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package gregtech.test;
import static org.junit.jupiter.api.Assertions.assertEquals;
import static org.junit.jupiter.api.Assertions.assertTrue;
import net.minecraft.item.ItemStack;
import net.minecraftforge.fluids.FluidStack;
import org.junit.jupiter.api.BeforeAll;
import org.junit.jupiter.api.Test;
import gregtech.api.enums.Materials;
import gregtech.api.enums.TierEU;
import gregtech.api.util.GT_ParallelHelper;
import gregtech.api.util.GT_Recipe;
import gregtech.api.util.GT_Utility;
import gregtech.test.mock.MockIVoidableMachine;
public class GTParallelHelperTest {
static GT_Recipe rubberRecipe;
static ItemStack[] inputItems;
static MockIVoidableMachine machine;
@BeforeAll
static void setup() {
machine = new MockIVoidableMachine();
ItemStack rubberDust = Materials.RawRubber.getDust(1);
ItemStack sulfurDust = Materials.Sulfur.getDust(1);
rubberRecipe = new GT_Recipe(
new ItemStack[] { rubberDust.copy(), sulfurDust.copy() },
new ItemStack[] { Materials.Rubber.getDust(1), Materials.Rubber.getDustTiny(1) },
null,
new int[] { 10000, 6667 },
null,
new FluidStack[] { Materials.Rubber.getMolten(1000) },
1,
1,
0);
inputItems = new ItemStack[] { GT_Utility.copyAmountUnsafe(Integer.MAX_VALUE, rubberDust),
GT_Utility.copyAmountUnsafe(Integer.MAX_VALUE, rubberDust),
GT_Utility.copyAmountUnsafe(Integer.MAX_VALUE, sulfurDust),
GT_Utility.copyAmountUnsafe(Integer.MAX_VALUE, sulfurDust) };
}
@Test
void OutputsIntegerOverflow() {
GT_ParallelHelper helper = new GT_ParallelHelper().setRecipe(rubberRecipe)
.setMachine(machine, false, false)
.setItemInputs(inputItems)
.setMaxParallel(4_000_000)
.setAvailableEUt(4_000_000)
.setOutputCalculation(true)
.setConsumption(false);
helper.build();
FluidStack[] fluidStacks = helper.getFluidOutputs();
assertEquals(2, fluidStacks.length);
assertEquals(Integer.MAX_VALUE, fluidStacks[0].amount);
assertEquals(4_000_000L * 1000 - Integer.MAX_VALUE, fluidStacks[1].amount);
}
@Test
void parallelIntegerOverflow() {
// Without batch mode
GT_ParallelHelper helperWithoutBatchMode = new GT_ParallelHelper().setRecipe(rubberRecipe)
.setMachine(machine, false, false)
.setItemInputs(inputItems)
.setMaxParallel(Integer.MAX_VALUE)
.setAvailableEUt(TierEU.MAX * 16)
.setConsumption(false)
.build();
assertEquals(Integer.MAX_VALUE, helperWithoutBatchMode.getCurrentParallel());
// With batch mode
GT_ParallelHelper helperWithBatchMode = new GT_ParallelHelper().setRecipe(rubberRecipe)
.setMachine(machine, false, false)
.setItemInputs(inputItems)
.setMaxParallel(Integer.MAX_VALUE / 50)
.setAvailableEUt(TierEU.MAX * 16)
.enableBatchMode(128)
.setConsumption(false)
.build();
assertEquals(Integer.MAX_VALUE, helperWithBatchMode.getCurrentParallel());
}
@Test
void chanceMultiplier() {
GT_ParallelHelper helper = new GT_ParallelHelper().setRecipe(rubberRecipe)
.setMachine(machine, false, false)
.setItemInputs(inputItems)
.setMaxParallel(10)
.setAvailableEUt(10)
.setConsumption(false)
.setOutputCalculation(true)
.setChanceMultiplier(10)
.build();
int rubberDustAmount = helper.getItemOutputs()[0].stackSize;
int rubberDustTinyAmount = helper.getItemOutputs()[1].stackSize;
assertEquals(100, rubberDustAmount);
assertTrue(rubberDustTinyAmount >= 60 && rubberDustTinyAmount <= 70);
}
@Test
void outputMultiplier() {
GT_ParallelHelper helper = new GT_ParallelHelper().setRecipe(rubberRecipe)
.setMachine(machine, false, false)
.setItemInputs(inputItems)
.setMaxParallel(1)
.setAvailableEUt(1)
.setConsumption(false)
.setOutputCalculation(true)
.setOutputMultiplier(2)
.build();
assertEquals(2000, helper.getFluidOutputs()[0].amount);
assertEquals(2, helper.getItemOutputs()[0].stackSize);
}
}
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