public NodeInfo(Integer pNodeNumber) {
packetTimesPointer = 0;
packetSkipsPointer = 0;
neighbors = new NeighborInfo[5];
for (int i = 0; i < 5; i++) neighbors[i] = new NeighborInfo();
packetTimes = new long[SensorAnalyzer.HISTORY_LENGTH];
packetSkips = new long[SensorAnalyzer.HISTORY_LENGTH];
yieldHistory = new double[SensorAnalyzer.YIELD_HISTORY_LENGTH];
depthHistory = new byte[SensorAnalyzer.YIELD_HISTORY_LENGTH];
lastTime = System.currentTimeMillis() - 500;
nodeNumber = pNodeNumber;
value = -1; // if it doesn't change from this value nothing will be written
infoString = "[none]";
}
public void messageReceived(int to, Message message) {
long t = System.currentTimeMillis();
// System.out.print("" + t + ": ");
// System.out.println(message);
MessageProcessor messageProcessor = new MessageProcessor((SerialMsg) message, t);
JSONObject json = messageProcessor.getJSON();
client.sendCollectionJSON(json);
JSONObject processingJson = messageProcessor.getCouchJSON();
client.sendProcessingJSON(processingJson);
fireStatus[messageProcessor.nodeToSensorID()] = messageProcessor.getFire();
if (fireStatus[0] || fireStatus[1] || fireStatus[2]) {
client.sendFireRepresentation(fireStatus);
}
}
public void decay() {
long curtime = System.currentTimeMillis();
msgRate = calcMsgRate(curtime - lastTime);
msgYield = calcMsgYield(curtime - lastTime);
// also cycle the yield history.
if (yieldHistoryCounter++ > SensorAnalyzer.YIELD_INTERVAL) {
yieldHistoryCounter = 0;
depthHistory[yieldHistoryPointer] = (byte) hopcount;
yieldHistory[yieldHistoryPointer++] = yield();
yieldHistoryPointer %= yieldHistory.length;
if (panel != null) panel.repaint();
if (link_panel != null) link_panel.get_new_data();
}
if (active) {
active = false;
return;
}
if (curtime - lastTime >= AVERAGE_INTERVAL) {
if (self_calc != false) infoString = msgCount + " msgs ";
else infoString = "";
if (panel != null) panel.YieldLabel.setText(String.valueOf(percent_yield()) + " %");
}
int best = 0;
int best_parent = 0;
for (int i = 0; i < parent_count.length; i++) {
if (parent_count[i] > best) {
best_parent = i;
best = parent_count[i];
}
}
primary_parent = best_parent;
best = 0;
for (int i = 0; i < parent_count.length; i++) {
if (parent_count[i] > best && i != primary_parent) {
best_parent = i;
best = parent_count[i];
}
}
secondary_parent = best_parent;
}
public void processTtspMsg(TestTtspMsg msg) {
if (seconds.containsKey(msg.get_beaconId())) {
} else {
if (seconds.containsKey(msg.get_beaconId() - 1)) {
seconds.remove(msg.get_beaconId() - 1);
}
seconds.put(msg.get_beaconId(), new Second());
System.out.printf("\n");
}
globalTimes.put(msg.get_srcAddr(), msg.get_globalTime());
lastReceivedBeacons.put(msg.get_srcAddr(), msg.get_beaconId());
try {
System.out.printf(
"%20d %6d %8d %17d %16d %13d",
System.currentTimeMillis(),
msg.get_srcAddr(),
msg.get_beaconId(),
msg.get_globalTime(),
msg.get_localTime(),
msg.get_offset());
} catch (Exception e) {
System.out.printf(
"%20d %6d %8d %17d %16d %13d",
System.currentTimeMillis(),
msg.get_srcAddr(),
msg.get_beaconId(),
msg.get_globalTime(),
msg.get_localTime(),
msg.get_offset());
}
if (msg.get_rootId() == 65535) {
System.out.printf(" - -");
} else {
System.out.printf(" %6d %8d", msg.get_rootId(), msg.get_syncPeriod());
}
// System.out.printf(" %6d", msg.get_precisionError());
System.out.printf("\n");
if (!timeSeries.containsKey(msg.get_srcAddr())) {
timeSeries.put(
msg.get_srcAddr(),
new TimeSeries("node " + msg.get_srcAddr(), org.jfree.data.time.Second.class));
timeSeries.get(msg.get_srcAddr()).setMaximumItemAge(MAX_AGE);
pec.getTimeSeriesCollection().addSeries(timeSeries.get(msg.get_srcAddr()));
}
if (msg.get_rootId() == msg.get_srcAddr()
&& !syncPeriodTimeSeries.containsKey(msg.get_srcAddr())) {
syncPeriodTimeSeries.put(
msg.get_srcAddr(),
new TimeSeries("node " + msg.get_srcAddr(), org.jfree.data.time.Second.class));
syncPeriodTimeSeries.get(msg.get_srcAddr()).setMaximumItemAge(MAX_AGE);
spc.getTimeSeriesCollection().addSeries(syncPeriodTimeSeries.get(msg.get_srcAddr()));
