private bool CheckWakeUp()
{
long now = GetUtcTimeInterruptsDisabled();
bool foundSleeper = false;
// TODO: more efficient data structure
foreach (Thread t in threadTable)
{
if (t != null)
{
WakeUp wakeUp = t.wakeUp;
if (wakeUp != null)
{
foundSleeper = true;
if (now - wakeUp.time >= 0)
{
// time to wake up
wakeUp.queue.Remove(t);
t.wakeUp = null;
readyQueue.Enqueue(t);
}
}
}
}
return(foundSleeper);
}
/// <summary>
/// Implements the ResourceLock's DoneWriting behavior.
/// </summary>
protected override void OnLeave(Boolean write)
{
Debug.Assert(State(m_LockState) == OneLockStates.OwnedByWriter);
// Pre-condition: Lock's state must be OBW (not Free)
// Post-condition: Lock's state must become Free (the lock is never passed)
// Phase 1: Release the lock
WakeUp wakeup = DoneWriting(ref m_LockState);
// Phase 2: Possibly wake waiters
switch (wakeup)
{
case WakeUp.None:
break;
case WakeUp.Writer:
Int32 numWritersToWake = NumWritersToWake();
Debug.Assert(numWritersToWake < 2); // Must be 0 or 1
if (numWritersToWake > 0)
{
m_WritersLock.Release(numWritersToWake);
}
break;
}
}
private static WakeUp DoneReading(ref Int32 target)
{
Int32 i, j = target;
WakeUp wakeup = WakeUp.None;
do
{
i = j;
Int32 desired = i;
DecReadersReading(ref desired); // RR--
// if RR>0 -> readers still reading, return
if (NumReadersReading(desired) > 0)
{
}
else // No more readers reading
// if WW>0 -> RFW, return
{
if (NumWritersWaiting(desired) > 0)
{
State(ref desired, OneManyLockStates.ReservedForWriter);
wakeup = WakeUp.Writer;
}
else
{
// All readers left and No waiting writers
State(ref desired, OneManyLockStates.Free);
}
}
j = Interlocked.CompareExchange(ref target, desired, i);
} while (i != j);
return(wakeup);
}
private bool Wait(WakeUp wakeUp)
{
try
{
CompilerIntrinsics.Cli();
if (waitSemaphore == null)
{
waitSemaphore = Kernel.kernel.NewSemaphore(0);
}
uint depth = lockDepth;
uint cur = Kernel.CurrentThread;
lockHolder = 0xffffffff;
lockDepth = 0;
lockSemaphore.SignalInterruptsDisabled();
bool gotIt = waitSemaphore.WaitInterruptsDisabled(wakeUp);
lockSemaphore.WaitInterruptsDisabled();
lockDepth = depth;
lockHolder = cur;
return(gotIt);
}
finally
{
CompilerIntrinsics.Sti();
}
}
private void wakeUpSelectedMachine_Click(object sender, EventArgs e)
{
var objWakeU = new WakeUp();
var objMachine = ListOfMachines.Where(x => x.MachineName == SelectedMachineName).FirstOrDefault();
objWakeU.WakeFunction(objMachine.MachineMACAddress.Replace(":", "-").Replace("-", ""));
}
public void InitWakUpSleep()
{
WakeUp.SetWakeAtByConfig(
() =>
{
InitWakUpSleep();
});
Sleeper.WaitForSleepByConfig();
}
private static WakeUp DoneWriting(ref Int32 target)
{
Int32 i, j = target;
WakeUp wakeup = WakeUp.None;
do
{
i = j;
Int32 desired = i;
// if WW=0 && RW=0 -> Free
if ((NumWritersWaiting(desired) == 0) && (NumReadersWaiting(desired) == 0))
{
State(ref desired, OneManyLockStates.Free);
}
else
{
// if WW>0 && RW=0 -> RFW, possibly release a writer
if ((NumWritersWaiting(desired) > 0) && (NumReadersWaiting(desired) == 0))
{
State(ref desired, OneManyLockStates.ReservedForWriter);
wakeup = WakeUp.Writer;
}
else
{
// if WW>0 && RW>0 -> RFW, possibly release a writer
if ((NumWritersWaiting(desired) > 0) && (NumReadersWaiting(desired) > 0))
{
// JMR: Merge with above - is this even possible?
State(ref desired, OneManyLockStates.ReservedForWriter);
wakeup = WakeUp.Writer;
}
else
{
// if WW=0 && RW>0 -> Free, possibly release readers
if ((NumWritersWaiting(desired) == 0) && (NumReadersWaiting(desired) > 0))
{
State(ref desired, OneManyLockStates.Free);
wakeup = WakeUp.Readers;
}
else
{
Debug.Assert(false, "Invalid Lock state");
}
}
}
}
j = Interlocked.CompareExchange(ref target, desired, i);
} while (i != j);
return(wakeup);
}
private static WakeUp DoneWriting(ref Int32 target)
{
Int32 i, j = target;
WakeUp wakeup = WakeUp.None;
do
{
i = j;
Int32 desired = i;
// The lock should become free
State(ref desired, OneLockStates.Free);
// Possible wake a waiting writer
wakeup = (NumWritersWaiting(desired) > 0) ? WakeUp.Writer : WakeUp.None;
j = Interlocked.CompareExchange(ref target, desired, i);
} while (i != j);
return(wakeup);
}
private bool WaitOne(WakeUp wakeUp)
{
try
{
CompilerIntrinsics.Cli();
if (isSet)
{
return(true);
}
else
{
return(waitSemaphore.WaitInterruptsDisabled(wakeUp));
}
}
finally
{
CompilerIntrinsics.Sti();
}
}
internal bool Acquire(WakeUp wakeUp)
{
try
{
CompilerIntrinsics.Cli();
uint cur = Kernel.CurrentThread;
if (lockHolder == cur)
{
lockDepth++;
return(true);
}
bool gotIt = lockSemaphore.WaitInterruptsDisabled(wakeUp);
lockHolder = cur;
return(gotIt); // TODO: return value doesn't match documentation, but should it?
