protected override void OnParameter(GlowParameterBase glow, int[] path)
{
var glowValue = glow.Value;
if (glowValue != null)
{
var item = OpenItem(path, true);
if (item.IsValue)
{
var valueKind = item.Parent.Key.GetValueKind(item.Name);
switch (valueKind)
{
case RegistryValueKind.DWord:
item.Parent.Key.SetValue(item.Name, (int)glowValue.Integer);
break;
case RegistryValueKind.QWord:
item.Parent.Key.SetValue(item.Name, glowValue.Integer);
break;
case RegistryValueKind.String:
item.Parent.Key.SetValue(item.Name, glowValue.String);
break;
}
var glowRoot = GlowRootElementCollection.CreateRoot();
CreateGlowParameter(item, path, null, GlowFieldFlags.Value, glowRoot);
_client.Write(glowRoot);
}
CloseItem(item);
}
}
/// <summary>
/// Synchronously connects to the remote host.
/// </summary>
/// <returns>True if the connection attempt completed successfully, otherwise false.</returns>
public bool Connect()
{
Close();
lock (_sync)
{
State = GlowEndPointState.Connecting;
_tcpClient = new TcpClient();
try
{
_tcpClient.Connect(HostName, TcpPort);
_glowReader = new GlowReader(GlowReader_RootReady, GlowReader_KeepAliveRequestReceived);
_glowReader.Error += GlowReader_Error;
var stream = _tcpClient.GetStream();
stream.BeginRead(_buffer, 0, _buffer.Length, ReceiveCallback, stream);
State = GlowEndPointState.ProtocolProbing;
var glow = GlowRootElementCollection.CreateRoot();
glow.Insert(new GlowCommand(GlowCommandType.GetDirectory));
Write(glow);
return(true);
}
catch (Exception ex)
{
State = GlowEndPointState.Error;
Console.WriteLine(ex.Message);
}
}
return(false);
}
static GlowRootElementCollection BuildGlowTree(Element local, GlowElement glow)
{
while (local.Type != ElementType.Root)
{
GlowElement glowParent;
if (local.Type == ElementType.Parameter)
{
var param = new GlowParameter(local.Number);
param.Children = new GlowElementCollection(GlowTags.Parameter.Children);
param.Children.Insert(glow);
glowParent = param;
}
else
{
var node = new GlowNode(local.Number);
node.Children = new GlowElementCollection(GlowTags.Node.Children);
node.Children.Insert(glow);
glowParent = node;
}
glow = glowParent;
local = local.Parent;
}
var root = GlowRootElementCollection.CreateRoot();
root.Insert(glow);
return(root);
}
bool IGlowVisitor <object, bool> .Visit(GlowRootElementCollection glow, object state)
{
var hasCompleteNodeOrParameter = false;
foreach (var element in glow.Elements)
{
hasCompleteNodeOrParameter |= element.Accept(this, state);
}
return(hasCompleteNodeOrParameter);
}
public void NotifyParameterValueChanged(int[] parameterPath, GlowValue value)
{
var glowParam = new GlowQualifiedParameter(parameterPath)
{
Value = value,
};
var glow = GlowRootElementCollection.CreateRoot();
glow.Insert(glowParam);
OnGlowRootReady(new GlowRootReadyArgs(glow, null));
}
void EndPoint_StateChanged(object sender, EventArgs e)
{
var glow = GlowRootElementCollection.CreateRoot();
var ep = (Consumer.GlowEndPoint)sender;
var glowNode = new GlowNode(ep.LocalNumber)
{
Identifier = ep.HostName + ":" + ep.TcpPort,
IsOnline = ep.State == Consumer.GlowEndPointState.Connected,
};
glow.Insert(glowNode);
OnGlowFromProviderReady(new GlowFromProviderReadyArgs(glow));
}
object IGlowVisitor <XmlWriter, object> .Visit(GlowRootElementCollection glow, XmlWriter state)
{
state.WriteStartElement("Root");
state.WriteAttributeString("type", "ElementCollection");
foreach (var element in glow.Elements)
{
element.Accept(this, state);
}
state.WriteEndElement();
return(null);
}
public GlowContainer Visit(GlowRootElementCollection glow, object state)
{
