void ManualObjectQueryProcessor::commandListQueriers(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
Command::Result result = Command::EmptyResult();
// Organized as lists under queriers.type, each querier being a dict of query handlers -> stats
result.put("queriers.object", Command::Object());
result.put("queriers.oh", Command::Object());
result.put("queriers.server", Command::Object());
// Each object is registered with only one server, so just loop through our
// per-server handlers for queriers
for(QueryHandlerMap::iterator handler_it = mObjectQueryHandlers.begin(); handler_it != mObjectQueryHandlers.end(); handler_it++)
handler_it->second->commandListQueriers(handler_it->first, result);
cmdr->result(cmdid, result);
}
void HostedObject::commandPresences(
const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid)
{
Command::Result result = Command::EmptyResult();
// Make sure we return the objects key set even if there are none
result.put( String("presences"), Command::Object());
Command::Object& presences_map = result.getObject("presences");
{
Mutex::scoped_lock locker(presenceDataMutex);
for(PresenceDataMap::const_iterator presit = mPresenceData.begin(); presit != mPresenceData.end(); presit++) {
Command::Object presdata;
// Should fill in basic presence info but it's a pain to serialize
// here (loc, orientation, etc).
presdata["mesh"] = presit->second->requestLoc->mesh().toString();
presdata["physics"] = presit->second->requestLoc->physics();
Command::Object proxy_data;
proxy_data["alive"] = presit->second->proxyManager->size();
proxy_data["active"] = presit->second->proxyManager->activeSize();
presdata["proxies"] = proxy_data;
presences_map[presit->first.toString()] = presdata;
}
}
cmdr->result(cmdid, result);
}
void ObjectHost::commandDestroyObject(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
HostedObjectPtr ho = getCommandObject(cmd, cmdr, cmdid);
if (!ho) return;
Command::Result result = Command::EmptyResult();
ho->stop();
ho->destroy();
result.put("success", true);
cmdr->result(cmdid, result);
}
HostedObjectPtr ObjectHost::getCommandObject(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
String obj_string = cmd.getString("object", "");
UUID objid(obj_string, UUID::HumanReadable());
if (objid == UUID::null()) { // not specified, not parsed
Command::Result result = Command::EmptyResult();
result.put("error", "Ill-formatted request: no object specified for disconnect.");
cmdr->result(cmdid, result);
return HostedObjectPtr();
}
HostedObjectPtr ho = getHostedObject(objid);
if (!ho) {
Command::Result result = Command::EmptyResult();
result.put("error", "Object not found");
cmdr->result(cmdid, result);
return HostedObjectPtr();
}
return ho;
}
void ObjectHost::commandCreateObject(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
Command::Result result = Command::EmptyResult();
if (!cmd.contains("script.type"))
{
result.put("error", "Must specify at least script.type");
cmdr->result(cmdid, result);
return;
}
String scriptType = cmd.getString("script.type");
String scriptOpts = cmd.getString("script.opts", "");
String scriptContents = cmd.getString("script.contents", "");
HostedObjectPtr obj;
obj = createObject(scriptType, scriptOpts, scriptContents);
result.put("id", obj->id().toString());
cmdr->result(cmdid, result);
}
void ObjectHost::commandListObjects(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
Command::Result result = Command::EmptyResult();
// Make sure we return the objects key set even if there are none
result.put( String("objects"), Command::Array());
Command::Array& objects_ary = result.getArray("objects");
Sirikata::SerializationCheck::Scoped sc(&mSessionSerialization);
for(InternalIDHostedObjectMap::const_iterator it = mHostedObjectsByID.begin(); it != mHostedObjectsByID.end(); it++) {
HostedObjectPtr ho = it->second.lock();
if (ho) objects_ary.push_back( ho->id().toString() );
}
cmdr->result(cmdid, result);
}
void IOService::commandReportAllStats(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
#ifdef SIRIKATA_TRACK_EVENT_QUEUES
AllIOServicesLockGuard lock(gAllIOServicesMutex);
Command::Result result = Command::EmptyResult();
// Ensure the top-level structure is there
result.put("ioservices", Command::Array());
Command::Array& services = result.getArray("ioservices");
for(AllIOServicesSet::const_iterator it = gAllIOServices.begin(); it != gAllIOServices.end(); it++) {
services.push_back(Command::Object());
(*it)->fillCommandResultWithStats(services.back());
}
cmdr->result(cmdid, result);
#endif
}
ManualObjectQueryProcessor::ObjectQueryHandlerPtr ManualObjectQueryProcessor::lookupCommandHandler(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) const {
ObjectQueryHandlerPtr result;
if (cmd.contains("handler")) {
String handler_name = cmd.getString("handler");
// Only the first part of the handler name is the SpaceNodeID we need to
// look up the ObjectQueryHandler
handler_name = handler_name.substr(0, handler_name.find('.'));
OHDP::SpaceNodeID snid(handler_name);
QueryHandlerMap::const_iterator it = mObjectQueryHandlers.find(snid);
if (it != mObjectQueryHandlers.end())
result = it->second;
}
if (!result) {
Command::Result result = Command::EmptyResult();
result.put("error", "Ill-formatted request: handler not specified or invalid.");
cmdr->result(cmdid, result);
}
return result;
}
void ManualObjectQueryProcessor::commandProperties(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
Command::Result result = Command::EmptyResult();
result.put("name", "libprox-manual");
result.put("settings.handlers", mObjectQueryHandlers.size());
result.put("queries.server.count", mServerQueryHandler.numQueries());
result.put("queries.server.messages", mServerQueryHandler.numQueryMessages());
{
uint32 count = 0, messages = 0;
for(QueryHandlerMap::const_iterator it = mObjectQueryHandlers.begin(); it != mObjectQueryHandlers.end(); it++) {
count += it->second->objectQueries();
messages += it->second->objectQueryMessages();
}
result.put("queries.objects.count", count);
result.put("queries.objects.messages", messages);
}
cmdr->result(cmdid, result);
}
void IOService::fillCommandResultWithStats(Command::Result& res) {
LockGuard lock(const_cast<Mutex&>(mMutex));
res.put("name", name());
res.put("timers.enqueued", numTimersEnqueued());
res.put("timers.latency", timerLatency().toString());
res.put("handlers.enqueued", numEnqueued());
res.put("handlers.latency", handlerLatency().toString());
reportOffenders(mTagCounts, res, "offenders");
res.put("strands", Command::Array());
Command::Array& strands = res.getArray("strands");
for(StrandSet::const_iterator it = mStrands.begin(); it != mStrands.end(); it++) {
strands.push_back(Command::Object());
strands.back().put("name", (*it)->name());
strands.back().put("timers.enqueued", (*it)->numTimersEnqueued());
strands.back().put("timers.latency", (*it)->timerLatency().toString());
strands.back().put("handlers.enqueued", (*it)->numEnqueued());
strands.back().put("handlers.latency", (*it)->handlerLatency().toString());
reportOffenders((*it)->enqueuedTags(), strands.back(), "offenders");
}
}
void ManualObjectQueryProcessor::commandStats(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
Command::Result result = Command::EmptyResult();
result.put( String("stats"), Command::EmptyResult());
cmdr->result(cmdid, result);
}
void SimpleCameraObjectScript::handleObjectCommand(const Command::Command& cmd, Command::Commander* cmdr, Command::CommandID cmdid) {
Command::Result result = Command::EmptyResult();
result.put("error", "SimpleCameraObjectScripts don't handle commands");
cmdr->result(cmdid, result);
}