}
finally
{
CompilerIntrinsics.Sti();
}
}
protected virtual void OnWakeUp(WakeUpEventArgs e)
{
WakeUp?.Invoke(this, e);
}
public void SetAlarm(string input)
{
Parse(input);
WakeUp.Invoke(this, $"Time: {_hours} : {_minutes}");
}
private void ZwaveMessageReceived(object sender, ZWaveMessageReceivedEventArgs args)
{
// discard repeated messages within last 2 seconds time range
bool repeated = false;
if (lastMessage != null)
{
var elapsed = (DateTime.UtcNow - lastMessageTimestamp);
if (elapsed.TotalSeconds <= 2 && lastMessage.SequenceEqual(args.Message))
{
//Utility.DebugLog(DebugMessageType.Information, " lastMessage: " + Utility.ByteArrayToString(lastMessage));
//Utility.DebugLog(DebugMessageType.Information, "args.Message: " + Utility.ByteArrayToString(args.Message));
repeated = true;
}
}
lastMessageTimestamp = DateTime.UtcNow;
lastMessage = new byte[args.Message.Length];
//Utility.DebugLog(DebugMessageType.Information, " lastMessage2: " + Utility.ByteArrayToString(lastMessage));
//Utility.DebugLog(DebugMessageType.Information, "args.Message2: " + Utility.ByteArrayToString(args.Message));
Buffer.BlockCopy(args.Message, 0, lastMessage, 0, args.Message.Length * sizeof(byte));
if (repeated)
{
Utility.DebugLog(DebugMessageType.Warning, "Repeated message discarded.");
return;
}
//
int length = args.Message.Length;
try
{
MessageHeader zwaveHeader = (MessageHeader)args.Message[0];
switch (zwaveHeader)
{
case MessageHeader.CAN:
// RESEND ?!?!
break;
case MessageHeader.ACK:
break;
case MessageHeader.SOF: // start of zwave frame
var messageType = MessageType.None;
Enum.TryParse(args.Message[2].ToString(), out messageType);
var functionType = Function.None;
Enum.TryParse(args.Message[3].ToString(), out functionType);
switch (messageType)
{
case MessageType.Request:
if (devices.Count == 0)
{
break;
}
switch (functionType)
{
case Function.None:
break;
case Function.NodeAdd:
var nodeAddStatus = NodeFunctionStatus.None;
Enum.TryParse(args.Message[5].ToString(), out nodeAddStatus);
switch (nodeAddStatus)
{
case NodeFunctionStatus.AddNodeAddingSlave:
nodeOperationIdCheck = args.Message[6];
var newNode = CreateDevice(nodeOperationIdCheck, 0x00);
// Extract node information frame
int nodeInfoLength = (int)args.Message[7];
// we don't need to exclude the last 2 CommandClasses
byte[] nodeInfo = new byte[nodeInfoLength];
Array.Copy(args.Message, 8, nodeInfo, 0, nodeInfoLength);
newNode.NodeInformationFrame = nodeInfo;
newNode.BasicClass = args.Message[8];
newNode.GenericClass = args.Message[9];
newNode.SpecificClass = args.Message[10];
devices.Add(newNode);
if (newNode.SupportCommandClass(CommandClass.Security))
{
var nodeSecurityData = Security.GetSecurityData(newNode);
nodeSecurityData.IsAddingNode = true;
Security.GetScheme(newNode);
}
else
{
NodeInformationFrameComplete(newNode);
}
break;
//case NodeFunctionStatus.AddNodeDone:
case NodeFunctionStatus.AddNodeProtocolDone:
if (nodeOperationIdCheck == args.Message[6])
{
Thread.Sleep(500);
GetNodeCapabilities(args.Message[6]);
var addedNode = devices.Find(n => n.Id == args.Message[6]);
if (addedNode != null)
{
ManufacturerSpecific.Get(addedNode);
}
}
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.NodeAdded));
// force refresh of nodelist sending DiscoverEnd event
// TODO: deprecate this and update the Web UI to refresh modules list on NodeAdded event
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.DiscoveryEnd));
break;
case NodeFunctionStatus.AddNodeFailed:
Utility.DebugLog(DebugMessageType.Warning, "ADDING NODE FAILED (" + args.Message[6] + ")");
break;
}
break;
case Function.NodeRemove:
var nodeRemoveStatus = NodeFunctionStatus.None;
Enum.TryParse(args.Message[5].ToString(), out nodeRemoveStatus);
switch (nodeRemoveStatus)
{
case NodeFunctionStatus.RemoveNodeRemovingSlave:
nodeOperationIdCheck = args.Message[6];
break;
case NodeFunctionStatus.RemoveNodeDone:
if (nodeOperationIdCheck == args.Message[6])
{
RemoveDevice(nodeOperationIdCheck);
}
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.NodeRemoved));
// force refresh of nodelist sending DiscoverEnd event
// TODO: deprecate this and update the Web UI to refresh modules list on NodeRemoved event
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.DiscoveryEnd));
break;
case NodeFunctionStatus.RemoveNodeFailed:
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.NodeError));
Utility.DebugLog(DebugMessageType.Warning, "REMOVING NODE FAILED (" + args.Message[6] + ")");
break;
}
break;
case Function.ApplicationCommandHandler:
var node = devices.Find(n => n.Id == args.Message[5]);
if (node != null)
{
try
{
node.ApplicationCommandHandler(args.Message);
}
catch (Exception ex)
{
Utility.DebugLog(DebugMessageType.Error, "Exception occurred in node.ApplicationCommandHandler: " + ex.Message + "\n" + ex.StackTrace);
}
}
else
{
Utility.DebugLog(DebugMessageType.Error, "Unknown node id " + args.Message[5]);
}
break;
case Function.SendData:
byte callbackId = args.Message[4];
if (callbackId == 0x01) // 0x01 is "SEND DATA OK"
{
// TODO: ... is there anything to be done here?
}
else
{
var status = CallbackStatus.Nack;
Enum.TryParse(args.Message[5].ToString(), out status);
switch (status)
{
case CallbackStatus.Ack:
// Messaging complete, remove callbackid
zwavePort.NodeRequestAck(callbackId);
break;
case CallbackStatus.Nack:
var pendingMessage = zwavePort.NodeRequestNack(callbackId);
if (pendingMessage != null && pendingMessage.ResendCount >= ZWaveMessage.ResendMaxAttempts)
{
// Resend timed out
OnControllerEvent(new ControllerEventArgs(pendingMessage.Node.Id, ControllerStatus.NodeError));
// Check if node supports WakeUp class, and add message to wake up message queue
if (pendingMessage != null)
{
var sleepingNode = pendingMessage.Node;
if (sleepingNode != null && sleepingNode.SupportCommandClass(CommandClass.WakeUp))
{
WakeUp.ResendOnWakeUp(sleepingNode, pendingMessage.Message);
}
}
}
break;
case CallbackStatus.NeighborUpdateStarted:
// Neighbour Update Options STARTED
//var message = zwavePort.GetPendingMessage(commandId);
// TODO: don't know what to do here...
