Examples of zz.jinterp.JPrimitive.JLong

zz.jinterp.JPrimitive.JLong

  }
  
    public static long __currentTimeMillis() { return 0; };
  public JObject _currentTimeMillis(JFrame aParentFrame, JInstance aTarget, JObject[] aArgs)
  {
    return new JLong(System.currentTimeMillis());
  }

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      case ICONST_5:
        push(JInt._5);
        break;
        
      case LCONST_0:
        push(new JLong(0));
        break;
        
      case LCONST_1:
        push(new JLong(1));
        break;
        
      case FCONST_0:
        push(JFloat._0);
        break;
        
      case FCONST_1:
        push(JFloat._1);
        break;
        
      case FCONST_2:
        push(JFloat._2);
        break;
        
      case DCONST_0:
        push(JDouble._0);
        break;
        
      case DCONST_1:
        push(JDouble._1);
        break;
        
      case IALOAD:
      case LALOAD:
      case FALOAD:
      case DALOAD:
      case AALOAD:
      case BALOAD:
      case CALOAD:
      case SALOAD: {
        JInt index = (JInt) pop();
        JArray array = (JArray) pop();
        push(array.get(index.v));
      } break;
        
      case IASTORE:
      case LASTORE:
      case FASTORE:
      case DASTORE:
      case AASTORE: {
        JObject value = pop();
        JInt index = (JInt) pop();
        JArray array = (JArray) pop();
        array.set(index.v, value);
      } break;
        
      case BASTORE: {
        JPrimitive value = (JPrimitive) pop();
        JInt index = (JInt) pop();
        JArray array = (JArray) pop();
        array.set(index.v, new JByte((byte) value.intValue()));
      } break;
      
      case CASTORE: {
        JPrimitive value = (JPrimitive) pop();
        JInt index = (JInt) pop();
        JArray array = (JArray) pop();
        array.set(index.v, new JChar((char) value.intValue()));
      } break;
      
      case SASTORE: {
        JPrimitive value = (JPrimitive) pop();
        JInt index = (JInt) pop();
        JArray array = (JArray) pop();
        array.set(index.v, new JShort((short) value.intValue()));
      } break;
        
      case POP:
        pop();
        break;
        
      case POP2:
        throw new UnsupportedOperationException();
        
      case DUP: {
        JObject o = pop();
        push(o);
        push(o);
      } break;
        
      case DUP_X1: {
        JObject o1 = pop();
        JObject o2 = pop();
        push(o1);
        push(o2);
        push(o1);
      } break;
        
      case DUP_X2:
        throw new UnsupportedOperationException();
        
      case DUP2:
        throw new UnsupportedOperationException();
        
      case DUP2_X1:
        throw new UnsupportedOperationException();
        
      case DUP2_X2:
        throw new UnsupportedOperationException();
        
      case SWAP: {
        JObject o1 = pop();
        JObject o2 = pop();
        push(o1);
        push(o2);
      } break;
        
      case IADD:
      case LADD:
      case FADD:
      case DADD: {
        JNumber n2 = (JNumber) pop();
        JNumber n1 = (JNumber) pop();
        push(n1.add(n2));
      } break;
        
      case ISUB:
      case LSUB:
      case FSUB:
      case DSUB: {
        JNumber n2 = (JNumber) pop();
        JNumber n1 = (JNumber) pop();
        push(n1.sub(n2));
      } break;
        
      case IMUL:
      case LMUL:
      case FMUL:
      case DMUL: {
        JNumber n2 = (JNumber) pop();
        JNumber n1 = (JNumber) pop();
        push(n1.mul(n2));
      } break;
        
      case IDIV:
      case LDIV:
      case FDIV:
      case DDIV: {
        JNumber n2 = (JNumber) pop();
        JNumber n1 = (JNumber) pop();
        push(n1.div(n2));
      } break;
        
      case IREM:
      case LREM:
      case FREM:
      case DREM: {
        JNumber n2 = (JNumber) pop();
        JNumber n1 = (JNumber) pop();
        push(n1.rem(n2));
      } break;
        
      case INEG:
      case LNEG:
      case FNEG:
      case DNEG: {
        JNumber n = (JNumber) pop();
        push(n.neg());
      } break;
        
      case ISHL:
      case LSHL: {
        JInt n2 = (JInt) pop();
        JBitNumber n1 = (JBitNumber) pop();
        push(n1.shl(n2.v));
      } break;
        
