public void CheckPort()
{
PortCheckStatus = PortCheckStatus.Checking;
CheckPortAsync().ContinueWith(prev => {
if (prev.IsCanceled || prev.IsFaulted)
{
PortCheckStatus = PortCheckStatus.Failed;
PortCheckV6Status = PortCheckStatus.Failed;
}
else
{
PortCheckStatus = prev.Result.ResultV4;
PortCheckV6Status = prev.Result.ResultV6;
}
});
}
public void PortCheck()
{
var ports = peerCast.OutputListeners
.Where(listener => (listener.GlobalOutputAccepts & OutputStreamType.Relay) != 0)
.Select(listener => listener.LocalEndPoint.Port);
Uri target_uri;
if (!AppSettingsReader.TryGetUri("PCPPortChecker", out target_uri))
{
return;
}
var checker = new PeerCastStation.UI.PCPPortChecker(peerCast.SessionID, target_uri, ports);
checker.PortCheckCompleted += checker_PortCheckCompleted;
checker.RunAsync();
PortCheckStatus = PortCheckStatus.Checking;
}
void checker_PortCheckCompleted(object sender, UI.PortCheckCompletedEventArgs args)
{
if (args.Success)
{
var status = PortCheckStatus.Closed;
foreach (var port in ports)
{
port.IsOpen = args.Ports.Contains(port.Port);
if (port.IsOpen.HasValue && port.IsOpen.Value)
{
status = PortCheckStatus.Opened;
}
}
PortCheckStatus = status;
}
else
{
PortCheckStatus = PortCheckStatus.Failed;
}
}
public void Apply()
{
if (!IsModified)
{
return;
}
IsModified = false;
ChannelCleaner.Mode = channelCleanupMode;
ChannelCleaner.InactiveLimit = channelCleanupInactiveLimit * 60000;
peerCast.AccessController.MaxRelays = maxRelays;
peerCast.AccessController.MaxRelaysPerBroadcastChannel = maxRelaysPerBroadcastChannel;
peerCast.AccessController.MaxRelaysPerRelayChannel = maxRelaysPerRelayChannel;
peerCast.AccessController.MaxPlays = maxPlays;
peerCast.AccessController.MaxPlaysPerBroadcastChannel = maxPlaysPerBroadcastChannel;
peerCast.AccessController.MaxPlaysPerRelayChannel = maxPlaysPerRelayChannel;
peerCast.AccessController.MaxUpstreamRate = maxUpstreamRate;
peerCast.AccessController.MaxUpstreamRateIPv6 = maxUpstreamRateIPv6;
peerCast.AccessController.MaxUpstreamRatePerBroadcastChannel = maxUpstreamRatePerBroadcastChannel;
peerCast.AccessController.MaxUpstreamRatePerRelayChannel = maxUpstreamRatePerRelayChannel;
pecaApp.Settings.Get <WPFSettings>().ShowWindowOnStartup = isShowWindowOnStartup;
pecaApp.Settings.Get <WPFSettings>().ShowNotifications = isShowNotifications;
pecaApp.Settings.Get <WPFSettings>().RemoteNodeName = remoteNodeName;
if (IsListenersModified)
{
foreach (var listener in peerCast.OutputListeners.ToArray())
{
peerCast.StopListen(listener);
}
foreach (var listener in ports)
{
var newlistener = peerCast.StartListen(listener.EndPoint, listener.LocalAccepts, listener.GlobalAccepts);
newlistener.GlobalAuthorizationRequired = listener.GlobalAuthRequired;
newlistener.LocalAuthorizationRequired = listener.LocalAuthRequired;
newlistener.AuthenticationKey = listener.AuthenticationKey;
}
isListenersModified = false;
}
if (IsYellowPagesModified)
{
foreach (var yp in peerCast.YellowPages.ToArray())
{
peerCast.RemoveYellowPage(yp);
}
foreach (var yp in yellowPages)
{
if (String.IsNullOrEmpty(yp.Name))
{
continue;
}
if (String.IsNullOrEmpty(yp.AnnounceUri) && String.IsNullOrEmpty(yp.ChannelsUri))
{
continue;
}
Uri announce_uri = String.IsNullOrEmpty(yp.AnnounceUri) ? null : new Uri(yp.AnnounceUri, UriKind.Absolute);
Uri channels_uri = String.IsNullOrEmpty(yp.ChannelsUri) ? null : new Uri(yp.ChannelsUri, UriKind.Absolute);
peerCast.AddYellowPage(yp.Protocol.Protocol, yp.Name, announce_uri, channels_uri);
}
isYellowPagesModified = false;
}
var port_mapper = pecaApp.Plugins.GetPlugin <PeerCastStation.UI.PortMapperPlugin>();
if (port_mapper != null)
{
port_mapper.Enabled = portMapperEnabled;
port_mapper.DiscoverAsync()
.ContinueWith(prev => OnPropertyChanged("PortMapperExternalAddresses"));
}
PortCheckStatus = PortCheckStatus.Checking;
PortCheckV6Status = PortCheckStatus.Checking;
CheckPortAsync().ContinueWith(prev => {
if (prev.IsCanceled || prev.IsFaulted)
{
