///////////////////////////////////////////////////////////////////////
// Function : dsoLoadCallback
// Description : This function will be called for each module
// Return Value :
// Comments :
static int dsoLoadCallback(const char *file,void *ud) {
void *module = osLoadModule(file);
if (module != NULL) {
int i;
void **userData = (void **) ud;
char *name = (char *) userData[0];
char *prototype = (char *) userData[1];
SHADEOP_SPEC *shadeops;
{
char tmp[OS_MAX_PATH_LENGTH];
sprintf(tmp,"%s_shadeops",name);
shadeops = (SHADEOP_SPEC *) osResolve(module,tmp);
}
if (shadeops != NULL) {
for (i=0;; i++) {
char *dsoName,*dsoPrototype;
if (strcmp(shadeops[i].definition,"") == 0) break;
if (dsoParse(shadeops[i].definition,dsoName,dsoPrototype) == TRUE) {
if (strcmp(dsoPrototype,prototype) == 0) {
dsoInitFunction *init = (dsoInitFunction *) userData[2];
dsoExecFunction *exec = (dsoExecFunction *) userData[3];
dsoCleanupFunction *cleanup = (dsoCleanupFunction *) userData[4];
// Bingo
init[0] = (dsoInitFunction) osResolve(module,shadeops[i].init);
exec[0] = (dsoExecFunction) osResolve(module,dsoName);
cleanup[0] = (dsoCleanupFunction) osResolve(module,shadeops[i].cleanup);
if (exec != NULL) {
free(dsoName);
free(dsoPrototype);
// We have found the DSO
return FALSE;
}
}
free(dsoName);
free(dsoPrototype);
}
}
}
osUnloadModule(module);
} else {
error(CODE_SYSTEM,"Failed to load DSO \"%s\": %s\n",file,osModuleError());
}
// Continue iterating
return TRUE;
}
///////////////////////////////////////////////////////////////////////
// Class : CDLObject
// Method : ~CDLObject
// Description :
/// \brief Dtor
// Return Value : -
// Comments :
CDLObject::~CDLObject() {
atomicDecrement(&stats.numGprims);
tiniFunction(data);
osUnloadModule(handle);
}