statistics extraction public, to be accessible from other plugins and test scripts
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fros4943
parent
e16107b053
commit
d3f367ff58
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@ -26,7 +26,7 @@
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* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
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* SUCH DAMAGE.
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*
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* $Id: TimeLine.java,v 1.22 2010/01/12 09:11:26 fros4943 Exp $
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* $Id: TimeLine.java,v 1.23 2010/01/15 10:51:20 fros4943 Exp $
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*/
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package se.sics.cooja.plugins;
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@ -543,126 +543,132 @@ public class TimeLine extends VisPlugin {
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if (simulation.isRunning()) {
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simulation.stopSimulation();
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}
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/* Process all events (per mote basis) */
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ArrayList<MoteStatistics> allStats = new ArrayList<MoteStatistics>();
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for (MoteEvents moteEvents: allMoteEvents) {
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MoteStatistics stats = new MoteStatistics();
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allStats.add(stats);
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stats.mote = moteEvents.mote;
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for (MoteEvent ev: moteEvents.ledEvents) {
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if (!(ev instanceof LEDEvent)) continue;
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LEDEvent ledEvent = (LEDEvent) ev;
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/* Red */
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if (ledEvent.red) {
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/* LED is on, add time interval */
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if (ledEvent.next == null) {
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stats.onTimeRedLED += (simulation.getSimulationTime() - ledEvent.time);
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} else {
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stats.onTimeRedLED += (ledEvent.next.time - ledEvent.time);
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}
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}
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/* Green */
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if (ledEvent.green) {
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/* LED is on, add time interval */
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if (ledEvent.next == null) {
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stats.onTimeGreenLED += (simulation.getSimulationTime() - ledEvent.time);
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} else {
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stats.onTimeGreenLED += (ledEvent.next.time - ledEvent.time);
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}
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}
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/* Blue */
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if (ledEvent.blue) {
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/* LED is on, add time interval */
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if (ledEvent.next == null) {
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stats.onTimeBlueLED += (simulation.getSimulationTime() - ledEvent.time);
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} else {
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stats.onTimeBlueLED += (ledEvent.next.time - ledEvent.time);
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}
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}
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}
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for (MoteEvent ev: moteEvents.logEvents) {
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if (!(ev instanceof LogEvent)) continue;
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stats.nrLogs++;
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}
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/* TODO Radio channels */
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for (MoteEvent ev: moteEvents.radioHWEvents) {
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if (!(ev instanceof RadioHWEvent)) continue;
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RadioHWEvent hwEvent = (RadioHWEvent) ev;
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if (hwEvent.on) {
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/* HW is on */
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if (hwEvent.next == null) {
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stats.radioOn += (simulation.getSimulationTime() - hwEvent.time);
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} else {
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stats.radioOn += (hwEvent.next.time - hwEvent.time);
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}
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}
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}
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for (MoteEvent ev: moteEvents.radioRXTXEvents) {
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if (!(ev instanceof RadioRXTXEvent)) continue;
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RadioRXTXEvent rxtxEvent = (RadioRXTXEvent) ev;
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if (rxtxEvent.state == RXTXRadioEvent.IDLE) {
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continue;
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}
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long diff;
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if (rxtxEvent.next == null) {
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diff = (simulation.getSimulationTime() - rxtxEvent.time);
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} else {
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diff = (rxtxEvent.next.time - rxtxEvent.time);
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}
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if (rxtxEvent.state == RXTXRadioEvent.TRANSMITTING) {
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stats.onTimeTX += diff;
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continue;
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}
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if (rxtxEvent.state == RXTXRadioEvent.INTERFERED) {
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stats.onTimeInterfered += diff;
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continue;
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}
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if (rxtxEvent.state == RXTXRadioEvent.RECEIVING) {
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stats.onTimeRX += diff;
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continue;
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}
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}
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/* TODO Watchpoints */
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logger.info(stats.toString());
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}
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/* Summary */
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MoteStatistics all = new MoteStatistics();
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for (MoteStatistics stats: allStats) {
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all.onTimeRedLED += stats.onTimeRedLED;
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all.onTimeGreenLED += stats.onTimeGreenLED;
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all.onTimeBlueLED += stats.onTimeBlueLED;
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all.radioOn += stats.radioOn;
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all.onTimeRX += stats.onTimeRX;
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all.onTimeTX += stats.onTimeTX;
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all.onTimeInterfered += stats.onTimeInterfered;
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}
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all.onTimeBlueLED /= allStats.size();
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all.onTimeGreenLED /= allStats.size();
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all.onTimeBlueLED /= allStats.size();
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all.radioOn /= allStats.size();
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all.onTimeRX /= allStats.size();
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all.onTimeTX /= allStats.size();
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all.onTimeInterfered /= allStats.size();
