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package gtPlusPlus;
import java.util.LinkedHashMap;
import com.google.common.base.Objects;
import gtPlusPlus.api.objects.data.ObjMap;
import net.minecraft.item.ItemStack;
/**
* This Class purely exists to note down ideas and or plans to (re)implement things.
*
* @author Alkalus
*
*/
public class RoadMap {
//Reorganization of Item, Block and Common Class loading.
/*
* So, due to the complex/silly way I've done things, I've ran into some circular loading problems around the mod.
* Issues occur where Classes like CI.java try access the GregtechItemList.java objects before they're actually set.
* A plan should be created to organize the best scheme to load things in the best order.
*/
//Recreation of GUIs for all Multiblocks
/*
* Most Multi's use generic or straight out wrong GUI's on the controller.
* I'd like to go back and recreate all of these.
*
* Some could even benefit from a totally new type of UI (Instead of Text issues, just change a 2x2px area between red and green for status lights)
* These advanced GUIs are probably out of my capability, but if anyone thinks they're a good idea, I'll give them a go.
*/
//Better Integration with GTNH
/*
* Refactor things to be more common, refactor things to automatically switch between GTNH and standard variants
* without having to over-abuse CORE.GTNH switches everywhere.
* Most of this can be done via expanding CI.java, so that we have automated handlers for everything
* (IE. getX(5) will get 5x of the correct version of X)
*/
/*private static final LinkedHashMap<String, ObjMap<Integer, Boolean>>mCachedResults = new LinkedHashMap<String, ObjMap<Integer, Boolean>>();
public boolean contains(ItemStack aStack) {
if (aStack == null){
return false;
}
ObjMap<Integer, Boolean> aCurrentSet;
if (mCachedResults.get(this.toString()) != null){
aCurrentSet = mCachedResults.get(this.toString());
}
else {
aCurrentSet = new ObjMap<Integer, Boolean>(mPrefixedItems.size(), 0.5f);
mCachedResults.put(this.toString(), aCurrentSet);
}
if (aCurrentSet.get(aStack.hashCode()) != null){
return aCurrentSet.get(aStack.hashCode());
}
else {
for (ItemStack tStack : mPrefixedItems){
if (GT_Utility.areStacksEqual(aStack, tStack, !tStack.hasTagCompound())){
aCurrentSet.put(aStack.hashCode(), true);
return true;
}
}
}
aCurrentSet.put(aStack.hashCode(), false);
return false;
}*/
/*private static final LinkedHashMap<String, ObjMap<Integer, Boolean>>mCachedResults = new LinkedHashMap<String, ObjMap<Integer, Boolean>>();
public boolean contains(ItemStack aStack) {
if (aStack == null){
return false;
}
ObjMap<Integer, Boolean> aCurrentSet = mCachedResults.get(this.toString().toUpperCase());
if (aCurrentSet == null){
aCurrentSet = new ObjMap<Integer, Boolean>((mPrefixedItems != null && mPrefixedItems.size() > 0 ? mPrefixedItems.size() : 1000), 0.5f);
mCachedResults.put(this.toString().toUpperCase(), aCurrentSet);
}
int mainHash = Objects.hashCode(aStack.getItem(), aStack.getItemDamage());
Boolean result = aCurrentSet.get(mainHash);
if (result != null){
return result;
}
else {
for (ItemStack tStack : mPrefixedItems){
if (GT_Utility.areStacksEqual(aStack, tStack, !tStack.hasTagCompound())){
aCurrentSet.put(Objects.hashCode(tStack.getItem(), tStack.getItemDamage()), true);
return true;
}
}
}
aCurrentSet.put(mainHash, false);
return false;
}*/
}
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