widgetY == 0) {
const int signalLength = 7 + se.length();
const Http::ParameterMap& entries = request.getParameterMap();
for (Http::ParameterMap::const_iterator i = entries.begin();
i != entries.end(); ++i) {
std::string name = i->first;
if (name.substr(0, signalLength) == concat(s, seLength, "signal=") {
std::string e = name.substr(name.length() - 2);
if (e == ".x") {
try {
widgetX = boost::lexical_cast<int>(i->second[0]);
} catch (const boost::bad_lexical_cast& ee) {
}
} else if (e == ".y") {
try {
widgetY = boost::lexical_cast<int>(i->second[0]);
} catch (const boost::bad_lexical_cast& ee) {
}
}
}
}
}
*/
modifiers = 0;
if (request.getParameter(concat(s, seLength, "altKey")) != 0)
modifiers |= AltModifier;
if (request.getParameter(concat(s, seLength, "ctrlKey")) != 0)
modifiers |= ControlModifier;
if (request.getParameter(concat(s, seLength, "shiftKey")) != 0)
modifiers |= ShiftModifier;
if (request.getParameter(concat(s, seLength, "metaKey")) != 0)
modifiers |= MetaModifier;
keyCode = parseIntParameter(request, concat(s, seLength, "keyCode"), 0);
charCode = parseIntParameter(request, concat(s, seLength, "charCode"), 0);
button = parseIntParameter(request, concat(s, seLength, "button"), 0);
scrollX = parseIntParameter(request, concat(s, seLength, "scrollX"), 0);
scrollY = parseIntParameter(request, concat(s, seLength, "scrollY"), 0);
viewportWidth = parseIntParameter(request, concat(s, seLength, "width"), 0);
viewportHeight = parseIntParameter(request, concat(s, seLength, "height"), 0);
response = getStringParameter(request, concat(s, seLength, "response"));
int uean = parseIntParameter(request, concat(s, seLength, "an"), 0);
userEventArgs.clear();
for (int i = 0; i < uean; ++i) {
userEventArgs.push_back
(getStringParameter(request,
se + "a" + boost::lexical_cast<std::string>(i)));
}
decodeTouches(getStringParameter(request, concat(s, seLength, "touches")),
touches);
decodeTouches(getStringParameter(request, concat(s, seLength, "ttouches")),
targetTouches);
decodeTouches(getStringParameter(request, concat(s, seLength, "ctouches")),
changedTouches);
}
