private IHQServer getWithoutFilters() throws CoreException {
IPluginModelFactory factory = model.getPluginFactory();
IHQServer server = factory.createServer();
server.setName("Windows Performance Counters");
IPluginElement element = factory.createElement(server);
element.setName("plugin");
element.setAttribute("type", "measurement");
element.setAttribute("class", "org.hyperic.hq.product.MeasurementPlugin");
server.add(element);
element = factory.createElement(server);
element.setName("metric");
element.setAttribute("name", "Availability");
element.setAttribute("template", "win32:Service=Eventlog:Availability");
element.setAttribute("indicator", "true");
server.add(element);
element = factory.createElement(server);
element.setName("metric");
element.setAttribute("name", "Memory pages/sec");
element.setAttribute("template", "win32:Object=Memory:Pages/sec");
server.add(element);
element = factory.createElement(server);
element.setName("metric");
element.setAttribute("name", "Memory avail bytes");
element.setAttribute("template", "win32:Object=Memory:Available Bytes");
server.add(element);
element = factory.createElement(server);
element.setName("metric");
element.setAttribute("name", "Processor Queue Length");
element.setAttribute("template", "win32:Object=System:Processor Queue Length");
server.add(element);
element = factory.createElement(server);
element.setName("metric");
element.setAttribute("name", "Processor idle time");
element.setAttribute("template", "win32:Object=Processor,Instance=_Total:% Idle Time");
server.add(element);
return server;
}
protected void updateModel(IProgressMonitor monitor) throws CoreException {
IPluginBase plugin = model.getPluginBase();
IPluginModelFactory factory = model.getPluginFactory();
String sigarArg = getStringOption(KEY_SIGAR_ARG_NAME);
IPluginElement metrics = factory.createElement(plugin);
// IHQMetrics metrics = factory.createMetrics();
metrics.setName("metrics");
metrics.setAttribute("name", "multi-process-metrics");
IPluginElement metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Availability");
metric.setAttribute("template", "sigar:Type=MultiProcCpu,Arg=%" + sigarArg + "%:Availability");
metric.setAttribute("category", "AVAILABILITY");
metric.setAttribute("indicator", "true");
metric.setAttribute("units", "percentage");
metric.setAttribute("collectionType", "dynamic");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Number of Processes");
metric.setAttribute("alias", "NumProcesses");
metric.setAttribute("template", "sigar:Type=MultiProcCpu,Arg=%" + sigarArg + "%:Processes");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("units", "none");
metric.setAttribute("collectionType", "dynamic");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Memory Size");
metric.setAttribute("alias", "MemSize");
metric.setAttribute("template", "sigar:Type=MultiProcMem,Arg=%" + sigarArg + "%:Size");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("units", "B");
metric.setAttribute("collectionType", "dynamic");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Resident Memory Size");
metric.setAttribute("alias", "ResidentMemSize");
metric.setAttribute("template", "sigar:Type=MultiProcMem,Arg=%" + sigarArg + "%:Resident");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("units", "B");
metric.setAttribute("collectionType", "dynamic");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Cpu System Time");
metric.setAttribute("alias", "SystemTime");
metric.setAttribute("template", "sigar:Type=MultiProcCpu,Arg=%" + sigarArg + "%:Sys");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("units", "ms");
metric.setAttribute("collectionType", "trendsup");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Cpu User Time");
metric.setAttribute("alias", "UserTime");
metric.setAttribute("template", "sigar:Type=MultiProcCpu,Arg=%" + sigarArg + "%:User");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("units", "ms");
metric.setAttribute("collectionType", "trendsup");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Cpu Total Time");
metric.setAttribute("alias", "TotalTime");
metric.setAttribute("template", "sigar:Type=MultiProcCpu,Arg=%" + sigarArg + "%:Total");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("units", "ms");
metric.setAttribute("collectionType", "trendsup");
metrics.add(metric);
metric = factory.createElement(metrics);
metric.setName("metric");
metric.setAttribute("name", "Cpu Usage");
metric.setAttribute("alias", "Usage");
metric.setAttribute("template", "sigar:Type=MultiProcCpu,Arg=%" + sigarArg + "%:Percent");
metric.setAttribute("category", "UTILIZATION");
metric.setAttribute("indicator", "true");
metric.setAttribute("units", "percentage");
metric.setAttribute("collectionType", "dynamic");
metrics.add(metric);
// we need to know the parent tag where
// to place these metrics.
if (fParent != null && fParent instanceof PluginParentNode) {
PluginParentNode parent = (PluginParentNode) fParent;
parent.add(metrics);
} else {
plugin.add(metrics);
}
}