static void MacBase_OnNeighborChange(IMAC macInstance, DateTime time)
{
var neighborList = MACBase.NeighborListArray();
macInstance.NeighborList(neighborList);
PrintNeighborList("\t\tNeighbor list CHANGE for Node [" + _macBase.MACRadioObj.RadioAddress + "]: ", neighborList);
}
public static void Send_ResetWave()
{
// If in a reset wave already, return.
if (RoutingGlobal._color == Color.Red)
{
return;
}
// Refresh children table
_children.CleanseChildrenTable();
if (!_children.IsEmpty())
{
RoutingGlobal._color = Color.Red;
var msgBytes = new byte[3];
var size = ComposeMessages.CreateResetMessage(msgBytes, (ushort)_resetMsgNum);
MulticastToChildren(msgBytes, size);
_distResetTimer.Change(120000, Timeout.Infinite); // 2 min timer. TODO: Make timeout interval contingent on distance from the reset wave origin
}
else
{
// Create status query to existing candidates
var msgBytes = new byte[3];
var size = ComposeMessages.CreateStatusQueryMessage(msgBytes, (ushort)_statusMsgNum);
// Multicast query to candidates
if (MulticastToCandidates(msgBytes, size)) // If there are candidates
{
// Wait for response
_statusResponseTimer.Change(10000, Timeout.Infinite); // 10 second timer
// Reset candidate table
ushort[] neighbors = MACBase.NeighborListArray();
CandidateTable.Initialize((byte)neighbors.Length);
}
else //Empty candidate table; set parent immediately
{
// Set best node in candidate table as parent
RoutingGlobal.SetParent(false);
// Reset params
RoutingGlobal._color = Color.Green;
// Send "Add Parent" message to new parent
DistributedReset.Send_AddParent();
_statusMsgNum++;
_resetMsgNum++;
}
}
}
private static void RadioSend(string toSend)
{
var toSendByte = Encoding.UTF8.GetBytes(HeaderRequest + toSend);
var neighborList = MACBase.NeighborListArray();
_macBase.NeighborList(neighborList);
foreach (var theNeighbor in neighborList)
{
if (theNeighbor == 0)
{
break;
}
Debug.Print("\tSending request message \"" + toSend + "\" to " + theNeighbor);
_macBase.Send(theNeighbor, toSendByte, 0, (ushort)toSendByte.Length);
}
}
internal void CleanseChildrenTable()
{
ushort[] _neighborList = MACBase.NeighborListArray();
_distResetPipe.NeighborList(_neighborList); // Get current neighborlist
foreach (ushort c in _childrenList)
{
if (Array.IndexOf(_neighborList, c) == -1)
{
#if DBG_VERBOSE
Debug.Print("--- CHILDREN LIST CLEANUP: Removing stale child: " + c + " ---");
#elif DBG_SIMPLE
Debug.Print("Removing stale child: " + c);
#endif
DropChild(c);
}
}
}
public static void CleanseCandidateTable(MACPipe pipe)
{
ushort[] _neighborList = MACBase.NeighborListArray();
pipe.NeighborList(_neighborList); // Get current neighborlist
foreach (Candidate c in CandidateTable._candidateList)
{
ushort macID = c.GetMacID();
if (Array.IndexOf(_neighborList, macID) == -1)
{
#if DBG_VERBOSE
Debug.Print("--- CANDIDATE LIST CLEANUP: Removing stale candidate: " + macID + " ---");
#elif DBG_SIMPLE
Debug.Print("Removing stale candidate: " + macID);
#endif
CandidateTable.DropCandidate(macID);
}
}
}
private static void Reset_State(object state)
{
#if DBG_VERBOSE
Debug.Print("*** RESET WAVE TIMEOUT FIRED: Initiating completion wave# " + _resetMsgNum + " ***");
