private static void SetupDefaultOsuNodes()
{
// TODO: UNFINISHED - All nodes disabled by default. User sets true to static field named Enabled? System enables parents as needed.
// This property is for actually scanning the node (different than the "StatePresentable" prop on StatePropAttribute).
//
// Program should initialize nodes by scanning this "enabled" field. Base Node should have abstract method
// Node.Present()/Hide() which sets the StatePropAttribute "enabled" to true/false.
//
// Base node should also have method Node.Rename(string) which renames the StatePropAttribute "name" prop.
// level 0 nodes (master nodes)
var mapIdNode = new MapIdNode();
var mapTimeNode = new MapTimeNode();
// level 1 nodes
var beatmapNode = new BeatmapNode();
// level 2 nodes
var mapStartNode = new MapStartNode();
var mapBreakNode = new MapBreakNode();
var mapPausedNode = new PausedNode();
// level 3
var statusNode = new StatusNode();
// level 4
var modsNode = new ModsNode();
// other
var ppNowNode = new PPNode();
var bpmNode = new BpmNode();
// level 0
mapIdNode.Precedes(beatmapNode);
//mapIdNode.Precedes(leaderboardNode);
mapTimeNode.Precedes(bpmNode, mapBreakNode, ppNowNode, mapPausedNode);
// level 1
beatmapNode.Precedes(bpmNode, mapStartNode, ppNowNode, mapBreakNode, mapPausedNode);
// level 2
mapPausedNode.Precedes(statusNode);
mapStartNode.Precedes(statusNode);
mapBreakNode.Precedes(statusNode);
// level 3
statusNode.Precedes(modsNode, ppNowNode);
// level 4
modsNode.Precedes(bpmNode);
}
/// <summary>
/// Updates the status node.
/// </summary>
protected override bool UpdateStatus()
{
// get the status from the server.
ComHdaClient client = DefaultClient;
ComHdaClient.ServerStatus?status = client.GetStatus();
// check the client has been abandoned.
if (!Object.ReferenceEquals(client, DefaultClient))
{
return(false);
}
// update the server status.
lock (StatusNodeLock)
{
StatusNode.ServerUrl.Value = Configuration.ServerUrl;
if (status != null)
{
StatusNode.SetStatusCode(DefaultSystemContext, StatusCodes.Good, DateTime.UtcNow);
if (String.IsNullOrEmpty(status.Value.szStatusString))
{
StatusNode.ServerState.Value = Utils.Format("{0}", status.Value.wStatus);
}
else
{
StatusNode.ServerState.Value = Utils.Format("{0} '{1}'", status.Value.wStatus, status.Value.szStatusString);
}
StatusNode.CurrentTime.Value = status.Value.ftCurrentTime;
StatusNode.LastUpdateTime.Value = DateTime.MinValue;
StatusNode.StartTime.Value = status.Value.ftStartTime;
StatusNode.VendorInfo.Value = status.Value.szVendorInfo;
StatusNode.SoftwareVersion.Value = Utils.Format("{0}.{1}.{2}", status.Value.wMajorVersion, status.Value.wMinorVersion, status.Value.wBuildNumber);
}
else
{
StatusNode.SetStatusCode(DefaultSystemContext, StatusCodes.BadOutOfService, DateTime.UtcNow);
}
StatusNode.ClearChangeMasks(DefaultSystemContext, true);
return(status != null);
}
}
public bool VisitStatusNode(StatusNode node, CompilationState state)
{
switch (node.Status)
{
case Status.Ok:
state.Write("{ ");
state.Write("ok = ");
WriteString(state, "Ok");
state.Write(" }");
break;
case Status.Error:
state.Write("{ ");
state.Write("err = ");
(node.Error ?? new ConstantValueNode(DataValueType.String, "Error")).AcceptVisitor(this, state);
state.Write(" }");
break;
}
return(true);
}
