package gregtech.api;
import static gregtech.api.enums.GTValues.B;
import static gregtech.api.enums.Mods.IndustrialCraft2;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Collections;
import java.util.Comparator;
import java.util.HashSet;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Locale;
import java.util.Map;
import java.util.Set;
import java.util.TreeMap;
import java.util.concurrent.ConcurrentHashMap;
import java.util.function.BiFunction;
import java.util.function.IntFunction;
import java.util.function.Predicate;
import java.util.stream.Collectors;
import javax.annotation.Nonnull;
import net.minecraft.block.Block;
import net.minecraft.client.renderer.texture.IIconRegister;
import net.minecraft.creativetab.CreativeTabs;
import net.minecraft.entity.player.EntityPlayerMP;
import net.minecraft.item.ItemStack;
import net.minecraft.tileentity.TileEntity;
import net.minecraft.world.World;
import com.google.common.collect.Multimap;
import com.google.common.collect.Multimaps;
import com.google.common.collect.SetMultimap;
import cpw.mods.fml.relauncher.Side;
import cpw.mods.fml.relauncher.SideOnly;
import gregtech.api.enums.GTValues;
import gregtech.api.enums.Materials;
import gregtech.api.enums.SoundResource;
import gregtech.api.enums.Textures;
import gregtech.api.interfaces.IDamagableItem;
import gregtech.api.interfaces.ITexture;
import gregtech.api.interfaces.internal.IGTRecipeAdder;
import gregtech.api.interfaces.internal.IThaumcraftCompat;
import gregtech.api.interfaces.metatileentity.IMetaTileEntity;
import gregtech.api.interfaces.tileentity.IMachineBlockUpdateable;
import gregtech.api.metatileentity.BaseMetaTileEntity;
import gregtech.api.objects.GTCoverDefault;
import gregtech.api.objects.GTCoverNone;
import gregtech.api.objects.GTHashSet;
import gregtech.api.objects.GTItemStack;
import gregtech.api.threads.RunnableCableUpdate;
import gregtech.api.threads.RunnableMachineUpdate;
import gregtech.api.util.CircuitryBehavior;
import gregtech.api.util.CoverBehavior;
import gregtech.api.util.CoverBehaviorBase;
import gregtech.api.util.GTCreativeTab;
import gregtech.api.util.GTLog;
import gregtech.api.util.GTModHandler;
import gregtech.api.util.GTOreDictUnificator;
import gregtech.api.util.GTUtility;
import gregtech.api.util.item.ItemHolder;
import gregtech.api.world.GTWorldgen;
import gregtech.common.GTDummyWorld;
import gregtech.common.items.ItemIntegratedCircuit;
/**
* Please do not include this File in your Mod-download as it ruins compatibility, like with the IC2-API You may just
* copy those Functions into your Code, or better call them via reflection.
* <p/>
* The whole API is the basic construct of my Mod. Everything is dependent on it. I change things quite often so please
* don't include any File inside your Mod, even if it is an Interface. Since some Authors were stupid enough to break
* this simple Rule, I added Version checks to enforce it.
* <p/>
* In these Folders are many useful Functions. You can use them via reflection if you want. I know not everything is
* compilable due to APIs of other Mods, but these are easy to fix in your Setup.
* <p/>
* You can use this to learn about Modding, but I would recommend simpler Mods. You may even copy-paste Code from these
* API-Files into your Mod, as I have nothing against that, but you should look exactly at what you are copying.
