public async Task Execute(CancellationToken cancellationToken, EventWorker eventWorker = null)
{
cancellationToken.ThrowIfCancellationRequested();
DataSetup.Setup();
this.queuingConfiguration.ConfigureSystem();
var worker = await this.eventWorkerService.CreateWorker(eventWorker);
// Mark any events and event locks as orphaned since we haven't started processing anything yet.
await this.eventOrphanService.MarkOrphanedEventsErrored(worker);
await this.logger.LogVerboseAsync(
$"Starting Job Server on Event Worker Id: {worker?.Id} - Name: {worker?.Name}");
using (var server = this.kernel.Get <IJobServer>())
{
await server.WaitTillProcessesAreDone(cancellationToken);
await this.logger.LogVerboseAsync(
$"Processes done, begin jobServer dispose on Event Worker Id: {worker?.Id} - Name: {worker?.Name}");
}
await this.logger.LogVerboseAsync(
$"Job Server disposed on Event Worker Id: {worker?.Id} - Name: {worker?.Name}");
await this.eventWorkerService.RemoveCurrentWorker();
await this.logger.LogVerboseAsync(
$"Removed Event Worker Id: {worker?.Id} - Name: {worker?.Name}");
}
public async Task SetupWorkspaceAudits(string baseTemplateName, string primaryServerName, string username, string password, string injectAuditDataQuery, IServicesMgr servicesManager)
{
// Setup
var testWorkspaceName = "TestWorkspaceName";
DataSetup.Setup();
// Create Workspace
var workspaceId = await CreateWorkspace.CreateWorkspaceAsync(testWorkspaceName, baseTemplateName, servicesManager, username, password);
// Inject Audits by running SQL script against the workspace database
using (var conn = await connectionFactory.GetWorkspaceConnectionAsync(workspaceId))
{
await conn.ExecuteAsync(
injectAuditDataQuery,
new
{
workspace = workspaceId,
startHour = DateTime.UtcNow.AddDays(-7),
endHour = DateTime.UtcNow,
suggestedExecutionTime = (int?)null,
usersPerHour = 3,
minExecutionTime = 1000,
maxExecutionTime = 10000,
auditsPerHour = 1000,
primaryServerName
});
}
}
protected override void ExecuteAgent()
{
try
{
using (var source = this.cancellationTokenSourceFactory.GetCancellationTokenSource())
{
this.cancellationTokenSource = source;
DataSetup.Setup();
this.ExecutePdbAgent(cancellationTokenSource.Token);
}
}
catch (Exception ex)
{
string merged = $@"{this.Name} Failed.: {ex.ToString()}".Truncate(30000);
this.RaiseError(merged, string.Empty);
}
}
protected void Application_Start(object sender, EventArgs e)
{
AssemblyHelper.InitResolves();
Application["ApplicationId"] = Guid.NewGuid().ToString();
RouteTable.Routes.MapHttpRoute(
name: "DefaultApi",
routeTemplate: "api/{controller}/{action}/{id}",
defaults: new { id = System.Web.Http.RouteParameter.Optional }
).RouteHandler = new SessionRouteHandler();
AreaRegistration.RegisterAllAreas();
DataSetup.Setup();
//https://stackoverflow.com/a/20000098
AntiForgeryConfig.UniqueClaimTypeIdentifier = ClaimTypes.NameIdentifier;
}
// TODO We need to abstract this better but that can wait till next release
public async Task Execute(CancellationToken cancellationToken)
{
await this.logger.LogVerboseAsync("Starting metric manager logic.");
var executionInfo = new MetricManagerExecutionInfo();
cancellationToken.ThrowIfCancellationRequested();
// TODO: add logic to get ensure this is first manager agent
DataSetup.Setup();
this.queuingConfiguration.ConfigureSystem();
await this.logger.LogVerboseAsync("Configured metric manager.");
// explicitly call the first time
using (executionInfo.AsMeter(e => e.InitialWork))
{
using (var stopwatch = Stopwatch.StartNew().AsMeter(executionInfo, e => e.ResolveOrphanedEventLocks))
{
await this.eventOrphanService.ResolveOrphanedEventLocks();
await this.logger.LogVerboseAsync(
$"Completed initial resolving orphaned event locks. {stopwatch.Elapsed.TotalSeconds:N1}s");
}
using (var stopwatch = Stopwatch.StartNew().AsMeter(executionInfo, e => e.ResolveTimedOutEvents))
{
await this.eventOrphanService.ResolveTimedOutEvents();
await this.logger.LogVerboseAsync(
