private void optCloseVisit()
{
if (!empty)
{
sendVisitEvent(VisitEvent.visitEnd);
callbackTray = null;
}
}
public DustProcVisitProcess(DustSession session, DustInfoTray tray)
{
this.session = session;
this.infoTray = tray;
this.visitTray = tray as DustVisitTray;
callbackTray = (null == visitTray) ? new DustVisitTray(tray, null) : new DustVisitTray(visitTray);
callbackTray.entity = session.resolveEntity(tray.entity);
empty = true;
dip = tray.value as DustInfoProcessor;
// dif = tray.value as DustInfoFilter;
dvp = tray.value as DustVisitor;
}
public static void Main(string[] args)
{
DustSystem.initKernel(args);
var module = "GeoTest02";
var entityId = "23";
Console.WriteLine("Connecting to server...");
Task <DustEntity> t = DustCommConnectorHttp.loadRemote("localhost", module, entityId);
t.Wait();
DustEntity e = t.Result;
DustEntity e1 = DustSystem.getSystem().getEntity(module, "16");
var draw = new DrawVisitor();
var vt = new DustVisitTray(e, draw);
// vt.cmd = VisitCommand.visitAtts | VisitCommand.recEntityOnce;
vt.cmd = VisitCommand.visitAllData | VisitCommand.recPathOnce;
// vt.cmd = VisitCommand.visitRefs | VisitCommand.recEntityOnce;
// Console.WriteLine("heh? {0}", vt.cmd);
Dust.Dust.access(DustAccessCommand.visit, vt);
ShapeSource s = draw.getLastObject <ShapeSource>();
var a = Assembly.LoadFrom("bin\\csharp\\DustGui.dll");
var tt = a.GetType("Dust.Gui.MyClass");
var mc = Activator.CreateInstance(tt);
var m = tt.GetMethod("testFunction");
m.Invoke(mc, null);
Console.Write("Press any key to continue . . . ");
Console.ReadKey(true);
}
public void processVisitEvent(VisitEvent visitEvent, DustVisitTray tray)
{
int kfi = kf.indexOf((DustEntity)tray.key);
object kfk = kf.keyOf(kfi);
// Console.WriteLine("DrawVisitor processVisitEvent {0} - {1}", visitEvent, tray.value);
// return;
switch (visitEvent)
{
case VisitEvent.entityStartOpt:
DustEntity pt = DustUtils.getValue(tray.entity, (DustEntity)null, DataLinks.EntityPrimaryType);
if (OB_TYPES.ContainsKey(pt))
{
tray.readerObject = Activator.CreateInstance(OB_TYPES[pt]);
var geo = tray.readerObject as GeometricData;
if (null != geo)
{
readingGeoData = geo;
}
}
break;
case VisitEvent.keyStartOpt:
if (-1 == kfi)
{
tray.resp = VisitResponse.skip;
}
else
{
if (COORDS.Contains(kfk))
{
readingCoord = (GeometryValues)kfk;
}
else if (ROLES.Contains(kfk))
{
readingRole = (GeometryValues)kfk;
}
Console.WriteLine("Entering {0} ", kf.keyOf(kfi));
}
break;
case VisitEvent.keyEnd:
if (CollectionLinks.SequenceMembers == kfk)
{
var sp = tray.readerParent as ShapePath;
if (null != sp)
{
sp.Add((GeometricData)tray.readerObject);
}
var sc = tray.readerParent as ShapeComposite;
if (null != sc)
{
sc.Add((GeometricInclusion)tray.readerObject);
}
}
else if (GeometryLinks.GeometricInclusionTarget == kfk)
{
var gi = tray.readerParent as GeometricInclusion;
if (null != gi)
{
gi.target = (ShapeSource)tray.readerObject;
}
}
else if (GeometryLinks.GeometricInclusionParameters == kfk)
{
var gi = tray.readerParent as GeometricInclusion;
if ((null != gi) && (readingRole != null))
{
gi[readingRole] = (GeometricData)tray.readerObject;
}
}
Console.WriteLine("Leaving {0} ", kf.keyOf(kfi));
break;
case VisitEvent.entityEnd:
if (null != tray.readerObject)
{
lastReadObject = tray.readerObject;
}
break;
}
}
public VisitContext(DustVisitTray tray)
{
this.tray = tray;
}