*
* @author Gregorius Techneticies
*/
@SuppressWarnings("unused") // API class has legitimately unused methods and members
public class GregTechAPI {
/**
* Fixes the HashMap Mappings for ItemStacks once the Server started
* <br>
* <br>
* NOTE: We use wildcards generics for the key because it could be for example {@link ItemStack} or
* {@link GTItemStack}
*/
public static final Collection<Map<?, ?>> sItemStackMappings = new ArrayList<>();
public static final Collection<SetMultimap<? extends ItemHolder, ?>> itemStackMultiMaps = new ArrayList<>();
/**
* The MetaTileEntity-ID-List-Length
*/
public static final short MAXIMUM_METATILE_IDS = Short.MAX_VALUE - 1;
/**
* My Creative Tab
*/
public static final CreativeTabs TAB_GREGTECH = new GTCreativeTab("Main", "Main"),
TAB_GREGTECH_MATERIALS = new GTCreativeTab("Materials", "Materials"),
TAB_GREGTECH_ORES = new GTCreativeTab("Ores", "Ores");
public static final IMetaTileEntity[] METATILEENTITIES = new IMetaTileEntity[MAXIMUM_METATILE_IDS];
/**
* The Icon List for Covers
*/
public static final Map<GTItemStack, ITexture> sCovers = new ConcurrentHashMap<>();
/**
* The List of Cover Behaviors for the Covers
*/
public static final Map<GTItemStack, CoverBehaviorBase<?>> sCoverBehaviors = new ConcurrentHashMap<>();
/**
* The List of Circuit Behaviors for the Redstone Circuit Block
*/
public static final Map<Integer, CircuitryBehavior> sCircuitryBehaviors = new ConcurrentHashMap<>();
/**
* The List of Blocks, which can conduct Machine Block Updates
*/
public static final Map<Block, Integer> sMachineIDs = new ConcurrentHashMap<>();
/**
* The Redstone Frequencies
*/
public static final Map<Integer, Byte> sWirelessRedstone = new ConcurrentHashMap<>();
/**
* The Advanced Redstone Frequencies
*/
public static final Map<String, Map<Integer, Map<Long, Byte>>> sAdvancedWirelessRedstone = new ConcurrentHashMap<>();
/**
* The IDSU Frequencies
*/
public static final Map<Integer, Integer> sIDSUList = new ConcurrentHashMap<>();
/**
* A List of all Books, which were created using @GT_Utility.getWrittenBook the original Title is the Key Value
*/
public static final Map<String, ItemStack> sBookList = new ConcurrentHashMap<>();
/**
* The List of all Sounds used in GT, indices are in the static Block at the bottom
*
* @deprecated Use {@link SoundResource}
*/
@Deprecated
public static final Map<Integer, String> sSoundList = SoundResource.asSoundList();
/**
* The List of Tools, which can be used. Accepts regular damageable Items and Electric Items
*/
public static final GTHashSet<GTItemStack> sToolList = new GTHashSet<>(), sCrowbarList = new GTHashSet<>(),
sScrewdriverList = new GTHashSet<>(), sWrenchList = new GTHashSet<>(), sSoftHammerList = new GTHashSet<>(),
sHardHammerList = new GTHashSet<>(), sWireCutterList = new GTHashSet<>(),
sSolderingToolList = new GTHashSet<>(), sSolderingMetalList = new GTHashSet<>(),
sJackhammerList = new GTHashSet<>();
/**
* The List of Hazmat Armors
*/
public static final GTHashSet<GTItemStack> sGasHazmatList = new GTHashSet<>(), sBioHazmatList = new GTHashSet<>(),
sFrostHazmatList = new GTHashSet<>(), sHeatHazmatList = new GTHashSet<>(), sRadioHazmatList = new GTHashSet<>(),
sElectroHazmatList = new GTHashSet<>();
private static final Multimap<Integer, ItemStack> sRealConfigurationList = Multimaps
.newListMultimap(new TreeMap<>(), ArrayList::new);
private static final Map<Integer, List<ItemStack>> sConfigurationLists = new ConcurrentHashMap<>();
private static final Map<Predicate<ItemStack>, BiFunction<ItemStack, EntityPlayerMP, ItemStack>> sRealCircuitProgrammerList = new LinkedHashMap<>();
public static final Map<Predicate<ItemStack>, BiFunction<ItemStack, EntityPlayerMP, ItemStack>> sCircuitProgrammerList = Collections
.unmodifiableMap(sRealCircuitProgrammerList);
/**
* The List of Dimensions, which are Whitelisted for the Teleporter. This list should not contain other Planets.
* Mystcraft Dimensions and other Dimensional Things should be allowed. Mystcraft and Twilight Forest are
* automatically considered a Dimension, without being in this List.
*/
public static final Collection<Integer> sDimensionalList = new HashSet<>();
/**
* Lists of all the active World generation Features, these are getting Initialized in Postload!
