public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (message.Length > 12 && cmdType == (byte)Command.AssociationReport)
{
byte groupId = message[9];
byte maxAssociations = message[10];
byte numAssociations = message[11]; // it is always zero ?!?
string assocNodes = "";
if (message.Length > 13)
{
for (int a = 12; a < message.Length - 1; a++)
{
assocNodes += message[a] + ",";
}
}
assocNodes = assocNodes.TrimEnd(',');
//
var associationRespose = new AssociationResponse() {
Max = maxAssociations,
Count = numAssociations,
NodeList = assocNodes,
GroupId = groupId
};
nodeEvent = new ZWaveEvent(node, EventParameter.Association, associationRespose, 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (message.Length > 11 && cmdType == (byte)Command.ConfigurationReport)
{
byte paramId = message[9];
byte paramLength = message[10];
//
var nodeConfigParamsLength = GetConfigParamsData(node);
if (!nodeConfigParamsLength.ContainsKey(paramId))
{
nodeConfigParamsLength.Add(paramId, paramLength);
}
else
{
// this shouldn't change on read... but you never know! =)
nodeConfigParamsLength[paramId] = paramLength;
}
//
byte[] bval = new byte[4];
// extract bytes value
Array.Copy(message, 11, bval, 4 - (int)paramLength, (int)paramLength);
uint paramval = bval[0];
Array.Reverse(bval);
// convert it to uint
paramval = BitConverter.ToUInt32(bval, 0);
nodeEvent = new ZWaveEvent(node, EventParameter.Configuration, paramval, paramId);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
switch (cmdType)
{
case (byte)Command.WakeUpIntervalReport:
if (message.Length > 11)
{
uint interval = ((uint)message[9]) << 16;
interval |= (((uint)message[10]) << 8);
interval |= (uint)message[11];
nodeEvent = new ZWaveEvent(node, EventParameter.WakeUpInterval, interval, 0);
}
break;
case (byte)Command.WakeUpNotification:
// Resend queued messages while node was asleep
var wakeUpResendQueue = GetResendQueueData(node);
for (int m = 0; m < wakeUpResendQueue.Count; m++)
{
node.SendMessage(wakeUpResendQueue[m]);
}
wakeUpResendQueue.Clear();
nodeEvent = new ZWaveEvent(node, EventParameter.WakeUpNotify, 1, 0);
break;
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (cmdType == (byte)Command.SensorBinaryReport)
{
nodeEvent = new ZWaveEvent(node, EventParameter.Generic, message[9], 0);
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[1];
if (cmdType == (byte)Command.SceneActivationSet)
{
nodeEvent = new ZWaveEvent(node, EventParameter.SensorGeneric, (double)message[2], 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (cmdType == (byte)Command.BasicReport || cmdType == (byte)Command.BasicSet)
{
int levelValue = (int)message[9];
nodeEvent = new ZWaveEvent(node, EventParameter.Level, (double)levelValue, 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (cmdType == (byte)Command.MeterReport)
{
EnergyValue energy = EnergyValue.Parse(message);
nodeEvent = new ZWaveEvent(node, energy.EventType, energy.Value, 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (cmdType == (byte)Command.AlarmReport)
{
var alarm = AlarmValue.Parse(message);
nodeEvent = new ZWaveEvent(node, alarm.EventType, alarm.Value, 0);
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[1];
if (message.Length > 0 && cmdType == (byte)Command.BatteryReport) // Battery Report
{
int batteryLevel = message[2];
nodeEvent = new ZWaveEvent(node, EventParameter.Battery, batteryLevel, 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (cmdType == (byte)Command.SwitchBinaryReport || cmdType == (byte)Command.SwitchBinarySet) // some devices use this instead of report
{
int levelValue = (int)message[9];
nodeEvent = new ZWaveEvent(node, EventParameter.Level, (double)levelValue, 0);
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[1];
if (cmdType == (byte)Command.UserCodeReport)
{
var reportedUserCode = UserCodeValue.Parse(message);
var userCode = GetUserCodeData(node);
userCode.TagCode = reportedUserCode.TagCode;
userCode.UserId = reportedUserCode.UserId;
userCode.UserIdStatus = reportedUserCode.UserIdStatus;
nodeEvent = new ZWaveEvent(node, EventParameter.UserCode, reportedUserCode, 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (cmdType == (byte)Command.SensorMultilevelReport)
{
var sensor = SensorValue.Parse(message);
if (sensor.Parameter == ZWaveSensorParameter.Unknown)
{
byte key = message[9];
nodeEvent = new ZWaveEvent(node, EventParameter.Generic, sensor.Value, 0);
Console.WriteLine("\nUNHANDLED SENSOR PARAMETER TYPE => " + key + "\n");
}
else
{
nodeEvent = new ZWaveEvent(node, sensor.EventType, sensor.Value, 0);
}
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[1];
if (cmdType == (byte)Command.SensorMultilevelReport)
{
var sensor = SensorValue.Parse(message);
