void actionQuickSaveState() {
if (emulatorGetState() != EMU_STOPPED) {
emulatorSuspend();
strcpy(state.properties->filehistory.quicksave, generateSaveFilename(state.properties, stateDir, statePrefix, ".sta", 2));
boardSaveState(state.properties->filehistory.quicksave, 1);
emulatorResume();
}
}
void actionVideoCaptureRec() {
if (emulatorGetState() == EMU_STOPPED) {
strcpy(state.properties->filehistory.videocap, generateSaveFilename(state.properties, videoDir, videoPrefix, ".cap", 2));
boardCaptureStart(state.properties->filehistory.videocap);
actionEmuTogglePause();
archUpdateMenu(0);
return;
}
emulatorSuspend();
strcpy(state.properties->filehistory.videocap, generateSaveFilename(state.properties, videoDir, videoPrefix, ".cap", 2));
boardCaptureStart(state.properties->filehistory.videocap);
emulatorResume();
archUpdateMenu(0);
}
void actionToggleWaveCapture() {
if (mixerIsLogging(state.mixer)) {
mixerStopLog(state.mixer);
}
else {
mixerStartLog(state.mixer, generateSaveFilename(state.properties, audioDir, audioPrefix, ".wav", 2));
}
archUpdateMenu(0);
}
void actionSetWaveCapture(int value) {
if (value == 0) {
mixerStopLog(state.mixer);
}
else {
mixerStartLog(state.mixer, generateSaveFilename(state.properties,
audioDir,
audioPrefix, ".wav", 2));
}
archUpdateMenu(0);
}
Common::Error MortevielleEngine::run() {
// Initialize the game
Common::ErrorCode err = initialize();
if (err != Common::kNoError)
return err;
// Check for a savegame
int loadSlot = 0;
if (ConfMan.hasKey("save_slot")) {
int gameToLoad = ConfMan.getInt("save_slot");
if ((gameToLoad >= 1) && (gameToLoad <= 999))
loadSlot = gameToLoad;
}
if (loadSlot == 0)
// Show the game introduction
showIntroduction();
else {
_caff = 51;
_text->taffich();
}
// Either load the initial game state savegame, or the specified savegame number
adzon();
resetVariables();
if (loadSlot != 0)
_savegameManager->loadSavegame(generateSaveFilename(loadSlot));
// Run the main game loop
mainGame();
// Cleanup (allocated in initialize())
_screenSurface->free();
free(_soundManager->_cfiphBuffer);
free(_cfiecBuffer);
return Common::kNoError;
}