#elif DBG_SIMPLE
Debug.Print("Initiating completion wave " + _resetMsgNum + "");
#endif
Send_CompletionWave(_resetMsgNum);
// Purge children table
_children = new ChildrenList();
_completionMsgs = null;
// Create status query to existing candidates
var msgBytes = new byte[3];
var size = ComposeMessages.CreateStatusQueryMessage(msgBytes, (ushort)_statusMsgNum);
// Multicast query to candidates
if (MulticastToCandidates(msgBytes, size)) // If there are candidates
{
// Wait for response
_statusResponseTimer.Change(10000, Timeout.Infinite); // 10 second timer
// Reset candidate table
ushort[] neighbors = MACBase.NeighborListArray();
CandidateTable.Initialize((byte)neighbors.Length);
}
else //Empty candidate table; set parent immediately
{
// Set best node in candidate table as parent
RoutingGlobal.SetParent(false);
// Reset params
RoutingGlobal._color = Color.Green;
// Send "Add Parent" message to new parent
DistributedReset.Send_AddParent();
_statusMsgNum++;
}
_resetMsgNum++; // No more completion messages to be accepted beyond this point
}
/// <summary>
/// Send a message to all neighbors
/// </summary>
/// <param name="mac"></param>
/// <param name="message"></param>
/// <param name="messageLength"></param>
public static void Broadcast(IMAC mac, byte[] message, int messageLength)
{
var neighbors = MACBase.NeighborListArray();
mac.NeighborList(neighbors);
#if !DBG_LOGIC
PrintNeighborList(mac);
#endif
var pipe = mac as MACPipe;
#if DBG_VERBOSE
if (pipe != null)
{
PrintNumericVals("Broadcast (on MACPipe " + pipe.PayloadType + "): ", message, messageLength);
}
else
{
PrintNumericVals("Broadcast: ", message, messageLength);
}
#endif
foreach (var theNeighbor in neighbors)
{
if (theNeighbor == 0)
{
continue;
}
var status = pipe.EnqueueToSend(theNeighbor, message, 0, (ushort)messageLength);
#if DBG_VERBOSE
if (status != NetOpStatus.S_Success)
{
Debug.Print("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Send status: " + status);
}
Debug.Print("\tSent to " + theNeighbor);
#elif DBG_SIMPLE
Debug.Print("\tSent to " + theNeighbor + ", status: " + status);
#endif
}
}
/// <summary>
/// Send a message to all neighbors - moved here from SystemGlobal
/// </summary>
/// <param name="mac"></param>
/// <param name="message"></param>
/// <param name="messageLength"></param>
public static void BroadcastBeacon(IMAC mac, byte[] message, int messageLength)
{
var neighbors = MACBase.NeighborListArray();
mac.NeighborList(neighbors);
#if !DBG_LOGIC
SystemGlobal.PrintNeighborList(mac);
#endif
var pipe = mac as MACPipe;
#if DBG_VERBOSE
if (pipe != null)
{
PrintNumericVals("Broadcast (on MACPipe " + pipe.PayloadType + "): ", message, messageLength);
}
else
{
PrintNumericVals("Broadcast: ", message, messageLength);
}
#endif
foreach (var theNeighbor in neighbors)
{
if (theNeighbor == 0)
{
continue;
}
var status = pipe.EnqueueToSend(theNeighbor, message, 0, (ushort)messageLength);
if (pipe.IsMsgIDValid(status))
{
// Update link metrics
if (theNeighbor == Parent)
{
UpdateNumTriesInCurrentWindow_Parent(1);
#if !DBG_LOGIC