if (sensor.Parameter == ZWaveSensorParameter.Unknown)
{
byte key = message[2];
nodeEvent = new ZWaveEvent(node, EventParameter.SensorGeneric, sensor.Value, 0);
Utility.DebugLog(DebugMessageType.Warning, "Unhandled sensor parameter type: " + key);
}
else
{
nodeEvent = new ZWaveEvent(node, sensor.EventType, sensor.Value, 0);
}
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
if (message.Length > 7)
{
byte[] manufacturerId = new byte[2] { message[2], message[3] };
byte[] typeId = new byte[2] { message[4], message[5] };
byte[] productId = new byte[2] { message[6], message[7] };
var manufacturerSpecs = new ManufacturerSpecificInfo() {
TypeId = Utility.ByteArrayToString(typeId).Replace(" ", ""),
ProductId = Utility.ByteArrayToString(productId).Replace(" ", ""),
ManufacturerId = Utility.ByteArrayToString(manufacturerId).Replace(" ", "")
};
nodeEvent = new ZWaveEvent(node, EventParameter.ManufacturerSpecific, manufacturerSpecs, 0);
}
return nodeEvent;
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[8];
if (message.Length > 14)
{
byte[] manufacturerId = new byte[2] { message[9], message[10] };
byte[] typeId = new byte[2] { message[11], message[12] };
byte[] productId = new byte[2] { message[13], message[14] };
var manufacturerSpecs = new ManufacturerSpecificInfo() {
TypeId = Utility.ByteArrayToString(typeId).Replace(" ", ""),
ProductId = Utility.ByteArrayToString(productId).Replace(" ", ""),
ManufacturerId = Utility.ByteArrayToString(manufacturerId).Replace(" ", "")
};
nodeEvent = new ZWaveEvent(node, EventParameter.ManufacturerSpecific, manufacturerSpecs, 0);
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[1];
// we want to get in to that we can handle NO Associations
if (message.Length > 4 && cmdType == (byte)Command.AssociationReport)
{
byte groupId = message[2];
byte associationMax = message[3];
byte associationCount = message[4]; // it is always zero ?!?
string associationNodes = "";
if (message.Length > 4)
{
for (int a = 5; a < message.Length; a++)
{
associationNodes += message[a] + ",";
}
}
associationNodes = associationNodes.TrimEnd(',');
// We don't want to send empty response since it will be handled as "timeout"
// so setting it to "None"
if (associationNodes.Length == 0)
{
associationNodes = "None";
}
//
var associationResponse = new AssociationResponse() {
Max = associationMax,
Count = associationCount,
NodeList = associationNodes,
GroupId = groupId
};
nodeEvent = new ZWaveEvent(node, EventParameter.Association, associationResponse, 0);
}
return nodeEvent;
}
public byte[] GeneratePrivateNetworkKey()
{
privateNetworkKey = new byte[16];
Random rnd = new Random();
rnd.NextBytes(privateNetworkKey);
// notify the controller that the privateNetworkKey was generated so that it can save it
ZWaveEvent keyGenEvent = new ZWaveEvent(parentNode, EventParameter.SecurityGeneratedKey, 0, 0);
parentNode.RaiseUpdateParameterEvent(keyGenEvent);
return privateNetworkKey;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
//byte cmdClass = message[0];
byte cmdType = message[1];
byte instanceCmdClass = message[2];
switch (cmdType)
{
case (byte)Command.MultiInstanceEncapsulated:
nodeEvent = HandleMultiInstanceEncapReport(node, message);
break;
//case (byte) Command.MultiInstanceReport:
case (byte) Command.MultiChannelEncapsulated:
nodeEvent = HandleMultiChannelEncapReport(node, message);
//if (nodeEvent != null)
//{
// nodeEvent.Instance = (int) message[2];
//}
break;
case (byte) Command.MultiInstanceCountReport:
byte instanceCount = message[3];
switch (instanceCmdClass)
{
case (byte) CommandClass.SwitchBinary:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSwitchBinaryCount, instanceCount, 0);
break;
case (byte) CommandClass.SwitchMultilevel:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSwitchMultilevelCount, instanceCount, 0);
break;
case (byte) CommandClass.SensorBinary:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSensorBinaryCount, instanceCount, 0);
break;
case (byte) CommandClass.SensorMultilevel:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSensorMultilevelCount, instanceCount, 0);
break;
}
break;
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdType = message[1];
if (cmdType == (byte)Command.DoorLockReport)
{
nodeEvent = new ZWaveEvent(node, EventParameter.DoorLockStatus, message[2], 0);
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
byte cmdType = message[1];
byte[] decryptedMessage;
ZWaveEvent nodeEvent = null;
int startOffset = 1;
switch (cmdType)
{
case (byte)SecurityCommand.SupportedReport:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_SUPPORTED_REPORT for node: " + node.Id);
/* this is a list of CommandClasses that should be Encrypted.
