*/
class Application
{
-public:
- virtual ~Application() { }
-
- static int run(int, char **, void * =0);
- static void usage(const char *, const char *, bool);
- static void *get_data() { return data_; }
protected:
enum LoopMode
{
NONE, /// No main loop - main() will just return
- SLEEP, /// Only sleep in the main loop - useful for servers
+ SLEEP, /// Only sleep in the main loop - useful for threaded servers
TICK_SLEEP, /// Call tick every iteration, with a short sleep in between
TICK_YIELD, /// Call tick every iteration, with sched_yield in between
TICK_BUSY /// Call tick every iteration
};
bool done;
- int exit_code;
+ int exit_code;
+private:
+ LoopMode loop_mode_;
+ Semaphore sleep_sem_;
+
+ static RegBase *reg_app_;
+ static Application *app_;
+ static void *data_;
+
+protected:
Application();
+public:
+ virtual ~Application() { }
+
+ static int run(int, char **, void * =0);
+ static void usage(const char *, const char *, bool);
+ static void *get_data() { return data_; }
+
+protected:
virtual int main();
void catch_signal(int);
void set_loop_mode(LoopMode);
virtual void tick() { }
virtual void sighandler(int) { }
private:
- LoopMode loop_mode_;
- Semaphore sleep_sem_;
+ static void sighandler_(int);
Application(const Application &);
Application &operator=(const Application &);
-
- static RegBase *reg_app_;
- static Application *app_;
- static void *data_;
-
- static void sighandler_(int);
- static void sigalrm_(int) { }
};
} // namespace Msp