boost::filesystem::path MacOsPath::getUserConfigPath() const
{
boost::filesystem::path userPath (getUserHome());
userPath /= "Library/Preferences/";
return userPath / mName;
}
boost::filesystem::path MacOsPath::getUserDataPath() const
{
boost::filesystem::path userPath (getUserHome());
userPath /= "Library/Application Support/";
return userPath / mName;
}
//Get the destination location for the extracted installer
void GetCobundleFileName(LPTSTR lpszLocalFileName, LPTSTR lpszLocalDirName, LPTSTR lpszCobundleName) {
getUserHome(lpszLocalDirName);
wsprintf(lpszLocalDirName, "%s\\%s%s%_combo", lpszLocalDirName, BUNDLE, VERSION);
CreateDirectory(lpszLocalDirName, NULL);
wsprintf(lpszLocalFileName, "%s\\%s", lpszLocalDirName, lpszCobundleName);
}
char *sysGetDeploymentUserHome() {
static char deploymentUserHome[MAXPATHLEN];
static int initialized = FALSE;
if (!initialized) {
sprintf(deploymentUserHome, "%s\\Sun\\Java\\Deployment",
getUserHome());
initialized = TRUE;
}
return deploymentUserHome;
}
boost::filesystem::path MacOsPath::getInstallPath() const
{
boost::filesystem::path installPath;
boost::filesystem::path homePath = getUserHome();
if (!homePath.empty())
{
boost::filesystem::path wineDefaultRegistry(homePath);
wineDefaultRegistry /= ".wine/system.reg";
if (boost::filesystem::is_regular_file(wineDefaultRegistry))
{
boost::filesystem::ifstream file(wineDefaultRegistry);
bool isRegEntry = false;
std::string line;
std::string mwpath;
while (std::getline(file, line))
{
if (line[0] == '[') // we found an entry
{
if (isRegEntry)
{
break;
}
isRegEntry = (line.find("Softworks\\\\Morrowind]") != std::string::npos);
}
else if (isRegEntry)
{
if (line[0] == '"') // empty line means new registry key
{
std::string key = line.substr(1, line.find('"', 1) - 1);
if (strcasecmp(key.c_str(), "Installed Path") == 0)
{
std::string::size_type valuePos = line.find('=') + 2;
mwpath = line.substr(valuePos, line.rfind('"') - valuePos);
std::string::size_type pos = mwpath.find("\\");
while (pos != std::string::npos)
{
mwpath.replace(pos, 2, "/");
pos = mwpath.find("\\", pos + 1);
}
break;
}
}
}
}
if (!mwpath.empty())
{
// Change drive letter to lowercase, so we could use ~/.wine/dosdevice symlinks
mwpath[0] = tolower(mwpath[0]);
installPath /= homePath;
installPath /= ".wine/dosdevices/";
installPath /= mwpath;
if (!boost::filesystem::is_directory(installPath))
{
installPath.clear();
}
}
}
}
return installPath;
}
boost::filesystem::path MacOsPath::getCachePath() const
{
boost::filesystem::path userPath (getUserHome());
userPath /= "Library/Caches";
return userPath / mName;
}
boost::filesystem::path LinuxPath::getCachePath() const
{
return getEnv("XDG_CACHE_HOME", getUserHome() / ".cache") / mName;
}
boost::filesystem::path LinuxPath::getUserDataPath() const
{
return getEnv("XDG_DATA_HOME", getUserHome() / ".local/share") / mName;
}
boost::filesystem::path LinuxPath::getUserConfigPath() const
{
return getEnv("XDG_CONFIG_HOME", getUserHome() / ".config") / mName;
}
w_instance NativeProperties_init(JNIEnv *env, w_instance classSystem) {
w_thread thread = JNIEnv2w_thread(env);
char *utf8;
w_string s;
w_fifo fifo;
w_int i;
prop_hashtable = ht_create("hashtable:native system properties", 17, ht_stringHash, ht_stringCompare, 0, 0);
woempa(1, "Created prop_hashtable\n");
s = cstring2String(UNICODE_SUBSETS, strlen(UNICODE_SUBSETS));
ht_write(prop_hashtable, (w_word)cstring2String("mika.unicode.subsets", 20), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.unicode.subsets", s);
utf8 = getInstallationDir();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("java.home", 9), (w_word)s);
