bool PVState::validate(uint32 &reply1, uint32 &reply2, uint64 targetId, uint32 opcode, ObjectControllerCmdProperties*& cmdProperties)
{
CreatureObject* creature = dynamic_cast<CreatureObject*>(mController->getObject());
// if this command doesn't require state checks skip it, otherwise check our states
if(creature && cmdProperties && (cmdProperties->mStates != 0) && (creature->GetStateBitmask() & cmdProperties->mStates) != 0)
{
if(creature->states.checkStates(cmdProperties->mStates))
{
reply1 = kCannotDoWhileState;
reply2 = mController->getLowestCommonBit(creature->GetStateBitmask(), cmdProperties->mStates);
return false;
}
if (cmdProperties->mPostureMask !=0 && ((cmdProperties->mPostureMask & creature->GetPosture()) != 0))
{
reply1 = kCannotDoWhileLocomotion;
reply2 = mController->getPostureValidator(creature->states.getLocomotion());
return false;
}
}
return true;
}
bool EVState::validate(uint32 &reply1, uint32 &reply2, uint64 targetId, uint32 opcode, ObjectControllerCmdProperties*& cmdProperties)
{
CreatureObject* creature = dynamic_cast<CreatureObject*>(mController->getObject());
if(creature && cmdProperties)
{
//gLogger->log(LogManager::DEBUG, "locomotionMask(%u) & creature->getLocomotion (%u) ==%u",
//cmdProperties->mLocomotionMask,mController->getLocoValidator(creature->states.getLocomotion()), cmdProperties->mLocomotionMask & creature->states.getLocomotion());
// skip over commands with no state requirement and check the rest
if((cmdProperties->mStates != 0) && creature->states.checkStates(cmdProperties->mStates))
{
reply1 = kCannotDoWhileState;
reply2 = this->mController->getLowestCommonBit(creature->states.getAction(), cmdProperties->mStates);
return false;
}
if (cmdProperties->mLocomotionMask !=0 && ((cmdProperties->mLocomotionMask & creature->GetPosture()) != 0))
{
reply1 = kCannotDoWhileLocomotion;
reply2 = mController->getPostureValidator(creature->states.getLocomotion());
return false;
}
}
return true;
}