void Loader::onAnnotationData( const location& loc, const std::string& fieldName, const Any& value )
{
IAnnotation* annotation = _annotations.back().annotations.back().get();
try
{
IInterface* itf = annotation->getInterface();
IMember* m = itf->getMember( fieldName );
if( !m || m->getKind() != MK_FIELD )
{
PUSH_ERROR( loc, "annotation type '" << itf->getFullName() <<
"' has no field named '" << fieldName << "'" );
return;
}
ICompositeType* ct = m->getOwner();
IReflector* reflector = ct->getReflector();
if( !reflector )
{
PUSH_ERROR( loc, "annotation type '" << ct->getFullName() << "' has no reflector" );
return;
}
reflector->setField( annotation, static_cast<IField*>( m ), value );
}
catch( Exception& e )
{
pushError( loc, e.getMessage() );
PUSH_ERROR( loc, "error setting annotation field '" << fieldName << "'" );
}
}
int CstBufferRepository::gatherFromAnnotation(ICstBuffer** &pp, const char *annotationName, const char* str, int *ival, float *fval)
{
memset(cbArray, 0, 100*sizeof(ICstBuffer*));
pp = (ICstBuffer**)cbArray;
int n = 0;
if(!annotationName)
return 0;
ItemMap::iterator i2 = m_Items.begin();
while(i2 != m_Items.end())
{
if(i2->second.p)
{
IAnnotation* pAnnot = i2->second.p->annotations();
if((str && findMatchingAnnotation(pAnnot, annotationName, str))
||(ival && (pAnnot->getAnnotationInt(annotationName)==ival[0]))
||(fval && (pAnnot->getAnnotationFloat(annotationName)==fval[0])))
{
if(n >= 100)
{
nvFX::printf(">>Error : gathering of uniforms exceeded 100 !");
return n;
}
cbArray[n++] = i2->second.p;
}
}
++i2;
}
return n;
}
int ShaderModuleRepository::gatherFromAnnotation(IShader** &ppShaders, const char *annotationName, const char* str, int *ival, float *fval)
{
memset(shdArray, 0, 100*sizeof(IShader*));
ppShaders = (IShader**)shdArray;
int nshaders = 0;
if(!annotationName)
return 0;
ShdMap::iterator i2 = m_shaders.begin();
while(i2 != m_shaders.end())
{
Shader* pShd = static_cast<Shader*>(i2->second.p);
if(pShd)
{
IAnnotation* pAnnot = pShd->annotations();
if((str && findMatchingAnnotation(pAnnot, annotationName, str))
||(ival && (pAnnot->getAnnotationInt(annotationName)==ival[0]))
||(fval && (pAnnot->getAnnotationFloat(annotationName)==fval[0])))
{
if(nshaders >= 100)
{
nvFX::printf(">>Error : gathering of shader exceeded 100 !");
return nshaders;
}
shdArray[nshaders++] = pShd;
}
}
++i2;
}
// warning : means that we cannot put in the same list some global shaders from here with
// local shader previously found in this method...
if(nshaders == 0)
{
// Try in the global repository
return static_cast<ShaderModuleRepository*>(getShaderModuleRepositorySingleton())->gatherFromAnnotation(ppShaders, annotationName, str, ival, fval);
}
return nshaders;
}
int ResourceRepository::gatherFromAnnotation(IResource** &pp, const char *annotationName, const char* str, int *ival, float *fval)
{
memset(resArray, 0, 100*sizeof(IShader*));
pp = (IResource**)resArray;
int n = 0;
if(!annotationName)
return 0;
ResourceMap::iterator i2 = m_resources.begin();
while(i2 != m_resources.end())
{
if(i2->second.p)
{
IAnnotation* pAnnot = i2->second.p->annotations();
if((str && findMatchingAnnotation(pAnnot, annotationName, str))
||(ival && (pAnnot->getAnnotationInt(annotationName)==ival[0]))
||(fval && (pAnnot->getAnnotationFloat(annotationName)==fval[0])))
{
if(n >= 100)
{
nvFX::printf(">>Error : gathering of resources exceeded 100 !");
return n;
}
resArray[n++] = i2->second.p;
}
}
++i2;
}
// warning : means that we cannot put in the same list some global shaders from here with
// local shader previously found in this method...
if(n == 0)
{
// Try in the global repository
return static_cast<ResourceRepository*>(getResourceRepositorySingleton())->gatherFromAnnotation(pp, annotationName, str, ival, fval);
}
return n;
}
