HX-PGS-ERP-SYS-APP/Library/PackageCache/com.unity.adaptiveperforman.../Runtime/AdaptivePerformanceAnalytic...

#if (UNITY_EDITOR || DEVELOPMENT_BUILD) && UNITY_ANALYTICS
#define ADAPTIVE_PERFORMANCE_ANALYTICS_LOGGING
#endif

using System;
using System.Diagnostics;
using System.Collections.Generic;
using UnityEngine.Assertions;

namespace UnityEngine.AdaptivePerformance
{
    internal static class AdaptivePerformanceAnalytics
    {
#if UNITY_ANALYTICS
        [Serializable]
        internal struct ProviderData
        {
            public bool enabled;
            public string id;
            public string version;
            public string customData;
        }

        [Serializable]
        internal struct FeatureData
        {
            public bool enabled;
            public string id;
            public string customData;
        }

        [Serializable]
        internal class AdaptivePerformanceAnalyticsEvent
        {
            // Is Adaptive Performance enable at all or only added as package and disabled
            public bool enabled;
            // Is Adaptive Performance active and has at least one provider initialized
            public bool initialized;
            // Name of the currently active provider
            public string activeProvider;
            public ProviderData[] providerData = new ProviderData[0];
            public string ctrlMode;
            public FeatureData[] featureData = new FeatureData[0];

            public AdaptivePerformanceAnalyticsEvent()
            {
                UpdateProviderData();
                UpdateFeatureData();
            }

            void UpdateProviderData()
            {
                List<Provider.AdaptivePerformanceSubsystemDescriptor> perfDescriptors = Provider.AdaptivePerformanceSubsystemRegistry.GetRegisteredDescriptors();
                if (perfDescriptors == null)
                    return;

                if (perfDescriptors.Count == providerData.Length)
                    return;

                Array.Resize<ProviderData>(ref providerData, perfDescriptors.Count);
                for (var i = 0; i < providerData.Length; ++i)
                {
                    providerData[i].id = perfDescriptors[i].id;
                    providerData[i].version = "0.0";
                    providerData[i].enabled = false;
                    providerData[i].customData = "";
                }
            }

            public void UpdateFeatureData()
            {
                if (s_Features.Count == featureData.Length)
                    return;

                featureData = s_Features.ToArray();
            }

            public void UpdateGeneralEventData()
            {
                var ap = Holder.Instance;
                if (ap == null)
                    return;

                enabled = ap.Active;
                if (ap.DevicePerformanceControl != null)
                {
                    ctrlMode = ap.DevicePerformanceControl.PerformanceControlMode.ToString();
                }
            }
        }

        [Serializable]
        internal struct AdaptivePerformanceThermalAnalyticsEvent
        {
            public long numThrottlingEventSinceStartup;
            public long numThrottlingImminentEventSinceStartup;
            public long numNoWarningEventSinceStartup;
            public float currentTempTrend;
            public float currentTempLevel;
        }

        enum EventName
        {
            AdaptivePerformance,
            AdaptivePerformanceThermal
        }

        const string    k_VendorKey                     = "unity.adaptiveperformance";
        const int       k_MaxEventsPerHour              = 100;
        const int       k_MaxNumberOfElementsInStruct   = 10;

        static AdaptivePerformanceAnalyticsEvent s_AdaptivePerformanceEvent;
        static AdaptivePerformanceThermalAnalyticsEvent s_AdaptivePerformanceThermalEvent;
        static List<FeatureData> s_Features = new List<FeatureData>();
        static WarningLevel s_LastWarningLevel = WarningLevel.NoWarning;
        static bool s_IsRegistered;
#endif

        // A feature registers itself with a feature name and once a event is sent, the feature list of the event is updated with this new event
        [Conditional("UNITY_ANALYTICS")]
        public static void RegisterFeature(string feature, bool status)
        {
#if UNITY_ANALYTICS
            Assert.IsFalse(feature.Equals(string.Empty));

            s_Features.Add(new FeatureData { id = feature, enabled = status, customData = "" });
#endif
        }

        [Conditional("UNITY_ANALYTICS")]
        public static void SendAdaptiveStartupEvent(Provider.AdaptivePerformanceSubsystem subsystem)
        {
#if UNITY_ANALYTICS

            if (s_AdaptivePerformanceEvent == null)
                s_AdaptivePerformanceEvent = new AdaptivePerformanceAnalyticsEvent();

            s_AdaptivePerformanceEvent.initialized = subsystem != null ? subsystem.initialized : false;
            s_AdaptivePerformanceEvent.activeProvider = subsystem != null ? subsystem.SubsystemDescriptor.id : "NoSubsystemLoaded";

            s_AdaptivePerformanceEvent.UpdateGeneralEventData();
            var providerData = s_AdaptivePerformanceEvent.providerData;
            if (subsystem != null)
            {
                for (var i = 0; i < providerData.Length; ++i)
                {
                    if (providerData[i].id == subsystem.SubsystemDescriptor.id)
                    {
                        providerData[i].version = subsystem.Version.ToString();
                        providerData[i].enabled = subsystem.initialized;
                    }
                }
            }
            s_AdaptivePerformanceEvent.UpdateFeatureData();

