PC World 2007 June/PCWorld_2007-06_cd.bin/v cisle/tclock/tclocklight-040702-3.exe/source/exe/alarm.c

C/C++ Source or Header | 2004-05-11 | 4.2 KB | 197 lines

/*-------------------------------------------------------------
  alarm.c : process alarms
  (C) 1997-2003 Kazuto Sato
  Please read readme.txt about the license.

  Written by Kazubon, Nanashi-san
---------------------------------------------------------------*/

#include "tclock.h"

/* Globals */

void InitAlarm(void);
void EndAlarm(void);
void OnTimerAlarm(HWND hwnd, const SYSTEMTIME* st, int reason);

/* Statics */

static PALARMSTRUCT m_pAlarm = NULL;
static int m_numAlarm = 0;
static BOOL m_bCheckEverySeconds = FALSE;

/*------------------------------------------------
  initialize
--------------------------------------------------*/
void InitAlarm(void)
{
    PALARMSTRUCT pAS;
    int i;
    int jihou;

    m_numAlarm = GetMyRegLong("", "AlarmNum", 0);
    if(m_numAlarm < 1) m_numAlarm = 0;

    if(m_pAlarm) free(m_pAlarm);
    m_pAlarm = NULL;

    jihou = 0;
    if(GetMyRegLong("", "Jihou", FALSE)) jihou = 1;

    if(m_numAlarm + jihou == 0) return;

    m_pAlarm = malloc(sizeof(ALARMSTRUCT) * (m_numAlarm + jihou));

    // read settings
    LoadAlarm(m_pAlarm, m_numAlarm); // common/alarmstruct.c

    // cuckoo clock
    if(jihou)
    {
        pAS = m_pAlarm + m_numAlarm;
        m_numAlarm++;

        memset(pAS, 0, sizeof(ALARMSTRUCT));
        strcpy(pAS->strHours, "*");
        strcpy(pAS->strMinutes, "0");
        strcpy(pAS->strWDays, "*");
        SetAlarmTime(pAS); // common/alarmstruct.c

        pAS->bEnable = TRUE;
        pAS->bHour12 = TRUE;
        GetMyRegStr("", "JihouFile", pAS->fname, MAX_PATH, "");
        if(GetMyRegLong("", "JihouRepeat", FALSE))
            pAS->bRepeatJihou = TRUE;
        if(GetMyRegLong("", "JihouBlink", FALSE))
        {
            pAS->bBlink = TRUE; pAS->nBlinkSec = 60;
        }
    }

    m_bCheckEverySeconds = FALSE;
    if(m_pAlarm)
    {
        for(i = 0; i < m_numAlarm; i++)
        {
            pAS = m_pAlarm + i;
            if(pAS->bEnable)
            {
                if(pAS->second)
                    m_bCheckEverySeconds = TRUE;
                else if(pAS->bInterval)
                {
                    if(!pAS->bBootExec)
                        pAS->tickLast = GetTickCount();
                    m_bCheckEverySeconds = TRUE;
                }
            }
        }
    }
}

/*------------------------------------------------
  clear up
--------------------------------------------------*/
void EndAlarm(void)
{
    if(m_pAlarm) free(m_pAlarm);
    m_pAlarm = NULL;
}

/*------------------------------------------------
  execute alarms
--------------------------------------------------*/
void OnTimerAlarm(HWND hwnd, const SYSTEMTIME* st, int reason)
{
    PALARMSTRUCT pAS;
    static int hourLast = 0, minuteLast = 0;
    int i, hour, loops;

    if(!m_pAlarm) return;

    // execute once a minute
    if(reason == 0 && st && !m_bCheckEverySeconds)
    {
        if(hourLast == (int)st->wHour &&
            minuteLast == (int)st->wMinute) return;
        hourLast = st->wHour;
        minuteLast = st->wMinute;
    }

    for(i = 0; i < m_numAlarm; i++)
    {
        BOOL bexec = FALSE;

        pAS = m_pAlarm + i;
        if(!pAS->bEnable) continue;

        // 12 hour
        hour = 0;
        if(st)
        {
            hour = st->wHour;
            if(pAS->bHour12)
            {
                if(hour == 0) hour = 12;
                else if(hour >= 13) hour -= 12;
            }
        }

        // compare time
        if(reason == 0 && st)
        {
            if(pAS->hours[hour]
                && pAS->minutes[st->wMinute]
                && pAS->wdays[st->wDayOfWeek])
            {
                if(pAS->second)
                {
                    if(pAS->second == st->wSecond) bexec = TRUE;
                }
                else bexec = TRUE;
            }
        }

        // Execute when TClock is started
        if(reason == 1)
        {
            if(pAS->bBootExec) bexec = TRUE;
        }

        // At regular intervals
        if(st && pAS->bInterval && pAS->nInterval > 0)
        {
            if(pAS->hours[hour] && pAS->wdays[st->wDayOfWeek])
            {
                if(GetTickCount() - pAS->tickLast >
                    (DWORD)pAS->nInterval * 1000 * 60) bexec = TRUE;
            }
        }

        // not to execute an alarm twice within a minute
        if(bexec)
        {
            DWORD tick = GetTickCount();
            if(tick - pAS->tickLast < 60000 && reason == 0)
                bexec = FALSE;
            else pAS->tickLast = tick;
        }

        if(bexec)
        {
            if(pAS->bBlink && g_hwndClock)
                PostMessage(g_hwndClock, CLOCKM_BLINK, 0, pAS->nBlinkSec);

            if(pAS->fname[0])
            {
                if(pAS->bRepeat) loops = -1; else loops = 0;
                if(pAS->bRepeatJihou) loops = hour;

                // common/playfile.c
                PlayFile(hwnd, pAS->fname, loops);
            }
        }
    }
}