// Calling this based on a grouping (in SasMetricRetriever) should guarantee that it will have metric names specified (cannot have empty group) internal override async Task <MetricListResponse> GetMetricsInternalAsync(MetricFilter filter, MetricLocation location, string invocationId) { if (filter == null) { throw new ArgumentNullException("filter"); } if (location == null) { throw new ArgumentNullException("location"); } // This is called based on the definitions no the dimension portion of the filter should never be null or empty if (filter.DimensionFilters == null || !filter.DimensionFilters.Any()) { throw new ArgumentNullException("filter.DimensionFilters"); } // Separate out capacity metrics and transaction metrics into two groups IEnumerable <string> capacityMetrics = filter.DimensionFilters.Select(df => df.Name).Where(StorageConstants.MetricNames.IsCapacityMetric); IEnumerable <string> transactionMetrics = filter.DimensionFilters.Select(df => df.Name).Where(n => !StorageConstants.MetricNames.IsCapacityMetric(n)); List <Task <IEnumerable <Metric> > > queryTasks = new List <Task <IEnumerable <Metric> > >(); // Add task to get capacity metrics (if any) if (capacityMetrics.Any()) { MetricTableInfo capacityTableInfo = location.TableInfo.FirstOrDefault(ti => StorageConstants.IsCapacityMetricsTable(ti.TableName)); if (capacityTableInfo == null) { throw new InvalidOperationException("Definitions for capacity metrics must contain table info for capacity metrics table"); } queryTasks.Add(GetCapacityMetricsAsync(filter, GetTableReference(location, capacityTableInfo), capacityMetrics, invocationId)); } // Add tasks to get transaction metrics (if any) if (transactionMetrics.Any()) { IEnumerable <MetricTableInfo> transactionTableInfos = location.TableInfo.Where(ti => !StorageConstants.IsCapacityMetricsTable(ti.TableName)); if (!transactionTableInfos.Any()) { throw new InvalidOperationException("Definitions for transaction metrics must contain table info for transaction metrics table"); } queryTasks.AddRange(transactionTableInfos .Select(info => GetTransactionMetricsAsync(filter, GetTableReference(location, info), transactionMetrics, invocationId))); } // Collect results and wrap return(new MetricListResponse() { RequestId = invocationId, StatusCode = HttpStatusCode.OK, MetricCollection = new MetricCollection() { Value = (await CollectResultsAsync(queryTasks)).ToList() } }); }
// Copied from Microsoft.WindowsAzure.Management.Monitoring.ResourceProviders.Storage.Rest.V2011_12.MetricBaseController private static TableQuery <DynamicTableEntity> GetCapacityQuery(MetricFilter filter) { // capacity only applies for blob service and only for a timegrain of 1 day if (filter.TimeGrain != TimeSpan.FromDays(1)) { return(null); } // since the timestamp field does not represent the actual sample period the only time vaule represented is the partitionkey // this is basically truncated to the hr with the min zeroed out. DateTime partitionKeyStartTime = filter.StartTime; DateTime partitionKeyEndTime = filter.EndTime; string startKey = partitionKeyStartTime.ToString("yyyyMMddTHH00"); string endKey = partitionKeyEndTime.ToString("yyyyMMddTHH00"); var filter1 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.GreaterThanOrEqual, startKey); var filter2 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.LessThanOrEqual, endKey); var filter3 = TableQuery.GenerateFilterCondition("RowKey", QueryComparisons.Equal, "data"); var tableQuery = new TableQuery <DynamicTableEntity>() .Where(TableQuery.CombineFilters(TableQuery.CombineFilters(filter1, TableOperators.And, filter2), TableOperators.And, filter3)); return(tableQuery); }
// Calling this based on a grouping (in SasMetricRetriever) should guarantee that it will have metric names specified (cannot have empty group) internal override async Task<MetricListResponse> GetMetricsInternalAsync(MetricFilter filter, MetricLocation location, string invocationId) { if (filter == null) { throw new ArgumentNullException("filter"); } if (location == null) { throw new ArgumentNullException("location"); } // This is called based on the definitions no the dimension portion of the filter should never be null or empty if (filter.DimensionFilters == null || !filter.DimensionFilters.Any()) { throw new ArgumentNullException("filter.DimensionFilters"); } // Separate out capacity metrics and transaction metrics into two groups IEnumerable<string> capacityMetrics = filter.DimensionFilters.Select(df => df.Name).Where(StorageConstants.MetricNames.IsCapacityMetric); IEnumerable<string> transactionMetrics = filter.DimensionFilters.Select(df => df.Name).Where(n => !StorageConstants.MetricNames.IsCapacityMetric(n)); List<Task<IEnumerable<Metric>>> queryTasks = new List<Task<IEnumerable<Metric>>>(); // Add task to get capacity metrics (if any) if (capacityMetrics.Any()) { MetricTableInfo capacityTableInfo = location.TableInfo.FirstOrDefault(ti => StorageConstants.IsCapacityMetricsTable(ti.TableName)); if (capacityTableInfo == null) { throw new InvalidOperationException("Definitions for capacity metrics must contain table info for capacity metrics table"); } queryTasks.Add(GetCapacityMetricsAsync(filter, GetTableReference(location, capacityTableInfo), capacityMetrics, invocationId)); } // Add tasks to get transaction metrics (if any) if (transactionMetrics.Any()) { IEnumerable<MetricTableInfo> transactionTableInfos = location.TableInfo.Where(ti => !StorageConstants.IsCapacityMetricsTable(ti.TableName)); if (!transactionTableInfos.Any()) { throw new InvalidOperationException("Definitions for transaction metrics must contain table info for transaction metrics table"); } queryTasks.AddRange(transactionTableInfos .Select(info => GetTransactionMetricsAsync(filter, GetTableReference(location, info), transactionMetrics, invocationId))); } // Collect results and wrap return new MetricListResponse() { RequestId = invocationId, StatusCode = HttpStatusCode.OK, MetricCollection = new MetricCollection() { Value = (await CollectResultsAsync(queryTasks)).ToList() } }; }
public Builder(MetricRegistry registry) { this.registry = registry; this.rateUnit = TimeUnit.Seconds; this.durationUnit = TimeUnit.Milliseconds; this.clock = Clock.DefaultClock; this.filter = MetricFilters.ALL; }
public static bool Contains(this IList <MetricAvailability> list, MetricFilter filter) { foreach (var item in list) { return(item.TimeGrain == filter.TimeGrain); } return(false); }
internal Builder(MetricRegistry registry) { this.registry = registry; this.output = Console.Out; this.clock = Clock.DefaultClock; this.rateUnit = TimeUnit.Seconds; this.durationUnit = TimeUnit.Milliseconds; this.filter = MetricFilters.ALL; }
internal Builder(MetricRegistry registry) { this.registry = registry; this.output = Console.Out; this.clock = Clock.DefaultClock; this.rateUnit = TimeUnit.Seconds; this.durationUnit = TimeUnit.Milliseconds; this.filter = MetricFilters.ALL; }
internal Builder(MetricRegistry registry) { this.registry = registry; this.clock = Clock.DefaultClock; this.prefix = null; this.rateUnit = TimeUnit.Seconds; this.durationUnit = TimeUnit.Milliseconds; this.filter = MetricFilters.ALL; }
/// <summary> /// Removes all metrics which match the given filter. /// </summary> /// <param name="filter">a filter</param> public void RemoveMatching(MetricFilter filter) { foreach (KeyValuePair <MetricName, IMetric> pair in _metrics) { if (filter(pair.Key, pair.Value)) { Remove(pair.Key); } } }
public CsvReporter(MetricRegistry registry, string directory, TimeUnit rateUnit, TimeUnit durationUnit, Clock clock, MetricFilter filter) : base(registry, "csv-reporter", filter, rateUnit, durationUnit) { this.directory = directory; this.clock = clock; }
private ConsoleReporter(MetricRegistry registry, TextWriter output, Clock clock, TimeUnit rateUnit, TimeUnit durationUnit, MetricFilter filter) : base(registry, "console-reporter", filter, rateUnit, durationUnit) { this.output = output; this.clock = clock; }
public CsvReporter(MetricRegistry registry, string directory, TimeUnit rateUnit, TimeUnit durationUnit, Clock clock, MetricFilter filter) : base(registry, "csv-reporter", filter, rateUnit, durationUnit) { this.directory = directory; this.clock = clock; }
public async Task <MetricListResponse> GetMetricsAsync(string resourceId, string filterString, IEnumerable <MetricDefinition> definitions, string invocationId) { MetricFilter filter = MetricFilterExpressionParser.Parse(filterString); // Grab all metric definitiions that contain the specific timegrain from the filter. // See the extension class for implementation var timegraindefinitions = from d in definitions where d.MetricAvailabilities.Count > 0 && d.MetricAvailabilities.Contains(filter) select d; // Group definitions by location so we can make one request to each location Dictionary <MetricAvailability, MetricFilter> groups = timegraindefinitions.GroupBy(d => d.MetricAvailabilities.FirstOrDefault()).ToDictionary(g => g.Key, g => new MetricFilter() { TimeGrain = filter.TimeGrain, StartTime = filter.StartTime, EndTime = filter.EndTime, DimensionFilters = g.Select(d => filter.DimensionFilters.FirstOrDefault(df => string.Equals(df.Name, d.Name.Value, StringComparison.OrdinalIgnoreCase)) ?? new MetricDimension() { Name = d.Name.Value }) }, new AvailabilityComparer()); // Verify all groups represent shoebox metrics if (groups.Any(g => g.Key.Location == null)) { throw new ArgumentException("All definitions provided to ShoeboxMetricRetriever must include location information.", "definitions"); } // Get Metrics from each location (group) IEnumerable <Task <MetricListResponse> > locationTasks = groups.Select(g => this.GetMetricsInternalAsync(g.Value, g.Key.Location, invocationId)); // Aggregate metrics from all groups MetricListResponse[] results = (await Task.Factory.ContinueWhenAll(locationTasks.ToArray(), tasks => tasks.Select(t => t.Result))).ToArray(); IEnumerable <Metric> metrics = results.Aggregate <MetricListResponse, IEnumerable <Metric> >( new List <Metric>(), (list, response) => list.Union(response.MetricCollection.Value)); // Return aggregated results (the MetricOperations class will fill in additional info from the MetricDefinitions) return(new MetricListResponse() { RequestId = invocationId, StatusCode = HttpStatusCode.OK, MetricCollection = new MetricCollection() { Value = metrics.ToList() } }); }
private GraphiteReporter(MetricRegistry registry, GraphiteSender graphite, Clock clock, String prefix, TimeUnit rateUnit, TimeUnit durationUnit, MetricFilter filter) : base(registry, "graphite-reporter", filter, rateUnit, durationUnit) { this.graphite = graphite; this.clock = clock; this.prefix = MetricName.build(prefix); }
/// <summary> /// Creates a new <see cref="ScheduledReporter"/> instance /// </summary> /// <param name="registry">the <see cref="MetricRegistry"/> containing the metrics this reporter will report</param> /// <param name="name">the reporter's name</param> /// <param name="filter">the filter for which metrics to report</param> /// <param name="rateUnit">a unit of time</param> /// <param name="durationUnit">a unit of time</param> protected ScheduledReporter(MetricRegistry registry, string name, MetricFilter filter, TimeUnit rateUnit, TimeUnit durationUnit) { this.registry = registry; this.filter = filter; this.rateFactor = rateUnit.ToSeconds(1); this.rateUnit = calculateRateUnit(rateUnit); this.durationFactor = 1.0 / durationUnit.ToNanos(1); this.durationUnit = durationUnit.ToString().ToLowerInvariant(); }
/// <summary> /// Creates a new <see cref="ScheduledReporter"/> instance /// </summary> /// <param name="registry">the <see cref="MetricRegistry"/> containing the metrics this reporter will report</param> /// <param name="name">the reporter's name</param> /// <param name="filter">the filter for which metrics to report</param> /// <param name="rateUnit">a unit of time</param> /// <param name="durationUnit">a unit of time</param> protected ScheduledReporter(MetricRegistry registry, string name, MetricFilter filter, TimeUnit rateUnit, TimeUnit durationUnit) { this.registry = registry; this.filter = filter; this.rateFactor = rateUnit.ToSeconds(1); this.rateUnit = calculateRateUnit(rateUnit); this.durationFactor = 1.0 / durationUnit.ToNanos(1); this.durationUnit = durationUnit.ToString().ToLowerInvariant(); }
private IDictionary <MetricName, T> getMetrics <T>(MetricFilter filter) where T : IMetric { MetricFilter finalFilter = filter + ((name, metric) => metric is T); IDictionary <MetricName, T> retVal = new Dictionary <MetricName, T>(); foreach (KeyValuePair <MetricName, IMetric> kv in _metrics) { if (finalFilter(kv.Key, kv.Value)) { retVal.Add(kv.Key, (T)kv.Value); } } return(retVal.ToImmutableDictionary()); }
private static async Task <IEnumerable <Metric> > GetTransactionMetricsAsync(MetricFilter filter, CloudTable table, IEnumerable <string> metricNames, string invocationId) { // Get relevant dimensions IEnumerable <MetricDimension> metricDimensions = filter.DimensionFilters.Where(df => metricNames.Contains(df.Name)); // Get appropriate entities from table IEnumerable <DynamicTableEntity> entities = await GetEntitiesAsync(table, GetTransactionQuery(filter, GetOperationNameForQuery( metricDimensions, StorageConstants.Dimensions.ApiDimensionName, StorageConstants.Dimensions.ApiDimensionAggregateValue)), invocationId); // Construct Metrics and accumulate results return(metricDimensions .Select(md => CreateTransactionMetric(filter, md, entities)) .Aggregate <IEnumerable <Metric>, IEnumerable <Metric> >(new Metric[0], (a, b) => a.Union(b))); }
