https://learn.microsoft.com › en-us › cpp › c-language › using-wmain

In the Unicode programming model, you can define a wide-character version of the main function. Use wmain instead of main if you want to write portable code that adheres to the Unicode programming model.

https://learn.microsoft.com › fr-fr › cpp › c-language › using-wmain

Utilisez wmain au lieu de main si vous souhaitez écrire du code portable conforme au modèle de programmation Unicode. Comme main, plusieurs restrictions s’appliquent à la fonction wmain, qui ne s’appliquent à aucune autre fonction C. La fonction wmain : Ne peut pas être déclaré en tant que inline.

https://learn.microsoft.com › fr-fr › cpp › text › support-for-using-wmain

Visual C++ prend en charge la définition d’une fonction wmain et le passage d’arguments de caractères larges à votre application Unicode. Vous déclarez des paramètres formels à wmain, à l’aide d’un format similaire à main.

https://stackoverflow.com › questions › 895827

int wmain(int argc, wchar_t* argv[]); And then, to make it easier to switch between Unicode (UTF-16) and their multibyte character set, they've defined _tmain which, if Unicode is enabled, is compiled as wmain, and otherwise as main.

https://www.codeproject.com › articles › 34068 › unicode-output-to-the-windows-console

It should be pointed out to them from the beginning that modern Windows systems internally work with 16-bit Unicode, aka wide strings. Therefore wmain, wcslen, wprintf, etc. (or even better: the TCHAR paradigm) should be used instead. When new C++ projects are created in Visual Studio, they follow the TCHAR paradigm.

https://stackoverflow.com › questions › 2438297

Microsoft Specific. If your source files use Unicode wide characters, you can use wmain, which is the wide-character version of main. The declaration syntax for wmain is as follows: int wmain( ); int wmain(int argc, wchar_t *argv[], wchar_t *envp[]);

https://learn.microsoft.com › en-us › cpp › text › support-for-using-wmain

Visual C++ supports defining a wmain function and passing wide-character arguments to your Unicode application. You declare formal parameters to wmain, using a format similar to main. You can then pass wide-character arguments and, optionally, a wide-character environment pointer to the program.

https://github.com › huangqinjin › wmain

Windows is UTF-16 internal, so command-line arguments and the environment variables set are all UTF-16. Visual C++ compiler provides a Unicode version of C/C++ program entry point, named wmain.

https://www.tenouk.com › ModuleY.html

If your code adheres to the Unicode programming model, then you can use the wide-character version of main(), wmain(), but it is implementation dependent. The main() function serves as the starting point for program execution.

https://www.winehq.org › docs › winegcc

winegcc is a gcc wrapper which tries to provide a MinGW compatible compiler under Linux. This is most useful to Win32 developers who can simply take their MinGW code from Windows, and recompile it without modifications under Winelib on Linux. wineg++ accepts mostly the same options as winegcc.