woempa(1, "Set %s -> %w\n", "java.home", s);
utf8 = getExtensionDir();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("java.ext.dirs", 13), (w_word)s);
woempa(1, "Set %s -> %w\n", "java.ext.dirs", s);
utf8 = getLibraryPath();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("java.library.path", 17), (w_word)s);
woempa(1, "Set %s -> %w\n", "java.library.path", s);
s = utf2String(VERSION_STRING, strlen(VERSION_STRING));
ht_write(prop_hashtable, (w_word)utf2String("mika.version", 12), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.version", s);
s = utf2String(WONKA_INFO, strlen(WONKA_INFO));
ht_write(prop_hashtable, (w_word)utf2String("mika.vm.options", 15), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.vm.options", s);
s = utf2String(DEFAULT_HEAP_SIZE, strlen(DEFAULT_HEAP_SIZE));
ht_write(prop_hashtable, (w_word)utf2String("mika.default.heap.size", 22), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.default.heap.size", s);
s = utf2String(AWT_INFO, strlen(AWT_INFO));
ht_write(prop_hashtable, (w_word)utf2String("mika.awt.options", 16), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.awt.options", s);
#ifdef O4P
s = utf2String(O4P_INFO, strlen(O4P_INFO));
ht_write(prop_hashtable, (w_word)utf2String("mika.o4p.options", 16), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.o4p.options", s);
#endif
#ifdef OSWALD
s = utf2String(OSWALD_INFO, strlen(OSWALD_INFO));
ht_write(prop_hashtable, (w_word)utf2String("mika.oswald.options", 19), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.oswald.options", s);
#endif
s = utf2String(BUILD_HOST, strlen(BUILD_HOST));
ht_write(prop_hashtable, (w_word)utf2String("mika.build.host", 15), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.build.host", s);
utf8 = __DATE__ " " __TIME__;
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("mika.build.time", 15), (w_word)s);
woempa(1, "Set %s -> %w\n", "mika.build.time", s);
utf8 = getOSName();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("os.name", 7), (w_word)s);
woempa(1, "Set %s -> %w\n", "os.name", s);
utf8 = getOSVersion();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("os.version", 10), (w_word)s);
woempa(1, "Set %s -> %w\n", "os.version", s);
utf8 = getOSArch();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("os.arch", 7), (w_word)s);
woempa(1, "Set %s -> %w\n", "os.arch", s);
utf8 = getUserName();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("user.name", 9), (w_word)s);
woempa(1, "Set %s -> %w\n", "user.name", s);
utf8 = getUserHome();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("user.home", 9), (w_word)s);
woempa(1, "Set %s -> %w\n", "user.home", s);
utf8 = getUserDir();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("user.dir", 8), (w_word)s);
woempa(1, "Set %s -> %w\n", "user.dir", s);
utf8 = getUserLanguage();
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("user.language", 13), (w_word)s);
woempa(1, "Set %s -> %w\n", "user.language", s);
utf8 = "Mika " VERSION_STRING;
s = utf2String(utf8, strlen(utf8));
ht_write(prop_hashtable, (w_word)utf2String("java.runtime.name", 17), (w_word)s);
woempa(1, "Set %s -> %w\n", "java.runtime.name", s);
enterUnsafeRegion(thread);
keyArray = allocArrayInstance_1d(JNIEnv2w_thread(env), clazzArrayOf_String, prop_hashtable->occupancy);
enterSafeRegion(thread);
fifo = ht_list_keys_no_lock(prop_hashtable);
i = 0;
while ((s = (w_string)getFifo(fifo))) {
woempa(7, "keyArray[%d] = %w\n", i, s);
setArrayReferenceField(keyArray, getStringInstance(s), i);
++i;
}
return keyArray;
}