Debug.Print("Updated numTriesInCurrentWindow for parent " + theNeighbor + "; new value = " + GetNumTriesInCurrentWindow_Parent());
#endif
}
else
{
byte cindex = CandidateTable.findIndex(theNeighbor);
if (cindex < byte.MaxValue)
{
CandidateTable._candidateList[cindex].UpdateNumTriesInCurrentWindow(1);
#if !DBG_LOGIC
Debug.Print("Updated numTriesInCurrentWindow for candidate " + theNeighbor + "; new value = " + CandidateTable._candidateList[cindex].GetNumTriesInCurrentWindow());
#endif
}
}
#if DBG_VERBOSE
if (status != NetOpStatus.S_Success)
{
Debug.Print("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Send status: " + status);
}
Debug.Print("\tSent to " + theNeighbor);
#elif DBG_SIMPLE
Debug.Print("\tSent to " + theNeighbor + ", status: " + status);
#endif
}
}
}
/*CAUTION: Any change in the advanced heartbeat structure should be accounted for in variables
* NetManagerGlobal.AdvHeartbeatFixedSize and NetManagerGlobal.EachNeighborInfoSize
*/
private static void Send_AdvancedHeartbeat(object state)
{
ushort[] neighbors = MACBase.NeighborListArray();
_neighborInfoManagerPipe.MACBase.MACNeighborList(neighbors);
// Find the number of neighbors
byte num_nbrs = 0;
for (int i = 0; i < neighbors.Length; i++)
{
if (neighbors[i] == 0) // At the end
{
break;
}
num_nbrs++;
}
if (num_nbrs == 0)
{
return;
}
_numBeat++;
ushort[] valid_nbrs;
byte[] nbrStatus;
ushort[] numSamplesRec;
ushort[] numSyncSent;
byte[] avgRSSI;
byte[] ewrnp;
byte[] isAvailableForUpperLayers;
// TODO: Make this if-else more compact
if (num_nbrs <= NetManagerGlobal.MaxNeighborsPerHeartbeat) // Send all information
{
valid_nbrs = new ushort[num_nbrs];
nbrStatus = new byte[num_nbrs];
numSamplesRec = new ushort[num_nbrs];
numSyncSent = new ushort[num_nbrs];
avgRSSI = new byte[num_nbrs];
ewrnp = new byte[num_nbrs];
isAvailableForUpperLayers = new byte[num_nbrs];
// Initialize ewrnp array with maxEtx
for (int i = 0; i < ewrnp.Length; i++)
{
ewrnp[i] = RoutingGlobal.MaxEtx;
}
for (int i = 0; i < num_nbrs; i++)
{
var nbr_name = neighbors[i];
Neighbor nbr = _neighborInfoManagerPipe.NeighborStatus(nbr_name);
valid_nbrs[i] = nbr_name;
nbrStatus[i] = (byte)nbr.NeighborStatus;
numSamplesRec[i] = nbr.NumOfTimeSamplesRecorded;
numSyncSent[i] = nbr.NumTimeSyncMessagesSent;
avgRSSI[i] = (byte)((nbr.ReceiveLink.AverageRSSI + nbr.SendLink.AverageRSSI)); // * 0.5;
int index = CandidateTable.findIndex(nbr_name);
if (RoutingGlobal.Parent == nbr_name)
{
ewrnp[i] = RoutingGlobal.GetPathEWRNP();
}
else if (index < byte.MaxValue)
{
ewrnp[i] = (byte)CandidateTable._candidateList[index].GetPathEWRNP();
}
isAvailableForUpperLayers[i] = nbr.IsAvailableForUpperLayers ? (byte)1 : (byte)0;
}
}
else // Starting with the current head pointer, use neighbor list as a circular array to send out info for NetManagerGlobal.MaxNeighborsPerHeartbeat consecutive neighbors
{
valid_nbrs = new ushort[NetManagerGlobal.MaxNeighborsPerHeartbeat];
nbrStatus = new byte[NetManagerGlobal.MaxNeighborsPerHeartbeat];
numSamplesRec = new ushort[NetManagerGlobal.MaxNeighborsPerHeartbeat];
numSyncSent = new ushort[NetManagerGlobal.MaxNeighborsPerHeartbeat];
avgRSSI = new byte[NetManagerGlobal.MaxNeighborsPerHeartbeat];
