title: If my code uses RTTI then it will not work on android?
body: <p>I read in Android Native Development Kit Cookbook that:</p>
  
  <blockquote>
    <p>By default, Android provides minimal C++ support. There's no Run-time
    Type Information (RTTI) and C++ exceptions support, and even the C++
    standard library support, is partial. The following is a list of the
    C++ headers supported by Android NDK by default:    </p>
    
    <p>cassert, cctype,cerrno, cfloat, climits, cmath, csetjmp, csignal, cstddef, cstdint,
    cstdio, cstdlib, cstring, ctime, cwchar, new, stl_pair.h, typeinfo, utility</p>
    
    <p>It is possible to add more C++ support by using different C++
    libraries. NDK comes with the gabi++, stlport, and gnustl C++
    libraries, besides the system default one. In our sample code, we used
    an external "C" to wrap the C++ method. This is to avoid C++ mangling
    of the JNI function names. C++ name mangling could change the function
    names to include type information about parameters, whether the
    function is virtual or not, and so on. While this enables C++ to link
    overloaded functions, it breaks the JNI function discovery mechanism.</p>
    
    <p>We can also use the explicit function registration method covered in
    the Loading native libraries and registering native methods recipe of
    Chapter 2, Java Native Interface, to get rid of the wrapping.</p>
  </blockquote>
  
  <p>If RTTI is used in the logic of the application then it will not work on android?</p>