public static async Task <QueueStatSummary> GetQueueStatsAsync(this IMetricsClientStats stats, string name, string subQueueName = null, DateTime?start = null, DateTime?end = null, int dataPoints = 20)
{
if (subQueueName == null)
{
subQueueName = String.Empty;
}
else
{
subQueueName = "." + subQueueName;
}
var countTask = stats.GetGaugeStatsAsync($"{name}.count", start, end, dataPoints);
var workingTask = stats.GetGaugeStatsAsync($"{name}.working", start, end, dataPoints);
var deadletterTask = stats.GetGaugeStatsAsync($"{name}.deadletter", start, end, dataPoints);
var enqueuedTask = stats.GetCounterStatsAsync($"{name}{subQueueName}.enqueued", start, end, dataPoints);
var queueTimeTask = stats.GetTimerStatsAsync($"{name}{subQueueName}.queuetime", start, end, dataPoints);
var dequeuedTask = stats.GetCounterStatsAsync($"{name}{subQueueName}.dequeued", start, end, dataPoints);
var completedTask = stats.GetCounterStatsAsync($"{name}{subQueueName}.completed", start, end, dataPoints);
var abandonedTask = stats.GetCounterStatsAsync($"{name}{subQueueName}.abandoned", start, end, dataPoints);
var processTimeTask = stats.GetTimerStatsAsync($"{name}{subQueueName}.processtime", start, end, dataPoints);
await Task.WhenAll(countTask, workingTask, deadletterTask, enqueuedTask, queueTimeTask, dequeuedTask, completedTask, abandonedTask, processTimeTask).AnyContext();
return(new QueueStatSummary {
Count = countTask.Result,
Working = workingTask.Result,
Deadletter = deadletterTask.Result,
Enqueued = enqueuedTask.Result,
QueueTime = queueTimeTask.Result,
Dequeued = dequeuedTask.Result,
Completed = completedTask.Result,
Abandoned = abandonedTask.Result,
ProcessTime = processTimeTask.Result
});
}
private async Task AssertCounterAsync(IMetricsClientStats client, string name, long expected)
{
await Run.WithRetriesAsync(async() => {
long actual = await client.GetCounterCountAsync(name, SystemClock.UtcNow.Subtract(TimeSpan.FromHours(1)));
Assert.Equal(expected, actual);
}, 8, logger : _logger);
}
public static Task <QueueStatSummary> GetQueueStatsAsync(this IMetricsClientStats stats, string name, string subMetricName = null, DateTime?utcStart = null, DateTime?utcEnd = null, int dataPoints = 20)
{
if (subMetricName == null)
{
subMetricName = String.Empty;
}
else
{
subMetricName = "." + subMetricName;
}
var countTask = stats.GetGaugeStatsAsync($"{name}.count", utcStart, utcEnd, dataPoints);
var workingTask = stats.GetGaugeStatsAsync($"{name}.working", utcStart, utcEnd, dataPoints);
var deadletterTask = stats.GetGaugeStatsAsync($"{name}.deadletter", utcStart, utcEnd, dataPoints);
var enqueuedTask = stats.GetCounterStatsAsync($"{name}{subMetricName}.enqueued", utcStart, utcEnd, dataPoints);
var queueTimeTask = stats.GetTimerStatsAsync($"{name}{subMetricName}.queuetime", utcStart, utcEnd, dataPoints);
var dequeuedTask = stats.GetCounterStatsAsync($"{name}{subMetricName}.dequeued", utcStart, utcEnd, dataPoints);
var completedTask = stats.GetCounterStatsAsync($"{name}{subMetricName}.completed", utcStart, utcEnd, dataPoints);
var abandonedTask = stats.GetCounterStatsAsync($"{name}{subMetricName}.abandoned", utcStart, utcEnd, dataPoints);
var processTimeTask = stats.GetTimerStatsAsync($"{name}{subMetricName}.processtime", utcStart, utcEnd, dataPoints);
return(Task.WhenAll(countTask, workingTask, deadletterTask, enqueuedTask, queueTimeTask, dequeuedTask, completedTask, abandonedTask, processTimeTask)
.ContinueWith(t => new QueueStatSummary {
Count = countTask.Result,
Working = workingTask.Result,
Deadletter = deadletterTask.Result,
Enqueued = enqueuedTask.Result,
QueueTime = queueTimeTask.Result,
Dequeued = dequeuedTask.Result,
Completed = completedTask.Result,
Abandoned = abandonedTask.Result,
ProcessTime = processTimeTask.Result
}, TaskContinuationOptions.OnlyOnRanToCompletion));
}
public static async Task <QueueStatSummary> GetQueueStatsAsync(this IMetricsClientStats stats, string name, DateTime?start = null, DateTime?end = null, int dataPoints = 20)
{
var countTask = stats.GetGaugeStatsAsync($"{name}.count", start, end);
var enqueuedTask = stats.GetCounterStatsAsync($"{name}.enqueued", start, end);
var queueTimeTask = stats.GetTimerStatsAsync($"{name}.queuetime", start, end);
var dequeuedTask = stats.GetCounterStatsAsync($"{name}.dequeued", start, end);
var completedTask = stats.GetCounterStatsAsync($"{name}.completed", start, end);
var abandonedTask = stats.GetCounterStatsAsync($"{name}.abandoned", start, end);
var processTimeTask = stats.GetTimerStatsAsync($"{name}.processtime", start, end);
await Task.WhenAll(countTask, enqueuedTask, queueTimeTask, dequeuedTask, completedTask, abandonedTask, processTimeTask);
return(new QueueStatSummary {
Count = countTask.Result,
Enqueued = enqueuedTask.Result,
QueueTime = queueTimeTask.Result,
Dequeued = dequeuedTask.Result,
Completed = completedTask.Result,
Abandoned = abandonedTask.Result,
ProcessTime = processTimeTask.Result
});
}
public static async Task <double> GetLastGaugeValueAsync(this IMetricsClientStats stats, string name, DateTime?start = null, DateTime?end = null)
{
var result = await stats.GetGaugeStatsAsync(name, start, end, 1).AnyContext();
return(result.Last);
}
public static async Task <long> GetCounterCountAsync(this IMetricsClientStats stats, string name, DateTime?start = null, DateTime?end = null)
{
var result = await stats.GetCounterStatsAsync(name, start, end, 1).AnyContext();
return(result.Count);
}