var root = GlowRootElementCollection.CreateRoot();
Walk(glow, RemapParameterStreamIdentifier, RemapMatrixParameterPaths);
foreach (var element in glow.Elements)
{
root.Insert(element.Accept(this, null));
}
return(root);
}
protected override void OnCommand(GlowCommand glow, int[] path)
{
if (glow.Number == GlowCommandType.GetDirectory)
{
var glowRoot = GlowRootElementCollection.CreateRoot();
var fields = glow.DirFieldMask ?? GlowFieldFlags.All;
var item = OpenItem(path, false);
if (item.IsValue)
{
CreateGlowParameter(item, path, null, fields, glowRoot);
}
else
{
var children = item.Children;
if (children == null)
{
children = GetSubItems(item);
item.Children = children;
}
if (children.Any())
{
var number = 1;
foreach (var child in children)
{
if (child.IsValue)
{
CreateGlowParameter(child, path, number, fields, glowRoot);
}
else
{
CreateGlowNode(child, path, number, fields, glowRoot);
}
number++;
}
}
else
{
CreateGlowNode(item, path, null, fields, glowRoot);
}
}
_client.Write(glowRoot);
}
}
public void NotifyParameterValueChanged(ParameterBase parameter)
{
var options = new ElementToGlowOptions
{
DirFieldMask = GlowFieldFlags.Value
};
var glowParam = ElementToGlow(parameter, options);
var glow = GlowRootElementCollection.CreateRoot();
glow.Insert(glowParam);
OnGlowRootReady(new GlowRootReadyArgs(glow, null));
}
public IEnumerable <GlowContainer> Visit(GlowRootElementCollection glow, object state)
{
var root = GlowRootElementCollection.CreateRoot();
foreach (var element in glow.Elements)
{
var newElements = element.Accept(this, null);
foreach (var newElement in newElements)
{
root.Insert(newElement);
}
}
yield return(root);
}
public void DispatchGlow(GlowContainer glow, Provider.Client source)
{
var visitor = new ConsumerToProviderTranslator(_endPoints);
var newGlow = glow.Accept(visitor, null).FirstOrDefault();
if (newGlow != null)
{
if (visitor.EndPointNumber != null)
{
// message to provider
var endPoint = (from ep in _endPoints
where ep.LocalNumber == visitor.EndPointNumber.Value
select ep)
.FirstOrDefault();
if (endPoint.State == Consumer.GlowEndPointState.Connected ||
endPoint.State == Consumer.GlowEndPointState.ProtocolProbing)
{
endPoint.Write(newGlow);
}
else
{
// if endpoint is offline, and a dir command has been issued
// on the endpoint node (top-level node) -> send empty top-level node
if (newGlow is GlowRootElementCollection)
{
var command = newGlow.FirstOrDefault() as GlowCommand;
if (command != null &&
command.Number == GlowCommandType.GetDirectory)
{
var root = GlowRootElementCollection.CreateRoot();
root.Insert(new GlowNode(endPoint.LocalNumber));
source.Write(root);
}
}
}
}
else
{
// message to proxy - usually command at root level
source.Write(newGlow);
}
}
}
GlowContainer ConvertRoot(XElement xml)
{
switch (xml.Attribute("type").Value)
{
case "ElementCollection":
var glow = GlowRootElementCollection.CreateRoot();
FillElementCollection(glow, xml);
return(glow);
case "StreamCollection":
return(ConvertStreamCollection(xml));
case "InvocationResult":
return(ConvertInvocationResult(xml));
}
return(null);
}
public void NotifyMatrixConnection(Matrix matrix, Signal target, object state)
{
var glow = GlowRootElementCollection.CreateRoot();
var glowMatrix = new GlowQualifiedMatrix(matrix.Path);
var glowConnection = new GlowConnection(target.Number)
{
Sources = target.ConnectedSources.Select(signal => signal.Number).ToArray(),
Disposition = GlowConnectionDisposition.Modified,
};
glowMatrix.EnsureConnections().Insert(glowConnection);
glow.Insert(glowMatrix);
OnGlowRootReady(new GlowRootReadyArgs(glow, null)