break;
case CallbackStatus.NeighborUpdateDone:
var message = zwavePort.GetPendingMessage(callbackId);
if (message != null)
{
RequestNeighborsUpdate(message.Node);
// send ack so the message is removed from the pending message list
zwavePort.NodeRequestAck(callbackId);
}
break;
}
}
break;
case Function.ApplicationUpdate:
int nifLength = (int)args.Message[6];
var znode = devices.Find(n => n.Id == args.Message[5]);
if (znode != null)
{
// we don't need to exclude the last 2 CommandClasses
byte[] nodeInfo = new byte[nifLength];
Array.Copy(args.Message, 7, nodeInfo, 0, nifLength);
znode.NodeInformationFrame = nodeInfo;
if (znode.SupportCommandClass(CommandClass.Security))
{
// ask the node what security command classes are supported
Security.GetSupported(znode);
}
else
{
NodeInformationFrameComplete(znode);
}
}
break;
case Function.RequestNodeNeighborsUpdateOptions:
case Function.RequestNodeNeighborsUpdate:
var neighborUpdateStatus = NeighborsUpdateStatus.None;
Enum.TryParse(args.Message[5].ToString(), out neighborUpdateStatus);
var pm = zwavePort.GetPendingMessage(args.Message[4]);
switch (neighborUpdateStatus)
{
case NeighborsUpdateStatus.NeighborsUpdateStared:
OnControllerEvent(new ControllerEventArgs(pm.Node.Id, ControllerStatus.NeighborUpdateStarted));
break;
case NeighborsUpdateStatus.NeighborsUpdateDone:
nodeOperationIdCheck = pm.Node.Id;
OnControllerEvent(new ControllerEventArgs(nodeOperationIdCheck, ControllerStatus.NeighborUpdateDone));
GetNeighborsRoutingInfo(pm.Node);
if (pm != null)
{
zwavePort.NodeRequestAck(pm.CallbackId);
}
break;
case NeighborsUpdateStatus.NeighborsUpdateFailed:
OnControllerEvent(new ControllerEventArgs(pm.Node.Id, ControllerStatus.NeighborUpdateFailed));
if (pm != null)
{
zwavePort.NodeRequestNack(pm.CallbackId);
}
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled Node Neighbor Update REQUEST " + Utility.ByteArrayToString(args.Message));
break;
}
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled REQUEST " + Utility.ByteArrayToString(args.Message));
break;
}
break;
case MessageType.Response:
switch (functionType)
{
case Function.DiscoveryNodes:
NodeBitMaskResponseHandler(args.Message);
break;
case Function.GetNodeProtocolInfo:
NodeCapabilitiesResponseHandler(args.Message);
break;
case Function.RequestNodeInfo:
// TODO: shall we do something here?
break;
case Function.SendData:
// TODO: shall we do something here?
break;
case Function.GetRoutingInfo:
var routingInfo = ExtractRoutingFromBitMask(args.Message);
if (routingInfo.Count > 0)
{
var routedNode = devices.Find(n => n.Id == nodeOperationIdCheck);
if (routedNode != null)
{
//
routedNode.RaiseUpdateParameterEvent(new ZWaveEvent(routedNode, EventParameter.RoutingInfo, String.Join(" ", routingInfo), 0));
}
}
else
{
Utility.DebugLog(DebugMessageType.Warning, "No routing nodes reported.");
}
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled RESPONSE " + Utility.ByteArrayToString(args.Message));
break;
}
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled MESSAGE TYPE " + Utility.ByteArrayToString(args.Message));
break;
}
break;
}
}
catch (Exception ex)
{
Utility.DebugLog(DebugMessageType.Error, "Exception occurred :" + ex.Message + "\n" + ex.StackTrace);
}
}
public object InterfaceControl(MigInterfaceCommand request)
{
ResponseText returnValue = new ResponseText("OK");
bool raiseEvent = false;
string eventParameter = ModuleEvents.Status_Level;
string eventValue = "";
string nodeId = request.Address;
Commands command;
Enum.TryParse <Commands>(request.Command.Replace(".", "_"), out command);
ZWaveNode node = null;
byte nodeNumber = 0;
if (byte.TryParse(nodeId, out nodeNumber))
{
if (nodeNumber > 0)
{
node = controller.GetNode(nodeNumber);
}
switch (command)
{
case Commands.Controller_Discovery:
controller.Discovery();
break;
case Commands.Controller_SoftReset:
controller.SoftReset();
break;
case Commands.Controller_HardReset:
controller.HardReset();
controller.Discovery();
break;
case Commands.Controller_HealNetwork:
controller.HealNetwork();
break;
case Commands.Controller_NodeNeighborUpdate:
controller.RequestNeighborsUpdateOptions(nodeNumber);
controller.RequestNeighborsUpdate(nodeNumber);
controller.GetNeighborsRoutingInfo(nodeNumber);
returnValue = GetResponseValue(nodeNumber, EventPath_RoutingInfo);
break;
case Commands.Controller_NodeRoutingInfo:
controller.GetNeighborsRoutingInfo(nodeNumber);
returnValue = GetResponseValue(nodeNumber, EventPath_RoutingInfo);
break;
case Commands.Controller_NodeAdd:
lastAddedNode = 0;
controller.BeginNodeAdd();
for (int i = 0; i < 20; i++)
{
if (lastAddedNode > 0)
{
break;
}
Thread.Sleep(500);
}
controller.StopNodeAdd();
returnValue = new ResponseText(lastAddedNode.ToString());
break;
case Commands.Controller_NodeRemove:
lastRemovedNode = 0;
controller.BeginNodeRemove();
for (int i = 0; i < 20; i++)
{
if (lastRemovedNode > 0)
{
break;
}
Thread.Sleep(500);
}
controller.StopNodeRemove();
returnValue = new ResponseText(lastRemovedNode.ToString());
break;
case Commands.Basic_Set:
{
raiseEvent = true;
var level = int.Parse(request.GetOption(0));
eventValue = level.ToString(CultureInfo.InvariantCulture);
Basic.Set(node, (byte)level);
}
break;
case Commands.Basic_Get:
Basic.Get(node);
returnValue = GetResponseValue(nodeNumber, EventPath_Basic);
break;
case Commands.SwitchBinary_Set:
{
raiseEvent = true;
var level = int.Parse(request.GetOption(0));