ewrnp = new byte[NetManagerGlobal.MaxNeighborsPerHeartbeat];
isAvailableForUpperLayers = new byte[NetManagerGlobal.MaxNeighborsPerHeartbeat];
// Initialize ewrnp array with maxEtx
for (int i = 0; i < ewrnp.Length; i++)
{
ewrnp[i] = RoutingGlobal.MaxEtx;
}
for (int i = 0; i < NetManagerGlobal.MaxNeighborsPerHeartbeat; i++)
{
// If current head pointer has a higher index than number of neighbors (owing to loss), restart at index 0; otherwise, start at current head pointer
circ_headptr = (circ_headptr < num_nbrs) ? (byte)(circ_headptr % num_nbrs) : (byte)0;
var nbr_name = neighbors[circ_headptr];
Neighbor nbr = _neighborInfoManagerPipe.NeighborStatus(nbr_name);
valid_nbrs[i] = nbr_name;
nbrStatus[i] = (byte)nbr.NeighborStatus;
numSamplesRec[i] = nbr.NumOfTimeSamplesRecorded;
numSyncSent[i] = nbr.NumTimeSyncMessagesSent;
avgRSSI[i] = (byte)((nbr.ReceiveLink.AverageRSSI + nbr.SendLink.AverageRSSI)); // * 0.5;
int index = CandidateTable.findIndex(nbr_name);
if (RoutingGlobal.Parent == nbr_name)
{
ewrnp[i] = RoutingGlobal.GetPathEWRNP();
}
else if (index < byte.MaxValue)
{
ewrnp[i] = (byte)CandidateTable._candidateList[index].GetPathEWRNP();
}
isAvailableForUpperLayers[i] = nbr.IsAvailableForUpperLayers ? (byte)1 : (byte)0;
circ_headptr = (byte)((circ_headptr + 1) % num_nbrs);
}
// Adjust circular buffer head pointer at the end
circ_headptr = (byte)((circ_headptr + 1) % num_nbrs);
}
#if DBG_DIAGNOSTIC
SystemGlobal.PrintNumericVals("Neighbor names: ", valid_nbrs);
SystemGlobal.PrintNumericVals("Neighbor status: ", nbrStatus);
SystemGlobal.PrintNumericVals("Avg RSSI: ", avgRSSI);
SystemGlobal.PrintNumericVals("Routing EWRNP: ", ewrnp);
SystemGlobal.PrintNumericVals("# samples rcvd: ", numSamplesRec);
SystemGlobal.PrintNumericVals("# timesync sent: ", numSyncSent);
SystemGlobal.PrintNumericVals("Available for upper layers: ", isAvailableForUpperLayers);
Debug.Print("Parent: " + RoutingGlobal.Parent);
Debug.Print("");
#endif
var size = NetManagerGlobal.MoteMessages.Compose.Heartbeat(NetManagerGlobal.MsgBytes, _neighborInfoManagerPipe.MACRadioObj.RadioAddress, (ushort)_numBeat, SystemGlobal.NodeType, RoutingGlobal.Parent, (byte)RoutingGlobal.GetPathEWRNP(), valid_nbrs, nbrStatus, numSamplesRec, numSyncSent, avgRSSI, ewrnp, isAvailableForUpperLayers, RoutingGlobal.Infinity);
//var size = NetManagerGlobal.MoteMessages.Compose.Heartbeat(NetManagerGlobal.MsgBytes, _neighborInfoManagerPipe.MACRadioObj.RadioAddress, (ushort)_numBeat, SystemGlobal.NodeType, RoutingGlobal.Parent, (byte)RoutingGlobal.BestEtx, neighbors, nbrStatus, avgRSSI, ewrnp);
#if !DBG_LOGIC
Debug.Print("NeighborInfo#" + _numBeat + " size: " + size);
#endif
#region Uncomment when not using scheduler
// If in a reset, do not forward TODO: Change this to "spray"
if (RoutingGlobal._color == Color.Red)
{
#if DBG_VERBOSE
Debug.Print("\tIn a Reset wave... not forwarded");
#endif
return;
}
// If parent is available, pass it on
if (RoutingGlobal.IsParent)
{
var status = RoutingGlobal.SendToParent(_neighborInfoManagerPipe, NetManagerGlobal.MsgBytes, size);
if (status != 999)
{
