/**
* Strip missing monitors.
*
* @param chartMapping the chart mapping
* @return true, if successful
*/
private boolean stripMissingMonitors(ChartMappings chartMapping) {
boolean isDirty = false;
ArrayList<String> monitorIDs = chartMapping.getMonitorIDs();
for (String monitorID : monitorIDs.toArray(new String[monitorIDs.size()])) {
if (!Monitors.getMonitorsList().containsKey(monitorID)) {
monitorIDs.remove(monitorID);
isDirty |= true;
}
}
return isDirty;
}
/**
* Refresh code.
*
* @param chartButton the chart button
* @param updaterThread the updater thread
*/
public void refreshCode(ChartButton chartButton, UpdaterThread updaterThread) {
String systemID, nodeID;
VaadinSession session = getSession();
if (session == null) {
session = VaadinSession.getCurrent();
}
ManagerUI managerUI = session.getAttribute(ManagerUI.class);
ClusterComponent componentInfo = session.getAttribute(ClusterComponent.class);
switch (componentInfo.getType()) {
case system:
systemID = componentInfo.getID();
nodeID = SystemInfo.SYSTEM_NODEID;
break;
case node:
systemID = componentInfo.getParentID();
nodeID = componentInfo.getID();
break;
default:
return;
}
final UserChart userChart = (UserChart) chartButton.getData();
final Chart chart = chartButton.getChart();
boolean needsRedraw = false;
String[] timeStamps = null;
final Configuration configuration = chart.getConfiguration();
for (String monitorID : userChart.getMonitorIDs()) {
if (updaterThread != null && updaterThread.flagged) {
ManagerUI.log(this.getClass().getName() + " - flagged is set before API call");
return;
}
ManagerUI.log("ChartsLayout - redraw loop MonitorID: " + monitorID);
final MonitorRecord monitor = Monitors.getMonitor(monitorID);
if (monitor == null) {
// monitor was removed from the system: skip
ManagerUI.log("monitor was removed from the system");
continue;
}
MonitorData monitorData = (MonitorData) userChart.getMonitorData(monitor.getID());
if (monitorData == null) {
String method;
if (UserChart.ChartType.LineChart.name().equals(userChart.getType())) {
method = MonitorData.METHOD_AVG;
} else if (UserChart.ChartType.AreaChart.name().equals(userChart.getType())) {
method = MonitorData.METHOD_MINMAX;
} else {
continue; // unknown chart type, skip
}
monitorData =
new MonitorData(
monitor, systemID, nodeID, time, interval, userChart.getPoints(), method);
needsRedraw = true;
} else if (monitorData.update(systemID, nodeID, time, interval, userChart.getPoints())
== true) {
// data in chart needs to be updated
needsRedraw = true;
} else {
continue; // no update needed
}
if (timeStamps == null) {
DateConversion dateConversion = session.getAttribute(DateConversion.class);
ArrayList<Long> unixTimes = monitorData.getTimeStamps();
if (unixTimes != null) {
timeStamps = new String[unixTimes.size()];
int timeSpacer = unixTimes.size() / 15;
for (int x = 0; x < unixTimes.size(); x++) {
timeStamps[x] =
(x % timeSpacer != 0) ? "\u00A0" : dateConversion.stampToString(unixTimes.get(x));
}
}
}
if (updaterThread != null && updaterThread.flagged) {
ManagerUI.log("ChartsLayout - flagged is set before UI redraw");
return;
}
final MonitorData finalMonitorData = monitorData;
final String finalMonitorID = monitorID;
managerUI.access(
new Runnable() {
@Override
public void run() {
// Here the UI is locked and can be updated
ManagerUI.log("ChartsLayout access run() monitorID: " + finalMonitorID);
if (UserChart.ChartType.LineChart.name().equals(userChart.getType())) {
ListSeries ls = null, testLS;
List<Series> lsList = configuration.getSeries();
Iterator seriesIter = lsList.iterator();
while (seriesIter.hasNext()) {
testLS = (ListSeries) seriesIter.next();
if (testLS.getName().equals(monitor.getName())) {
ls = testLS;
break;
}
}
if (ls == null) {
ls = new ListSeries(monitor.getName());
configuration.addSeries(ls);
}
userChart.setMonitorData(monitor.getID(), finalMonitorData);
ArrayList<Number> avgList = finalMonitorData.getAvgPoints();
ls.setData(avgList);
} else if (UserChart.ChartType.AreaChart.name().equals(userChart.getType())) {
RangeSeries rs = null, testRS;
List<Series> lsList = configuration.getSeries();
Iterator seriesIter = lsList.iterator();
while (seriesIter.hasNext()) {
testRS = (RangeSeries) seriesIter.next();
if (testRS.getName().equals(monitor.getName())) {
rs = testRS;
break;
}
}
if (rs == null) {
rs = new RangeSeries(monitor.getName());
configuration.addSeries(rs);
}
userChart.setMonitorData(monitor.getID(), finalMonitorData);
ArrayList<Number> minList = finalMonitorData.getMinPoints();
ArrayList<Number> maxList = finalMonitorData.getMaxPoints();
if (minList != null
&& maxList != null
&& minList.size() > 0
&& maxList.size() > 0
&& minList.size() == maxList.size()) {
Object[] minArray = finalMonitorData.getMinPoints().toArray();
Object[] maxArray = finalMonitorData.getMaxPoints().toArray();
Number[][] dataList = new Number[minList.size()][2];
for (int x = 0; x < minList.size(); x++) {
dataList[x][0] = (Number) minArray[x];
dataList[x][1] = (Number) maxArray[x];
}
rs.setRangeData(dataList);
} else {
rs.setRangeData(new Number[0][0]);
}
}
}
});
} // for
final boolean finalNeedsRedraw = needsRedraw;
final String[] finalTimeStamps = timeStamps;
final ChartButton finalChartButton = chartButton;
managerUI.access(
new Runnable() {
@Override
public void run() {
// Here the UI is locked and can be updated
if (finalNeedsRedraw) {
ManagerUI.log("ChartsLayout needsRedraw");
if (finalTimeStamps != null) {
XAxis xAxis = configuration.getxAxis();
Labels labels = new Labels();
labels.setRotation(-45);
labels.setAlign(HorizontalAlign.RIGHT);
xAxis.setLabels(labels);
xAxis.setCategories(finalTimeStamps);
}
chart.drawChart(configuration);
finalChartButton.setVisible(true);
}
}
});
}