eventValue = level.ToString(CultureInfo.InvariantCulture);
SwitchBinary.Set(node, (byte)level);
}
break;
case Commands.SwitchBinary_Get:
SwitchBinary.Get(node);
returnValue = GetResponseValue(nodeNumber, EventPath_SwitchBinary);
break;
case Commands.SwitchMultilevel_Set:
{
raiseEvent = true;
var level = int.Parse(request.GetOption(0));
eventValue = level.ToString(CultureInfo.InvariantCulture);
SwitchMultilevel.Set(node, (byte)level);
}
break;
case Commands.SwitchMultilevel_Get:
SwitchMultilevel.Get(node);
returnValue = GetResponseValue(nodeNumber, EventPath_SwitchMultilevel);
break;
case Commands.MultiInstance_GetCount:
{
string commandType = request.GetOption(0).Replace(".", "");
switch (commandType)
{
case "SwitchBinary":
MultiInstance.GetCount(node, (byte)ZWaveLib.CommandClass.SwitchBinary);
break;
case "SwitchMultiLevel":
MultiInstance.GetCount(node, (byte)ZWaveLib.CommandClass.SwitchMultilevel);
break;
case "SensorBinary":
MultiInstance.GetCount(node, (byte)ZWaveLib.CommandClass.SensorBinary);
break;
case "SensorMultiLevel":
MultiInstance.GetCount(node, (byte)ZWaveLib.CommandClass.SensorMultilevel);
break;
}
returnValue = GetResponseValue(nodeNumber, EventPath_MultiInstance + "." + commandType + ".Count");
}
break;
case Commands.MultiInstance_Get:
{
byte instance = (byte)int.Parse(request.GetOption(1));
string commandType = request.GetOption(0).Replace(".", "");
switch (commandType)
{
case "SwitchBinary":
MultiInstance.SwitchBinaryGet(node, instance);
break;
case "SwitchMultiLevel":
MultiInstance.SwitchMultiLevelGet(node, instance);
break;
case "SensorBinary":
MultiInstance.SensorBinaryGet(node, instance);
break;
case "SensorMultiLevel":
MultiInstance.SensorMultiLevelGet(node, instance);
break;
}
returnValue = GetResponseValue(nodeNumber, EventPath_MultiInstance + "." + commandType + "." + instance);
}
break;
case Commands.MultiInstance_Set:
{
byte instance = (byte)int.Parse(request.GetOption(1));
int value = int.Parse(request.GetOption(2));
//
//raisepropchanged = true;
//parampath += "." + instance; // Status.Level.<instance>
//
switch (request.GetOption(0))
{
case "Switch.Binary":
MultiInstance.SwitchBinarySet(node, instance, value);
//raiseparam = (double.Parse(request.GetOption(2)) / 255).ToString();
break;
case "Switch.MultiLevel":
MultiInstance.SwitchMultiLevelSet(node, instance, value);
//raiseparam = (double.Parse(request.GetOption(2)) / 100).ToString(); // TODO: should it be 99 ?
break;
}
}
break;
case Commands.SensorBinary_Get:
SensorBinary.Get(node);
break;
case Commands.SensorMultiLevel_Get:
SensorMultilevel.Get(node);
break;
case Commands.Meter_Get:
// see ZWaveLib Sensor.cs for EnergyMeterScale options
int scaleType = 0;
int.TryParse(request.GetOption(0), out scaleType);
Meter.Get(node, (byte)(scaleType << 0x03));
break;
case Commands.Meter_SupportedGet:
Meter.GetSupported(node);
break;
case Commands.Meter_Reset:
Meter.Reset(node);
break;
case Commands.NodeInfo_Get:
controller.GetNodeInformationFrame(nodeNumber);
returnValue = GetResponseValue(nodeNumber, EventPath_NodeInfo);
break;
case Commands.Battery_Get:
Battery.Get(node);
returnValue = GetResponseValue(nodeNumber, EventPath_Battery);
break;
case Commands.Association_Set:
Association.Set(node, (byte)int.Parse(request.GetOption(0)), (byte)int.Parse(request.GetOption(1)));
break;
case Commands.Association_Get:
byte group = (byte)int.Parse(request.GetOption(0));
Association.Get(node, group);
returnValue = GetResponseValue(nodeNumber, EventPath_Associations + "." + group);
break;
case Commands.Association_Remove:
Association.Remove(node, (byte)int.Parse(request.GetOption(0)), (byte)int.Parse(request.GetOption(1)));
break;
case Commands.ManufacturerSpecific_Get:
ManufacturerSpecific.Get(node);
returnValue = GetResponseValue(nodeNumber, EventPath_ManufacturerSpecific);
break;
case Commands.Config_ParameterSet:
Configuration.Set(node, (byte)int.Parse(request.GetOption(0)), int.Parse(request.GetOption(1)));
break;
case Commands.Config_ParameterGet:
byte position = (byte)int.Parse(request.GetOption(0));
Configuration.Get(node, position);
returnValue = GetResponseValue(nodeNumber, EventPath_ConfigVariables + "." + position);
break;
case Commands.WakeUp_Get:
WakeUp.Get(node);
returnValue = GetResponseValue(nodeNumber, EventPath_WakeUpInterval);
break;
case Commands.WakeUp_Set:
WakeUp.Set(node, uint.Parse(request.GetOption(0)));
break;
case Commands.WakeUp_SendToSleep:
WakeUp.SendToSleep(node);
break;
case Commands.WakeUp_GetAlwaysAwake:
returnValue = new ResponseText(WakeUp.GetAlwaysAwake(node) ? "1" : "0");
break;
case Commands.WakeUp_SetAlwaysAwake:
WakeUp.SetAlwaysAwake(node, uint.Parse(request.GetOption(0)) == 1 ? true : false);
break;
case Commands.Version_Get:
returnValue = new ResponseText("ERROR");
CommandClass cclass;
Enum.TryParse <CommandClass>(request.GetOption(0), out cclass);
if (cclass != CommandClass.NotSet)
{
var nodeCclass = node.GetCommandClass(cclass);
if (nodeCclass != null && nodeCclass.Version != 0)
{
returnValue = new ResponseText(nodeCclass.Version.ToString());
}
else
{
ZWaveLib.CommandClasses.Version.Get(node, cclass);
returnValue = GetResponseValue(nodeNumber, "ZWaveNode.Version." + cclass);
}
}
break;
case Commands.Version_GetAll:
controller.GetNodeCcsVersion(node);
break;
case Commands.Control_On:
raiseEvent = true;
double lastLevel = GetNormalizedValue((double)GetNodeLastLevel(node));