RoutingGlobal.UpdateNumTriesInCurrentWindow_Parent(1);
#if !DBG_LOGIC
Debug.Print("Updated numTriesInCurrentWindow for Parent " + RoutingGlobal.Parent + "; new value = " + RoutingGlobal.GetNumTriesInCurrentWindow_Parent());
#endif
if (!_sentPacketSizes.Contains(status))
{
_sentPacketSizes.Add(status, size);
}
}
else //Retry once
{
#if !DBG_LOGIC
Debug.Print("Retrying packet");
#endif
RoutingGlobal.CleanseCandidateTable(_neighborInfoManagerPipe);
Candidate tmpBest = CandidateTable.GetBestCandidate(false);
NetManagerGlobal.TempParent = tmpBest.GetMacID();
status = NetManagerGlobal.SendToTempParent(_neighborInfoManagerPipe, NetManagerGlobal.MsgBytes, size);
if (status != 999)
{
tmpBest.UpdateNumTriesInCurrentWindow(1);
#if !DBG_LOGIC
Debug.Print("Updated numTriesInCurrentWindow for TempParent " + NetManagerGlobal.TempParent + "; new value = " + tmpBest.GetNumTriesInCurrentWindow());
#endif
if (!_sentPacketSizes.Contains(status))
{
_sentPacketSizes.Add(status, size);
}
}
}
}
#endregion
}
private static void DistResetStreamReceive(IMAC macBase, DateTime time, Packet packet)
{
#if DBG_VERBOSE
DebuggingSupport.PrintMessageReceived(macBase, "Distributed Reset");
#endif
if (packet == null)
{
return;
}
#if !DBG_LOGIC
Debug.Print("\tRSSI: " + packet.RSSI + ", from " + packet.Src);
#endif
var rcvPayloadBytes = packet.Payload;
//var payload = new string(Encoding.UTF8.GetChars(rcvPayloadBytes));
#if DBG_VERBOSE
SystemGlobal.PrintNumericVals("\tDistributed reset Rcv: ", rcvPayloadBytes);
#endif
try
{
ushort[] neighbors = MACBase.NeighborListArray();
var neighborStatus = _distResetPipe.NeighborStatus(packet.Src);
if (neighborStatus == null)
{
#if DBG_VERBOSE
Debug.Print("\t\t!!!!!!!!!!!!!!!!! Node " + packet.Src + " is not a Neighbor (MACBase.NeighborStatus returned null)");
#elif DBG_SIMPLE
Debug.Print("Sender not a neighbor.");
#endif
// If node in children table, drop it
if (Array.IndexOf(_children._childrenList, packet.Src) < -1)
{
_children.DropChild(packet.Src);
}
return;
}
//Debug.Print("\t\tFwd avg RSSI: " + neighborStatus.ReceiveLink.AverageRSSI + ", Rev avg RSSI: " + neighborStatus.SendLink.AverageRSSI);
switch ((MessageIds)rcvPayloadBytes[0])
{
case MessageIds.AddParent:
#if !DBG_LOGIC
Debug.Print("\t>>> AddParent");
#endif
if (_children.AddChild(packet.Src))
{
#if DBG_VERBOSE
Debug.Print("+++ Added new child: " + packet.Src + " +++");
#elif DBG_SIMPLE
Debug.Print("Added new child: " + packet.Src);
#endif
}
else
{
#if DBG_VERBOSE
Debug.Print("@@@ Child already exists: " + packet.Src + " @@@");
#endif
}
return;
case MessageIds.DropParent:
#if !DBG_LOGIC
Debug.Print("\t>>> DropParent");
#endif
if (_children.DropChild(packet.Src))
{
#if DBG_VERBOSE
Debug.Print("--- Dropped child: " + packet.Src + " ---");
#elif DBG_SIMPLE
Debug.Print("Dropped child: " + packet.Src);
#endif
}
else
{
#if DBG_VERBOSE
Debug.Print("@@@ Child does not exist: " + packet.Src + " @@@");
#endif
}
return;
case MessageIds.Reset:
#if !DBG_LOGIC
Debug.Print("\t>>> ResetWave");
#endif
// Decode round number
ushort round_num;
ParseMessages.ParseResetMessage(rcvPayloadBytes, out round_num);
// Is this a legit reset wave?