{
Matrix = matrix
});
}
static GlowRootElementCollection BuildQualified(Element local, GlowElement glow)
{
var qualified = null as GlowElement;
if (local.Type != ElementType.Root)
{
var path = local.BuildPath();
if (local.Type == ElementType.Parameter)
{
var qparam = new GlowQualifiedParameter(path);
qparam.Children = new GlowElementCollection(GlowTags.QualifiedParameter.Children);
qparam.Children.Insert(glow);
qualified = qparam;
}
else if (local.Type == ElementType.Node)
{
var qnode = new GlowQualifiedNode(path);
qnode.Children = new GlowElementCollection(GlowTags.QualifiedNode.Children);
qnode.Children.Insert(glow);
qualified = qnode;
}
}
else
{
qualified = glow;
}
if (qualified != null)
{
var root = GlowRootElementCollection.CreateRoot();
root.Insert(qualified);
return(root);
}
return(null);
}
void IDynamicPathHandler.HandleCommand(GlowCommand command, int[] path, Client source)
{
if (command.Number == GlowCommandType.GetDirectory)
{
var offset = Path.Length;
if (path.Length == offset + 4 &&
path[offset + 0] == ParametersSubIdentifier &&
path[offset + 1] == 3) // connections
{
Dictionary <int, XpointParams> dict;
if (_xpointParameters.TryGetValue(path[offset + 2], out dict)) // target
{
XpointParams xpointParams;
if (dict.TryGetValue(path[offset + 3], out xpointParams)) // source
{
var gainPath = path.Concat(new[] { 1 }).ToArray();
var glow = new GlowQualifiedParameter(gainPath)
{
Identifier = "dynamicGain",
Value = new GlowValue(xpointParams.Gain),
Minimum = new GlowMinMax(XpointParams.MinimumGain),
Maximum = new GlowMinMax(XpointParams.MaximumGain),
};
var root = GlowRootElementCollection.CreateRoot();
root.Insert(glow);
source.Write(root);
}
}
}
}
}
void Test_Functions()
{
Action <EmberSequence, string> fillTupleDescription =
(sequence, namePrefix) =>
{
sequence.Insert(new GlowTupleItemDescription(GlowParameterType.Integer)
{
Name = namePrefix + "1:integer"
});
sequence.Insert(new GlowTupleItemDescription(GlowParameterType.Boolean)
{
Name = namePrefix + "2:boolean"
});
sequence.Insert(new GlowTupleItemDescription(GlowParameterType.Octets)
{
Name = namePrefix + "3:octets"
});
sequence.Insert(new GlowTupleItemDescription(GlowParameterType.Real)
{
Name = namePrefix + "4:real"
});
sequence.Insert(new GlowTupleItemDescription(GlowParameterType.String)
{
Name = namePrefix + "5:string"
});
};
// --------------- Invocation Command
var glowCommand = new GlowCommand(GlowCommandType.Invoke)
{
Invocation = new GlowInvocation(GlowTags.Command.Invocation)
{
InvocationId = 123,
},
};
var argsTuple = glowCommand.Invocation.EnsureArguments();
argsTuple.Insert(new IntegerEmberLeaf(GlowTags.CollectionItem, 456));
argsTuple.Insert(new BooleanEmberLeaf(GlowTags.CollectionItem, true));
argsTuple.Insert(new OctetStringEmberLeaf(GlowTags.CollectionItem, new byte[] { 250, 251, 253 }));
argsTuple.Insert(new RealEmberLeaf(GlowTags.CollectionItem, 123.321));
argsTuple.Insert(new StringEmberLeaf(GlowTags.CollectionItem, "hallo"));
AssertCodecSanity(glowCommand);
Console.WriteLine(GetGlowXml(glowCommand));
// --------------- Function
var glowFunction = new GlowFunction(100)
{
Identifier = "testFunction",
Description = "Test Function",
};
fillTupleDescription(glowFunction.EnsureArguments(), "arg");
fillTupleDescription(glowFunction.EnsureResult(), "res");
glowFunction.EnsureChildren().Insert(glowCommand);
AssertCodecSanity(glowFunction);
Console.WriteLine(GetXml(glowFunction));
// --------------- QualifiedFunction
var glowQualifiedFunction = new GlowQualifiedFunction(new[] { 1, 2, 3 })