eventValue = lastLevel > 0 ? lastLevel.ToString(CultureInfo.InvariantCulture) : "1";
if (node.SupportCommandClass(CommandClass.SwitchMultilevel))
{
SwitchMultilevel.Set(node, 0xFF);
}
else if (node.SupportCommandClass(CommandClass.SwitchBinary))
{
SwitchBinary.Set(node, 0xFF);
}
else
{
Basic.Set(node, 0xFF);
}
SetNodeLevel(node, 0xFF);
break;
case Commands.Control_Off:
raiseEvent = true;
eventValue = "0";
if (node.SupportCommandClass(CommandClass.SwitchMultilevel))
{
SwitchMultilevel.Set(node, 0x00);
}
else if (node.SupportCommandClass(CommandClass.SwitchBinary))
{
SwitchBinary.Set(node, 0x00);
}
else
{
Basic.Set(node, 0x00);
}
SetNodeLevel(node, 0x00);
break;
case Commands.Control_Level:
{
raiseEvent = true;
var level = int.Parse(request.GetOption(0));
eventValue = Math.Round(level / 100D, 2).ToString(CultureInfo.InvariantCulture);
// the max value should be obtained from node parameters specifications,
// here we assume that the commonly used interval is [0-99] for most multilevel switches
if (level >= 100)
{
level = 99;
}
if (node.SupportCommandClass(CommandClass.SwitchMultilevel))
{
SwitchMultilevel.Set(node, (byte)level);
}
else
{
Basic.Set(node, (byte)level);
}
SetNodeLevel(node, (byte)level);
}
break;
case Commands.Control_Toggle:
raiseEvent = true;
if (GetNodeLevel(node) == 0)
{
double lastOnLevel = GetNormalizedValue((double)GetNodeLastLevel(node));
eventValue = lastOnLevel > 0 ? lastOnLevel.ToString(CultureInfo.InvariantCulture) : "1";
if (node.SupportCommandClass(CommandClass.SwitchMultilevel))
{
SwitchMultilevel.Set(node, 0xFF);
}
else if (node.SupportCommandClass(CommandClass.SwitchBinary))
{
SwitchBinary.Set(node, 0xFF);
}
else
{
Basic.Set(node, 0xFF);
}
SetNodeLevel(node, 0xFF);
}
else
{
eventValue = "0";
if (node.SupportCommandClass(CommandClass.SwitchMultilevel))
{
SwitchMultilevel.Set(node, 0x00);
}
else if (node.SupportCommandClass(CommandClass.SwitchBinary))
{
SwitchBinary.Set(node, 0x00);
}
else
{
Basic.Set(node, 0x00);
}
SetNodeLevel(node, 0x00);
}
break;
case Commands.Thermostat_ModeGet:
ThermostatMode.Get(node);
break;
case Commands.Thermostat_ModeSet:
{
ThermostatMode.Value mode = (ThermostatMode.Value)Enum.Parse(typeof(ThermostatMode.Value), request.GetOption(0));
//
raiseEvent = true;
eventParameter = "Thermostat.Mode";
eventValue = request.GetOption(0);
//
ThermostatMode.Set(node, mode);
}
break;
case Commands.Thermostat_SetPointGet:
{
ThermostatSetPoint.Value mode = (ThermostatSetPoint.Value)Enum.Parse(typeof(ThermostatSetPoint.Value), request.GetOption(0));
ThermostatSetPoint.Get(node, mode);
}
break;
case Commands.Thermostat_SetPointSet:
{
ThermostatSetPoint.Value mode = (ThermostatSetPoint.Value)Enum.Parse(typeof(ThermostatSetPoint.Value), request.GetOption(0));
double temperature = double.Parse(request.GetOption(1).Replace(',', '.'), CultureInfo.InvariantCulture);
//
raiseEvent = true;
eventParameter = "Thermostat.SetPoint." + request.GetOption(0);
eventValue = temperature.ToString(CultureInfo.InvariantCulture);
//
ThermostatSetPoint.Set(node, mode, temperature);
}
break;
case Commands.Thermostat_FanModeGet:
ThermostatFanMode.Get(node);
break;
case Commands.Thermostat_FanModeSet:
{
ThermostatFanMode.Value mode = (ThermostatFanMode.Value)Enum.Parse(typeof(ThermostatFanMode.Value), request.GetOption(0));
//
raiseEvent = true;
eventParameter = "Thermostat.FanMode";
eventValue = request.GetOption(0);
//
ThermostatFanMode.Set(node, mode);
}
break;
case Commands.Thermostat_FanStateGet:
ThermostatFanState.Get(node);
break;
case Commands.Thermostat_OperatingStateGet:
ThermostatOperatingState.GetOperatingState(node);
break;
case Commands.UserCode_Set:
byte userId = byte.Parse(request.GetOption(0));
byte userIdStatus = byte.Parse(request.GetOption(1));
byte[] tagCode = ZWaveLib.Utility.HexStringToByteArray(request.GetOption(2));
UserCode.Set(node, new ZWaveLib.Values.UserCodeValue(userId, userIdStatus, tagCode));
break;
case Commands.DoorLock_Get:
DoorLock.Get(node);
returnValue = GetResponseValue(nodeNumber, ModuleEvents.Status_DoorLock);
break;
case Commands.DoorLock_Set:
{
DoorLock.Value mode = (DoorLock.Value)Enum.Parse(typeof(DoorLock.Value), request.GetOption(0));
DoorLock.Set(node, mode);
}
break;
}
}
if (raiseEvent)
{
//ZWaveNode node = _controller.GetDevice ((byte)int.Parse (nodeid));
OnInterfacePropertyChanged(this.GetDomain(), nodeId, "ZWave Node", eventParameter, eventValue);
}
//
return(returnValue);
}
protected void OnWakeUp()
{
WakeUp.Invoke(this, EventArgs.Empty);
}
private void ZwaveMessageReceived(object sender, ZWaveMessageReceivedEventArgs args)
{
// discard repeated messages within last 2 seconds time range
bool repeated = false;
if (lastMessage != null)
{
var elapsed = (DateTime.UtcNow - lastMessageTimestamp);
if (elapsed.TotalSeconds <= 2 && lastMessage.SequenceEqual(args.Message))
{
//Utility.DebugLog(DebugMessageType.Information, " lastMessage: " + Utility.ByteArrayToString(lastMessage));
//Utility.DebugLog(DebugMessageType.Information, "args.Message: " + Utility.ByteArrayToString(args.Message));
repeated = true;
}
}
lastMessageTimestamp = DateTime.UtcNow;
lastMessage = new byte[args.Message.Length];
//Utility.DebugLog(DebugMessageType.Information, " lastMessage2: " + Utility.ByteArrayToString(lastMessage));
//Utility.DebugLog(DebugMessageType.Information, "args.Message2: " + Utility.ByteArrayToString(args.Message));
