NetworkSyncManager::NetworkSyncManager( LoadingWindow *ld )
{
LANserver = NULL; //So we know if it has been created yet
if( GetCommandlineArgument( "runserver" ))
{
ld->SetText("Initilizing server...");
LANserver = new StepManiaLanServer;
isLanServer = true;
GetCommandlineArgument( "runserver", &LANserver->servername );
}
else
isLanServer = false;
ld->SetText("Initilizing Client Network...");
NetPlayerClient = new EzSockets;
NetPlayerClient->blocking = false;
m_ServerVersion = 0;
useSMserver = false;
m_startupStatus = 0; //By default, connection not tried.
m_ActivePlayers = 0;
StartUp();
}
static void ProcessArgsSecond()
{
CString Argument;
if( GetCommandlineArgument( "test2" ) )
LOG->Info ("Test2");
if( GetCommandlineArgument( "netip" ) )
NSMAN->DisplayStartupStatus(); //If we're using networking show what happend
}
void NetworkSyncManager::StartUp()
{
CString ServerIP;
if( isLanServer )
if (!LANserver->ServerStart())
{
//If the server happens to not start when told,
//Print to log and release the memory where the
//server was held.
isLanServer = false;
LOG->Warn("Server failed to start.");
delete LANserver;
}
if( GetCommandlineArgument( "netip", &ServerIP ) )
PostStartUp(ServerIP);
else if( GetCommandlineArgument( "listen" ) )
PostStartUp("LISTEN");
}
//Process args first, put command line options that
//have to run before the SM window loads here
static void ProcessArgsFirst()
{
CString Argument;
if( GetCommandlineArgument( "test", &Argument ) )
LOG->Info ("Test: \"%s\"", Argument.c_str() );
}
void ThemeManager::LoadThemeMetrics( const RString &sThemeName_, const RString &sLanguage_ )
{
if( g_pLoadedThemeData == NULL )
g_pLoadedThemeData = new LoadedThemeData;
// Don't delete and recreate LoadedThemeData. There are references iniMetrics and iniStrings
// on the stack, so Clear them instead.
g_pLoadedThemeData->ClearAll();
g_vThemes.clear();
RString sThemeName(sThemeName_);
RString sLanguage(sLanguage_);
m_sCurThemeName = sThemeName;
m_sCurLanguage = sLanguage;
bool bLoadedBase = false;
while(1)
{
ASSERT_M( g_vThemes.size() < 20, "Circular theme fallback references detected." );
g_vThemes.push_back( Theme() );
Theme &t = g_vThemes.back();
t.sThemeName = sThemeName;
IniFile iniMetrics;
IniFile iniStrings;
iniMetrics.ReadFile( GetMetricsIniPath(sThemeName) );
// Load optional language inis (probably mounted by a package) first so that they can be overridden by the current theme.
{
vector<RString> vs;
GetOptionalLanguageIniPaths(vs,sThemeName,sLanguage);
FOREACH_CONST(RString,vs,s)
iniStrings.ReadFile( *s );
}
iniStrings.ReadFile( GetLanguageIniPath(sThemeName,SpecialFiles::BASE_LANGUAGE) );
if( sLanguage.CompareNoCase(SpecialFiles::BASE_LANGUAGE) )
iniStrings.ReadFile( GetLanguageIniPath(sThemeName,sLanguage) );
bool bIsBaseTheme = !sThemeName.CompareNoCase(SpecialFiles::BASE_THEME_NAME);
iniMetrics.GetValue( "Global", "IsBaseTheme", bIsBaseTheme );
if( bIsBaseTheme )
bLoadedBase = true;
/* Read the fallback theme. If no fallback theme is specified, and we haven't
* already loaded it, fall back on SpecialFiles::BASE_THEME_NAME.
* That way, default theme fallbacks can be disabled with
* "FallbackTheme=". */
RString sFallback;
if( !iniMetrics.GetValue("Global","FallbackTheme",sFallback) )
{
if( sThemeName.CompareNoCase( SpecialFiles::BASE_THEME_NAME ) && !bLoadedBase )
sFallback = SpecialFiles::BASE_THEME_NAME;
}
/* We actually want to load themes bottom-to-top, loading fallback themes
* first, so derived themes overwrite metrics in fallback themes. But, we
* need to load the derived theme first, to find out the name of the fallback
* theme. Avoid having to load IniFile twice, merging the fallback theme
* into the derived theme that we've already loaded. */
XmlFileUtil::MergeIniUnder( &iniMetrics, &g_pLoadedThemeData->iniMetrics );
XmlFileUtil::MergeIniUnder( &iniStrings, &g_pLoadedThemeData->iniStrings );
if( sFallback.empty() )
break;
sThemeName = sFallback;
}
// Overlay metrics from the command line.
RString sMetric;
for( int i = 0; GetCommandlineArgument( "metric", &sMetric, i ); ++i )
{
/* sMetric must be "foo::bar=baz". "foo" and "bar" never contain "=", so
* in "foo::bar=1+1=2", "baz" is always "1+1=2". Neither foo nor bar may
* be empty, but baz may be. */
Regex re( "^([^=]+)::([^=]+)=(.*)$" );
vector<RString> sBits;
if( !re.Compare( sMetric, sBits ) )
RageException::Throw( "Invalid argument \"--metric=%s\".", sMetric.c_str() );
g_pLoadedThemeData->iniMetrics.SetValue( sBits[0], sBits[1], sBits[2] );
}
LOG->MapLog( "theme", "Theme: %s", m_sCurThemeName.c_str() );
LOG->MapLog( "language", "Language: %s", m_sCurLanguage.c_str() );
}
