private /* synthetic */ byte[] iiiIiIIiIi(byte[] iiiIiIIiiI) {
        ClassNode classNode = new ClassNode();
        new ClassReader(iiiIiIIiiI).accept((ClassVisitor)classNode, 0);
        iiiIiIIiiI = HookLibPlugin.getObfuscated() ? "d" : "getInventoryStackLimit";
        String string = "func_70297_j_";
        String string2 = "()I";
        ClassWriter classWriter = classNode.interfaces.iterator();
        block0 : while (classWriter.hasNext()) {
            NichieTransformer iiiIiIIiiI2;
            String string3 = (String)classWriter.next();
            if (!iiiIiIIiiI2.IIiIiiIiII(string3)) continue;
            Object[] arrobject = new Object[1];
            arrobject[0] = classNode.name;
            NichieLogger.info("Found 'IInventory' - <%s>. Finding 'getInventoryStackLimit' method...", arrobject);
            for (MethodNode methodNode : classNode.methods) {
                if (!methodNode.name.equals(iiiIiIIiiI) && !methodNode.name.endsWith(string) || !methodNode.desc.equals(string2)) continue;
                MethodNode methodNode2 = methodNode;
                methodNode2.instructions.clear();
                methodNode2.instructions.add((AbstractInsnNode)new LdcInsnNode((Object)2147483646));
                methodNode2.instructions.add((AbstractInsnNode)new InsnNode(172));
                Object[] arrobject2 = new Object[1];
                arrobject2[0] = methodNode.name;
                NichieLogger.info("New max slot size successfully inserted into method <%s>", arrobject2);
                continue block0;
            }
        }
        ClassWriter classWriter2 = classWriter = new ClassWriter(0);
        classNode.accept((ClassVisitor)classWriter2);
        return classWriter2.toByteArray();
    }