I have found a simple how-to here, however, as I have not tested it myself, I cannot guarantee results. As usual YMMV. Quote from the original article (please follow the thread on the original article as well though): Mkbundle: bundle Mono with your applications Did you ever wonder why you need .NET Framework or Mono … Read more
There’s no way to set thread priorities via the C++11 library. I don’t think this is going to change in C++14, and my crystal ball is too hazy to comment on versions after that. In POSIX, pthread_setschedparam(thread.native_handle(), policy, {priority}); In Win32 BOOL SetThreadPriority(HANDLE hThread,int nPriority)
Unspecified in the standard. Yes, but this means that the key is destroyed after its associated value.
learn to use the standard library read books (eg. this one) when you’re experienced, learn to use boost
A method that is portable to most POSIX systems is: raise(SIGTRAP);
It should be noted that MSVC uses the syntax: #pragma message ( “your warning text here” ) The usual #warning syntax generates a fatal error C1021: invalid preprocessor command ‘warning’ so it is not portable to those compilers.
I think this is the relevant clause: ISO/IEC 14882:2003 C++ Standard 23.1.1/12 – Sequences Table 68 lists sequence operations that are provided for some types of sequential containers but not others. An implementation shall provide these operations for all container types shown in the “container” column, and shall implement them so as to take amortized … Read more
As quoted from source (Creating the smallest possible PE executable): 1 Smallest possible PE file: 97 bytes Smallest possible PE file on Windows 2000: 133 bytes Smallest PE file that downloads a file over WebDAV and executes it: 133 bytes The files above are the smallest possible PE files due to requirements of the PE … Read more
There isn’t a fully portable way to do it, and it is a nuisance. C99 provides a mechanism for built-in types like size_t with the %zu notation (and there are some extra, similar qualifiers). It also provides the <inttypes.h> header with macros such as PRIX32 to define the correct qualifier for printing a 32-bit hexadecimal … Read more
You could use a memcpy (Result) float f; uchar b[] = {b3, b2, b1, b0}; memcpy(&f, &b, sizeof(f)); return f; or a union* (Result) union { float f; uchar b[4]; } u; u.b[3] = b0; u.b[2] = b1; u.b[1] = b2; u.b[0] = b3; return u.f; But this is no more portable than your code, … Read more