// Copied from Microsoft.WindowsAzure.Management.Monitoring.ResourceProviders.Storage.Rest.V2011_12.MetricBaseController private static TableQuery <DynamicTableEntity> GetTransactionQuery(MetricFilter filter, string operationName = null) { // storage transaction queries are only supported for 1 hr and 1 min timegrains if (filter.TimeGrain != StorageConstants.PT1H && filter.TimeGrain != StorageConstants.PT1M) { return(null); } DateTime partitionKeyStartTime = filter.StartTime; DateTime partitionKeyEndTime = filter.EndTime; // start by assuming that we are querying for hr metrics // since the timestamp field does not represent the actual sample period the only time value represented is the partitionkey // this is basically truncated to the hr with the min zeroed out. string startKey = partitionKeyStartTime.ToString("yyyyMMddTHH00"); string endKey = partitionKeyEndTime.ToString("yyyyMMddTHH00"); // if this is actually a minute metric request correct the partition keys and table name format if (filter.TimeGrain == TimeSpan.FromMinutes(1)) { startKey = partitionKeyStartTime.ToString("yyyyMMddTHHmm"); endKey = partitionKeyEndTime.ToString("yyyyMMddTHHmm"); } string rowKey = "user;"; string rowComparison = QueryComparisons.Equal; // If requesting a particular operation, get only that one (dimension value), otherwise get all if (operationName == null) { rowComparison = QueryComparisons.GreaterThanOrEqual; } else { rowKey += operationName; } var filter1 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.GreaterThanOrEqual, startKey); var filter2 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.LessThanOrEqual, endKey); var filter3 = TableQuery.GenerateFilterCondition("RowKey", rowComparison, rowKey); var tableQuery = new TableQuery <DynamicTableEntity>().Where( TableQuery.CombineFilters(TableQuery.CombineFilters(filter1, TableOperators.And, filter2), TableOperators.And, filter3)); return(tableQuery); }
private static async Task <IEnumerable <Metric> > GetCapacityMetricsAsync(MetricFilter filter, CloudTable table, IEnumerable <string> metricNames, string invocationId) { IEnumerable <DynamicTableEntity> entities = await SasMetricRetriever.GetEntitiesAsync(table, GetCapacityQuery(filter), invocationId); return(metricNames.Select(n => new Metric() { Name = new LocalizableString() { Value = n, LocalizedValue = n }, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, Properties = new Dictionary <string, string>(), MetricValues = entities.Select(entity => GetMetricValueFromEntity(entity, n)).ToList() })); }
public Task <MetricListResponse> GetMetricsAsync(string resourceId, string filterString, IEnumerable <MetricDefinition> definitions, string invocationId) { MetricFilter filter = MetricFilterExpressionParser.Parse(filterString); return(Task.Factory.StartNew(() => new MetricListResponse() { RequestId = invocationId, StatusCode = HttpStatusCode.OK, MetricCollection = new MetricCollection() { Value = definitions == null ? new List <Metric>() : definitions.Select(d => new Metric() { Name = d.Name, Unit = d.Unit, ResourceId = resourceId, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, MetricValues = new List <MetricValue>(), Properties = new Dictionary <string, string>() }).ToList() } })); }
private static async Task<IEnumerable<Metric>> GetCapacityMetricsAsync(MetricFilter filter, CloudTable table, IEnumerable<string> metricNames, string invocationId) { IEnumerable<DynamicTableEntity> entities = await SasMetricRetriever.GetEntitiesAsync( table: table, query: GetCapacityQuery(filter), invocationId: invocationId, maxBatchSize: Util.MaxMetricEntities); return metricNames.Select(n => new Metric() { Name = new LocalizableString() { Value = n, LocalizedValue = n }, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, Properties = new Dictionary<string, string>(), MetricValues = entities.Select(entity => GetMetricValueFromEntity(entity, n)).ToList() }); }
/** * Only report metrics which match the given filter. * * @param filter a {@link MetricFilter} * @return {@code this} */ public Builder withFilter(MetricFilter filter) { this.filter = filter; return this; }