*/
public static final List<GTWorldgen> sWorldgenList = new ArrayList<>();
/**
* A List containing all the Materials, which are somehow in use by GT and therefor receive a specific Set of Items.
*/
public static final Materials[] sGeneratedMaterials = new Materials[1000];
/**
* This is the generic Cover behavior. Used for the default Covers, which have no Behavior.
*/
public static final CoverBehavior sDefaultBehavior = new GTCoverDefault(), sNoBehavior = new GTCoverNone();
/**
* For the API Version check
*/
public static volatile int VERSION = 509;
/**
* @deprecated Use {@link GTValues#RA}
*/
@SuppressWarnings("DeprecatedIsStillUsed") // Still need be initialized for backward compat
@Deprecated
public static IGTRecipeAdder sRecipeAdder;
/**
* Registers Aspects to Thaumcraft. This Object might be {@code null} if Thaumcraft isn't installed.
*/
public static IThaumcraftCompat sThaumcraftCompat;
/**
* The Lists below are executed at their respective timings. Useful to do things at a particular moment in time.
* The Lists are not Threaded - a native Java interface is used for their execution.
* Add your "commands" in the constructor or in the static-code-block of your mod's Main class.
* Implement the method {@code run()}, and everything should work.
*/
public static List<Runnable> sBeforeGTPreload = new ArrayList<>(), sAfterGTPreload = new ArrayList<>(),
sBeforeGTLoad = new ArrayList<>(), sAfterGTLoad = new ArrayList<>(), sBeforeGTPostload = new ArrayList<>(),
sAfterGTPostload = new ArrayList<>(), sFirstWorldTick = new ArrayList<>(),
sBeforeGTServerstart = new ArrayList<>(), sAfterGTServerstart = new ArrayList<>(),
sBeforeGTServerstop = new ArrayList<>(), sAfterGTServerstop = new ArrayList<>(),
sGTBlockIconload = new ArrayList<>(), sGTItemIconload = new ArrayList<>(), sGTCompleteLoad = new ArrayList<>();
/**
* The Icon Registers from Blocks and Items. They will get set right before the corresponding Icon Load Phase as
* executed in the Runnable List above.
*/
@SideOnly(Side.CLIENT)
public static IIconRegister sBlockIcons, sItemIcons;
public static int TICKS_FOR_LAG_AVERAGING = 25, MILLISECOND_THRESHOLD_UNTIL_LAG_WARNING = 100;
/**
* Initialized by the Block creation.
*/
public static Block sBlockMachines;
public static Block sBlockOres1, sBlockOresUb1, sBlockOresUb2, sBlockOresUb3,
/* sBlockGem, */
sBlockMetal1, sBlockMetal2, sBlockMetal3, sBlockMetal4, sBlockMetal5, sBlockMetal6, sBlockMetal7, sBlockMetal8,
sBlockMetal9, sBlockGem1, sBlockGem2, sBlockGem3, sBlockReinforced;
public static Block sBlockGranites, sBlockConcretes, sBlockStones;
public static Block sBlockCasings1, sBlockCasings2, sBlockCasings3, sBlockCasings4, sBlockCasings5, sBlockCasings6,
sBlockCasings8, sBlockCasings9, sBlockCasings10, sBlockCasings11, sSolenoidCoilCasings;
public static Block sBlockLongDistancePipes;
public static Block sDroneRender;
public static Block sBlockFrames;
public static Block sBlockGlass1;
public static Block sBlockTintedGlass;
public static Block sLaserRender;
public static Block sWormholeRender;
public static Block sBlackholeRender;
/**
* Getting assigned by the Config
*/
public static boolean sTimber = true, sDrinksAlwaysDrinkable = false, sMultiThreadedSounds = false,
