C_BaseEntity *ClientClassFactory( boost::python::object cls_type, int entnum, int serialNum )
{
C_BaseEntity *pResult = NULL;
try
{
// Spawn and initialize the entity
boost::python::object inst = cls_type();
pResult = boost::python::extract<C_BaseEntity *>( inst );
if( !pResult ) {
Warning("Invalid client entity\n" );
return NULL;
}
pResult->SetPyInstance( inst );
pResult->Init( entnum, serialNum );
}
catch(boost::python::error_already_set &)
{
Warning( "Failed to create python client side entity, falling back to base c++ class\n" );
PyErr_Print();
}
return pResult;
}
IClientNetworkable *ClientClassFactory( int iType, boost::python::object cls_type, int entnum, int serialNum )
{
try
{
// Safety check. The base implementations must be match, otherwise it can result in incorrect behavior (crashes)
int iNetworkType = boost::python::extract<int>(cls_type.attr("GetPyNetworkType")());
if( iNetworkType != iType )
{
char buf[512];
Q_snprintf( buf, sizeof(buf), "Network type does not match client %d != server %d", iNetworkType, iType );
PyErr_SetString(PyExc_Exception, buf );
throw boost::python::error_already_set();
}
// Spawn and initialize the entity
boost::python::object inst = cls_type();
C_BaseEntity *pRet = boost::python::extract<C_BaseEntity *>(inst);
if( !pRet ) {
Warning("Invalid client entity\n" );
return NULL;
}
pRet->SetPyInstance( inst );
pRet->Init( entnum, serialNum );
return pRet;
}
catch(boost::python::error_already_set &)
{
Warning("Failed to create python client side entity, falling back to base c++ class\n");
PyErr_Print();
PyErr_Clear();
// Call the correct fallback factory
IClientNetworkable *pResult = NULL;
switch( iType )
{
case PN_BASEENTITY:
pResult = CALL_FALLBACK_FACTORY( C_BaseEntity, entnum, serialNum );
break;
case PN_BASEANIMATING:
pResult = CALL_FALLBACK_FACTORY( C_BaseAnimating, entnum, serialNum );
break;
case PN_BASEANIMATINGOVERLAY:
pResult = CALL_FALLBACK_FACTORY( C_BaseAnimatingOverlay, entnum, serialNum );
break;
case PN_BASEFLEX:
pResult = CALL_FALLBACK_FACTORY( C_BaseFlex, entnum, serialNum );
break;
case PN_BASECOMBATCHARACTER:
pResult = CALL_FALLBACK_FACTORY( C_BaseCombatCharacter, entnum, serialNum );
break;
case PN_BASEPLAYER:
pResult = CALL_FALLBACK_FACTORY( C_BasePlayer, entnum, serialNum );
break;
case PN_BASEPROJECTILE:
pResult = CALL_FALLBACK_FACTORY( C_BaseProjectile, entnum, serialNum );
break;
case PN_BASEGRENADE:
pResult = CALL_FALLBACK_FACTORY( C_BaseGrenade, entnum, serialNum );
break;
case PN_BASECOMBATWEAPON:
pResult = CALL_FALLBACK_FACTORY( C_BaseCombatWeapon, entnum, serialNum );
break;
case PN_BREAKABLEPROP:
pResult = CALL_FALLBACK_FACTORY( C_BreakableProp, entnum, serialNum );
break;
case PN_BASETOGGLE:
pResult = CALL_FALLBACK_FACTORY( C_BaseToggle, entnum, serialNum );
break;
case PN_BASETRIGGER:
pResult = CALL_FALLBACK_FACTORY( C_BaseTrigger, entnum, serialNum );
break;
case PN_UNITBASE:
pResult = CALL_FALLBACK_FACTORY( C_UnitBase, entnum, serialNum );
break;
case PN_SPRITE:
pResult = CALL_FALLBACK_FACTORY( C_Sprite, entnum, serialNum );
break;
case PN_BEAM:
pResult = CALL_FALLBACK_FACTORY( C_Beam, entnum, serialNum );
break;
case PN_HL2WARSPLAYER:
pResult = CALL_FALLBACK_FACTORY( C_HL2WarsPlayer, entnum, serialNum );
break;
case PN_WARSWEAPON:
pResult = CALL_FALLBACK_FACTORY( C_WarsWeapon, entnum, serialNum );
break;
case PN_FUNCUNIT:
pResult = CALL_FALLBACK_FACTORY( C_FuncUnit, entnum, serialNum );
break;
default:
Warning( "No default fallback for networktype %d. Warn a dev.\n", iType );
pResult = CALL_FALLBACK_FACTORY( C_BaseEntity, entnum, serialNum );
break;
}
return pResult;
}
}