unsafe void OnShutdown(IntPtr args)
{
IsConnectedToJack = false;
JackClient = null;
if (Shutdown != null)
{
Shutdown(this, new EventArgs());
}
}
protected unsafe void Close()
{
int status = ClientApi.Close(JackClient);
if (status == 0)
{
IsConnectedToJack = false;
JackClient = null;
}
}
internal unsafe Port(UnsafeStructs.jack_client_t*jackClient, int index, Direction direction, PortType portType, string nameFormat)
{
if (nameFormat == null) {
nameFormat = "{type}{direction}_{index}";
}
_jackClient = jackClient;
Direction = direction;
Name = CreateName (nameFormat, index, direction, portType);
PortType = portType;
_port = RegisterPort (direction, portType);
}
internal unsafe Port(UnsafeStructs.jack_client_t *jackClient, int index, Direction direction, PortType portType, string nameFormat)
{
if (nameFormat == null)
{
nameFormat = "{type}{direction}_{index}";
}
_jackClient = jackClient;
Direction = direction;
Name = CreateName(nameFormat, index, direction, portType);
PortType = portType;
_port = RegisterPort(direction, portType);
}
unsafe void Dispose(bool isDisposing)
{
if (_jackClient == null || _port == null)
{
return;
}
if (PortApi.Unregister(_jackClient, _port) == 0)
{
_jackClient = null;
_port = null;
}
}
protected unsafe ClientStatus BaseOpen(bool startServer)
{
if (JackClient != null)
{
return(ClientStatus.AlreadyThere);
}
JackOptions startOptions = startServer ? JackOptions.JackNullOption : JackOptions.JackNoStartServer;
JackClient = ClientApi.Open(Name, startOptions, IntPtr.Zero);
if (JackClient == null)
{
return(ClientStatus.Failure);
}
return(ClientStatus.New);
}
public static extern unsafe uint GetLastFrameTime(UnsafeStructs.jack_client_t *client);
public static extern unsafe void TransportStop(UnsafeStructs.jack_client_t *client);
public static extern unsafe uint GetCurrentTransportFrame(UnsafeStructs.jack_client_t *client);
unsafe void Dispose(bool isDisposing)
{
if (_jackClient == null || _port == null) {
return;
}
if (PortApi.Unregister (_jackClient, _port) == 0){
_jackClient = null;
_port = null;
}
}
public static extern unsafe uint ConvertTimeToFrames(UnsafeStructs.jack_client_t *client, ulong frames);
public static extern unsafe int IsRealtime(UnsafeStructs.jack_client_t *client);
public static extern unsafe IntPtr GetThreadId(UnsafeStructs.jack_client_t *client);
public static extern unsafe int Deactivate(UnsafeStructs.jack_client_t *client);
public static extern unsafe IntPtr GetNameByUuid(UnsafeStructs.jack_client_t *client, string uuid);
unsafe void OnShutdown(IntPtr args)
{
IsConnectedToJack = false;
JackClient = null;
if (Shutdown != null) {
Shutdown (this, new EventArgs ());
}
}
protected unsafe void Close()
{
int status = ClientApi.Close (JackClient);
if (status == 0) {
IsConnectedToJack = false;
JackClient = null;
}
}
protected unsafe ClientStatus BaseOpen(bool startServer)
{
if (JackClient != null) {
return ClientStatus.AlreadyThere;
}
JackOptions startOptions = startServer ? JackOptions.JackNullOption : JackOptions.JackNoStartServer;
JackClient = ClientApi.Open (Name, startOptions, IntPtr.Zero);
if (JackClient == null) {
return ClientStatus.Failure;
}
return ClientStatus.New;
}
public static extern unsafe int GetCycleTimes(UnsafeStructs.jack_client_t *client, uint currentFrames, ulong currentUsecs, ulong nextUsecs, float periodUsecs);
public static extern unsafe ulong ConvertFramesToTime(UnsafeStructs.jack_client_t *client, uint frames);
internal unsafe MidiOutPort(UnsafeStructs.jack_client_t *jackClient, int index, string nameFormat = null) : base(jackClient, index, Direction.Out, PortType.Midi, nameFormat)
{
}
public static extern unsafe float GetXrunDelayedUsecs(UnsafeStructs.jack_client_t *client);
public static extern unsafe int SetSyncTimeout(UnsafeStructs.jack_client_t *client, ulong timeout);
public static extern unsafe uint CycleWait(UnsafeStructs.jack_client_t *client);
public static extern unsafe int TransportLocate(UnsafeStructs.jack_client_t *client, uint frame);
public static extern unsafe int SetSyncCallback(UnsafeStructs.jack_client_t *client, Callbacks.JackSyncCallback sync_callback, void *arg);
public static extern unsafe void CycleSignal(UnsafeStructs.jack_client_t *client, int status);
public static extern unsafe int SetTimebaseCallback(UnsafeStructs.jack_client_t *client, int conditional,
Callbacks.JackTimebaseCallback timebase_callback, void *arg);
public static extern unsafe uint GetSampleRate(UnsafeStructs.jack_client_t *client);
public static extern unsafe JackTransportState TransportQuery(UnsafeStructs.jack_client_t *client, UnsafeStructs.jack_position_t *pos);
public static extern unsafe uint GetBufferSize(UnsafeStructs.jack_client_t *client);
public static extern unsafe int TransportReposition(UnsafeStructs.jack_client_t *client, UnsafeStructs.jack_position_t *pos);
public static extern unsafe float GetCpuLoad(UnsafeStructs.jack_client_t *client);
public static extern unsafe int ReleaseTimebase(UnsafeStructs.jack_client_t *client);
public static extern unsafe uint GetFramesSinceCycleStart(UnsafeStructs.jack_client_t *client);