$"Completed initial resolving timed out events. {stopwatch.Elapsed.TotalSeconds:N1}s");
}
using (var stopwatch = Stopwatch.StartNew().AsMeter(executionInfo, e => e.CreateHourProcessingEvents))
{
await this.eventSourceService.CreateHourProcessingEvents();
await this.logger.LogVerboseAsync(
$"Completed creating hour processing events. {stopwatch.Elapsed.TotalSeconds:N1}s");
}
using (var stopwatch = Stopwatch.StartNew().AsMeter(executionInfo, e => e.EnqueueTasksForPendingEvents))
{
await this.eventSourceService.EnqueueTasksForPendingEvents();
await this.logger.LogVerboseAsync(
$"Completed enqueuing task for pending events. {stopwatch.Elapsed.TotalSeconds:N1}s");
}
}
await this.logger.LogVerboseAsync($"Completed initial tasks: {executionInfo.ToString()}");
await this.metricManagerStatsRepository.CreateAsync(executionInfo.ToStats());
// Create timeouts
var createBootstrapEventsTimeout =
await this.GetTimeout(ConfigurationKeys.CreateBootstrapEventsInterval, EventConstants.DefaultCreateBootstrapEventsInterval, EventConstants.MinCreateBoostrapEventsInterval);
var resolveOrphanedEventsTimeout =
await this.GetTimeout(ConfigurationKeys.ResolveOrphanedEventsInterval, EventConstants.DefaultResolveOrphanedEventsInterval, EventConstants.MinResolveOrphanedEventsInterval);
var enqueueTasksTimeout =
await this.GetTimeout(ConfigurationKeys.EnqueueTasksInterval, EventConstants.DefaultEnqueueTasksInterval, EventConstants.MinEnqueueTasksInterval, false);
var managerRunTimeout =
await this.GetTimeout(ConfigurationKeys.EventManagerRunInterval, EventConstants.DefaultManagerRunInterval, EventConstants.MinManagerRunInterval);
var meterReportTimeout =
await this.GetTimeout(ConfigurationKeys.ManagerMeterReportTimeout, EventConstants.DefaultManagerMeterReportTimeout, EventConstants.MinManagerMeterReportTimeout);
await this.logger.LogVerboseAsync($"Starting main manager loop");
using (var managerLoopMeter = executionInfo.AsMeter(e => e.ManagerMainLoops))
{
while (!managerRunTimeout.IsAfterTimedOut && !cancellationToken.IsCancellationRequested)
{
managerLoopMeter.Increment();
if (meterReportTimeout.IsAfterTimedOut)
{
await this.logger.LogVerboseAsync($"Main manager loop: {executionInfo.ToString()}");
await this.metricManagerStatsRepository.CreateAsync(executionInfo.ToStats());
meterReportTimeout.Reset();
}
if (createBootstrapEventsTimeout.IsAfterTimedOut)
{
using (executionInfo.AsMeter(e => e.CreateHourProcessingEvents))
{
await this.eventSourceService.CreateHourProcessingEvents();
}
createBootstrapEventsTimeout.Reset();
}
if (resolveOrphanedEventsTimeout.IsAfterTimedOut)
{
using (executionInfo.AsMeter(e => e.ResolveOrphanedEventLocks))
{
await this.eventOrphanService.ResolveOrphanedEventLocks();
}
using (executionInfo.AsMeter(e => e.ResolveTimedOutEvents))
{
await this.eventOrphanService.ResolveTimedOutEvents();
}
resolveOrphanedEventsTimeout.Reset();
}
if (enqueueTasksTimeout.IsAfterTimedOut)
{
using (executionInfo.AsMeter(e => e.EnqueueTasksForPendingEvents))
{
await this.eventSourceService.EnqueueTasksForPendingEvents();
}
enqueueTasksTimeout.Reset();
}
using (executionInfo.AsMeter(e => e.CheckIfAgentIsDisabled))
{
var agentExists = this.agentRepository.ReadAgentEnabled(this.agentService.AgentID);
if (!agentExists)
{
await this.logger.LogVerboseAsync($"Read manager agent as disabled. AgentId {this.agentService.AgentID}");
break;
}
}
var delay = new[]
{
createBootstrapEventsTimeout.TimeRemaining,
resolveOrphanedEventsTimeout.TimeRemaining,
enqueueTasksTimeout.TimeRemaining,
managerRunTimeout.TimeRemaining
}.Min();
executionInfo.TimeoutDelays.Increment(delay);
if (delay.TotalMilliseconds > 0)
{
await Task.Delay(delay, cancellationToken);
}
}
}
await this.metricManagerStatsRepository.CreateAsync(executionInfo.ToStats());
await this.logger.LogVerboseAsync($"Stopping manager. {executionInfo.ToString()}");
}
public void SetUp()
{
connectionFactory = TestUtilities.GetIntegrationConnectionFactory();
DataSetup.Setup();
}
