arm9/source/devices/clock.h


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#ifndef CLOCK_H_
    #define CLOCK_H_

    #include <time.h>

    typedef struct {
        u32 end;            // real end time
        u16 read, write;    // read write caches
    } ClockTimer;

    typedef struct {
        ClockTimer t1, t2, t3, t4;  // timers
        u32 start;                  // uptime offset
    } ClockDevice;

    #define   YEAR(tm) (tm->tm_year - 100)
    #define  MONTH(tm) (tm->tm_mon)
    #define    DAY(tm) (tm->tm_mday - 1)
    #define   HOUR(tm) (tm->tm_hour)
    #define MINUTE(tm) (tm->tm_min)
    #define SECOND(tm) (tm->tm_sec)

    u32 get_uptime(void);
    void uptime_handler(void);
    void init_clock(void);
    struct tm* get_datetime(void);

    bool check_timers(ClockDevice *clk);

    u8 get_timer1_high(ClockDevice *clock);
    u8 get_timer1_low( ClockDevice *clock);
    u8 get_timer2_high(ClockDevice *clock);
    u8 get_timer2_low( ClockDevice *clock);
    u8 get_timer3_high(ClockDevice *clock);
    u8 get_timer3_low( ClockDevice *clock);
    u8 get_timer4_high(ClockDevice *clock);
    u8 get_timer4_low( ClockDevice *clock);
    void set_timer1_high(ClockDevice *clock, u8 high);
    void set_timer1_low( ClockDevice *clock, u8  low);
    void set_timer2_high(ClockDevice *clock, u8 high);
    void set_timer2_low( ClockDevice *clock, u8  low);
    void set_timer3_high(ClockDevice *clock, u8 high);
    void set_timer3_low( ClockDevice *clock, u8  low);
    void set_timer4_high(ClockDevice *clock, u8 high);
    void set_timer4_low( ClockDevice *clock, u8  low);
#endif