// Copied from Microsoft.WindowsAzure.Management.Monitoring.ResourceProviders.Storage.Rest.V2011_12.MetricBaseController private static TableQuery<DynamicTableEntity> GetCapacityQuery(MetricFilter filter) { // capacity only applies for blob service and only for a timegrain of 1 day if (filter.TimeGrain != TimeSpan.FromDays(1)) { return null; } // since the timestamp field does not represent the actual sample period the only time vaule represented is the partitionkey // this is basically truncated to the hr with the min zeroed out. DateTime partitionKeyStartTime = filter.StartTime; DateTime partitionKeyEndTime = filter.EndTime; string startKey = partitionKeyStartTime.ToString("yyyyMMddTHH00"); string endKey = partitionKeyEndTime.ToString("yyyyMMddTHH00"); var filter1 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.GreaterThanOrEqual, startKey); var filter2 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.LessThanOrEqual, endKey); var filter3 = TableQuery.GenerateFilterCondition("RowKey", QueryComparisons.Equal, "data"); var tableQuery = new TableQuery<DynamicTableEntity>() .Where(TableQuery.CombineFilters(TableQuery.CombineFilters(filter1, TableOperators.And, filter2), TableOperators.And, filter3)); return tableQuery; }
private static IEnumerable <Metric> CreateTransactionMetric(MetricFilter filter, MetricDimension metricDimension, IEnumerable <DynamicTableEntity> entities) { List <Metric> metrics = new List <Metric>(); // Get supported metric dimension MetricFilterDimension filterDimension = metricDimension.Dimensions == null ? null : metricDimension.Dimensions.FirstOrDefault(fd => string.Equals(fd.Name, StorageConstants.Dimensions.ApiDimensionName, StringComparison.OrdinalIgnoreCase)); // no dimensions (or no supported dimensions) means only get aggregate values (user;All) if (filterDimension == null) { metrics.Add(new Metric() { Name = new LocalizableString() { Value = metricDimension.Name, LocalizedValue = metricDimension.Name }, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, Properties = new Dictionary <string, string>(), MetricValues = entities .Where(e => string.Equals(e.RowKey, GetTransactionRowKey(StorageConstants.Dimensions.ApiDimensionAggregateValue), StringComparison.OrdinalIgnoreCase)) .Select(e => GetMetricValueFromEntity(e, metricDimension.Name)).ToList() }); } // Dimension specified, get samples with requested dimension value else { // This is the function for filtering based on dimension value (row key) Func <IGrouping <string, DynamicTableEntity>, bool> groupFilter; // dimension specified, but no values means get all and group by dimension value (row key) if (filterDimension.Values == null || !filterDimension.Values.Any()) { // select all groups, but leave off aggregate. Each group becomes one metric groupFilter = (entityGroup) => !string.Equals(entityGroup.Key, GetTransactionRowKey(StorageConstants.Dimensions.ApiDimensionName), StringComparison.OrdinalIgnoreCase); } else { // select only groups specified by dimension values groupFilter = (entityGroup) => filterDimension.Values.Select(GetTransactionRowKey).Contains(entityGroup.Key); } // Construct and add the metrics to the collection to return metrics.AddRange(entities .GroupBy(e => e.RowKey) .Where(groupFilter) .Select(entityGroup => new Metric() { Name = new LocalizableString() { Value = metricDimension.Name, LocalizedValue = metricDimension.Name }, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, Properties = new Dictionary <string, string>(), MetricValues = entityGroup.Select(e => GetMetricValueFromEntity(e, metricDimension.Name)).ToList() })); } // return only values specified return(metrics); }
/// <summary> /// Retrieves the metric values from the shoebox /// </summary> /// <param name="filter">The $filter query string</param> /// <param name="location">The MetricLocation object</param> /// <param name="invocationId">The invocation id</param> /// <returns>The MetricValueListResponse</returns> // Note: Does not populate Metric fields unrelated to query (i.e. "display name", resourceUri, and properties) internal abstract Task <MetricListResponse> GetMetricsInternalAsync(MetricFilter filter, MetricLocation location, string invocationId);