      case ISHR:
      case LSHR: {
        JInt n2 = (JInt) pop();
        JBitNumber n1 = (JBitNumber) pop();
        push(n1.shr(n2.v));
      } break;
        
      case IUSHR:
      case LUSHR: {
        JInt n2 = (JInt) pop();
        JBitNumber n1 = (JBitNumber) pop();
        push(n1.ushr(n2.v));
      } break;
        
      case IAND:
      case LAND: {
        JBitNumber n2 = (JBitNumber) pop();
        JBitNumber n1 = (JBitNumber) pop();
        push(n1.and(n2));
      } break;
        
      case IOR:
      case LOR: {
        JBitNumber n2 = (JBitNumber) pop();
        JBitNumber n1 = (JBitNumber) pop();
        push(n1.or(n2));
      } break;
        
      case IXOR:
      case LXOR: {
        JBitNumber n2 = (JBitNumber) pop();
        JBitNumber n1 = (JBitNumber) pop();
        push(n1.xor(n2));
      } break;
        
      case I2L: {
        JInt i = (JInt) pop();
        push(new JLong(i.v));
      } break;
        
      case I2F: {
        JInt i = (JInt) pop();
        push(new JFloat(i.v));
      } break;
        
      case I2D: {
        JInt i = (JInt) pop();
        push(new JDouble(i.v));
      } break;
        
      case L2I: {
        JLong i = (JLong) pop();
        push(new JInt((int) i.v));
      } break;
        
      case L2F: {
        JLong i = (JLong) pop();
        push(new JFloat(i.v));
      } break;
        
      case L2D: {
        JLong i = (JLong) pop();
        push(new JDouble(i.v));
      } break;
        
      case F2I: {
        JFloat i = (JFloat) pop();
        push(new JInt((int) i.v));
      } break;
        
      case F2L: {
        JFloat i = (JFloat) pop();
        push(new JLong((long) i.v));
      } break;
        
      case F2D: {
        JFloat i = (JFloat) pop();
        push(new JDouble(i.v));
      } break;
        
      case D2I: {
        JDouble i = (JDouble) pop();
        push(new JInt((int) i.v));
      } break;
        
      case D2L: {
        JDouble i = (JDouble) pop();
        push(new JLong((long) i.v));
      } break;
        
      case D2F: {
        JDouble i = (JDouble) pop();
        push(new JFloat((float) i.v));
      } break;
        
      case I2B: {
        JInt i = (JInt) pop();
        push(new JByte((byte) i.v));
      } break;
        
      case I2C: {
        JInt i = (JInt) pop();
        push(new JChar((char) i.v));
      } break;
        
      case I2S: {
        JInt i = (JInt) pop();
        push(new JShort((short) i.v));
      } break;
        
      case LCMP: {
        JLong l2 = (JLong) pop();
        JLong l1 = (JLong) pop();
        if (l1.v > l2.v) push(JInt._1);
        else if (l1.v == l2.v) push(JInt._0);
        else push(JInt._M1);
      } break;

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    public static long __doubleToRawLongBits(double value) { return 0; }
  public JObject _doubleToRawLongBits(JFrame aParentFrame, JInstance aTarget, JObject[] aArgs)
  {
    JDouble value = (JDouble) aArgs[0];
    return new JLong(Double.doubleToRawLongBits(value.v));
  }

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  public static long __doubleToLongBits(double value) { return 0; }
  public JObject _doubleToLongBits(JFrame aParentFrame, JInstance aTarget, JObject[] aArgs)
  {
    JDouble value = (JDouble) aArgs[0];
    return new JLong(Double.doubleToLongBits(value.v));
  }

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  }


  public static double __longBitsToDouble(long bits) { return 0; }
  public JObject _longBitsToDouble(JFrame aParentFrame, JInstance aTarget, JObject[] aArgs)
  {
    JLong bits = (JLong) aArgs[0];
    return new JDouble(Double.longBitsToDouble(bits.v));
  }

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    {
      return new JInt((Integer) aObject);
    }
    else if (aObject instanceof Long)
    {
      return new JLong((Long) aObject);
    }
    else if (aObject instanceof Double)
    {
      return new JDouble((Double) aObject);
    }

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zz.jinterp.JClass_java_lang_Double

zz.jinterp.JClass_java_lang_System

zz.jinterp.JInterpreter

zz.jinterp.JNormalBehavior$JFrame

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