Buffer.BlockCopy(args.Message, 0, lastMessage, 0, args.Message.Length * sizeof(byte));
if (repeated)
{
Utility.DebugLog(DebugMessageType.Warning, "Repeated message discarded.");
return;
}
//
int length = args.Message.Length;
try
{
MessageHeader zwaveHeader = (MessageHeader)args.Message[0];
switch (zwaveHeader)
{
case MessageHeader.CAN:
// RESEND
//Utility.DebugLog(DebugMessageType.Warning, "Received CAN, resending last message");
//zp.ResendLastMessage();
break;
case MessageHeader.ACK:
break;
case MessageHeader.SOF: // start of zwave frame
//
// parse frame headers
//
//int msgLength = (int)args.Message[1];
var msgType = (MessageType)args.Message[2];
var function = (args.Message.Length > 3 ? (Function)args.Message[3] : 0);
byte sourceNodeId = 0;
byte nodeOperation = 0;
//
switch (msgType)
{
case MessageType.Request:
if (devices.Count == 0)
{
break;
}
switch (function)
{
case Function.None:
break;
case Function.NodeAdd:
nodeOperation = args.Message[5];
if (nodeOperation == (byte)NodeFunctionStatus.AddNodeAddingSlave)
{
nodeOperationIdCheck = args.Message[6];
var newNode = CreateDevice(nodeOperationIdCheck, 0x00);
// Extract node information frame
int nodeInfoLength = (int)args.Message[7];
// we don't need to exclude the last 2 CommandClasses
byte[] nodeInfo = new byte[nodeInfoLength];
Array.Copy(args.Message, 8, nodeInfo, 0, nodeInfoLength);
newNode.NodeInformationFrame = nodeInfo;
newNode.BasicClass = args.Message[8];
newNode.GenericClass = args.Message[9];
newNode.SpecificClass = args.Message[10];
devices.Add(newNode);
if (newNode.SupportCommandClass(CommandClass.Security))
{
var nodeSecurityData = Security.GetSecurityData(newNode);
nodeSecurityData.IsAddingNode = true;
Security.GetScheme(newNode);
}
else
{
gotNodeUpdateInformation(newNode);
}
}
else if (nodeOperation == (byte)NodeFunctionStatus.AddNodeProtocolDone /* || nodeOperation == (byte)NodeFunctionStatus.AddNodeDone */)
{
if (nodeOperationIdCheck == args.Message[6])
{
Thread.Sleep(500);
GetNodeCapabilities(args.Message[6]);
var newNode = devices.Find(n => n.Id == args.Message[6]);
if (newNode != null)
{
ManufacturerSpecific.Get(newNode);
}
}
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.DiscoveryEnd));
}
else if (nodeOperation == (byte)NodeFunctionStatus.AddNodeFailed)
{
Utility.DebugLog(DebugMessageType.Warning, "ADDING NODE FAILED (" + args.Message[6] + ")");
}
break;
case Function.NodeRemove:
nodeOperation = args.Message[5];
if (nodeOperation == (byte)NodeFunctionStatus.RemoveNodeRemovingSlave)
{
nodeOperationIdCheck = args.Message[6];
}
else if (nodeOperation == (byte)NodeFunctionStatus.RemoveNodeDone)
{
if (nodeOperationIdCheck == args.Message[6])
{
RemoveDevice(args.Message[6]);
}
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.DiscoveryEnd));
}
else if (nodeOperation == (byte)NodeFunctionStatus.RemoveNodeFailed)
{
Utility.DebugLog(DebugMessageType.Warning, "REMOVING NODE FAILED (" + args.Message[6] + ")");
}
break;
case Function.ApplicationCommand:
sourceNodeId = args.Message[5];
var node = devices.Find(n => n.Id == sourceNodeId);
if (node != null)
{
try
{
node.MessageRequestHandler(args.Message);
}
catch (Exception ex)
{
Utility.DebugLog(DebugMessageType.Error, "Exception occurred in node.MessageRequestHandler: " + ex.Message + "\n" + ex.StackTrace);
}
}
else
{
Utility.DebugLog(DebugMessageType.Error, "Unknown node id " + sourceNodeId);
}
break;
case Function.SendData:
byte commandId = args.Message[4];
if (commandId == 0x01) // SEND DATA OK
{
// TODO: ... what does that mean?
}
else if (args.Message[5] == 0x00)
{
// Messaging complete, remove callbackid
zwavePort.PendingMessages.RemoveAll(zm => zm.CallbackId == commandId);
}
else if (args.Message[5] == 0x01)
{
var unsentMessage = zwavePort.PendingMessages.Find(zm => zm.CallbackId == commandId);
byte nodeID = zwavePort.ResendLastMessage(commandId);
if (nodeID != 0)
{
// Resend timed out
OnControllerEvent(new ControllerEventArgs(nodeID, ControllerStatus.NodeError));
// Check if node supports WakeUp class, and add message to wake up message queue
if (unsentMessage != null)
{
var sleepingNode = devices.Find(n => n.Id == nodeID);
if (sleepingNode != null && sleepingNode.SupportCommandClass(CommandClass.WakeUp))
{
WakeUp.ResendOnWakeUp(sleepingNode, unsentMessage.Message);
}
}
}
}
break;
case Function.NodeUpdateInfo:
sourceNodeId = args.Message[5];
int nifLength = (int)args.Message[6];
var znode = devices.Find(n => n.Id == sourceNodeId);
if (znode != null)
{
// we don't need to exclude the last 2 CommandClasses
byte[] nodeInfo = new byte[nifLength];
Array.Copy(args.Message, 7, nodeInfo, 0, nifLength);
znode.NodeInformationFrame = nodeInfo;
if (znode.SupportCommandClass(CommandClass.Security))
{
// ask the node what security command classes are supported
Security.GetSupported(znode);
}
else
{
gotNodeUpdateInformation(znode);
}
}
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled REQUEST " + Utility.ByteArrayToString(args.Message));
break;
}
break;
case MessageType.Response:
switch (function)
{
case Function.DiscoveryNodes:
MessageResponseNodeBitMaskHandler(args.Message);
break;
case Function.GetNodeProtocolInfo:
MessageResponseNodeCapabilityHandler(args.Message);
break;
case Function.RequestNodeInfo:
// TODO: shall we do something here?
break;
case Function.SendData:
// TODO: shall we do something here?