private static IEnumerable<Metric> CreateTransactionMetric(MetricFilter filter, MetricDimension metricDimension, IEnumerable<DynamicTableEntity> entities) { List<Metric> metrics = new List<Metric>(); // Get supported metric dimension MetricFilterDimension filterDimension = metricDimension.Dimensions == null ? null : metricDimension.Dimensions.FirstOrDefault(fd => string.Equals(fd.Name, StorageConstants.Dimensions.ApiDimensionName, StringComparison.OrdinalIgnoreCase)); // no dimensions (or no supported dimensions) means only get aggregate values (user;All) if (filterDimension == null) { metrics.Add(new Metric() { Name = new LocalizableString() { Value = metricDimension.Name, LocalizedValue = metricDimension.Name }, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, Properties = new Dictionary<string, string>(), MetricValues = entities .Where(e => string.Equals(e.RowKey, GetTransactionRowKey(StorageConstants.Dimensions.ApiDimensionAggregateValue), StringComparison.OrdinalIgnoreCase)) .Select(e => GetMetricValueFromEntity(e, metricDimension.Name)).ToList() }); } // Dimension specified, get samples with requested dimension value else { // This is the function for filtering based on dimension value (row key) Func<IGrouping<string, DynamicTableEntity>, bool> groupFilter; // dimension specified, but no values means get all and group by dimension value (row key) if (filterDimension.Values == null || !filterDimension.Values.Any()) { // select all groups, but leave off aggregate. Each group becomes one metric groupFilter = (entityGroup) => !string.Equals(entityGroup.Key, GetTransactionRowKey(StorageConstants.Dimensions.ApiDimensionName), StringComparison.OrdinalIgnoreCase); } else { // select only groups specified by dimension values groupFilter = (entityGroup) => filterDimension.Values.Select(GetTransactionRowKey).Contains(entityGroup.Key); } // Construct and add the metrics to the collection to return metrics.AddRange(entities .GroupBy(e => e.RowKey) .Where(groupFilter) .Select(entityGroup => new Metric() { Name = new LocalizableString() { Value = metricDimension.Name, LocalizedValue = metricDimension.Name }, StartTime = filter.StartTime, EndTime = filter.EndTime, TimeGrain = filter.TimeGrain, Properties = new Dictionary<string, string>(), MetricValues = entityGroup.Select(e => GetMetricValueFromEntity(e, metricDimension.Name)).ToList() })); } // return only values specified return metrics; }
private static bool IsMetricDefinitionIncluded(MetricFilter filter, MetricDefinition metricDefinition) { return filter == null || filter.DimensionFilters.Any(x => string.Equals(metricDefinition.Name.Value, x.Name, StringComparison.Ordinal)); }
private async Task <Dictionary <string, List <MetricValueBlob> > > FetchMetricValuesFromBlob(BlobInfo blobInfo, MetricFilter filter) { if (blobInfo.EndTime < filter.StartTime || blobInfo.StartTime >= filter.EndTime) { return(new Dictionary <string, List <MetricValueBlob> >()); } var blob = new CloudBlockBlob(new Uri(blobInfo.BlobUri)); using (var memoryStream = new MemoryStream()) { try { await blob.DownloadToStreamAsync(memoryStream); } catch (StorageException ex) { if (ex.RequestInformation.HttpStatusCode == 404) { return(new Dictionary <string, List <MetricValueBlob> >()); } throw; } memoryStream.Seek(0, 0); using (var streamReader = new StreamReader(memoryStream)) { string content = await streamReader.ReadToEndAsync(); var metricBlob = JsonConvert.DeserializeObject <MetricBlob>(content); var metricValues = metricBlob.records; var metricsPerName = new Dictionary <string, List <MetricValueBlob> >(); foreach (var metric in metricValues) { if (metric.time < filter.StartTime || metric.time >= filter.EndTime) { continue; } List <MetricValueBlob> metrics; if (!metricsPerName.TryGetValue(metric.metricName, out metrics)) { metrics = new List <MetricValueBlob>(); metricsPerName.Add(metric.metricName, metrics); } metrics.Add(metric); } return(metricsPerName); } } }
/// <summary> /// Returns a map of all the counters in the registry and their names which match the given filter. /// </summary> /// <param name="filter">the metric filter to match</param> /// <returns>the matching counters in the registry</returns> public IDictionary <MetricName, Counter> getCounters(MetricFilter filter) { return(getMetrics <Counter>(filter)); }
/// <summary> /// Returns a map of all the histograms in the registry and their names which match the given filter. /// </summary> /// <param name="filter">the metric filter to match</param> /// <returns>the matching histograms in the registry</returns> public IDictionary <MetricName, Histogram> getHistograms(MetricFilter filter) { return(getMetrics <Histogram>(filter)); }
/// <summary> /// Only report metrics which match the given <see cref="MetricFilter"/> /// </summary> /// <param name="filter">a <see cref="MetricFilter"/></param> /// <returns><c>this</c></returns> public Builder withFilter(MetricFilter filter) { this.filter = filter; return(this); }