sDoShowAllItemsInCreative = false, sColoredGUI = true, sMachineMetalGUI = false, sMachineExplosions = true,
sMachineFlammable = true, sMachineNonWrenchExplosions = true, sMachineRainExplosions = true,
sMachineThunderExplosions = true, sMachineFireExplosions = true, sMachineWireFire = true, mOutputRF = false,
mInputRF = false, mRFExplosions = false, mServerStarted = false;
public static int mEUtoRF = 360, mRFtoEU = 20;
/**
* Option to not use MACHINE_METAL mixing into colors
*/
public static boolean sUseMachineMetal = false;
public static boolean mUseOnlyGoodSolderingMaterials = false;
private static final String aTextIC2Lower = IndustrialCraft2.ID.toLowerCase(Locale.ENGLISH);
/**
* Getting assigned by the Mod loading
*/
public static boolean sUnificationEntriesRegistered = false, sPreloadStarted = false, sPreloadFinished = false,
sLoadStarted = false, sLoadFinished = false, sPostloadStarted = false, sPostloadFinished = false,
sFullLoadFinished = false;
@SuppressWarnings("unchecked")
private static final IntFunction<TileEntity>[] teCreators = new IntFunction[16];
private static final Set<Class<?>> dummyWorlds = new HashSet<>();
static {
sItemStackMappings.add(sCovers);
sItemStackMappings.add(sCoverBehaviors);
dummyWorlds.add(GTDummyWorld.class);
}
public static void addDummyWorld(Class<?> clazz) {
dummyWorlds.add(clazz);
}
public static boolean isDummyWorld(@Nonnull World w) {
return dummyWorlds.contains(w.getClass());
}
/**
* You want OreDict-Unification for YOUR Mod/Addon, when GregTech is installed? This Function is especially for YOU.
* Call this Function after the load-Phase, as I register the most of the Unification at that Phase (Redpowers
* Storageblocks are registered at postload). A recommended use of this Function is inside your Recipe-System itself
* (if you have one), as the unification then makes 100% sure, that every added non-unificated Output gets
* automatically unificated.
* <p/>
* I will personally make sure, that only common prefixes of Ores get registered at the Unificator, as of now there
* are: pulp, dust, dustSmall, ingot, nugget, gem, ore and block If another Mod-Author messes these up, then it's
* not my fault, and it's especially not your fault. As these are commonly used prefixes.
* <p/>
* This Unificator-API-Function uses the same Functions I use, for unificating Items. So if there is something
* messed up (very unlikely), then everything is messed up.
* <p/>
* You shouldn't use this to unificate the Inputs of your Recipes, this is only meant for the Outputs.
*
* @param aOreStack the Stack you want to get unificated. It is stackSize Sensitive.
* @return Either an unificated Stack or the stack you toss in, but it should never be null, unless you throw a
* Null-Pointer into it.
*/
public static ItemStack getUnificatedOreDictStack(ItemStack aOreStack) {
if (!GregTechAPI.sPreloadFinished) GTLog.err.println(
"GregTechAPI ERROR: " + aOreStack.getItem()
+ "."
+ aOreStack.getItemDamage()
+ " - OreDict Unification Entries are not registered now, please call it in the postload phase.");
return GTOreDictUnificator.get(true, aOreStack);
}
/**
* Causes a Machineblock Update This update will cause surrounding MultiBlock Machines to update their
* Configuration. You should call this Function in @Block.breakBlock and in @Block.onBlockAdded of your Machine.
