void ShaderUnloadTask::doRun()
{
CDNArchive::clearArchive(mArchiveName);
SharedResourcePtr resource = mResource.lock();
if (resource) {
resource->unloaded(true, mEpoch);
}
}
void ShaderDependencyTask::operator()()
{
SharedResourcePtr resourcePtr = mResource.lock();
if (!resourcePtr) {
finish(false);
return;
}
resourcePtr->parsed(true);
finish(true);
}
void ShaderDependencyTask::run()
{
SharedResourcePtr resourcePtr = mResource.lock();
if (!resourcePtr) {
signalCompletion(false);
return;
}
resourcePtr->parsed(true);
signalCompletion();
}
SharedResourcePtr GraphicsResourceManager::getResourceAsset(const URI &id, GraphicsResource::Type resourceType)
{
WeakResourcePtr curWeakPtr;
SharedResourcePtr curSharedPtr;
if (ResourceManager::getSingleton().isMHashScheme(id)) {
try {
curWeakPtr = getResource(RemoteFileId(id).fingerprint().convertToHexString());
curSharedPtr = curWeakPtr.lock();
} catch (std::invalid_argument &ia) {
}
}
if (!curSharedPtr) {
curWeakPtr = getResource(id.toString());
curSharedPtr = curWeakPtr.lock();
}
if (curSharedPtr)
return curSharedPtr;
else {
try {
if (ResourceManager::getSingleton().isMHashScheme(id)) {
// std::invalid_argument may be thrown, but is caught by the "catch" below.
RemoteFileId resourceId(id);
if (resourceType == GraphicsResource::MESH) {
curSharedPtr = GraphicsResource::construct<GraphicsResourceMesh>(resourceId);
}
else if (resourceType == GraphicsResource::MATERIAL) {
curSharedPtr = GraphicsResource::construct<GraphicsResourceMaterial>(resourceId);
}
else if (resourceType == GraphicsResource::TEXTURE) {
curSharedPtr = GraphicsResource::construct<GraphicsResourceTexture>(resourceId);
}
else if (resourceType == GraphicsResource::SHADER) {
curSharedPtr = GraphicsResource::construct<GraphicsResourceShader>(resourceId);
}
else {
assert(false);
}
}
else {
curSharedPtr = GraphicsResource::construct<GraphicsResourceName>(id, resourceType);
}
mIDResourceMap[curSharedPtr->getID()] = curSharedPtr;
mResources.insert(curSharedPtr.get());
}
catch (std::invalid_argument& exc) {
}
return curSharedPtr;
}
}
SharedResourcePtr receiveResource ( SimpleTcpEndPoint client )
{
unsigned long long index = 0;
ByteBuffer message;
client.receive ( message );
received += message.getLength();
SharedResourcePtr result = ResourceHolder::FromBuffer(message,index);
recvResources[result->getUUID()] = result;
ResourceHolder::RegisterResource(result);
if ( recvCB.find ( result->mTypeID) != recvCB.end () ) {
(*recvCB[result->mTypeID]) ( result );
}
return result;
}
SharedResourcePtr GraphicsResourceManager::getResourceEntity(const SpaceObjectReference &id, GraphicsEntity *graphicsEntity)
{
WeakResourcePtr curWeakPtr = getResource(id.toString());
SharedResourcePtr curSharedPtr = curWeakPtr.lock();
if (curSharedPtr)
return curSharedPtr;
else {
curSharedPtr = GraphicsResource::construct<GraphicsResourceEntity>(id, graphicsEntity);
mIDResourceMap[id.toString()] = curSharedPtr;
mEntities.insert(curSharedPtr.get());
return curSharedPtr;
}
}
/*
bool MeshUnloadTask::mainThreadUnload(String name)
{
Ogre::MeshManager::getSingleton().unload(name);
// operationCompleted(Ogre::BackgroundProcessTicket(), Ogre::BackgroundProcessResult());
return false;
}
*/
void MeshUnloadTask::doRun()
{
/*I REALLY wish this were true*/
// SequentialWorkQueue::getSingleton().queueWork(std::tr1::bind(&MeshUnloadTask::mainThreadUnload, this, mHash));
String hash = mHash; //CDNArchive::canonicalMhashName(mHash);
Ogre::MeshManager* meshManager = Ogre::MeshManager::getSingletonPtr();
meshManager->remove(hash);
Ogre::ResourcePtr meshResource = meshManager->getByName(hash);
assert(meshResource.isNull());
SharedResourcePtr resource = mResource.lock();
if (resource)
resource->unloaded(true, mEpoch);
}
void OnReceiveWorld ( SharedResourcePtr resource )
{