private GraphiteReporter(MetricRegistry registry, GraphiteSender graphite, Clock clock, String prefix, TimeUnit rateUnit, TimeUnit durationUnit, MetricFilter filter) : base(registry, "graphite-reporter", filter, rateUnit, durationUnit) { this.graphite = graphite; this.clock = clock; this.prefix = MetricName.build(prefix); }
/// <summary> /// Returns a map of all the gauges in the registry and their names which match the given filter. /// </summary> /// <param name="filter">the metric filter to match</param> /// <returns>the matching gauges in the registry</returns> public IDictionary <MetricName, Gauge> getGauges(MetricFilter filter) { return(getMetrics <Gauge>(filter)); }
internal override async Task <MetricListResponse> GetMetricsInternalAsync(MetricFilter filter, MetricLocation location, string invocationId) { return(await ShoeboxClient.GetMetricsInternalAsync(filter, location, invocationId)); }
internal override async Task<MetricListResponse> GetMetricsInternalAsync(MetricFilter filter, MetricLocation location, string invocationId) { return await ShoeboxClient.GetMetricsInternalAsync(filter, location, invocationId); }
// Copied from Microsoft.WindowsAzure.Management.Monitoring.ResourceProviders.Storage.Rest.V2011_12.MetricBaseController private static TableQuery<DynamicTableEntity> GetTransactionQuery(MetricFilter filter, string operationName = null) { // storage transaction queries are only supported for 1 hr and 1 min timegrains if (filter.TimeGrain != StorageConstants.PT1H && filter.TimeGrain != StorageConstants.PT1M) { return null; } DateTime partitionKeyStartTime = filter.StartTime; DateTime partitionKeyEndTime = filter.EndTime; // start by assuming that we are querying for hr metrics // since the timestamp field does not represent the actual sample period the only time value represented is the partitionkey // this is basically truncated to the hr with the min zeroed out. string startKey = partitionKeyStartTime.ToString("yyyyMMddTHH00"); string endKey = partitionKeyEndTime.ToString("yyyyMMddTHH00"); // if this is actually a minute metric request correct the partition keys and table name format if (filter.TimeGrain == TimeSpan.FromMinutes(1)) { startKey = partitionKeyStartTime.ToString("yyyyMMddTHHmm"); endKey = partitionKeyEndTime.ToString("yyyyMMddTHHmm"); } string rowKey = "user;"; string rowComparison = QueryComparisons.Equal; // If requesting a particular operation, get only that one (dimension value), otherwise get all if (operationName == null) { rowComparison = QueryComparisons.GreaterThanOrEqual; } else { rowKey += operationName; } var filter1 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.GreaterThanOrEqual, startKey); var filter2 = TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.LessThanOrEqual, endKey); var filter3 = TableQuery.GenerateFilterCondition("RowKey", rowComparison, rowKey); var tableQuery = new TableQuery<DynamicTableEntity>().Where( TableQuery.CombineFilters(TableQuery.CombineFilters(filter1, TableOperators.And, filter2), TableOperators.And, filter3)); return tableQuery; }
private ConsoleReporter(MetricRegistry registry, TextWriter output, Clock clock, TimeUnit rateUnit, TimeUnit durationUnit, MetricFilter filter) : base(registry, "console-reporter", filter, rateUnit, durationUnit) { this.output = output; this.clock = clock; }
private static bool IsMetricDefinitionIncluded(MetricFilter filter, MetricDefinition metricDefinition) { return(filter == null || filter.DimensionFilters.Any(x => string.Equals(metricDefinition.Name.Value, x.Name, StringComparison.Ordinal))); }
/// <summary> /// Returns a map of all the timers in the registry and their names which match the given filter. /// </summary> /// <param name="filter">the metric filter to match</param> /// <returns>the matching timers in the registry</returns> public IDictionary <MetricName, Timer> getTimers(MetricFilter filter) { return(getMetrics <Timer>(filter)); }
