internal ZclCommand(ZclCluster cluster, byte id, String name, bool specificResponseRequired)
{
m_cluster = cluster;
m_Id = id;
m_zigBeeStatus = ZclHelper.ZCL_ERROR_SUCCESS;
// as far as ZigBeeCommand class is concerned a response will always be required
// ZCL will use the Default Response if ZclCommand require no specific response
m_responseRequired = true;
if (specificResponseRequired)
{
m_useDefaultResponse = false;
}
else
{
m_useDefaultResponse = true;
}
this.Name = m_cluster.Name + "_" + name;
this.Description = null;
this.HResult = ZclHelper.ZigBeeStatusToHResult(m_zigBeeStatus);
m_isZdoCommand = false;
ZclHelper.SetClusterSpecificHeader(ref m_zclHeader, 0);
int offset = ZclHelper.GetCommandIdOffset(ref m_zclHeader, 0);
m_zclHeader[offset] = m_Id;
m_zclInParamList = new List <ZclValue>();
InputParams = new List <IAdapterValue>();
OutputParams = new List <IAdapterValue>();
}
internal ZclCluster GetCluster(UInt16 clusterId)
{
ZclCluster cluster = null;
// 1st check in in cluster list then in out cluster list (if necessary)
if (!m_inClusters.TryGetValue(clusterId, out cluster))
{
m_outClusters.TryGetValue(clusterId, out cluster);
}
return(cluster);
}
public ZclCluster CreateClusterInstance(ZigBeeEndPoint endPoint, UInt16 clusterId, List <UInt16> supportedAttributes)
{
// create instance of cluster depending on its Id,
// e.g.: create OnOffCluster instance if id correspond to OnOff cluster
ZclCluster cluster = null;
if (IsClusterSupported(clusterId))
{
switch (clusterId)
{
case PowerConfigurationCluster.CLUSTER_ID:
cluster = new PowerConfigurationCluster(endPoint, supportedAttributes);
break;
case OnOffCluster.CLUSTER_ID:
cluster = new OnOffCluster(endPoint, supportedAttributes);
break;
case LevelControlCluster.CLUSTER_ID:
cluster = new LevelControlCluster(endPoint, supportedAttributes);
break;
case AlarmCluster.CLUSTER_ID:
cluster = new AlarmCluster(endPoint, supportedAttributes);
break;
case DoorLockCluster.CLUSTER_ID:
cluster = new DoorLockCluster(endPoint, supportedAttributes);
break;
case ColorControlCluster.CLUSTER_ID:
cluster = new ColorControlCluster(endPoint, supportedAttributes);
break;
case TemperatureCluster.CLUSTER_ID:
cluster = new TemperatureCluster(endPoint, supportedAttributes);
break;
case RelativeHumidityCluster.CLUSTER_ID:
cluster = new RelativeHumidityCluster(endPoint, supportedAttributes);
break;
case IASZoneCluster.CLUSTER_ID:
cluster = new IASZoneCluster(endPoint, supportedAttributes);
break;
}
}
return(cluster);
}
internal ZclAttribute(ZclCluster cluster, UInt16 id, String name, byte zigBeeType, bool isReadOnly = false, bool isOptional = false, bool isReportable = false)
{
// save parent cluster
m_cluster = cluster;
// attribute specific
m_Id = id;
m_isReadOnly = isReadOnly;
m_isOptional = isOptional;
m_zigBeeType = zigBeeType;
// ZigBee command specific
m_isZdoCommand = false;
int offset = ZclHelper.GetCommandIdOffset(ref m_zclHeader, 0);
m_zclHeader[offset] = COMMAND_ID_READ_ATTRIBUTE;
// BridgeRT specific
Value = new ZclValue(zigBeeType, name);
Annotations = new Dictionary <string, string>();
if (isReadOnly)
{
Access = E_ACCESS_TYPE.ACCESS_READ;
}
else
{
Access = E_ACCESS_TYPE.ACCESS_READWRITE;
}
if (isReportable)
{
COVBehavior = SignalBehavior.Always;
}
else
{
COVBehavior = SignalBehavior.Unspecified;
}
}
public ZclServerCommand(ZclCluster cluster, byte commandId)
{
m_cluster = cluster;
m_commandId = commandId;
}