LuaSystem::LuaSystem(Game *game)
:
System<LuaSystem>(game),
m_luaEnv(game->getLua())
{
// Specify we want LuaComponents
addRequirement({TypeIdGrabber::getUniqueTypeID<LuaComponent>()});
// Subscribe to reload messages
subscribe("ReloadLua");
// Create lua state and environment
//m_luaContext = luaL_newstate();
//luaL_openlibs(m_luaContext);
//createLuaEnvironment();
//lua_pushstring(m_luaContext, "BRAT");
//lua_pushnumber(m_luaContext, 1337);
//lua_pushnumber(m_luaContext, 55);
//lua_pushnumber(m_luaContext, 3333);
//reverse_variadic<4, Tester> testerRec;
//Tester* test =
//testerRec.create(m_luaContext);
//SDL_Log("TEST %i %i %i %c", test->numA, test->numB, test->numC, test->strA);
}
void ConstructionTask::updateRequirements()
{
clearRequirements();
if(!hasEnded())
{
reserveLocation();
if(!finishedWithBuilder() && !mBuilder && (mProducedUnit || (mReservedLocation && mReservedLocation->isCalculated())))
{
Position location = mProducedUnit ? mProducedUnit->getPosition() : mReservedLocation->getPosition();
int neededDuration = mType.getRace() == BWAPI::Races::Protoss ? BWAPI::Broodwar->getLatencyFrames() : mType.getRace() == BWAPI::Races::Zerg ? Requirement::maxTime : mType.buildTime();
RequirementGroup requiredConditions;
requiredConditions.addUnitFilterRequirement(40, neededDuration, UnitFilter(mType.whatBuilds().first) && UnitFilter(UnitFilterFlags::IsComplete), location);
if(!mReservedResources && (!mProducedUnit || !mProducedUnit->exists()))
{
requiredConditions.addTechForTypeRequirement(mType);
if(mType.mineralPrice() > 0) requiredConditions.addMineralRequirement(mType.mineralPrice());
if(mType.gasPrice() > 0) requiredConditions.addGasRequirement(mType.gasPrice());
if(mType.supplyRequired() > 0) requiredConditions.addSupplyRequirement(mType.supplyRequired());
}
addRequirement(requiredConditions);
}
}
}
LuaSystem::LuaSystem(Engine *engine)
:
System<LuaSystem>(engine)
{
// Specify we want LuaComponents
addRequirement({TypeIdGrabber::getUniqueTypeID<LuaComponent>()});
// Subscribe to reload messages
subscribe("ReloadLua");
LuaEnvironment &env = engine->getLua();
env.pushObject(this, "Saurobyte_LuaSystem");
env.writeGlobal("SAUROBYTE_LUA_SYSTEM");
// Create lua state and environment
//m_luaContext = luaL_newstate();
//luaL_openlibs(m_luaContext);
//createLuaEnvironment();
//lua_pushstring(m_luaContext, "BRAT");
//lua_pushnumber(m_luaContext, 1337);
//lua_pushnumber(m_luaContext, 55);
//lua_pushnumber(m_luaContext, 3333);
//reverse_variadic<4, Tester> testerRec;
//Tester* test =
//testerRec.create(m_luaContext);
//SDL_Log("TEST %i %i %i %c", test->numA, test->numB, test->numC, test->strA);
}
void GatherTask::updateRequirements()
{
clearRequirements();
//TODO: any worker will do that i can control, dont limit to my races workers
Unit resourceDepot = mBase->getResourceDepot();
if(resourceDepot)
{
int completeTime = 0;
if(!resourceDepot->isCompleted())
completeTime = resourceDepot->getCompletedTime();
if(mResource->getType().isRefinery() && !mResource->isCompleted())
completeTime = std::max(completeTime, mResource->getCompletedTime());
if(!mWorkerOne)
{
RequirementGroup requirementOne;
requirementOne.addUnitFilterRequirement(workerPriority(1), Requirement::maxTime, UnitFilter(UnitFilterFlags::IsWorker) && UnitFilter(UnitFilterFlags::IsComplete), mResource->getPosition());
if(completeTime > 0)
requirementOne.addTimeRequirement(completeTime);
addRequirement(requirementOne);
}
if(!mWorkerTwo)
{
RequirementGroup requirementTwo;
requirementTwo.addUnitFilterRequirement(workerPriority(2), Requirement::maxTime, UnitFilter(UnitFilterFlags::IsWorker) && UnitFilter(UnitFilterFlags::IsComplete), mResource->getPosition());
if(completeTime > 0)
requirementTwo.addTimeRequirement(completeTime);
addRequirement(requirementTwo);
}
if(!mWorkerThree)
{
RequirementGroup requirementThree;
requirementThree.addUnitFilterRequirement(workerPriority(3), Requirement::maxTime, UnitFilter(UnitFilterFlags::IsWorker) && UnitFilter(UnitFilterFlags::IsComplete), mResource->getPosition());
if(completeTime > 0)
requirementThree.addTimeRequirement(completeTime);
addRequirement(requirementThree);
}
}
}
void QTechniqueFilter::copy(const QNode *ref)
{
QFrameGraphNode::copy(ref);
const QTechniqueFilter *other = static_cast<const QTechniqueFilter*>(ref);
Q_FOREACH (QAnnotation *crit, other->d_func()->m_requireList)
addRequirement(qobject_cast<QAnnotation *>(QNode::clone(crit)));
Q_FOREACH (QParameter *p, other->d_func()->m_parameters)
addParameter(qobject_cast<QParameter *>(QNode::clone(p)));
}
void TechTask::updateRequirements()
{
clearRequirements();
if(!mUnit && !shouldReturnUnit())
{
RequirementGroup requiredConditions;
assert(mReservedResources == false);
requiredConditions.addTechForTypeRequirement(mType);
requiredConditions.addUnitFilterRequirement(40, mType.researchTime(), UnitFilter(mType.whatResearches()) && UnitFilter(UnitFilterFlags::IsComplete));
requiredConditions.addMineralRequirement(mType.mineralPrice());
requiredConditions.addGasRequirement(mType.gasPrice());
addRequirement(requiredConditions);
}
}
void TrainTask::updateRequirements()
{
clearRequirements();
if(!mProductionBuilding)
{
RequirementGroup requiredConditions;
freeResources();
requiredConditions.addUnitFilterRequirement(40, mType.buildTime(), UnitFilter(mType.whatBuilds().first) && UnitFilter(UnitFilterFlags::IsComplete) && !UnitFilter(UnitFilterFlags::IsLifted));
requiredConditions.addTechForTypeRequirement(mType);
if(mType.mineralPrice() > 0) requiredConditions.addMineralRequirement(mType.mineralPrice());
if(mType.gasPrice() > 0) requiredConditions.addGasRequirement(mType.gasPrice());
if(mType.supplyRequired() > 0) requiredConditions.addSupplyRequirement(mType.supplyRequired());
addRequirement(requiredConditions);
}
}