* and it might contain new command classes that were not present in the NodeInfoFrame
* so we have to run through, mark existing Command Classes as SetSecured (so SendMsg in the Driver
* class will route the unecrypted messages to our SendMsg) and for New Command
* Classes, create them, and of course, also do a SetSecured on them.
*
* This means we must do a SecurityCmd_SupportedGet request ASAP so we dont have
* Command Classes created after the Discovery Phase is completed!
*/
byte[] securedClasses = new byte[message.Length - 3];
Array.Copy(message, 3, securedClasses, 0, message.Length - 3);
nodeEvent = new ZWaveEvent(node, EventParameter.SecurityNodeInformationFrame, securedClasses, 0);
break;
case (byte)SecurityCommand.SchemeReport:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_SCHEME_REPORT for node: " + node.Id + ", " + (startOffset + 1));
int schemes = message[startOffset + 1];
SecurityData nodeSecurityData = GetSecurityData(node);
if (nodeSecurityData.SchemeAgreed)
{
break;
}
else if (schemes == (byte)SecurityScheme.SchemeZero)
{
SetNetworkKey(node);
nodeSecurityData.SchemeAgreed = true;
}
else
{
Utility.DebugLog(DebugMessageType.Information, " No common security scheme. The device will continue as an unsecured node.");
}
break;
case (byte)SecurityCommand.NonceGet:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NONCE_GET for node: " + node.Id);
/* the Device wants to send us a Encrypted Packet, and thus requesting for our latest NONCE */
SendNonceReport(node);
break;
case (byte)SecurityCommand.MessageEncap:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_MESSAGE_ENCAP for node: " + node.Id);
/* We recieved a Encrypted single packet from the Device. Decrypt it. */
decryptedMessage = DecryptMessage(node, message, startOffset);
if (decryptedMessage != null)
{
nodeEvent = new ZWaveEvent(node, EventParameter.SecurityDecriptedMessage, decryptedMessage, 0);
}
break;
case (byte)SecurityCommand.NonceReport:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NONCE_REPORT for node: " + node.Id);
/* we recieved a NONCE from a device, so assume that there is something in a queue to send out */
ProcessNonceReport(node, message, startOffset);
break;
case (byte)SecurityCommand.MessageEncapNonceGet:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_MESSAGE_ENCAP_NONCE_GET for node: " + node.Id);
/* we recieved a encrypted packet from the device, and the device is also asking us to send a
* new NONCE to it, hence there must be multiple packets.*/
decryptedMessage = DecryptMessage(node, message, startOffset);
if (decryptedMessage != null)
{
nodeEvent = new ZWaveEvent(node, EventParameter.SecurityDecriptedMessage, decryptedMessage, 0);
}
/* Regardless of the success/failure of Decrypting, send a new NONCE */
SendNonceReport(node);
break;
case (byte)SecurityCommand.NetworkKeySet:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NETWORK_KEY_SET for node: " + node.Id + ", " + (startOffset + 1));
/* we shouldn't get a NetworkKeySet from a node if we are the controller
* as we send it out to the Devices
*/
break;
case (byte)SecurityCommand.NetworkKeyVerify:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NETWORK_KEY_VERIFY for node: " + node.Id + ", " + (startOffset + 1));
/*
* if we can decrypt this packet, then we are assured that our NetworkKeySet is successfull
* and thus should set the Flag referenced in SecurityCmd_SchemeReport
*/
GetSupported(node);
break;
case (byte)SecurityCommand.SchemeInherit:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_SCHEME_INHERIT for node: " + node.Id);
/* only used in a Controller Replication Type enviroment. */
break;
}
return(nodeEvent);
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdClass = message[7];
byte cmdType = message[8];
byte instanceCmdClass = message[9];
switch (cmdType)
{
case (byte)Command.MultiInstanceReport:
case (byte)Command.MultiInstaceV2Encapsulated:
byte[] instanceMessage;
byte instanceNumber = message[9];
// if it's a COMMAND_MULTIINSTANCEV2_ENCAP we shift key and val +1 byte