*
* @param aWorld is being the World
* @param aX is the X-Coord of the update causing Block
* @param aY is the Y-Coord of the update causing Block
* @param aZ is the Z-Coord of the update causing Block
*/
public static boolean causeMachineUpdate(World aWorld, int aX, int aY, int aZ) {
if (aWorld != null && !aWorld.isRemote && !isDummyWorld(aWorld)) { // World might be null during World-gen
RunnableMachineUpdate.setMachineUpdateValues(aWorld, aX, aY, aZ);
return true;
}
return false;
}
@SuppressWarnings("UnusedReturnValue") // Retains API method signature
public static boolean causeCableUpdate(World aWorld, int aX, int aY, int aZ) {
if (aWorld == null || aWorld.isRemote || isDummyWorld(aWorld)) {
return false;
} // World might be null during World-gen
RunnableCableUpdate.setCableUpdateValues(aWorld, aX, aY, aZ);
return true;
}
/**
* Adds a Multi-Machine Block, like my Machine Casings for example. You should call @causeMachineUpdate
* in @Block.breakBlock and in {@link Block#onBlockAdded} of your registered Block. You don't need to register
* TileEntities which implement {@link IMachineBlockUpdateable}
*
* @param aBlock the Block
* @param aMeta the Metadata of the Blocks as Bitmask! -1 or ~0 for all Meta-values
*/
@SuppressWarnings("UnusedReturnValue") // Retains API method signature
public static boolean registerMachineBlock(Block aBlock, int aMeta) {
if (aBlock == null) return false;
if (GregTechAPI.sThaumcraftCompat != null)
GregTechAPI.sThaumcraftCompat.registerPortholeBlacklistedBlock(aBlock);
sMachineIDs.put(aBlock, aMeta);
return true;
}
/**
* Like above but with boolean Parameters instead of a BitMask
*/
public static boolean registerMachineBlock(Block aBlock, boolean... aMeta) {
if (aBlock == null || aMeta == null || aMeta.length == 0) return false;
if (GregTechAPI.sThaumcraftCompat != null)
GregTechAPI.sThaumcraftCompat.registerPortholeBlacklistedBlock(aBlock);
int rMeta = 0;
for (byte i = 0; i < aMeta.length && i < 16; i++) if (aMeta[i]) rMeta |= B[i];
sMachineIDs.put(aBlock, rMeta);
return true;
}
/**
* if this Block is a Machine Update Conducting Block
*/
public static boolean isMachineBlock(Block aBlock, int aMeta) {
if (aBlock != null) {
Integer id = sMachineIDs.get(aBlock);
return id != null && (id & B[aMeta]) != 0;
}
return false;
}
/**
* Provides a new BaseMetaTileEntity. Because some interfaces are not always loaded (Buildcraft, Universal
* Electricity) we have to use invocation at the constructor of the BaseMetaTileEntity.
*/
public static BaseMetaTileEntity constructBaseMetaTileEntity() {
try {
return new BaseMetaTileEntity();
} catch (Throwable e) {
GTLog.err.println("GTMod: Fatal Error occurred while initializing TileEntities, crashing Minecraft.");
e.printStackTrace(GTLog.err);
throw new RuntimeException(e);
}
}
/**
* Register a new ItemStack as configuration circuits. Duplicates or invalid stacks will be silently ignored.
*/
public static void registerConfigurationCircuit(ItemStack aStack) {
registerConfigurationCircuit(aStack, 0);
}
/**
* Register a new ItemStack as configuration circuits. Duplicates or invalid stacks will be silently ignored.
*
* @param minTier the minimal tier this circuit can be offered for free, e.g. normal configuration circuit is
* available in LV+ single blocks, GT++ breakthrough circuit is offered in HV+ single blocks
*/
public static void registerConfigurationCircuit(ItemStack aStack, int minTier) {
if (GTUtility.isStackInvalid(aStack)) return;
for (ItemStack tRegistered : sRealConfigurationList.values())
if (GTUtility.areStacksEqual(tRegistered, aStack)) return;
ItemStack stack = GTUtility.copyAmount(0, aStack);
sRealConfigurationList.put(minTier, stack);
for (Map.Entry<Integer, List<ItemStack>> e : sConfigurationLists.entrySet()) {
if (e.getKey() >= minTier) {
e.getValue()
.add(stack);
e.getValue()
.sort(getConfigurationCircuitsComparator());
}
}
}
/**
* Get a list of Configuration circuits. These stacks will have a stack size of 0. Use
* {@link #registerConfigurationCircuit(ItemStack, int)} or its overload to add to this list.
*
* @param machineTier The voltage tier where this list will be used. use Integer.MAX_VALUE to get all circuits
* @return An unmodifiable view of actual list. DO NOT MODIFY THE ItemStacks!