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled RESPONSE " + Utility.ByteArrayToString(args.Message));
break;
}
break;
default:
Utility.DebugLog(DebugMessageType.Warning, "Unhandled MESSAGE TYPE " + Utility.ByteArrayToString(args.Message));
break;
}
break;
}
}
catch (Exception ex)
{
Utility.DebugLog(DebugMessageType.Error, "Exception occurred :" + ex.Message + "\n" + ex.StackTrace);
}
}
public virtual bool MessageRequestHandler(byte[] receivedMessage)
{
//Console.WriteLine("\n _z_ [" + this.NodeId + "] " + (this.DeviceHandler != null ? this.DeviceHandler.ToString() : "!" + this.GenericClass.ToString()));
//Console.WriteLine(" >>> " + zp.ByteArrayToString(receivedMessage) + "\n");
ZWaveEvent messageEvent = null;
int messageLength = receivedMessage.Length;
if (messageLength > 8)
{
//byte commandLength = receivedMessage[6];
byte commandClass = receivedMessage[7];
switch (commandClass)
{
case (byte)CommandClass.Basic:
messageEvent = Basic.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.Alarm:
messageEvent = Alarm.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.SensorAlarm:
messageEvent = SensorAlarm.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.SceneActivation:
messageEvent = SceneActivation.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.SwitchBinary:
messageEvent = SwitchBinary.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.SwitchMultilevel:
messageEvent = SwitchMultilevel.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.SensorBinary:
messageEvent = SensorBinary.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.SensorMultilevel:
messageEvent = SensorMultilevel.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.Meter:
messageEvent = Meter.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.ThermostatMode:
case (byte)CommandClass.ThermostatFanMode:
case (byte)CommandClass.ThermostatFanState:
case (byte)CommandClass.ThermostatHeating:
case (byte)CommandClass.ThermostatOperatingState:
case (byte)CommandClass.ThermostatSetBack:
case (byte)CommandClass.ThermostatSetPoint:
messageEvent = Thermostat.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.UserCode:
messageEvent = UserCode.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.Association:
messageEvent = Association.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.Configuration:
messageEvent = Configuration.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.WakeUp:
messageEvent = WakeUp.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.Battery:
messageEvent = Battery.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.Hail:
Basic.Get(this);
break;
case (byte)CommandClass.MultiInstance:
messageEvent = MultiInstance.GetEvent(this, receivedMessage);
break;
case (byte)CommandClass.ManufacturerSpecific:
messageEvent = ManufacturerSpecific.GetEvent(this, receivedMessage);
if (messageEvent != null)
{
var specs = (ManufacturerSpecificInfo)messageEvent.Value;
this.ManufacturerId = specs.ManufacturerId;
this.TypeId = specs.TypeId;
this.ProductId = specs.ProductId;
if (ManufacturerSpecificResponse != null)
{
try
{
ManufacturerSpecificResponse(this, new ManufacturerSpecificResponseEventArg()
{
NodeId = this.NodeId,
ManufacturerSpecific = specs
});
}
catch (Exception ex)
{
Console.WriteLine("ZWaveLib: Error during ManufacturerSpecificResponse callback, " + ex.Message + "\n" + ex.StackTrace);
}
}
}
break;
}
}
if (messageEvent != null)
{
this.RaiseUpdateParameterEvent(messageEvent.Instance, messageEvent.Event, messageEvent.Value);
}
else if (messageLength > 3)
{
if (receivedMessage[3] != 0x13)
{
bool log = true;
if (messageLength > 7 && /* cmd_class */ receivedMessage[7] == (byte)CommandClass.ManufacturerSpecific)
{
log = false;
}
if (log)
{
Console.WriteLine("ZWaveLib UNHANDLED message: " + Utility.ByteArrayToString(receivedMessage));
}
}
}
return(false);
}
private void ZwaveMessageReceived(object sender, ZWaveMessageReceivedEventArgs args)
{
// discard repeated messages within last 2 seconds time range
bool repeated = false;
if (lastMessage != null)
{
var elapsed = (DateTime.UtcNow - lastMessageTimestamp);
if (elapsed.TotalSeconds <= 2 && lastMessage.SequenceEqual(args.Message))
{
repeated = true;
}
}
lastMessageTimestamp = DateTime.UtcNow;
lastMessage = new byte[args.Message.Length];
Buffer.BlockCopy(args.Message, 0, lastMessage, 0, args.Message.Length * sizeof(byte));
if (repeated)
{
zwavePort.SendAck();
Console.WriteLine("ZWaveLib: repeated message discarded.");
return;
}
//
int length = args.Message.Length;
try
{
MessageHeader zwaveHeader = (MessageHeader)args.Message[0];
switch (zwaveHeader)
{
case MessageHeader.CAN:
zwavePort.SendAck();
// RESEND
//Console.WriteLine("ZWaveLib: received CAN, resending last message");
//zp.ResendLastMessage();
break;
case MessageHeader.ACK:
zwavePort.SendAck();
break;
case MessageHeader.SOF: // start of zwave frame
//
// parse frame headers
//
//int msgLength = (int)args.Message[1];
var msgType = (MessageType)args.Message[2];
var function = (args.Message.Length > 3 ? (Function)args.Message[3] : 0);
byte sourceNodeId = 0;
byte nodeOperation = 0;
//
switch (msgType)
{
case MessageType.Request:
zwavePort.SendAck();
if (devices.Count == 0)
{
break;
}
switch (function)
{
case Function.None:
break;
case Function.NodeAdd:
nodeOperation = args.Message[5];
if (nodeOperation == (byte)NodeFunctionStatus.AddNodeAddingSlave)
{
//Console.WriteLine("\n\nADDING NODE SLAVE {0}\n -> ", zp.ByteArrayToString(args.Message));
nodeOperationIdCheck = args.Message[6];
var newNode = CreateDevice(nodeOperationIdCheck, 0x00);
// Extract node information frame
int nodeInfoLength = (int)args.Message[7];
byte[] nodeInfo = new byte[nodeInfoLength - 2];
Array.Copy(args.Message, 8, nodeInfo, 0, nodeInfoLength - 2);
newNode.NodeInformationFrame = nodeInfo;
RaiseUpdateParameterEvent(new ZWaveEvent(newNode, EventParameter.NodeInfo, Utility.ByteArrayToString(nodeInfo), 0));
SaveNodesConfig();
}
else if (nodeOperation == (byte)NodeFunctionStatus.AddNodeProtocolDone /* || nodeOperation == (byte)NodeFunctionStatus.AddNodeDone */)
{
if (nodeOperationIdCheck == args.Message[6])
{
//Console.WriteLine("\n\nADDING NODE DONE {0} {1}\n\n", args.Message[6], callbackid);
Thread.Sleep(500);
GetNodeCapabilities(args.Message[6]);
var newNode = devices.Find(n => n.Id == args.Message[6]);
if (newNode != null)
{
ManufacturerSpecific.Get(newNode);
}
}
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.DiscoveryEnd));
}
else if (nodeOperation == (byte)NodeFunctionStatus.AddNodeFailed)
{
//Console.WriteLine("\n\nADDING NODE FAIL {0}\n\n", args.Message[6]);
}
break;
case Function.NodeRemove:
nodeOperation = args.Message[5];
if (nodeOperation == (byte)NodeFunctionStatus.RemoveNodeRemovingSlave)
{
//Console.WriteLine("\n\nREMOVING NODE SLAVE {0}\n\n", args.Message[6]);
nodeOperationIdCheck = args.Message[6];
}
else if (nodeOperation == (byte)NodeFunctionStatus.RemoveNodeDone)
{
if (nodeOperationIdCheck == args.Message[6])
{
//Console.WriteLine("\n\nREMOVING NODE DONE {0} {1}\n\n", args.Message[6], callbackid);
RemoveDevice(args.Message[6]);
}
OnControllerEvent(new ControllerEventArgs(0x00, ControllerStatus.DiscoveryEnd));
}
else if (nodeOperation == (byte)NodeFunctionStatus.RemoveNodeFailed)
{
//Console.WriteLine("\n\nREMOVING NODE FAIL {0}\n\n", args.Message[6]);
}
break;
case Function.ApplicationCommand:
sourceNodeId = args.Message[5];
var node = devices.Find(n => n.Id == sourceNodeId);
if (node == null)
{
CreateDevice(sourceNodeId, 0x00);
GetNodeCapabilities(sourceNodeId);
}
try
{
node.MessageRequestHandler(args.Message);
}
catch (Exception ex)
{
Console.WriteLine("# " + ex.Message + "\n" + ex.StackTrace);
}
break;
case Function.SendData:
byte commandId = args.Message[4];
if (commandId == 0x01) // SEND DATA OK
{
// TODO: ... what does that mean?
