public QueuesModel QueryQueues()
{
var queueStorage = _storage.QueueStorage;
var inspector = new CloudApplicationInspector(_storage.BlobStorage);
var applicationDefinition = inspector.Inspect();
var runtimeSerializer = new CloudFormatter();
var failingMessages = queueStorage.ListPersisted(FailingMessagesStoreName)
.Select(key => queueStorage.GetPersisted(FailingMessagesStoreName, key, runtimeSerializer))
.Where(m => m.HasValue)
.Select(m => m.Value)
.OrderByDescending(m => m.PersistenceTime)
.Take(50)
.ToList();
return(new QueuesModel
{
Queues = queueStorage.List(null).Select(queueName => new AzureQueue
{
QueueName = queueName,
MessageCount = queueStorage.GetApproximateCount(queueName),
Latency = queueStorage.GetApproximateLatency(queueName).Convert(ts => ts.PrettyFormat(), string.Empty),
Services = applicationDefinition.Convert(cd => cd.QueueServices.Where(d => d.QueueName == queueName).ToArray(), new QueueServiceDefinition[0])
}).ToArray(),
HasQuarantinedMessages = failingMessages.Count > 0,
Quarantine = failingMessages
.GroupBy(m => m.QueueName)
.Select(group => new AzureQuarantineQueue
{
QueueName = group.Key,
Messages = group.OrderByDescending(m => m.PersistenceTime)
.Select(m => new AzureQuarantineMessage
{
Inserted = (DateTime.UtcNow - m.InsertionTime.UtcDateTime).PrettyFormat() + " ago",
Persisted = (DateTime.UtcNow - m.PersistenceTime.UtcDateTime).PrettyFormat() + " ago",
Reason = HttpUtility.HtmlEncode(m.Reason),
Content = FormatQuarantinedLogEntryXmlContent(m),
Key = m.Key,
HasData = m.IsDataAvailable,
HasXml = m.DataXml.HasValue
})
.ToArray()
})
.ToArray()
});
}
public QueuesModel QueryQueues()
{
var queueStorage = _runtimeProviders.QueueStorage;
var inspector = new CloudApplicationInspector(_runtimeProviders);
var applicationDefinition = inspector.Inspect();
var failingMessages = queueStorage.ListPersisted(FailingMessagesStoreName)
.Select(key => queueStorage.GetPersisted(FailingMessagesStoreName, key))
.Where(m => m.HasValue)
.Select(m => m.Value)
.OrderByDescending(m => m.PersistenceTime)
.Take(50)
.ToList();
return new QueuesModel
{
Queues = queueStorage.List(null).Select(queueName => new AzureQueue
{
QueueName = queueName,
MessageCount = queueStorage.GetApproximateCount(queueName),
Latency = queueStorage.GetApproximateLatency(queueName).Convert(ts => ts.PrettyFormat(), string.Empty),
Services = applicationDefinition.Convert(cd => cd.QueueServices.Where(d => d.QueueName == queueName).ToArray(), new QueueServiceDefinition[0])
}).ToArray(),
HasQuarantinedMessages = failingMessages.Count > 0,
Quarantine = failingMessages
.GroupBy(m => m.QueueName)
.Select(group => new AzureQuarantineQueue
{
QueueName = group.Key,
Messages = group.OrderByDescending(m => m.PersistenceTime)
.Select(m => new AzureQuarantineMessage
{
Inserted = FormatUtil.TimeOffsetUtc(m.InsertionTime.UtcDateTime),
Persisted = FormatUtil.TimeOffsetUtc(m.PersistenceTime.UtcDateTime),
Reason = HttpUtility.HtmlEncode(m.Reason),
Content = FormatQuarantinedLogEntryXmlContent(m),
Key = m.Key,
HasData = m.IsDataAvailable,
HasXml = m.DataXml.HasValue
})
.ToArray()
})
.ToArray()
};
}
public ServicesModel QueryServices()
{
var serviceManager = new CloudServices(_storage.BlobStorage);
var services = serviceManager.GetServices();
var inspector = new CloudApplicationInspector(_storage.BlobStorage);
var applicationDefinition = inspector.Inspect();
if (!applicationDefinition.HasValue)
{
return(new ServicesModel
{
QueueServices = new QueueServiceModel[0],
ScheduledServices = new CloudServiceInfo[0],
CloudServices = new CloudServiceInfo[0],
UnavailableServices = new CloudServiceInfo[0]
});
}
var appDefinition = applicationDefinition.Value;
var queueServices = services.Join(
appDefinition.QueueServices,
s => s.ServiceName,
d => d.TypeName,
(s, d) => new QueueServiceModel {
ServiceName = s.ServiceName, IsStarted = s.IsStarted, Definition = d
}).ToArray();
var scheduledServices = services.Where(s => appDefinition.ScheduledServices.Any(ads => ads.TypeName.StartsWith(s.ServiceName))).ToArray();
var otherServices = services.Where(s => appDefinition.CloudServices.Any(ads => ads.TypeName.StartsWith(s.ServiceName))).ToArray();
var unavailableServices = services
.Where(s => !queueServices.Any(d => d.ServiceName == s.ServiceName))
.Except(scheduledServices).Except(otherServices).ToArray();
return(new ServicesModel
{
QueueServices = queueServices,
ScheduledServices = scheduledServices,
CloudServices = otherServices,
UnavailableServices = unavailableServices
});
}
public ServicesModel QueryServices()
{
var serviceManager = new CloudServices(_runtimeProviders);
var services = serviceManager.GetServices();
var inspector = new CloudApplicationInspector(_runtimeProviders);
var applicationDefinition = inspector.Inspect();
if (!applicationDefinition.HasValue)
{
return new ServicesModel
{
QueueServices = new QueueServiceModel[0],
ScheduledServices = new CloudServiceInfo[0],
CloudServices = new CloudServiceInfo[0],
UnavailableServices = new CloudServiceInfo[0]
};
}
var appDefinition = applicationDefinition.Value;
var queueServices = services.Join(
appDefinition.QueueServices,
s => s.ServiceName,
d => d.TypeName,
(s, d) => new QueueServiceModel { ServiceName = s.ServiceName, IsStarted = s.IsStarted, Definition = d }).ToArray();
var scheduledServices = services.Where(s => appDefinition.ScheduledServices.Any(ads => ads.TypeName.StartsWith(s.ServiceName))).ToArray();
var otherServices = services.Where(s => appDefinition.CloudServices.Any(ads => ads.TypeName.StartsWith(s.ServiceName))).ToArray();
var unavailableServices = services
.Where(s => !queueServices.Any(d => d.ServiceName == s.ServiceName))
.Except(scheduledServices).Except(otherServices).ToArray();
return new ServicesModel
{
QueueServices = queueServices,
ScheduledServices = scheduledServices,
CloudServices = otherServices,
UnavailableServices = unavailableServices
};
}
public Maybe <CloudApplicationDefinition> GetApplicationDefinition()
{
var inspector = new CloudApplicationInspector(_blobs);
return(inspector.Inspect());
}
public Maybe<CloudApplicationDefinition> GetApplicationDefinition()
{
var inspector = new CloudApplicationInspector(_runtimeProviders);
return inspector.Inspect();
}