if (cmdType == (byte)Command.MultiInstaceV2Encapsulated)
{
instanceCmdClass = message[11];
instanceMessage = new byte[message.Length - 4];
System.Array.Copy(message, 4, instanceMessage, 0, message.Length - 4);
}
else
{
instanceCmdClass = message[10];
instanceMessage = new byte[message.Length - 3];
System.Array.Copy(message, 3, instanceMessage, 0, message.Length - 3);
}
switch (instanceCmdClass)
{
case (byte)CommandClass.Basic:
nodeEvent = Basic.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.Alarm:
nodeEvent = Alarm.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.SensorAlarm:
nodeEvent = SensorAlarm.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.SceneActivation:
nodeEvent = SceneActivation.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.SwitchBinary:
nodeEvent = SwitchBinary.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSwitchBinary, nodeEvent.Value);
}
break;
case (byte)CommandClass.SwitchMultilevel:
nodeEvent = SwitchMultilevel.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSwitchMultilevel, nodeEvent.Value);
}
break;
case (byte)CommandClass.SensorBinary:
nodeEvent = SensorBinary.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSensorBinary, nodeEvent.Value);
}
break;
case (byte)CommandClass.SensorMultilevel:
nodeEvent = SensorMultilevel.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSensorMultilevel, nodeEvent.Value);
}
break;
case (byte)CommandClass.Meter:
nodeEvent = Meter.GetEvent(node, instanceMessage);
break;
}
if (nodeEvent != null)
{
nodeEvent.Instance = (int)message[9];
}
break;
case (byte)Command.MultiInstanceCountReport:
byte instanceCount = message[10];
switch (instanceCmdClass)
{
case (byte)CommandClass.SwitchBinary:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSwitchBinaryCount, instanceCount, 0);
break;
case (byte)CommandClass.SwitchMultilevel:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSwitchMultilevelCount, instanceCount, 0);
break;
case (byte)CommandClass.SensorBinary:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSensorBinaryCount, instanceCount, 0);
break;
case (byte)CommandClass.SensorMultilevel:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSensorMultilevelCount, instanceCount, 0);
break;
}
break;
}
return(nodeEvent);
}
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdClass = message[7];
byte cmdType = message[8];
byte instanceCmdClass = message[9];
switch (cmdType)
{
case (byte)Command.MultiInstanceReport:
case (byte)Command.MultiInstaceV2Encapsulated:
byte[] instanceMessage;
byte instanceNumber = message[9];
// if it's a COMMAND_MULTIINSTANCEV2_ENCAP we shift key and val +1 byte
if (cmdType == (byte)Command.MultiInstaceV2Encapsulated)
{
instanceCmdClass = message[11];
instanceMessage = new byte[message.Length - 4];
System.Array.Copy(message, 4, instanceMessage, 0, message.Length - 4);
}
else
{
instanceCmdClass = message[10];
instanceMessage = new byte[message.Length - 3];
System.Array.Copy(message, 3, instanceMessage, 0, message.Length - 3);
}
switch (instanceCmdClass)
{
case (byte)CommandClass.Basic:
nodeEvent = Basic.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.Alarm:
nodeEvent = Alarm.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.SensorAlarm:
nodeEvent = SensorAlarm.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.SceneActivation:
nodeEvent = SceneActivation.GetEvent(node, instanceMessage);
break;
case (byte)CommandClass.SwitchBinary:
nodeEvent = SwitchBinary.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSwitchBinary, nodeEvent.Value);
}
break;
case (byte)CommandClass.SwitchMultilevel:
nodeEvent = SwitchMultilevel.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSwitchMultilevel, nodeEvent.Value);
}
break;
case (byte)CommandClass.SensorBinary:
nodeEvent = SensorBinary.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSensorBinary, nodeEvent.Value);
}
break;
case (byte)CommandClass.SensorMultilevel:
nodeEvent = SensorMultilevel.GetEvent(node, instanceMessage);
if (nodeEvent != null)
{
node.RaiseUpdateParameterEvent(instanceNumber, EventParameter.MultiinstanceSensorMultilevel, nodeEvent.Value);