std::cout << "World::" << resource->getName().toStdString() << std::endl;
Assets::WorldPtr world = resource.dynamicCast<Assets::World> ();
for ( int i = 0 ; i < world->getSize < QUuid > ( "Cells" ) ; i ++ ) {
fetchResource ( world->get < QUuid > ( "Cells", i ) );
}
}
void OnReceiveWorldCell ( SharedResourcePtr resource )
{
std::cout << "WorldCell::" << resource->getName().toStdString() << std::endl;
Assets::WorldCellPtr cell = resource.dynamicCast<Assets::WorldCell> ();
for ( int i = 0 ; i < cell->getSize < QUuid > ( "GameObjects" ) ; i ++ ) {
fetchResource ( cell->get < QUuid > ( "GameObjects", i ) );
}
}
void OnReceiveMesh ( SharedResourcePtr resource )
{
std::cout << "Mesh::" << resource->getName().toStdString() << std::endl;
Assets::MeshPtr mesh = resource.dynamicCast<Assets::Mesh> ();
for ( unsigned int i = 0 ; i < mesh->getSize < Assets::MaterialGroup* > ( "MaterialGroups" ) ; i ++ ) {
Assets::MaterialGroup* grp = mesh->get < Assets::MaterialGroup* > ( "MaterialGroups", i );
fetchResource ( grp->get < QUuid > ( "Material" ) );
}
}
void MeshDependencyTask::operator()()
{
SharedResourcePtr resourcePtr = mResource.lock();
if (!resourcePtr) {
finish(false);
return;
}
if (OPTION_ENABLE_TEXTURES->as<bool>()) {
GraphicsResourceManager *grm = GraphicsResourceManager::getSingletonPtr();
MemoryBuffer::iterator itr, iend;
for (itr = mBuffer.begin(), iend = mBuffer.end() - 7; itr != iend; ++itr) {
if (*itr == 'm'
&& (*(itr + 1)) == 'e'
&& (*(itr + 2)) == 'r'
&& (*(itr + 3)) == 'u'
&& (*(itr + 4)) == ':'
&& (*(itr + 5)) == '/'
&& (*(itr + 6)) == '/') {
String matDep = "";
while (itr != iend + 4) {
if (*itr == '.' && (*(itr + 1) == 'o') && (*(itr + 2) == 's')) {
matDep += ".os";
break;
}
matDep += *itr;
++itr;
}
SharedResourcePtr hashResource = grm->getResourceAsset(URI(matDep), GraphicsResource::MATERIAL);
resourcePtr->addDependency(hashResource);
}
}
}
resourcePtr->setCost(mBuffer.size());
resourcePtr->parsed(true);
finish(true);
}
void OnReceiveGameEntity ( SharedResourcePtr resource )
{
std::cout << "GameEntity::" << resource->getName().toStdString() << std::endl;
Assets::GameEntityPtr ge = resource.dynamicCast<Assets::GameEntity> ();
for ( int i = 0 ; i < ge->getSize < Assets::GameEntityElement* > ( "Elements" ) ; i ++ ) {
Assets::GameEntityElement* elt = ge->get < Assets::GameEntityElement* > ( "Elements", i );
for ( int j = 0 ; j < elt->getSize < QUuid > ( "Resources" ) ; j ++ ) {
fetchResource ( elt->get < QUuid > ( "Resources", j ) );
}
}
}
int main(int argc, char *argv[])
{
/*
__attach();
__attachInterfaces();
__attachGenerics();
__attachAssets();*/
__attachQImage();
__attachWavefront();
FileDescriptor file ( argv[1]);
ResourceHolder::Load(file);
ResourceHolder::Usage();
foreach ( QUuid id, ResourceHolder::AllKeys() ) {
SharedResourcePtr res = ResourceHolder::GetByUUID(id);
res->Usage();
ByteBuffer buffer = ResourceHolder::ToBuffer( res );
unsigned long long index = 0;
SharedResourcePtr ptr = ResourceHolder::FromBuffer(buffer,index);
ptr->Usage();
}
void OnReceiveWavefrontMaterial ( SharedResourcePtr resource )
{
QUuid fake;
std::cout << "WavefrontMaterial::" << resource->getName().toStdString() << std::endl;
Assets::MaterialPtr material = resource.dynamicCast<WavefrontMaterial> ();
if ( fake != material->get < Texture > ( "AmbientMap" ).imageID )
fetchResource ( material->get < Texture > ( "AmbientMap" ).imageID );
if ( fake != material->get < Texture > ( "DiffuseMap" ).imageID )
fetchResource ( material->get < Texture > ( "DiffuseMap" ).imageID );
if ( fake != material->get < Texture > ( "SpecularMap" ).imageID )
fetchResource ( material->get < Texture > ( "SpecularMap" ).imageID );
if ( fake != material->get < Texture > ( "SpecularExponentMap" ).imageID )
fetchResource ( material->get < Texture > ( "SpecularExponentMap" ).imageID );