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logger.info("SIMULATION AVERAGE:");
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logger.info(all.toString());
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logger.info(extractStatistics());
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}
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};
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public synchronized String extractStatistics() {
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StringBuilder output = new StringBuilder();
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/* Process all events (per mote basis) */
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ArrayList<MoteStatistics> allStats = new ArrayList<MoteStatistics>();
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for (MoteEvents moteEvents: allMoteEvents) {
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MoteStatistics stats = new MoteStatistics();
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allStats.add(stats);
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stats.mote = moteEvents.mote;
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for (MoteEvent ev: moteEvents.ledEvents) {
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if (!(ev instanceof LEDEvent)) continue;
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LEDEvent ledEvent = (LEDEvent) ev;
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/* Red */
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if (ledEvent.red) {
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/* LED is on, add time interval */
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if (ledEvent.next == null) {
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stats.onTimeRedLED += (simulation.getSimulationTime() - ledEvent.time);
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} else {
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stats.onTimeRedLED += (ledEvent.next.time - ledEvent.time);
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}
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}
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/* Green */
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if (ledEvent.green) {
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/* LED is on, add time interval */
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if (ledEvent.next == null) {
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stats.onTimeGreenLED += (simulation.getSimulationTime() - ledEvent.time);
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} else {
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stats.onTimeGreenLED += (ledEvent.next.time - ledEvent.time);
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}
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}
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/* Blue */
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if (ledEvent.blue) {
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/* LED is on, add time interval */
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if (ledEvent.next == null) {
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stats.onTimeBlueLED += (simulation.getSimulationTime() - ledEvent.time);
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} else {
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stats.onTimeBlueLED += (ledEvent.next.time - ledEvent.time);
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}
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}
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}
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for (MoteEvent ev: moteEvents.logEvents) {
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if (!(ev instanceof LogEvent)) continue;
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stats.nrLogs++;
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}
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/* TODO Radio channels */
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for (MoteEvent ev: moteEvents.radioHWEvents) {
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if (!(ev instanceof RadioHWEvent)) continue;
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RadioHWEvent hwEvent = (RadioHWEvent) ev;
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if (hwEvent.on) {
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/* HW is on */
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if (hwEvent.next == null) {
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stats.radioOn += (simulation.getSimulationTime() - hwEvent.time);
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} else {
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stats.radioOn += (hwEvent.next.time - hwEvent.time);
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}
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}
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}
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for (MoteEvent ev: moteEvents.radioRXTXEvents) {
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if (!(ev instanceof RadioRXTXEvent)) continue;
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RadioRXTXEvent rxtxEvent = (RadioRXTXEvent) ev;
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if (rxtxEvent.state == RXTXRadioEvent.IDLE) {
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continue;
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}
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long diff;
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if (rxtxEvent.next == null) {
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diff = (simulation.getSimulationTime() - rxtxEvent.time);
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} else {
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diff = (rxtxEvent.next.time - rxtxEvent.time);
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}
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if (rxtxEvent.state == RXTXRadioEvent.TRANSMITTING) {
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stats.onTimeTX += diff;
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continue;
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}
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if (rxtxEvent.state == RXTXRadioEvent.INTERFERED) {
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stats.onTimeInterfered += diff;
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continue;
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}
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if (rxtxEvent.state == RXTXRadioEvent.RECEIVING) {
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stats.onTimeRX += diff;
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continue;
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}
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}
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/* TODO Watchpoints */
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output.append(stats.toString());
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}
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/* Summary */
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MoteStatistics all = new MoteStatistics();
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for (MoteStatistics stats: allStats) {
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all.onTimeRedLED += stats.onTimeRedLED;
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all.onTimeGreenLED += stats.onTimeGreenLED;
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all.onTimeBlueLED += stats.onTimeBlueLED;
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all.radioOn += stats.radioOn;
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all.onTimeRX += stats.onTimeRX;
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all.onTimeTX += stats.onTimeTX;
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all.onTimeInterfered += stats.onTimeInterfered;
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}
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all.onTimeBlueLED /= allStats.size();
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all.onTimeGreenLED /= allStats.size();
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all.onTimeBlueLED /= allStats.size();
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all.radioOn /= allStats.size();
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all.onTimeRX /= allStats.size();
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all.onTimeTX /= allStats.size();
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all.onTimeInterfered /= allStats.size();
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output.append("SIMULATION AVERAGE:");
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output.append(all.toString());
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return output.toString();
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}
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public void trySelectTime(final long time) {
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java.awt.EventQueue.invokeLater(new Runnable() {
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public void run() {
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