}
break;
case (byte)CommandClass.Meter:
nodeEvent = Meter.GetEvent(node, instanceMessage);
break;
}
if (nodeEvent != null)
{
nodeEvent.Instance = (int)message[9];
}
break;
case (byte)Command.MultiInstanceCountReport:
byte instanceCount = message[10];
switch (instanceCmdClass)
{
case (byte)CommandClass.SwitchBinary:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSwitchBinaryCount, instanceCount, 0);
break;
case (byte)CommandClass.SwitchMultilevel:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSwitchMultilevelCount, instanceCount, 0);
break;
case (byte)CommandClass.SensorBinary:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSensorBinaryCount, instanceCount, 0);
break;
case (byte)CommandClass.SensorMultilevel:
nodeEvent = new ZWaveEvent(node, EventParameter.MultiinstanceSensorMultilevelCount, instanceCount, 0);
break;
}
break;
}
return nodeEvent;
}
private ZWaveEvent GetNestedEvent(byte commandClass, ZWaveEvent nodeEvent)
{
ZWaveEvent nestedEvent = null;
switch (commandClass)
{
case (byte) CommandClass.SwitchBinary:
nestedEvent = new ZWaveEvent(nodeEvent.Node, EventParameter.MultiinstanceSwitchBinary, nodeEvent.Value, nodeEvent.Instance);
break;
case (byte) CommandClass.SwitchMultilevel:
nestedEvent = new ZWaveEvent(nodeEvent.Node, EventParameter.MultiinstanceSwitchMultilevel, nodeEvent.Value, nodeEvent.Instance);
break;
case (byte) CommandClass.SensorBinary:
nestedEvent = new ZWaveEvent(nodeEvent.Node, EventParameter.MultiinstanceSensorBinary, nodeEvent.Value, nodeEvent.Instance);
break;
case (byte) CommandClass.SensorMultilevel:
nestedEvent = new ZWaveEvent(nodeEvent.Node, EventParameter.MultiinstanceSensorMultilevel, nodeEvent.Value, nodeEvent.Instance);
break;
}
return nestedEvent;
}
// all Thermostat command classes use
// 0x01 for the "set" command (same as Command.BasicSet)
// 0x02 for the "get" command (same as Command.BasicGet)
// 0x03 value for the "report" command (that is the same as Command.BasicReport)
public static ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
ZWaveEvent nodeEvent = null;
byte cmdClass = message[7];
byte cmdType = message[8];
if (cmdType == (byte)Command.BasicReport)
{
switch (cmdClass)
{
case (byte)CommandClass.ThermostatMode:
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatMode, (Thermostat.Mode)message[9], 0);
break;
case (byte)CommandClass.ThermostatOperatingState:
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatOperatingState, message[9], 0);
break;
case (byte)CommandClass.ThermostatFanMode:
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatFanMode, message[9], 0);
break;
case (byte)CommandClass.ThermostatFanState:
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatFanState, message[9], 0);
break;
case (byte)CommandClass.ThermostatHeating:
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatHeating, message[9], 0);
break;
case (byte)CommandClass.ThermostatSetBack:
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatSetBack, message[9], 0);
break;
case (byte)CommandClass.ThermostatSetPoint:
ZWaveValue zvalue = ZWaveValue.ExtractValueFromBytes(message, 11);
var setPoint = GetSetPointData(node);
setPoint.Precision = zvalue.Precision;
setPoint.Scale = zvalue.Scale;
setPoint.Size = zvalue.Size;
setPoint.Value = zvalue.Value;
dynamic ptype = new ExpandoObject();
ptype.Type = (SetPointType)message[9];
// convert from Fahrenheit to Celsius if needed
ptype.Value = (zvalue.Scale == (int)ZWaveTemperatureScaleType.Fahrenheit ? SensorValue.FahrenheitToCelsius(zvalue.Value) : zvalue.Value);
nodeEvent = new ZWaveEvent(node, EventParameter.ThermostatSetPoint, ptype, 0);
break;
}
}
return nodeEvent;
}
public ZWaveEvent GetEvent(ZWaveNode node, byte[] message)
{
byte cmdType = message[1];
byte[] decryptedMessage;
ZWaveEvent nodeEvent = null;
int startOffset = 1;
switch (cmdType)
{
case (byte)SecurityCommand.SupportedReport:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_SUPPORTED_REPORT for node: " + node.Id);
/* this is a list of CommandClasses that should be Encrypted.
