int main(void)
{
// To enable the writing into a log file, we have to set the handlers to use
// We want to write to the stdcout _and_ a log file
typedef Yuni::Logs::StdCout< Yuni::Logs::File<> > MyLogHandlers;
// Our logger
Yuni::Logs::Logger<MyLogHandlers> logs;
// Creating the log file (in the current directory, read-write access required)
logs.logfile("./sample.log");
if (not logs.logfileIsOpened())
{
// An error has occured. That means the log file could not be opened for
// writing for some reason
// In this sample, we will continue anyway
logs.error() << "Impossible to open the log file !";
return EXIT_FAILURE;
}
logs.info() << "Log file : " << logs.logfile();
// Hello, world !, all standard verbosity levels
logs.checkpoint() << "Hello, " << "world !";
logs.notice() << "Hello, " << "world !";
logs.warning() << "Hello, " << "world !";
logs.error() << "Hello, " << "world !";
logs.debug() << "Hello, " << "world !";
logs.fatal() << "Hello, " << "world !";
return 0;
}
int main(void)
{
// A simple logger, which only display on std::cout/cerr
// Please note that std::cerr can not be used on Windows (the messages would not be displayed)
Yuni::Logs::Logger<> logs;
// Hello, world !, all standard verbosity levels
logs.checkpoint() << "Hello, " << "world !";
logs.notice() << "Hello, " << "world !";
logs.warning() << "Hello, " << "world !";
logs.error() << "Hello, " << "world !";
logs.debug() << "Hello, " << "world !";
logs.fatal() << "Hello, " << "world !";
return 0;
}
static void ParseWarning(const AnyString& message)
{
logs.warning() << message;
}