}
else if (args.Message[5] == 0x00)
{
// Messaging complete, remove callbackid
zwavePort.PendingMessages.RemoveAll(zm => zm.CallbackId == commandId);
}
else if (args.Message[5] == 0x01)
{
var unsentMessage = zwavePort.PendingMessages.Find(zm => zm.CallbackId == commandId);
byte nodeID = zwavePort.ResendLastMessage(commandId);
if (nodeID != 0)
{
// Resend timed out
OnControllerEvent(new ControllerEventArgs(nodeID, ControllerStatus.NodeError));
// Check if node supports WakeUp class, and add message to wake up message queue
if (unsentMessage != null)
{
var sleepingNode = devices.Find(n => n.Id == nodeID);
if (sleepingNode != null && sleepingNode.SupportCommandClass(CommandClass.WakeUp))
{
WakeUp.ResendOnWakeUp(sleepingNode, unsentMessage.Message);
}
}
}
}
break;
case Function.NodeUpdateInfo:
sourceNodeId = args.Message[5];
int nifLength = (int)args.Message[6];
var znode = devices.Find(n => n.Id == sourceNodeId);
if (znode != null)
{
byte[] nodeInfo = new byte[nifLength - 2];
//Console.WriteLine(ByteArrayToString(args.Message));
Array.Copy(args.Message, 7, nodeInfo, 0, nifLength - 2);
znode.NodeInformationFrame = nodeInfo;
//
RaiseUpdateParameterEvent(new ZWaveEvent(znode, EventParameter.NodeInfo, Utility.ByteArrayToString(nodeInfo), 0));
RaiseUpdateParameterEvent(new ZWaveEvent(znode, EventParameter.WakeUpNotify, "1", 0));
SaveNodesConfig();
}
break;
default:
Console.WriteLine("\nUNHANDLED Z-Wave REQUEST\n " + Utility.ByteArrayToString(args.Message) + "\n");
break;
}
break;
case MessageType.Response:
switch (function)
{
case Function.DiscoveryNodes:
MessageResponseNodeBitMaskHandler(args.Message);
break;
case Function.GetNodeProtocolInfo:
MessageResponseNodeCapabilityHandler(args.Message);
break;
case Function.RequestNodeInfo:
// TODO: shall we do something here?
break;
case Function.SendData:
// TODO: shall we do something here?
break;
default:
Console.WriteLine("\nUNHANDLED Z-Wave RESPONSE\n " + Utility.ByteArrayToString(args.Message) + "\n");
break;
}
break;
default:
Console.WriteLine("\nUNHANDLED Z-Wave message TYPE\n " + Utility.ByteArrayToString(args.Message) + "\n");
break;
}
break;
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message + "\n" + ex.StackTrace);
}
}
/// <summary>
/// Implements the ResourceLock's OnDone behavior.
/// </summary>
public void Leave(Boolean write)
{
if (write)
{
Debug.Assert((State(m_LockState) == OneManyLockStates.OwnedByWriter) && (NumReadersReading(m_LockState) == 0));
// Pre-condition: Lock's state must be OBW (not Free/OBR/OBRAWP/RFW)
// Post-condition: Lock's state must become Free or RFW (the lock is never passed)
// Phase 1: Release the lock
WakeUp wakeup = DoneWriting(ref m_LockState);
// Phase 2: Possibly wake waiters
switch (wakeup)
{
case WakeUp.None:
break;
case WakeUp.Readers:
Int32 numReadersToWake = NumReadersToWake();
if (numReadersToWake > 0)
{
m_ReadersLock.Release(numReadersToWake);
}
break;
case WakeUp.Writer:
Int32 numWritersToWake = NumWritersToWake();
Debug.Assert(numWritersToWake < 2);
if (numWritersToWake > 0)
{
m_WritersLock.Set();
}
break;
}
}
else
{
Debug.Assert((State(m_LockState) == OneManyLockStates.OwnedByReaders) || (State(m_LockState) == OneManyLockStates.OwnedByReadersAndWriterPending));
// Pre-condition: Lock's state must be OBR/OBRAWP (not Free/OBW/RFW)
// Post-condition: Lock's state must become unchanged, Free or RFW (the lock is never passed)
// Phase 1: Release the lock
WakeUp wakeup = DoneReading(ref m_LockState);
// Phase 2: Possibly wake a waiting writer
switch (wakeup)
{
case WakeUp.None:
break;
case WakeUp.Readers:
Debug.Assert(false);
break;
case WakeUp.Writer:
Int32 numWritersToWake = NumWritersToWake();
Debug.Assert(numWritersToWake < 2); // Must be 0 or 1
if (numWritersToWake > 0)
{
m_WritersLock.Set();
}
break;
}
}
}
public void SetAlarm(string input)
{
parse(input);
WakeUp.Invoke(this, $"Time is: {hours}:{minutes}");
}