}
if (msg.get_srcAddr() != msg.get_rootId()
&& globalTimes.containsKey(msg.get_rootId())
&& lastReceivedBeacons.get(msg.get_rootId()) == msg.get_beaconId()) {
timeSeries
.get(msg.get_srcAddr())
.addOrUpdate(
seconds.get(msg.get_beaconId()),
globalTimes.get(msg.get_rootId()) - msg.get_globalTime());
}
if (msg.get_srcAddr() == msg.get_rootId()) {
syncPeriodTimeSeries
.get(msg.get_srcAddr())
.addOrUpdate(seconds.get(msg.get_beaconId()), (int) msg.get_syncPeriod() / 1.024);
}
}
public void update(MultihopMsg msg) {
String info;
SurgeMsg SMsg = new SurgeMsg(msg.dataGet(), msg.offset_data(0));
if (SMsg.get_type() == 0) {
if (SMsg.get_parentaddr() == MainFrame.BEACON_BASE_ADDRESS) {
isDirectChild = true;
} else {
isDirectChild = false;
}
// Update message count and rate
// Only update if this message is coming to the root from
// a direct child
int saddr = msg.get_sourceaddr();
NodeInfo ni = (NodeInfo) SensorAnalyzer.proprietaryNodeInfo.get(new Integer(saddr));
if (ni != null) {
if (ni.isDirectChild) {
msgCount++;
int new_seq_no = (int) SMsg.get_seq_no() & 0x7fffff;
if (stats_start_sequence_number == 0) stats_start_sequence_number = new_seq_no;
if (seq_no == 0) seq_no = new_seq_no - 1;
int diff = new_seq_no - seq_no;
if (diff > 1000) diff = 1;
active = true;
long curtime = System.currentTimeMillis();
packetTimes[packetTimesPointer++] = curtime - lastTime;
packetTimesPointer %= SensorAnalyzer.HISTORY_LENGTH;
packetSkips[packetSkipsPointer++] = diff;
packetSkipsPointer %= SensorAnalyzer.HISTORY_LENGTH;
msgRate = calcMsgRate(0);
msgYield = calcMsgYield(0);
SimpleDateFormat formatter = new SimpleDateFormat("MM/dd/yyyy hh:mm:ss a");
String log = "";
log += nodeNumber + "#";
log += msgCount + "#";
log += formatter.format(new Date()) + "#";
log += curtime + "#";
log += (curtime - lastTime) + "#";
log += SMsg.get_parentaddr() + "#";
parent_count[SMsg.get_parentaddr()]++;
log += msgRate + "#";
seq_no = new_seq_no;
batt = (int) SMsg.get_seq_no() >> 23 & 0x1ff;
log += seq_no + "#";
log += hopcount + "#";
level_sum += hopcount;
log += SMsg.get_reading() + "#";
log += batt + "#";
for (int i = 0; i < 5; i++) {
log += neighbors[i].id + "#";
log += neighbors[i].hopcount + "#";
log += neighbors[i].link_quality / 255.0 + "#";
}
log += SMsg.get_temp() + "#";
log += SMsg.get_light() + "#";
log += SMsg.get_accelx() + "#";
log += SMsg.get_accely() + "#";
log += SMsg.get_magx() + "#";
log += SMsg.get_magy() + "#";
System.out.println(log);
double batt_val = (double) batt;
batt_val = 1.25 * 1023.0 / batt_val;
batt_val *= 256.0 / 4.0;
// System.out.println(batt_val);
// Store the sensor readings.
yield_series.insertNewReading(total_yield++, new Integer((int) (yield() * 256.0)));
time_series.insertNewReading(seq_no, new Long(curtime));
batt_series.insertNewReading(seq_no, new Integer((int) batt_val));
temp_series.insertNewReading(seq_no, new Integer(SMsg.get_temp()));
light_series.insertNewReading(seq_no, new Integer(SMsg.get_light()));
accelx_series.insertNewReading(seq_no, new Integer(SMsg.get_accelx()));
accely_series.insertNewReading(seq_no, new Integer(SMsg.get_accely()));
magx_series.insertNewReading(seq_no, new Integer(SMsg.get_magx()));
magy_series.insertNewReading(seq_no, new Integer(SMsg.get_magy()));
link_quality = neighbors[0].link_quality / 255;
// update the edge quality as well...
MainClass.locationAnalyzer.setQualityForEdge(
nodeNumber.intValue(), SMsg.get_parentaddr(), (int) (link_quality * 255.0));
lastTime = curtime;
}
}
if (self_calc != false) info = msgCount + " msgs ";
else info = "";
this.value = SMsg.get_reading();
if (panel != null) {
panel.YieldLabel.setText(String.valueOf(percent_yield()) + " %");
panel.SensorLabel.setText(String.valueOf(value));
panel.ParentLabel.setText(String.valueOf(SMsg.get_parentaddr()));
panel.SequenceLabel.setText(String.valueOf(seq_no));
panel.CountLabel.setText(String.valueOf(msgCount));
panel.DepthLabel.setText(String.valueOf(hopcount));
panel.repaint();
}
this.infoString = info;
}
}