*/
public static List<ItemStack> getConfigurationCircuitList(int machineTier) {
return Collections.unmodifiableList(
sConfigurationLists.computeIfAbsent(
machineTier,
(t) -> sRealConfigurationList.entries()
.stream()
.filter(e -> e.getKey() <= machineTier)
.map(Map.Entry::getValue)
.sorted(getConfigurationCircuitsComparator())
.collect(Collectors.toList())));
}
public static Comparator<ItemStack> getConfigurationCircuitsComparator() {
return Comparator.comparingInt((ItemStack is) -> is.getItem() instanceof ItemIntegratedCircuit ? 0 : 1)
.thenComparing(ItemStack::getUnlocalizedName)
.thenComparing(ItemStack::getItemDamage);
}
public static void registerCircuitProgrammer(ItemStack stack, boolean ignoreNBT, boolean useContainer) {
registerCircuitProgrammer(rhs -> GTUtility.areStacksEqual(stack, rhs, ignoreNBT), useContainer);
}
public static void registerCircuitProgrammer(Predicate<ItemStack> predicate, boolean useContainer) {
sRealCircuitProgrammerList.put(
predicate,
useContainer ? (s, p) -> s.getItem()
.getContainerItem(s) : (s, p) -> s);
}
public static void registerCircuitProgrammer(Predicate<ItemStack> predicate,
BiFunction<ItemStack, EntityPlayerMP, ItemStack> doDamage) {
sRealCircuitProgrammerList.put(predicate, doDamage);
}
public static void registerCover(ItemStack aStack, ITexture aCover, CoverBehavior aBehavior) {
registerCover(aStack, aCover, (CoverBehaviorBase<?>) aBehavior);
}
public static void registerCover(ItemStack aStack, ITexture aCover, CoverBehaviorBase<?> aBehavior) {
if (!sCovers.containsKey(new GTItemStack(aStack))) sCovers.put(
new GTItemStack(aStack),
aCover == null || !aCover.isValidTexture() ? Textures.BlockIcons.ERROR_RENDERING[0] : aCover);
if (aBehavior != null) sCoverBehaviors.put(new GTItemStack(aStack), aBehavior);
}
public static void registerCoverBehavior(ItemStack aStack, CoverBehavior aBehavior) {
registerCoverBehavior(aStack, (CoverBehaviorBase<?>) aBehavior);
}
public static void registerCoverBehavior(ItemStack aStack, CoverBehaviorBase<?> aBehavior) {
sCoverBehaviors.put(new GTItemStack(aStack), aBehavior == null ? sDefaultBehavior : aBehavior);
}
/**
* Registers multiple Cover Items. I use that for the OreDict Functionality.
*
* @param aBehavior can be null
*/
public static void registerCover(Collection<ItemStack> aStackList, ITexture aCover, CoverBehavior aBehavior) {
registerCover(aStackList, aCover, (CoverBehaviorBase<?>) aBehavior);
}
/**
* Registers multiple Cover Items. I use that for the OreDict Functionality.
*
* @param aBehavior can be null
*/
public static void registerCover(Collection<ItemStack> aStackList, ITexture aCover,
CoverBehaviorBase<?> aBehavior) {
if (aCover.isValidTexture()) aStackList.forEach(tStack -> GregTechAPI.registerCover(tStack, aCover, aBehavior));
}
/**
* returns a Cover behavior, guaranteed to not return null after preload
*
* @return The Cover behavior
*/
public static CoverBehaviorBase<?> getCoverBehaviorNew(ItemStack aStack) {
if (aStack == null || aStack.getItem() == null) return sNoBehavior;
CoverBehaviorBase<?> rCover = sCoverBehaviors.get(new GTItemStack(aStack));
if (rCover != null) return rCover;
rCover = sCoverBehaviors.get(new GTItemStack(aStack, true));
if (rCover != null) return rCover;
return sDefaultBehavior;
}
/**
* returns a Cover behavior, guaranteed to not return null
*/
public static CoverBehaviorBase<?> getCoverBehaviorNew(int aStack) {
if (aStack == 0) return sNoBehavior;
return getCoverBehaviorNew(GTUtility.intToStack(aStack));
}
/**
* Register a Wrench to be usable on GregTech Machines. The Wrench MUST have some kind of Durability unlike certain
* Buildcraft Wrenches.
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
* <p/>
* -----
* <p/>
* Returning true at isDamageable was a great Idea, KingLemming. Well played. Since the OmniWrench is just a
* Single-Item-Mod, people can choose if they want your infinite durability or not. So that's not really a Problem.
* I even have a new Config to auto-disable most infinite BC Wrenches (but that one is turned off).
