public void SetState(string state, ISubscriptionPersistence persistence, string nodeId)
{
Timesout = false;
switch (state)
{
case MonitoredNode.HealthyAndFunctional:
IsFullyFunctionalAndActive();
persistence.Alter(nodeId, node => node.AddOwnership(Subject));
break;
case MonitoredNode.ThrowsExceptionOnStartupOrHealthCheck:
ActivationException = new DivideByZeroException();
AssertAvailableException = new HandshakeException();
break;
case MonitoredNode.TimesOutOnStartupOrHealthCheck:
Timesout = true;
break;
case MonitoredNode.IsInactive:
IsFullyFunctional();
IsActive = false;
break;
}
}
public void Startup(ISubscriptionPersistence subscriptions, ISchedulePersistence schedules)
{
Services.ReplaceService(subscriptions);
Services.ReplaceService(schedules);
_runtime = ToRuntime();
}
public MonitoredNodeGroup()
{
_port = PortFinder.FindPort(5500);
AlterSettings <KatanaSettings>(_ => {
_.AutoHostingEnabled = true;
_.Port = _port;
});
Services(_ => {
_.ReplaceService <ISchedulePersistence, RavenDbSchedulePersistence>();
_.ReplaceService <ISubscriptionPersistence, RavenDbSubscriptionPersistence>();
});
ReplaceSettings(RavenDbSettings.InMemory());
Import <MonitoredTransportRegistry>();
container = new Container(_ =>
{
_.ForSingletonOf <MonitoredNodeGroup>().Use(this);
});
_runtime = FubuApplication.For(this).StructureMap(container).Bootstrap();
_runtime.Factory.Get <ChannelGraph>().Name = "Monitoring";
_subscriptions = _runtime.Factory.Get <ISubscriptionPersistence>();
_schedules = _runtime.Factory.Get <ISchedulePersistence>();
_store = _runtime.Factory.Get <IDocumentStore>();
}
public MonitoredNodeGroup()
{
_port = PortFinder.FindPort(5500);
AlterSettings<KatanaSettings>(_ =>
{
_.AutoHostingEnabled = true;
_.Port = _port;
});
Services(_ =>
{
_.ReplaceService<ISchedulePersistence, RavenDbSchedulePersistence>();
_.ReplaceService<ISubscriptionPersistence, RavenDbSubscriptionPersistence>();
});
ReplaceSettings(RavenDbSettings.InMemory());
Import<MonitoredTransportRegistry>();
container = new Container(_ => { _.ForSingletonOf<MonitoredNodeGroup>().Use(this); });
_runtime = FubuApplication.For(this).StructureMap(container).Bootstrap();
_runtime.Factory.Get<ChannelGraph>().Name = "Monitoring";
_subscriptions = _runtime.Factory.Get<ISubscriptionPersistence>();
_schedules = _runtime.Factory.Get<ISchedulePersistence>();
_store = _runtime.Factory.Get<IDocumentStore>();
}
public void Startup(ISubscriptionPersistence subscriptions, ISchedulePersistence schedules)
{
Services(_ => {
_.ReplaceService(subscriptions);
_.ReplaceService(schedules);
});
_runtime = FubuTransport.For(this).StructureMap().Bootstrap();
}
public void Startup(bool monitoringEnabled, ISubscriptionPersistence persistence)
{
AlterSettings <LightningQueueSettings>(x => x.DisableIfNoChannels = true);
Services(_ => _sources.Each(_.AddService <IPersistentTaskSource>));
Services(_ => _.ReplaceService(persistence));
HealthMonitoring
.ScheduledExecution(monitoringEnabled ? ScheduledExecution.WaitUntilInterval : ScheduledExecution.Disabled)
.IntervalSeed(3);
_runtime = FubuTransport.For(this).StructureMap().Bootstrap();
var controller = _runtime.Factory.Get <IPersistentTaskController>();
_initialTasks.Each(subject => {
controller.TakeOwnership(subject).Wait(1.Seconds());
});
}
public void Startup(bool monitoringEnabled, ISubscriptionPersistence persistence)
{
AlterSettings <LightningQueueSettings>(x => x.DisableIfNoChannels = true);
_sources.Each(x => Services.AddService <IPersistentTaskSource>(x));
Services.ReplaceService(persistence);
ServiceBus.HealthMonitoring
.ScheduledExecution(monitoringEnabled
? ScheduledExecution.WaitUntilInterval
: ScheduledExecution.Disabled)
.IntervalSeed(3);
_runtime = ToRuntime();
var controller = _runtime.Factory.Get <IPersistentTaskController>();
_initialTasks.Each(subject => controller.TakeOwnership(subject).Wait(1.Seconds()));
}
public SubscriptionRepository(ChannelGraph graph, ISubscriptionPersistence persistence)
{
_graph = graph;
_persistence = persistence;
}
public SubscriptionRepository(ChannelGraph graph, ISubscriptionPersistence persistence)
{
_graph = graph;
_persistence = persistence;
}
public SubscriptionsFubuDiagnostics(ISubscriptionPersistence persistence)
{
_persistence = persistence;
}
public void SetState(string state, ISubscriptionPersistence persistence, string nodeId)
{
Timesout = false;
switch (state)
{
case MonitoredNode.HealthyAndFunctional:
IsFullyFunctionalAndActive();
persistence.Alter(nodeId, node => node.AddOwnership(Subject));
break;
case MonitoredNode.ThrowsExceptionOnStartupOrHealthCheck:
ActivationException = new DivideByZeroException();
AssertAvailableException = new HandshakeException();
break;
case MonitoredNode.TimesOutOnStartupOrHealthCheck:
Timesout = true;
break;
case MonitoredNode.IsInactive:
IsFullyFunctional();
IsActive = false;
break;
}
}
public SubscriptionsFubuDiagnostics(ISubscriptionPersistence persistence)
{
_persistence = persistence;
}
