C4Network2Res::Ref C4Network2ResList::AddByCore(const C4Network2ResCore &Core, bool fLoad) // by main thread
{
// already in list?
C4Network2Res::Ref pRes = getRefRes(Core.getID());
if (pRes) return pRes;
#ifdef C4NET2RES_LOAD_ALL
// load without check (if possible)
if (Core.isLoadable()) return AddLoad(Core);
#endif
// create new
pRes = new C4Network2Res(this);
// try set by core
if (!pRes->SetByCore(Core, true))
{
pRes.Clear();
// try load (if specified)
return fLoad ? AddLoad(Core) : NULL;
}
// log
Application.InteractiveThread.ThreadLogS("Network: Found identical %s. Not loading.", pRes->getCore().getFileName());
// add to list
Add(pRes);
// ok
return pRes;
}
void Workspace::AddUses(Package& p, bool match, const Vector<String>& flag)
{
int q = package.GetCount();
for(int i = 0; i < p.uses.GetCount(); i++) {
String uses = UnixPath(p.uses[i].text);
if((!match || MatchWhen(p.uses[i].when, flag)) && package.Find(uses) < 0)
AddLoad(uses, match, flag);
}
for(int i = q; i < package.GetCount(); i++)
AddUses(package[i], match, flag);
}
int MBSObjectFactory::AddObject(MBSObjectFactoryClass objectClass, int objectTypeId)
{
switch(objectClass)
{
case OFCElement: return AddElement(objectTypeId); // AddElement is generated automatically
case OFCSensor: return AddSensor(objectTypeId);
case OFCNode: return AddNode(objectTypeId);
case OFCLoad: return AddLoad(objectTypeId);
case OFCMaterial: return AddMaterial(objectTypeId);
case OFCBeamProperties: return AddBeamProperties(objectTypeId);
case OFCGeomElement: return AddGeomElement(objectTypeId);
}
assert(0);
return -1;
}
void Workspace::Scan(const char *prjname, const Vector<String>& flag) {
package.Clear();
AddLoad(prjname, true, flag);
AddUses(package[0], true, flag);
}
void Workspace::Scan(const char *prjname) {
package.Clear();
AddLoad(prjname, false, Vector<String>());
AddUses(package[0], false, Vector<String>());
}