private void OnPerformanceReport(object sender, TaskProcessorPerformanceEventArgs e)
{
TaskProcessorViewModel processor = this.taskProcessors.FirstOrDefault(p => p.TaskProcessorId == e.PerformanceInfo.TaskProcessorId);
if (processor == null)
{
return;
}
processor.CpuPercent = e.PerformanceInfo.CpuPercent;
processor.RamPercent = e.PerformanceInfo.RamPercent;
foreach (TaskPerformanceReport taskPerformance in e.PerformanceInfo.TasksPerformance)
{
TaskViewModel task = processor.ActiveTasks.FirstOrDefault(t => t.TaskId == taskPerformance.TaskId);
if (task == null)
{
continue;
}
task.CpuPercent = taskPerformance.CpuPercent;
task.RamPercent = taskPerformance.RamPercent;
}
}
public virtual void ReportPerformance()
{
this.Receiver.SubscribeForChannels(MessageBusChannel.PerformanceReport);
TaskProcessorPerformanceReport performance = new TaskProcessorPerformanceReport(Guid.NewGuid())
{
CpuPercent = 23,
RamPercent = 31
};
performance.TasksPerformance.Add(new TaskPerformanceReport(Guid.NewGuid())
{
CpuPercent = 45,
RamPercent = 46
});
performance.TasksPerformance.Add(new TaskPerformanceReport(Guid.NewGuid())
{
CpuPercent = 76,
RamPercent = 84
});
TaskProcessorPerformanceEventArgs args = Helpers.WaitForEvent <TaskProcessorPerformanceEventArgs>(
this.Timeout,
handler => this.Receiver.PerformanceReportReceived += handler,
() => this.Sender.NotifyPerformanceReport(performance));
UnitTestHelpers.AssertEqualByPublicScalarProperties(performance, args.PerformanceInfo);
Assert.IsTrue(performance.TasksPerformance.IsEquivalentTo(
args.PerformanceInfo.TasksPerformance,
(a, b) => UnitTestHelpers.AreEqualByPublicScalarProperties(a, b)));
}
