void AppSettings::Initialize(Interface *gi)
{
TCHAR iniName[MAX_PATH];
LPCTSTR pluginDir = gi->GetDir(APP_PLUGCFG_DIR);
PathCombine(iniName, pluginDir, "MaxNifTools.ini");
if (-1 != _taccess(iniName, 0)) {
bool reparse = GetIniValue<bool>("System", "Reparse", false, iniName);
if (reparse || TheAppSettings.empty()){
TheAppSettings.clear();
}
string Applications = GetIniValue<string>("System", "KnownApplications", "", iniName);
stringlist apps = TokenizeString(Applications.c_str(), ";");
for (stringlist::iterator appstr=apps.begin(); appstr != apps.end(); ++appstr){
AppSettings* setting = FindAppSetting(*appstr);
if (NULL == setting){
AppSettingsMap::iterator itr = TheAppSettings.insert(TheAppSettings.end(), AppSettings(*appstr));
(*itr).ReadSettings(iniName);
}
}
}
}
void AppSettings::Initialize(Interface *gi)
{
TCHAR iniName[MAX_PATH];
GetIniFileName(iniName);
if (-1 != _taccess(iniName, 0)) {
bool reparse = GetIniValue<bool>(TEXT("System"), TEXT("Reparse"), false, iniName);
if (reparse || TheAppSettings.empty()) {
TheAppSettings.clear();
}
TheAppSettingsInitialized = true;
tstring Applications = GetIniValue<tstring>(TEXT("System"), TEXT("KnownApplications"), TEXT(""), iniName);
tstringlist apps = TokenizeString(Applications.c_str(), TEXT(";"));
apps.push_back(tstring(TEXT("User"))); // always ensure that user is present
for (tstringlist::iterator appstr = apps.begin(); appstr != apps.end(); ++appstr) {
AppSettings* setting = FindAppSetting(*appstr);
if (nullptr == setting) {
AppSettingsMap::iterator itr = TheAppSettings.insert(TheAppSettings.end(), AppSettings(*appstr));
(*itr).ReadSettings(iniName);
}
}
}
}
AppSettings *Exporter::importAppSettings(std::wstring fname)
{
AppSettings *appSettings = NULL;
TCHAR iniName[MAX_PATH];
GetIniFileName(iniName);
// Locate which application to use. If Auto, find first app where this file appears in the root path list
std::wstring curapp = GetIniValue<std::wstring>(NifExportSection, _T("CurrentApp"), _T("AUTO"), iniName);
if (0 == _tcsicmp(curapp.c_str(), _T("AUTO"))) {
Exporter::mAutoDetect = true;
// Scan Root paths
for (AppSettingsMap::iterator itr = TheAppSettings.begin(), end = TheAppSettings.end(); itr != end; ++itr){
if ((*itr).IsFileInRootPaths(fname)) {
appSettings = &(*itr);
break;
}
}
} else {
Exporter::mAutoDetect = false;
appSettings = FindAppSetting(curapp);
}
if (appSettings == NULL && !TheAppSettings.empty())
appSettings = &TheAppSettings.front();
if (!appSettings)
return NULL;
Exporter::mGameName = appSettings->Name;
Exporter::mNifVersion = appSettings->NiVersion;
Exporter::mNifUserVersion = appSettings->NiUserVersion;
Exporter::mNifUserVersion2 = appSettings->NiUserVersion2;
if (!appSettings->rotate90Degrees.empty())
Exporter::mRotate90Degrees = appSettings->rotate90Degrees;
Exporter::mSupportPrnStrings = appSettings->supportPrnStrings;
return appSettings;
}
AppSettings * Exporter::exportAppSettings()
{
TCHAR iniName[MAX_PATH];
GetIniFileName(iniName);
// Update the current app version
AppSettings * appSettings = FindAppSetting(Exporter::mGameName);
if (appSettings == NULL && !TheAppSettings.empty())
appSettings = &TheAppSettings.front();
if (Exporter::mAutoDetect){
SetIniValue<std::wstring>(NifExportSection, _T("CurrentApp"), _T("AUTO"), iniName);
} else {
SetIniValue<std::wstring>(NifExportSection, _T("CurrentApp"), appSettings->Name, iniName);
}
appSettings->NiVersion = Exporter::mNifVersion;
appSettings->NiUserVersion = Exporter::mNifUserVersion;
appSettings->NiUserVersion2 = Exporter::mNifUserVersion2;
appSettings->rotate90Degrees = Exporter::mRotate90Degrees;
appSettings->supportPrnStrings = Exporter::mSupportPrnStrings;
return appSettings;
}