/// <summary>
/// Sets up this instance using the specified client controller host name.
/// </summary>
/// <param name="clientControllerHostName">Name of the client controller host.</param>
public static OfficeWorkerActivityController Create(string clientControllerHostName, string instanceId)
{
// The office worker is a separate process, so it must make a call up to the client controller to obtain
// the manifest that will be used for the test.
SystemManifest manifest = null;
using (var serviceConnection = ClientControllerServiceConnection.Create(clientControllerHostName))
{
var data = serviceConnection.Channel.GetManifest(instanceId);
manifest = SystemManifest.Deserialize(data);
manifest.PushToGlobalDataStore(instanceId);
manifest.PushToGlobalSettings();
_sessionId = manifest.SessionId;
_statusLogger = new VirtualResourceInstanceStatusLogger(_sessionId, Environment.UserName, 0, Enum.GetName(typeof(RuntimeState), 6), false, GlobalDataStore.ResourceInstanceId);
}
TraceFactory.Logger.Debug("Resource type: {0}".FormatWith(manifest.ResourceType));
TraceFactory.Logger.Debug("InstanceId: {0}".FormatWith(GlobalDataStore.ResourceInstanceId));
TraceFactory.Logger.Debug("UserName: {0}".FormatWith(GlobalDataStore.Credential.UserName));
FrameworkServicesInitializer.InitializeExecution();
return(ObjectFactory.Create <OfficeWorkerActivityController>(manifest.ResourceType, clientControllerHostName));
}
/// <summary>
/// Runs the Schedule of activities.
/// </summary>
public void Run(VirtualResourceInstanceStatusLogger logger)
{
var schedule = LegacySerializer.DeserializeXml <ExecutionSchedule>(_workerDetail.ExecutionSchedule);
_virtualResourceStatusLogger = logger;
if (schedule.SegmentCount > 0)
{
TraceFactory.Logger.Debug("Will process {0} segments in this scheduled execution.".FormatWith(schedule.SegmentCount));
}
else
{
TraceFactory.Logger.Debug("There are no scheduled items to execute, aborting...");
Halt();
return;
}
// Start the flow monitor to collect time on any pause events that will be used to adjust the total run time
_flowControlMonitor.Start();
// Set the base time in the scheduled execution object as the base time reference.
schedule.BaseTime = _baseTime;
TraceFactory.Logger.Debug("Base Time {0}".FormatWith(_baseTime));
try
{
// Handle any startup delay that may occur because there is a staggered startup.
var endTime = schedule.CalculateInitialEndTime();
// Begin executing the schedule according to execution type (Repeat or Duration)
int count = 0;
if (schedule.UseDuration)
{
TraceFactory.Logger.Debug("Duration execution starting...");
TimeSpan totalDuration = new TimeSpan(0, schedule.Duration, 0);
var scheduledExpiration = _baseTime.Add(totalDuration);
TraceFactory.Logger.Debug("Schedule Expiration at {0}".FormatWith(scheduledExpiration));
if (scheduledExpiration < endTime)
{
TraceFactory.Logger.Debug("Expiration earlier than initial end time, stopping at {0}".FormatWith(scheduledExpiration));
// The schedule expiration will hit before the first end time, so just delay
// for the expiration period and then return. Adjust the expiration to account
// for any wall clock time lost from the base.
TimeSpan lostTime = DateTime.Now - _baseTime;
TimeSpan duration = totalDuration - lostTime;
_flowControlMonitor.Pause(() => !ExecutionHalted, duration, TimeSpan.FromSeconds(1));
return;
}
else if (endTime > _baseTime)
{
// Sleep for any startup time that is there because of a stagger setting
TimeSpan duration = endTime - DateTime.Now;
TraceFactory.Logger.Debug("Initial sleep until {0}".FormatWith(endTime));
_flowControlMonitor.Pause(() => !ExecutionHalted, duration, TimeSpan.FromSeconds(1));
}
// While the endtime is less than the schedule's expiration, execution the next
// schedule. When endTime exceeds the schedules expiration, then we are done.
do
{
// Calculate a new end time based on the previous value and the current schedule iteration
TraceFactory.Logger.Debug("End Time {0}".FormatWith(endTime));
var scheduleSegment = schedule.CalculateNextEndTime(endTime, count++);
endTime = scheduleSegment.Item1;
var state = scheduleSegment.Item2;
TraceFactory.Logger.Debug("New End Time {0}, State {1}".FormatWith(endTime, state));
if (endTime > scheduledExpiration.Add(_flowControlMonitor.PauseTime))
{
endTime = scheduledExpiration.Add(_flowControlMonitor.PauseTime);
TraceFactory.Logger.Debug("End time later than Schedule Expiration");
}
RunSchedule(state, endTime);
// Include any pause time that has accumulated during the run to ensure the
// test runs the for the full duration.
} while (endTime < scheduledExpiration.Add(_flowControlMonitor.PauseTime));
TraceFactory.Logger.Debug("Duration execution complete");
}
else
{
TraceFactory.Logger.Debug("Repeat Count execution starting...");
if (endTime > _baseTime)
{
// Sleep for any startup time that is there because of a stagger setting
TimeSpan duration = endTime - DateTime.Now;
TraceFactory.Logger.Debug("Initial sleep until {0}".FormatWith(endTime));
_flowControlMonitor.Pause(() => !ExecutionHalted, duration, TimeSpan.FromSeconds(1));
}
// Execute each segment until the total repeat count is met, which is the
// number of segments x repeat count.
do
{
endTime = endTime + _flowControlMonitor.PauseTime;
var scheduleSegment = schedule.CalculateNextEndTime(endTime, count++);
endTime = scheduleSegment.Item1;
var state = scheduleSegment.Item2;
TraceFactory.Logger.Debug("State: " + state + " , Endtime: " + endTime);
RunSchedule(state, endTime);
TraceFactory.Logger.Debug(count + " of " + schedule.TotalIterations);
} while (count < schedule.TotalIterations);
TraceFactory.Logger.Debug("Repeat Count execution complete");
}
}
catch (WorkerHaltedException ex)
{
TraceFactory.Logger.Debug(ex.Message);
return;
}
}