            Send(EventName.AdaptivePerformance, s_AdaptivePerformanceEvent);
#endif
        }

        // If the status of a feature changes it uses this method to update the AdaptivePerformanceEvent and sends the update. Features should not change often as it has performance implications using string comparison.
        [Conditional("UNITY_ANALYTICS")]
        public static void SendAdaptiveFeatureUpdateEvent(string feature, bool status)
        {
#if UNITY_ANALYTICS
            // When features are initialized adaptivePerformanceEvent is not created yet but SendAdaptiveStartupEvent will send a status update for all events during creation of the event.
            if (s_AdaptivePerformanceEvent == null)
                return;

            s_AdaptivePerformanceEvent.UpdateGeneralEventData();
            s_AdaptivePerformanceEvent.UpdateFeatureData();

            for (var i = 0; i < s_AdaptivePerformanceEvent.featureData.Length; ++i)
            {
                if (s_AdaptivePerformanceEvent.featureData[i].id.Equals(feature))
                {
                    if (s_AdaptivePerformanceEvent.featureData[i].enabled == status)
                        return;

                    s_AdaptivePerformanceEvent.featureData[i].enabled = status;
                }
            }

            Send(EventName.AdaptivePerformance, s_AdaptivePerformanceEvent);
#endif
        }

        [Conditional("UNITY_ANALYTICS")]
        public static void SendAdaptivePerformanceThermalEvent(ThermalMetrics thermalMetrics)
        {
#if UNITY_ANALYTICS
            // Temperature level and trend will call the method more often but we do not want to send events
            if (s_LastWarningLevel == thermalMetrics.WarningLevel)
                return;

            switch (thermalMetrics.WarningLevel)
            {
                case WarningLevel.Throttling:
                    s_AdaptivePerformanceThermalEvent.numThrottlingEventSinceStartup++; break;
                case WarningLevel.ThrottlingImminent:
                    s_AdaptivePerformanceThermalEvent.numThrottlingImminentEventSinceStartup++; break;
                case WarningLevel.NoWarning:
                    s_AdaptivePerformanceThermalEvent.numNoWarningEventSinceStartup++; break;
            }

            s_AdaptivePerformanceThermalEvent.currentTempLevel = thermalMetrics.TemperatureLevel;
            s_AdaptivePerformanceThermalEvent.currentTempTrend = thermalMetrics.TemperatureTrend;

            s_LastWarningLevel = thermalMetrics.WarningLevel;

            Send(EventName.AdaptivePerformanceThermal, s_AdaptivePerformanceThermalEvent);
#endif
        }

#if UNITY_ANALYTICS
        static bool RegisterEvents()
        {
            if (s_IsRegistered)
                return true;

            var allEventNames = Enum.GetNames(typeof(EventName));
            for (var i = 0; i < allEventNames.Length; ++i)
            {
                if (!RegisterEvent(allEventNames[i]))
                    return false;
            }

            s_IsRegistered = true;
            return s_IsRegistered;
        }

        static bool RegisterEvent(string eventName)
        {
            var result = Analytics.Analytics.RegisterEvent(eventName, k_MaxEventsPerHour, k_MaxNumberOfElementsInStruct, k_VendorKey);
            switch (result)
            {
                case Analytics.AnalyticsResult.Ok:
                    AnalyticsLog.Debug("Registered event: {0}", eventName);
                    return true;
                case Analytics.AnalyticsResult.TooManyRequests:
                    // this is fine - event registration survives domain reload (native)
                    return true;
                default:
                    AnalyticsLog.Debug("Failed to register event {0}. Result: {1}", eventName, result);
                    return false;
            }
        }

        static void Send(EventName eventName, object eventData)
        {
            if (!RegisterEvents())
            {
                AnalyticsLog.Debug("Disabled: event='{0}', time='{1}', payload={2}", eventName, DateTime.Now, JsonUtility.ToJson(eventData));
                return;
            }

            try
            {
                var result = Analytics.Analytics.SendEvent(eventName.ToString(), eventData);
                if (result == Analytics.AnalyticsResult.Ok)
                    AnalyticsLog.Debug("Event sent: event='{0}', time='{1}', payload={2}", eventName, DateTime.Now, JsonUtility.ToJson(eventData));
                else
                    AnalyticsLog.Debug("Failed to send event {0}. Result: {1}", eventName, result);
            }
            catch (Exception ex)
            {
                AnalyticsLog.Debug("Failed to send event {0}. Result: {1}", eventName, ex);
            }
        }

#endif
        internal static class AnalyticsLog
        {
            [Conditional("ADAPTIVE_PERFORMANCE_ANALYTICS_LOGGING")]
            public static void Debug(string format, params object[] args)
            {
                IAdaptivePerformanceSettings settings = AdaptivePerformanceGeneralSettings.Instance?.Manager.ActiveLoaderAs<AdaptivePerformanceLoader>()?.GetSettings();
                if (settings != null && settings.logging)
                    UnityEngine.Debug.Log(System.String.Format("[Analytics] " + format, args));
            }
        }
    }
}