{
Identifier = "testFunction",
Description = "Test Function",
};
fillTupleDescription(glowQualifiedFunction.EnsureArguments(), "arg");
fillTupleDescription(glowQualifiedFunction.EnsureResult(), "res");
glowQualifiedFunction.EnsureChildren().Insert(glowCommand);
AssertCodecSanity(glowQualifiedFunction);
Console.WriteLine(GetXml(glowQualifiedFunction));
var glowRoot = GlowRootElementCollection.CreateRoot();
glowRoot.Insert(glowQualifiedFunction);
AssertGlowXmlSanity(glowRoot);
// --------------- InvocationResult
var glowInvocationResult = GlowInvocationResult.CreateRoot(glowCommand.Invocation.InvocationId.Value);
var resTuple = glowInvocationResult.EnsureResult();
resTuple.Insert(new IntegerEmberLeaf(GlowTags.CollectionItem, 456));
resTuple.Insert(new BooleanEmberLeaf(GlowTags.CollectionItem, true));
resTuple.Insert(new OctetStringEmberLeaf(GlowTags.CollectionItem, new byte[] { 250, 251, 253 }));
resTuple.Insert(new RealEmberLeaf(GlowTags.CollectionItem, 123.321));
resTuple.Insert(new StringEmberLeaf(GlowTags.CollectionItem, "hallo"));
AssertCodecSanity(glowInvocationResult);
Console.WriteLine(GetXml(glowInvocationResult));
AssertGlowXmlSanity(glowInvocationResult);
}
bool IGlowVisitor <object, bool> .Visit(GlowRootElementCollection glow, object state)
{
return(false);
}
protected override void OnCommand(GlowCommand glow, int[] path)
{
IDynamicPathHandler dynamicPathHandler;
var parent = _dispatcher.Root.ResolveChild(path, out dynamicPathHandler);
if (parent != null)
{
if (glow.Number == GlowCommandType.GetDirectory)
{
var glowRoot = GlowRootElementCollection.CreateRoot();
var options = new ElementToGlowOptions {
DirFieldMask = glow.DirFieldMask ?? GlowFieldFlags.All
};
var visitor = new InlineElementVisitor(
node =>
{
// "dir" in node
if (node.ChildrenCount == 0)
{
glowRoot.Insert(new GlowQualifiedNode(node.Path));
}
else
{
var glowChildren = from element in node.Children select _dispatcher.ElementToGlow(element, options);
foreach (var glowChild in glowChildren)
{
glowRoot.Insert(glowChild);
}
}
},
parameter =>
{
// "dir" in parameter
glowRoot.Insert(_dispatcher.ElementToGlow(parameter, options));
},
matrix =>
{
// "dir" in matrix
options.IsCompleteMatrixEnquired = true;
glowRoot.Insert(_dispatcher.ElementToGlow(matrix, options));
_source.SubscribeToMatrix(matrix, subscribe: true);
},
function =>
{
// "dir" in function
glowRoot.Insert(_dispatcher.ElementToGlow(function, options));
});
parent.Accept(visitor, null); // run inline visitor against parent
_source.Write(glowRoot);
}
else if (glow.Number == GlowCommandType.Unsubscribe)
{
var visitor = new InlineElementVisitor(onMatrix: matrix => _source.SubscribeToMatrix(matrix, subscribe: false));
parent.Accept(visitor, null); // run inline visitor against parent
}
else if (glow.Number == GlowCommandType.Invoke)
{
var visitor = new InlineElementVisitor(
onFunction: async function =>
{
var invocation = glow.Invocation;
var invocationResult = null as GlowInvocationResult;
try
{
invocationResult = await function.Invoke(invocation);
}
catch (Exception ex)
{
Debug.WriteLine($"Exception: Dispatcher/OnCommand/Invoke: {ex.Message}");
if (invocation != null && invocation.InvocationId != null)
{
invocationResult = GlowInvocationResult.CreateRoot(invocation.InvocationId.Value);
invocationResult.Success = false;
}
}
if (invocationResult != null)
{
_source.Write(invocationResult);
}
});
parent.Accept(visitor, null); // run inline visitor against parent
}
}
else
{
if (dynamicPathHandler != null)
{
dynamicPathHandler.HandleCommand(glow, path, _source);
}
}
}