* and it might contain new command classes that were not present in the NodeInfoFrame
* so we have to run through, mark existing Command Classes as SetSecured (so SendMsg in the Driver
* class will route the unecrypted messages to our SendMsg) and for New Command
* Classes, create them, and of course, also do a SetSecured on them.
*
* This means we must do a SecurityCmd_SupportedGet request ASAP so we dont have
* Command Classes created after the Discovery Phase is completed!
*/
byte[] securedClasses = new byte[message.Length - 3];
Array.Copy(message, 3, securedClasses, 0, message.Length - 3);
nodeEvent = new ZWaveEvent(node, EventParameter.SecurityNodeInformationFrame, securedClasses, 0);
break;
case (byte)SecurityCommand.SchemeReport:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_SCHEME_REPORT for node: " + node.Id + ", " + (startOffset + 1));
int schemes = message[startOffset + 1];
SecurityData nodeSecurityData = GetSecurityData(node);
if (nodeSecurityData.SchemeAgreed)
{
break;
}
else if (schemes == (byte)SecurityScheme.SchemeZero)
{
SetNetworkKey(node);
nodeSecurityData.SchemeAgreed = true;
}
else
{
Utility.DebugLog(DebugMessageType.Information, " No common security scheme. The device will continue as an unsecured node.");
}
break;
case (byte)SecurityCommand.NonceGet:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NONCE_GET for node: " + node.Id);
/* the Device wants to send us a Encrypted Packet, and thus requesting for our latest NONCE */
SendNonceReport(node);
break;
case (byte)SecurityCommand.MessageEncap:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_MESSAGE_ENCAP for node: " + node.Id);
/* We recieved a Encrypted single packet from the Device. Decrypt it. */
decryptedMessage = DecryptMessage(node, message, startOffset);
if (decryptedMessage != null)
nodeEvent = new ZWaveEvent(node, EventParameter.SecurityDecriptedMessage, decryptedMessage, 0);
break;
case (byte)SecurityCommand.NonceReport:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NONCE_REPORT for node: " + node.Id);
/* we recieved a NONCE from a device, so assume that there is something in a queue to send out */
ProcessNonceReport(node, message, startOffset);
break;
case (byte)SecurityCommand.MessageEncapNonceGet:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_MESSAGE_ENCAP_NONCE_GET for node: " + node.Id);
/* we recieved a encrypted packet from the device, and the device is also asking us to send a
* new NONCE to it, hence there must be multiple packets.*/
decryptedMessage = DecryptMessage(node, message, startOffset);
if (decryptedMessage != null)
nodeEvent = new ZWaveEvent(node, EventParameter.SecurityDecriptedMessage, decryptedMessage, 0);
/* Regardless of the success/failure of Decrypting, send a new NONCE */
SendNonceReport(node);
break;
case (byte)SecurityCommand.NetworkKeySet:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NETWORK_KEY_SET for node: " + node.Id + ", " + (startOffset + 1));
/* we shouldn't get a NetworkKeySet from a node if we are the controller
* as we send it out to the Devices
*/
break;
case (byte)SecurityCommand.NetworkKeyVerify:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_NETWORK_KEY_VERIFY for node: " + node.Id + ", " + (startOffset + 1));
/*
* if we can decrypt this packet, then we are assured that our NetworkKeySet is successfull
* and thus should set the Flag referenced in SecurityCmd_SchemeReport
*/
GetSupported(node);
break;
case (byte)SecurityCommand.SchemeInherit:
Utility.DebugLog(DebugMessageType.Information, "Received COMMAND_SCHEME_INHERIT for node: " + node.Id);
/* only used in a Controller Replication Type enviroment. */
break;
}
return nodeEvent;
}