* <p/>
* One last Bug for you to fix: My Auto-registration detects Railcraft's Crowbars, Buildcraft's Wrenches and alike,
* due to their Interfaces. Guess what now became a Crowbar by accident. Try registering the Wrench at the load
* phase to prevent things like that from happening. Yes, I know that "You need to register Tools in the Load
* Phase"-Part wasn't there before this. Sorry about that.
*/
public static boolean registerWrench(ItemStack aTool) {
return registerTool(aTool, sWrenchList);
}
/**
* Register a Crowbar to extract Covers from Machines Crowbars are NOT Wrenches btw.
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
public static boolean registerCrowbar(ItemStack aTool) {
return registerTool(aTool, sCrowbarList);
}
/**
* Register a Screwdriver to interact directly with Machines and Covers Did I mention, that it is intentionally not
* possible to make a Multi-tool, which doesn't switch ItemID (like a Mode) all the time?
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
@SuppressWarnings("UnusedReturnValue") // Retains API method signature
public static boolean registerScrewdriver(ItemStack aTool) {
return registerTool(aTool, sScrewdriverList);
}
/**
* Register a Soft Hammer to interact with Machines
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
public static boolean registerSoftHammer(ItemStack aTool) {
return registerTool(aTool, sSoftHammerList);
}
/**
* Register a Hard Hammer to interact with Machines
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
public static boolean registerHardHammer(ItemStack aTool) {
return registerTool(aTool, sHardHammerList);
}
/**
* Register a Wire Cutter to interact with Machines
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
public static boolean registerWireCutter(ItemStack aTool) {
return registerTool(aTool, sWireCutterList);
}
/**
* Register a Soldering Tool to interact with Machines
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
@SuppressWarnings("UnusedReturnValue") // Retains API method signature
public static boolean registerSolderingTool(ItemStack aTool) {
return registerTool(aTool, sSolderingToolList);
}
/**
* Register a Soldering Tin to interact with Soldering Tools
* <p/>
* You need to register Tools in the Load Phase, because otherwise the Auto-detection will assign a Tool Type in
* certain Cases during postload (When IToolWrench or similar Interfaces are implemented).
*/
@SuppressWarnings("UnusedReturnValue") // Retains API method signature
public static boolean registerSolderingMetal(ItemStack aTool) {
return registerTool(aTool, sSolderingMetalList);
}
/**
* Generic Function to add Tools to the Lists. Contains all sanity Checks for Tools, like preventing one Tool from
* being registered for multiple purposes as controls would override each other.
*/
public static boolean registerTool(ItemStack aTool, Collection<GTItemStack> aToolList) {
if (aTool == null || GTUtility.isStackInList(aTool, sToolList)
|| (!aTool.getItem()
.isDamageable() && !GTModHandler.isElectricItem(aTool) && !(aTool.getItem() instanceof IDamagableItem)))
return false;
aToolList.add(new GTItemStack(GTUtility.copyAmount(1, aTool)));
sToolList.add(new GTItemStack(GTUtility.copyAmount(1, aTool)));
return true;
}
/**
* Sets the {@link IIconRegister} for Block Icons
*
* @param aIconRegister The {@link IIconRegister} Icon Register
*/
@SideOnly(Side.CLIENT)
public static void setBlockIconRegister(IIconRegister aIconRegister) {
sBlockIcons = aIconRegister;
}
/**
* Sets the {@link IIconRegister} for Items Icons
*
* @param aIconRegister The {@link IIconRegister} Icon Register
*/
@SideOnly(Side.CLIENT)
public static void setItemIconRegister(IIconRegister aIconRegister) {
GregTechAPI.sItemIcons = aIconRegister;
}
public static void registerTileEntityConstructor(int meta, IntFunction<TileEntity> constructor) {
if (meta < 0 || meta > 15 || constructor == null) throw new IllegalArgumentException();
if (teCreators[meta] != null) throw new IllegalStateException(
"previous constructor: " + teCreators[meta] + " new constructor: " + constructor + " meta:" + meta);
teCreators[meta] = constructor;
}
public static TileEntity createTileEntity(int meta) {
meta = GTUtility.clamp(meta, 0, 15);
if (teCreators[meta] == null) return null;
return teCreators[meta].apply(meta);
}
}