if (RoutingGlobal._color == Color.Red || packet.Src != RoutingGlobal.Parent || round_num != _resetMsgNum)
{
#if DBG_VERBOSE
Debug.Print("!!! ILLEGAL RESET WAVE# " + round_num + ": Received from: " + packet.Src + " !!!");
#elif DBG_SIMPLE
Debug.Print("Illegal reset wave " + round_num + " from " + packet.Src);
#endif
return;
}
// Refresh children table
_children.CleanseChildrenTable();
if (_children.IsEmpty()) // Start completion wave if leaf node
{
#if DBG_VERBOSE
Debug.Print("*** LEAF NODE REACHED: Initiating completion wave# " + round_num + " ***");
#elif DBG_SIMPLE
Debug.Print("At leaf; initiating completion wave " + round_num);
#endif
Send_CompletionWave(round_num);
// Create status query to existing candidates
var msgBytes = new byte[3];
var size = ComposeMessages.CreateStatusQueryMessage(msgBytes, (ushort)_statusMsgNum);
// Multicast query to candidates
if (MulticastToCandidates(msgBytes, size)) // If there are candidates
{
// Wait for response
_statusResponseTimer.Change(10000, Timeout.Infinite); // 10 second timer
// Reset candidate table
CandidateTable.Initialize((byte)neighbors.Length);
}
else //Empty candidate table; set parent immediately
{
// Set best node in candidate table as parent
RoutingGlobal.SetParent(false);
// Reset params
RoutingGlobal._color = Color.Green;
// Send "Add Parent" message to new parent
DistributedReset.Send_AddParent();
_statusMsgNum++;
}
_resetMsgNum++;
}
else
{
// Forward reset wave to own children
Send_ResetWave(rcvPayloadBytes);
}
return;
case MessageIds.Completion:
#if !DBG_LOGIC
Debug.Print("\t>>> CompletionWave");
#endif
// Decode round number
ushort round;
ParseMessages.ParseCompletionMessage(rcvPayloadBytes, out round);
// Is this a legit completion wave?
int pos = Array.IndexOf(_children._childrenList, packet.Src);
if (RoutingGlobal._color != Color.Red || pos == -1 || round != _resetMsgNum)
{
#if DBG_VERBOSE
Debug.Print("!!! ILLEGAL COMPLETION WAVE# " + round + ": Received from: " + packet.Src + " !!!");
#elif DBG_SIMPLE
Debug.Print("Illegal completion wave " + round + " from " + packet.Src);
#endif
return;
}
_completionMsgs[pos] = true;
// Forward completion wave if received from all children
for (int i = 0; i < _completionMsgs.Length; i++)
{
if (!_completionMsgs[i]) // If not received from any child, return
{
return;
}
}
// Else, forward completion wave to parent
#if DBG_VERBOSE
Debug.Print("*** RECEIVED COMPLETION MESSAGES FROM ALL CHILDREN: initiating completion wave# " + round + " ***");
#elif DBG_SIMPLE
Debug.Print("All children responded; initiating completion wave " + round);
#endif
Send_CompletionWave(round);
// Purge children table
_children = new ChildrenList();
_completionMsgs = null;
_distResetTimer.Change(Timeout.Infinite, Timeout.Infinite);
// Create status query to existing candidates
var msgBytes1 = new byte[3];
var size1 = ComposeMessages.CreateStatusQueryMessage(msgBytes1, (ushort)_statusMsgNum);
// Multicast query to candidates
