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/** * Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved. * SPDX-License-Identifier: Apache-2.0. */ #pragma once #include #include #include #include #include #include #include namespace smithy { namespace components { namespace tracing { /** * A utility class for common tracing activities. */ class SMITHY_API TracingUtils { public: TracingUtils() = default; static const char COUNT_METRIC_TYPE[]; static const char MICROSECOND_METRIC_TYPE[]; static const char BYTES_PER_SECOND_METRIC_TYPE[]; static const char SMITHY_CLIENT_DURATION_METRIC[]; static const char SMITHY_CLIENT_ENDPOINT_RESOLUTION_METRIC[]; static const char SMITHY_CLIENT_DESERIALIZATION_METRIC[]; static const char SMITHY_CLIENT_SIGNING_METRIC[]; static const char SMITHY_CLIENT_SERIALIZATION_METRIC[]; static const char SMITHY_CLIENT_SERVICE_CALL_METRIC[]; static const char SMITHY_CLIENT_SERVICE_BACKOFF_DELAY_METRIC[]; static const char SMITHY_CLIENT_SERVICE_ATTEMPTS_METRIC[]; static const char SMITHY_METHOD_AWS_VALUE[]; static const char SMITHY_SERVICE_DIMENSION[]; static const char SMITHY_METHOD_DIMENSION[]; static const char SMITHY_SYSTEM_DIMENSION[]; static const char SMITHY_METRICS_DNS_DURATION[]; static const char SMITHY_METRICS_CONNECT_DURATION[]; static const char SMITHY_METRICS_SSL_DURATION[]; static const char SMITHY_METRICS_DOWNLOAD_SPEED_METRIC[]; static const char SMITHY_METRICS_UPLOAD_SPEED_METRIC[]; static const char SMITHY_METRICS_UNKNOWN_METRIC[]; /** * Will run a function and emit the duration of that function in millisecond timing to the * meter provided as a Histogram metrics. Will return the result af the function. * @tparam T The type that is being returned from the function. * @param func A function that returns T. * @param metricName The name of the metric that is being captured by the function. * @param meter The meter making the measurement. * @param attributes The attributes or dimensions associate with this measurement. * @param description The description of the measurement. * @return the result of func. */ template static T MakeCallWithTiming(std::function func, const Aws::String &metricName, const Meter &meter, Aws::Map&& attributes, const Aws::String &description = "") { auto before = std::chrono::steady_clock::now(); auto returnValue = func(); auto after = std::chrono::steady_clock::now(); auto duration = std::chrono::duration_cast(after - before).count(); auto histogram = meter.CreateHistogram(metricName, MICROSECOND_METRIC_TYPE, description); if (!histogram) { AWS_LOG_ERROR("TracingUtil", "Failed to create histogram"); return {}; } histogram->record((double) duration, std::forward>(attributes)); return returnValue; } /** * Will run a function and emit the duration of that function in millisecond timing to the * meter provided as a Histogram metrics. * @param func a function that does not return anything but will be measured. * @param metricName The name of the metric that is being captured by the function. * @param meter The meter making the measurement. * @param attributes The attributes or dimensions associate with this measurement. * @param description The description of the measurement. */ static void MakeCallWithTiming(std::function func, Aws::String metricName, const Meter &meter, Aws::Map&& attributes, Aws::String description = "") { auto before = std::chrono::steady_clock::now(); func(); auto after = std::chrono::steady_clock::now(); auto duration = std::chrono::duration_cast(after - before).count(); auto histogram = meter.CreateHistogram(std::move(metricName), MICROSECOND_METRIC_TYPE, std::move(description)); if (!histogram) { AWS_LOG_ERROR("TracingUtil", "Failed to create histogram"); return; } histogram->record((double) duration, std::forward>(attributes)); } /** * Emits http metrics to a specified meter. * @param metrics A http metrics collection that we will emit. * @param meter The meter used for metrics emissions. * @param attributes The attributes or dimensions associate with this measurement. * @param description The description of the measurement. */ static void EmitCoreHttpMetrics(const Aws::Monitoring::HttpClientMetricsCollection &metrics, const Meter &meter, Aws::Map&& attributes, Aws::String description = "") { for (auto const &entry: metrics) { auto smithyMetric = ConvertCoreMetricToSmithy(entry.first); if (smithyMetric.first != SMITHY_METRICS_UNKNOWN_METRIC) { auto histogram = meter.CreateHistogram(std::move(smithyMetric.first), smithyMetric.second, std::move(description)); if (!histogram) { AWS_LOG_ERROR("TracingUtil", "Failed to create histogram"); } histogram->record((double) entry.second, attributes); } } } /** * Converts the string Representation of a Core metric to a smithy metric. * @param name the metric name. * @return A tuple of metric name to measurement unit. */ static std::pair ConvertCoreMetricToSmithy(const Aws::String &name) { //TODO: Make static map, Aws::Map cannot be made static with a customer memory manager as of the moment. Aws::Map> metricsTypeToName = { std::pair>( static_cast(Aws::Monitoring::HttpClientMetricsType::DnsLatency), std::make_pair(SMITHY_METRICS_DNS_DURATION, MICROSECOND_METRIC_TYPE)), std::pair>( static_cast(Aws::Monitoring::HttpClientMetricsType::ConnectLatency), std::make_pair(SMITHY_METRICS_CONNECT_DURATION, MICROSECOND_METRIC_TYPE)), std::pair>( static_cast(Aws::Monitoring::HttpClientMetricsType::SslLatency), std::make_pair(SMITHY_METRICS_SSL_DURATION, MICROSECOND_METRIC_TYPE)), std::pair>( static_cast(Aws::Monitoring::HttpClientMetricsType::DownloadSpeed), std::make_pair(SMITHY_METRICS_DOWNLOAD_SPEED_METRIC, BYTES_PER_SECOND_METRIC_TYPE)), std::pair>( static_cast(Aws::Monitoring::HttpClientMetricsType::UploadSpeed), std::make_pair(SMITHY_METRICS_UPLOAD_SPEED_METRIC, BYTES_PER_SECOND_METRIC_TYPE)), }; auto metricType = Aws::Monitoring::GetHttpClientMetricTypeByName(name); auto it = metricsTypeToName.find(static_cast(metricType)); if (it == metricsTypeToName.end()) { return std::make_pair(SMITHY_METRICS_UNKNOWN_METRIC, "unknown"); } return it->second; } }; } } }