static VOID CALLBACK ReminderTimer(HWND hwnd, UINT message, UINT_PTR idEvent, DWORD dwTime)
{
int nIndex;
CLISTEVENT *pCLEvent;
if (!bReminderDisabled && nExternCount && bFlashOnOther) {
SetEvent(hFlashEvent);
return;
}
for (nIndex = 0; !bReminderDisabled && (pCLEvent = (CLISTEVENT*)CallService(MS_CLIST_GETEVENT, -1, nIndex)); nIndex++) {
DBEVENTINFO einfo = readEventInfo(pCLEvent->hDbEvent, pCLEvent->hContact);
if ((einfo.eventType == EVENTTYPE_MESSAGE && bFlashOnMsg) ||
(einfo.eventType == EVENTTYPE_URL && bFlashOnURL) ||
(einfo.eventType == EVENTTYPE_FILE && bFlashOnFile) ||
(einfo.eventType != EVENTTYPE_MESSAGE && einfo.eventType != EVENTTYPE_URL && einfo.eventType != EVENTTYPE_FILE && bFlashOnOther))
if (metaCheckProtocol(einfo.szModule, pCLEvent->hContact, einfo.eventType) && checkNotifyOptions() && checkStatus(einfo.szModule) && checkXstatus(einfo.szModule)) {
SetEvent(hFlashEvent);
return;
}
}
}
static void __cdecl FlashThreadFunction(void*)
{
BOOL bEvent = FALSE;
DWORD dwEventStarted = 0, dwFlashStarted = 0;
BYTE data, unchangedLeds;
while (TRUE) {
unchangedLeds = (BYTE)(LedState(VK_PAUSE) * !bFlashLed[2] + ((LedState(VK_NUMLOCK) * !bFlashLed[0]) << 1) + ((LedState(VK_CAPITAL) * !bFlashLed[1]) << 2));
GetAsyncKeyState(VK_PAUSE); // empty Pause/Break's keystroke buffer
// Start flashing
while (bEvent && bFlashingEnabled) {
// Let's give the user the opportunity of finishing flashing manually :)
if (GetAsyncKeyState(VK_PAUSE) & 1)
break;
if ((bFlashUntil & UNTIL_NBLINKS) && GetTickCount() > (dwFlashStarted + wBlinksNumber * 1000))
break;
if (bFlashUntil & UNTIL_REATTENDED) {
if (bMirandaOrWindows == ACTIVE_WINDOWS && !bEmulateKeypresses) {
LASTINPUTINFO ii = { sizeof(ii) };
GetLastInputInfo(&ii);
dwLastInput = ii.dwTime;
}
if (dwLastInput > dwEventStarted)
break;
}
if ((bFlashUntil & UNTIL_EVENTSOPEN) && !checkUnopenEvents())
break;
if ((bFlashUntil & UNTIL_CONDITIONS) && (!checkNotifyOptions() || !checkGlobalStatus() || !checkGlobalXstatus()))
break;
data = getBlinkingLeds();
ToggleKeyboardLights((BYTE)(data | unchangedLeds));
// Wait for exit event
if (WaitForSingleObject(hExitEvent, nWaitDelay) == WAIT_OBJECT_0)
return;
}
RestoreLEDState();
setFlashingSequence();
bReminderDisabled = FALSE;
// Wait for new event
HANDLE Objects[2];
Objects[0] = hFlashEvent;
Objects[1] = hExitEvent;
if (WaitForMultipleObjects(2, Objects, FALSE, INFINITE) == WAIT_OBJECT_0 + 1)
return;
bEvent = TRUE;
bReminderDisabled = TRUE;
dwEventStarted = GetTickCount();
// Wait StartDelay seconds
if (wStartDelay > 0)
Sleep(wStartDelay * 1000);
dwFlashStarted = GetTickCount();
}
}
static INT_PTR StartBlinkService(WPARAM wParam, LPARAM lParam)
{
nExternCount += (unsigned int)wParam;
if (bFlashOnOther && checkNotifyOptions() && checkGlobalStatus() && checkGlobalXstatus()) {
if (lParam)
useExternSequence((TCHAR *)lParam);
SetEvent(hFlashEvent);
}
return 0;
}
// 'Pings' the FlashThread to keep the LEDs flashing.
static int PluginMessageEventHook(WPARAM hContact, LPARAM hEvent)
{
//get DBEVENTINFO without pBlob
DBEVENTINFO einfo = { sizeof(einfo) };
if (!db_event_get(hEvent, &einfo) && !(einfo.flags & DBEF_SENT))
if ((einfo.eventType == EVENTTYPE_MESSAGE && bFlashOnMsg && checkOpenWindow(hContact) && checkMsgTimestamp(hContact, hEvent, einfo.timestamp)) ||
(einfo.eventType == EVENTTYPE_URL && bFlashOnURL) ||
(einfo.eventType == EVENTTYPE_FILE && bFlashOnFile) ||
(einfo.eventType != EVENTTYPE_MESSAGE && einfo.eventType != EVENTTYPE_URL && einfo.eventType != EVENTTYPE_FILE && bFlashOnOther)) {
if (contactCheckProtocol(einfo.szModule, hContact, einfo.eventType) && checkNotifyOptions() && checkStatus(einfo.szModule) && checkXstatus(einfo.szModule))
SetEvent(hFlashEvent);
}
return 0;
}