if (MulticastToCandidates(msgBytes1, size1)) // If there are candidates
{
// Wait for response
_statusResponseTimer.Change(10000, Timeout.Infinite); // 10 second timer
// Reset candidate table
CandidateTable.Initialize((byte)neighbors.Length);
}
else //Empty candidate table; set parent immediately
{
// Set best node in candidate table as parent
RoutingGlobal.SetParent(false);
// Reset params
RoutingGlobal._color = Color.Green;
// Send "Add Parent" message to new parent
DistributedReset.Send_AddParent();
_statusMsgNum++;
}
_resetMsgNum++;
return;
case MessageIds.StatusQuery:
#if !DBG_LOGIC
Debug.Print("\t>>> StatusQuery");
#endif
//If in a reset wave or no valid path, don't bother responding
if (RoutingGlobal._color == Color.Red || RoutingGlobal.BestEtx >= RoutingGlobal.Infinity)
{
#if DBG_VERBOSE
Debug.Print("!!! Not responding. Color: " + RoutingGlobal._color + ", BestEtx: " + RoutingGlobal.BestEtx + " !!!");
#elif DBG_SIMPLE
Debug.Print("Not responding. Color: " + RoutingGlobal._color + ", BestEtx: " + RoutingGlobal.BestEtx);
#endif
return;
}
// Decode round number
ushort status_msgnum;
ParseMessages.ParseStatusQueryMessage(rcvPayloadBytes, out status_msgnum);
// Send status response
var msgBytes2 = new byte[5];
var size2 = ComposeMessages.CreateStatusResponseMessage(msgBytes2, status_msgnum);
NetOpStatus status = _distResetPipe.Send(RoutingGlobal.Parent, msgBytes2, 0, (ushort)size2);
return;
case MessageIds.StatusResponse:
#if !DBG_LOGIC
Debug.Print("\t>>> StatusResponse");
#endif
ushort status_respnum;
Color col;
byte etx;
byte pathEWRNP_B2N;
// Decode message
ParseMessages.ParseStatusResponseMessage(rcvPayloadBytes, out col, out etx, out status_respnum, out pathEWRNP_B2N);
// Is this a valid response?
if (status_respnum != _statusMsgNum)
{
#if DBG_VERBOSE
Debug.Print("!!! ILLEGAL STATUS RESPONSE# " + status_respnum + ": Received from: " + packet.Src + " !!!");
#elif DBG_SIMPLE
Debug.Print("Illegal status response " + status_respnum + " from " + packet.Src);
#endif
return;
}
byte tempEtx = (byte)(etx + 1);
// Add candidate if its offered etx exceeds _minEtx
if (tempEtx >= RoutingGlobal._minEtx)
{
CandidateTable.AddCandidate(packet.Src, 0, tempEtx, pathEWRNP_B2N, RoutingGlobal.MaxEtx); // TODO: Add RSSI later
#if DBG_VERBOSE
Debug.Print("+++ Added new candidate: " + packet.Src + "; path length: " + tempEtx + " +++");
#elif DBG_SIMPLE
Debug.Print("New candidate " + packet.Src + ":[" + tempEtx + "]");
#endif
}
else
{
#if DBG_VERBOSE
Debug.Print("--- Not a candidate: " + packet.Src + "; path length: " + tempEtx + " ---");
#elif DBG_SIMPLE
Debug.Print("Not a candidate " + packet.Src + ":[" + tempEtx + "]");
#endif
}
return;
default:
#if !DBG_LOGIC
Debug.Print("\tUnknown message received <" + rcvPayloadBytes[0] + ">");
#endif
break;
}
}
catch (Exception e) { Debug.Print(e.StackTrace); }
}
internal ChildrenList()
{
_length = 0;
_childrenList = MACBase.NeighborListArray(); // Initialize array;
_maxLength = (byte)_childrenList.Length;
}