PortCheckStatus = PortCheckStatus.Failed;
PortCheckV6Status = PortCheckStatus.Failed;
}
else
{
PortCheckStatus = prev.Result.ResultV4;
PortCheckV6Status = prev.Result.ResultV6;
peerCast.SetPortStatus(System.Net.Sockets.AddressFamily.InterNetwork, prev.Result.ResultV4 == PortCheckStatus.Opened ? PortStatus.Open : PortStatus.Firewalled);
peerCast.SetPortStatus(System.Net.Sockets.AddressFamily.InterNetworkV6, prev.Result.ResultV6 == PortCheckStatus.Opened ? PortStatus.Open : PortStatus.Firewalled);
}
});
pecaApp.SaveSettings();
}
void checker_PortCheckCompleted(object sender, UI.PortCheckCompletedEventArgs args)
{
if (args.Success) {
var status = PortCheckStatus.Closed;
foreach (var port in ports) {
port.IsOpen = args.Ports.Contains(port.Port);
if (port.IsOpen.HasValue && port.IsOpen.Value) {
status = PortCheckStatus.Opened;
}
}
PortCheckStatus = status;
}
else {
PortCheckStatus = PortCheckStatus.Failed;
}
}
public void PortCheck()
{
var ports = peerCast.OutputListeners
.Where( listener => (listener.GlobalOutputAccepts & OutputStreamType.Relay)!=0)
.Select(listener => listener.LocalEndPoint.Port);
Uri target_uri;
if (!AppSettingsReader.TryGetUri("PCPPortChecker", out target_uri)) return;
var checker = new PeerCastStation.UI.PCPPortChecker(peerCast.SessionID, target_uri, ports);
checker.PortCheckCompleted += checker_PortCheckCompleted;
checker.RunAsync();
PortCheckStatus = PortCheckStatus.Checking;
}
public void Apply()
{
if (!IsModified) return;
IsModified = false;
ChannelCleaner.Mode = channelCleanupMode;
ChannelCleaner.InactiveLimit = channelCleanupInactiveLimit*60000;
peerCast.AccessController.MaxRelays = maxRelays;
peerCast.AccessController.MaxRelaysPerChannel = maxRelaysPerChannel;
peerCast.AccessController.MaxPlays = maxPlays;
peerCast.AccessController.MaxPlaysPerChannel = maxPlaysPerChannel;
peerCast.AccessController.MaxUpstreamRate = maxUpstreamRate;
peerCast.AccessController.MaxUpstreamRatePerChannel = maxUpstreamRatePerChannel;
pecaApp.Settings.Get<WPFSettings>().ShowWindowOnStartup = isShowWindowOnStartup;
if (IsListenersModified) {
foreach (var listener in peerCast.OutputListeners.ToArray()) {
peerCast.StopListen(listener);
}
foreach (var listener in ports) {
var newlistener = peerCast.StartListen(listener.EndPoint, listener.LocalAccepts, listener.GlobalAccepts);
newlistener.GlobalAuthorizationRequired = listener.GlobalAuthRequired;
newlistener.LocalAuthorizationRequired = listener.LocalAuthRequired;
newlistener.AuthenticationKey = listener.AuthenticationKey;
}
isListenersModified = false;
}
if (IsYellowPagesModified) {
foreach (var yp in peerCast.YellowPages.ToArray()) {
peerCast.RemoveYellowPage(yp);
}
foreach (var yp in yellowPages) {
if (String.IsNullOrEmpty(yp.Name)) continue;
if (String.IsNullOrEmpty(yp.AnnounceUri) && String.IsNullOrEmpty(yp.ChannelsUri)) continue;
Uri announce_uri = String.IsNullOrEmpty(yp.AnnounceUri) ? null : new Uri(yp.AnnounceUri, UriKind.Absolute);
Uri channels_uri = String.IsNullOrEmpty(yp.ChannelsUri) ? null : new Uri(yp.ChannelsUri, UriKind.Absolute);
peerCast.AddYellowPage(yp.Protocol.Protocol, yp.Name, announce_uri, channels_uri);
}
isYellowPagesModified = false;
}
var port_mapper = pecaApp.Plugins.GetPlugin<PeerCastStation.UI.PortMapperPlugin>();
if (port_mapper!=null) {
port_mapper.Enabled = portMapperEnabled;
port_mapper.DiscoverAsync()
.ContinueWith(prev => OnPropertyChanged("PortMapperExternalAddresses"));
}
PortCheckStatus = PortCheckStatus.Checking;
CheckPortAsync().ContinueWith(prev => {
if (prev.IsCanceled || prev.IsFaulted) {
PortCheckStatus = PortCheckStatus.Failed;
}
else {
PortCheckStatus = prev.Result;
peerCast.IsFirewalled = prev.Result!=PortCheckStatus.Opened;
}
});
pecaApp.SaveSettings();
}
public void CheckPort()
{
PortCheckStatus = PortCheckStatus.Checking;
CheckPortAsync().ContinueWith(prev => {
if (prev.IsCanceled || prev.IsFaulted) {
PortCheckStatus = PortCheckStatus.Failed;
}
else {
PortCheckStatus = prev.Result;
}
});
}