public async Task <MetricListResponse> GetMetricsAsync(string resourceId, string filterString, IEnumerable <MetricDefinition> definitions, string invocationId) { MetricFilter filter = MetricFilterExpressionParser.Parse(filterString); var metricsPerBlob = new Dictionary <string, Task <Dictionary <string, List <MetricValueBlob> > > >(StringComparer.OrdinalIgnoreCase); // We download all the relevant blobs first and then use the data later, to avoid download the same blob more than once. foreach (MetricDefinition metricDefinition in definitions) { if (!IsMetricDefinitionIncluded(filter, metricDefinition)) { continue; } foreach (MetricAvailability availability in metricDefinition.MetricAvailabilities) { if (availability.BlobLocation == null) { continue; } foreach (BlobInfo blobInfo in availability.BlobLocation.BlobInfo) { string blobId = GetBlobEndpoint(blobInfo); if (!metricsPerBlob.ContainsKey(blobId)) { metricsPerBlob.Add(blobId, FetchMetricValuesFromBlob(blobInfo, filter)); } } } } foreach (var task in metricsPerBlob.Values) { await task; } var result = new MetricListResponse { MetricCollection = new MetricCollection { Value = new List <Metric>() } }; // Populate the metrics result using the data from the blobs. foreach (MetricDefinition metricDefinition in definitions) { if (!IsMetricDefinitionIncluded(filter, metricDefinition)) { continue; } foreach (MetricAvailability availability in metricDefinition.MetricAvailabilities) { if (availability.BlobLocation == null) { continue; } var metricValues = new List <MetricValueBlob>(); foreach (BlobInfo blobInfo in availability.BlobLocation.BlobInfo) { string blobId = GetBlobEndpoint(blobInfo); List <MetricValueBlob> metricsInBlob; if (metricsPerBlob[blobId].Result.TryGetValue(metricDefinition.Name.Value, out metricsInBlob)) { metricValues.AddRange(metricsInBlob); } } var metric = new Metric { Name = new LocalizableString { Value = metricDefinition.Name.Value, LocalizedValue = metricDefinition.Name.LocalizedValue, }, StartTime = filter.StartTime, EndTime = filter.EndTime, MetricValues = GetAggregatedByTimestamp(metricValues), TimeGrain = availability.TimeGrain, }; result.MetricCollection.Value.Add(metric); } } return(result); }
/// <summary> /// Retrieves the metric values from the shoebox /// </summary> /// <param name="filter">The $filter query string</param> /// <param name="location">The MetricLocation object</param> /// <param name="invocationId">The invocation id</param> /// <returns>The MetricValueListResponse</returns> // Note: Does not populate Metric fields unrelated to query (i.e. "display name", resourceUri, and properties) internal MetricListResponse GetMetricsInternal(MetricFilter filter, MetricLocation location, string invocationId) { return(GetMetricsInternalAsync(filter, location, invocationId).Result); }
private async Task<Dictionary<string, List<MetricValueBlob>>> FetchMetricValuesFromBlob(BlobInfo blobInfo, MetricFilter filter) { if (blobInfo.EndTime < filter.StartTime || blobInfo.StartTime >= filter.EndTime) { return new Dictionary<string, List<MetricValueBlob>>(); } var blob = new CloudBlockBlob(new Uri(blobInfo.BlobUri)); using (var memoryStream = new MemoryStream()) { try { await blob.DownloadToStreamAsync(memoryStream); } catch (StorageException ex) { if (ex.RequestInformation.HttpStatusCode == 404) { return new Dictionary<string, List<MetricValueBlob>>(); } throw; } memoryStream.Seek(0, 0); using (var streamReader = new StreamReader(memoryStream)) { string content = await streamReader.ReadToEndAsync(); var metricBlob = JsonConvert.DeserializeObject<MetricBlob>(content); var metricValues = metricBlob.records; var metricsPerName = new Dictionary<string, List<MetricValueBlob>>(); foreach (var metric in metricValues) { if (metric.time < filter.StartTime || metric.time >= filter.EndTime) { continue; } List<MetricValueBlob> metrics; if (!metricsPerName.TryGetValue(metric.metricName, out metrics)) { metrics = new List<MetricValueBlob>(); metricsPerName.Add(metric.metricName, metrics); } metrics.Add(metric); } return metricsPerName; } } }
private static async Task<IEnumerable<Metric>> GetTransactionMetricsAsync(MetricFilter filter, CloudTable table, IEnumerable<string> metricNames, string invocationId) { // Get relevant dimensions IEnumerable<MetricDimension> metricDimensions = filter.DimensionFilters.Where(df => metricNames.Contains(df.Name)); // Get appropriate entities from table IEnumerable<DynamicTableEntity> entities = await GetEntitiesAsync( table: table, query: GetTransactionQuery( filter: filter, operationName: GetOperationNameForQuery( dimensions:metricDimensions, dimensionName: StorageConstants.Dimensions.ApiDimensionName, dimensionAggregateValue: StorageConstants.Dimensions.ApiDimensionAggregateValue)), invocationId: invocationId, maxBatchSize: Util.MaxMetricEntities); // Construct Metrics and accumulate results return metricDimensions .Select(md => CreateTransactionMetric(filter, md, entities)) .Aggregate<IEnumerable<Metric>,IEnumerable<Metric>>(new Metric[0], (a, b) => a.Union(b)); }