if ( fake != material->get < Texture > ( "DissolveMap" ).imageID )
fetchResource ( material->get < Texture > ( "DissolveMap" ).imageID );
if ( fake != material->get < Texture > ( "DecalMap" ).imageID )
fetchResource ( material->get < Texture > ( "DecalMap" ).imageID );
if ( fake != material->get < Texture > ( "DisplacementMap" ).imageID )
fetchResource ( material->get < Texture > ( "DisplacementMap" ).imageID );
if ( fake != material->get < Texture > ( "BumpMap" ).imageID )
fetchResource ( material->get < Texture > ( "BumpMap" ).imageID );
if ( fake != material->get < Texture > ( "ReflectionMap" ).imageID )
fetchResource ( material->get < Texture > ( "ReflectionMap" ).imageID );
}
void addDependency(SharedResourcePtr newResource) {
assert(newResource);
mDependencies.insert(newResource);
newResource->addDependent(getWeakPtr());
}
void OnReceiveLight ( SharedResourcePtr resource )
{
std::cout << "Light::" << resource->getName().toStdString() << std::endl;
Assets::LightPtr light = resource.dynamicCast<Assets::Light> ();
}
void OnReceiveGameObject ( SharedResourcePtr resource )
{
std::cout << "GameObject::" << resource->getName().toStdString() << std::endl;
Assets::GameObjectPtr go = resource.dynamicCast<Assets::GameObject> ();
fetchResource ( go->get < QUuid > ( "Entity" ) );
}
bool ServerManager::interpret(QUuid client){
if(client == NULL){
std::cout << "erreur : client incorrect." << std::endl;
return false;
}
if(connection == 0) {
std::cout << "Error : no socket bound" << std::endl;
return false;
}
if(!connection->isStarted()){
std::cout << "erreur : connection non démarrée." << std::endl;
return false;
}
//std::cout << "Client OK" << std::endl;
EncByteBuffer requete, reponse;
requete.setType(-2);
SharedResourcePtr res;
QUuid req, q;
EncByteBuffer resource;
long long unsigned int l;
while(requete.getType() == -2) {
if(connection->isStarted()){
//std::cout << "EncTcpStartPoint try receiving" << std::endl;
if(! connection->receive(client, requete) ) {
std::cout << "Not able to receive" <<std::endl;
return false;
}
if(!connection->hasEndPoint() ){
std::cout << "No end to receive frome" <<std::endl;
return false;
}
//std::cout << "After receiving " << requete.getType() << "/" << requete.getLength() << std::endl;
}
else
{
std::cout << "Connection dropped" << std::endl;
return false;
}
}
//std::cout << "Receiving request" << std::endl;
//std::cout << "Type " << requete.getType() << " , length " << requete.getLength() << std::endl;
switch(requete.getType()){
case ServerManager::SHARED_R :
//std::cout << "Received Request for resource " << std::endl;
l = requete.getLength();
req = QUuid((const char*)(requete.getData()));
std:: cout << "Getting " << req.toString().toStdString() << std::endl;
res = ServerManager::getInstance()->getRessource(req);
reponse.setType(SHARED_R);
if(res.isNull()) {
reponse = EncByteBuffer(ERROR);
reponse.append(ByteBuffer((unsigned char*)(req.toByteArray().data()), req.toByteArray().size()));
}
else{
resource = ResourceHolder::ToBuffer(res);
reponse.append(resource);
}
break;
case ServerManager::TEST :
reponse.setType(TEST);
l = requete.getLength();
::fromBuffer(requete, l, req);
res = ServerManager::getInstance()->getRessource(req);
reponse.append(ByteBuffer((unsigned char*)(q.toByteArray().data()), q.toByteArray().size()));
break;
case ServerManager::WORLD :
std::cout << "Error : Unexpected type WORLD." << std::endl;
return false;
break;
default :
std::cout << "Error : Unknown type " << requete.getType() << std::endl;
return false;
break;
}
if(! connection->send(client, reponse )){
std::cout << "Couldn't send" << std::endl;
return false;
}
return true;
}
void OnReceiveImage ( SharedResourcePtr resource )
{
std::cout << "Image::" << resource->getName().toStdString() << std::endl;
Assets::ImagePtr image = resource.dynamicCast<Assets::Image> ();
}