protected final StackMapType generate_StackMapType_from_Type(Type t) {
    """
	Convert a Type to a StackMapType.
	
	@param t Type to be converted
	@return result StackMapType
    """

    switch (t.getType()) {
      case Const.T_BOOLEAN:
      case Const.T_CHAR:
      case Const.T_BYTE:
      case Const.T_SHORT:
      case Const.T_INT:
        return new StackMapType(Const.ITEM_Integer, -1, pool.getConstantPool());
      case Const.T_FLOAT:
        return new StackMapType(Const.ITEM_Float, -1, pool.getConstantPool());
      case Const.T_DOUBLE:
        return new StackMapType(Const.ITEM_Double, -1, pool.getConstantPool());
      case Const.T_LONG:
        return new StackMapType(Const.ITEM_Long, -1, pool.getConstantPool());
      case Const.T_ARRAY:
      case Const.T_OBJECT:
        return new StackMapType(
            Const.ITEM_Object, pool.addClass(typeToClassGetName(t)), pool.getConstantPool());
        // UNKNOWN seems to be used for Uninitialized objects.
        // The second argument to the constructor should be the code offset
        // of the corresponding 'new' instruction.  Just using 0 for now.
      case Const.T_UNKNOWN:
        return new StackMapType(Const.ITEM_NewObject, 0, pool.getConstantPool());
      default:
        throw new RuntimeException("Invalid type: " + t + t.getType());
    }
  }
protected final StackMapType generate_StackMapType_from_Type(Type t) {

    switch (t.getType()) {
      case Const.T_BOOLEAN:
      case Const.T_CHAR:
      case Const.T_BYTE:
      case Const.T_SHORT:
      case Const.T_INT:
        return new StackMapType(Const.ITEM_Integer, -1, pool.getConstantPool());
      case Const.T_FLOAT:
        return new StackMapType(Const.ITEM_Float, -1, pool.getConstantPool());
      case Const.T_DOUBLE:
        return new StackMapType(Const.ITEM_Double, -1, pool.getConstantPool());
      case Const.T_LONG:
        return new StackMapType(Const.ITEM_Long, -1, pool.getConstantPool());
      case Const.T_ARRAY:
      case Const.T_OBJECT:
        return new StackMapType(
            Const.ITEM_Object, pool.addClass(typeToClassGetName(t)), pool.getConstantPool());
        // UNKNOWN seems to be used for Uninitialized objects.
        // The second argument to the constructor should be the code offset
        // of the corresponding 'new' instruction.  Just using 0 for now.
      case Const.T_UNKNOWN:
        return new StackMapType(Const.ITEM_NewObject, 0, pool.getConstantPool());
      default:
        throw new RuntimeException("Invalid type: " + t + t.getType());
    }
  }
protected final StackMapType generate_StackMapType_from_Type ( Type t ) { switch ( t . getType ( ) ) { case Const . T_BOOLEAN : case Const . T_CHAR : case Const . T_BYTE : case Const . T_SHORT : case Const . T_INT : return new StackMapType ( Const . ITEM_Integer , - 1 , pool . getConstantPool ( ) ) ; case Const . T_FLOAT : return new StackMapType ( Const . ITEM_Float , - 1 , pool . getConstantPool ( ) ) ; case Const . T_DOUBLE : return new StackMapType ( Const . ITEM_Double , - 1 , pool . getConstantPool ( ) ) ; case Const . T_LONG : return new StackMapType ( Const . ITEM_Long , - 1 , pool . getConstantPool ( ) ) ; case Const . T_ARRAY : case Const . T_OBJECT : return new StackMapType ( Const . ITEM_Object , pool . addClass ( typeToClassGetName ( t ) ) , pool . getConstantPool ( ) ) ; // UNKNOWN seems to be used for Uninitialized objects. // The second argument to the constructor should be the code offset // of the corresponding 'new' instruction.  Just using 0 for now. case Const . T_UNKNOWN : return new StackMapType ( Const . ITEM_NewObject , 0 , pool . getConstantPool ( ) ) ; default : throw new RuntimeException ( "Invalid type: " + t + t . getType ( ) ) ; } }
Convert a Type to a StackMapType.

@param t Type to be converted
@return result StackMapType
Convert a Type to a StackMapType .