mirror of
https://github.com/OrchardCMS/Orchard.git
synced 2025-10-15 11:44:58 +08:00
Removed redundant thread synchronization code from modules which now use distributed locks.
This commit is contained in:
@@ -1,6 +1,5 @@
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using System;
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using System.Linq;
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using System.Threading;
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using Orchard.AuditTrail.Models;
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using Orchard.ContentManagement;
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using Orchard.Environment.Extensions;
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@@ -13,7 +12,6 @@ using Orchard.Tasks.Locking.Services;
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namespace Orchard.AuditTrail.Services {
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[OrchardFeature("Orchard.AuditTrail.Trimming")]
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public class AuditTrailTrimmingBackgroundTask : Component, IBackgroundTask {
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private static readonly object _sweepLock = new object();
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private readonly ISiteService _siteService;
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private readonly IClock _clock;
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private readonly IAuditTrailManager _auditTrailManager;
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@@ -36,33 +34,32 @@ namespace Orchard.AuditTrail.Services {
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}
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public void Sweep() {
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if (Monitor.TryEnter(_sweepLock)) {
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try {
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Logger.Debug("Beginning sweep.");
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Logger.Debug("Beginning sweep.");
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// Only allow this task to run on one farm node at a time.
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IDistributedLock @lock;
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if (_distributedLockService.TryAcquireLock(GetType().FullName, TimeSpan.FromHours(1), out @lock)) {
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using (@lock) {
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try {
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// Only allow this task to run on one farm node at a time.
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IDistributedLock @lock;
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if (_distributedLockService.TryAcquireLock(GetType().FullName, TimeSpan.FromHours(1), out @lock)) {
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using (@lock) {
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// We don't need to check the audit trail for events to remove every minute. Let's stick with twice a day.
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if (!GetIsTimeToTrim())
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return;
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// We don't need to check the audit trail for events to remove every minute. Let's stick with twice a day.
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if (!GetIsTimeToTrim())
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return;
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Logger.Debug("Starting audit trail trimming.");
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var deletedRecords = _auditTrailManager.Trim(TimeSpan.FromDays(Settings.RetentionPeriod));
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Logger.Debug("Audit trail trimming completed. {0} records were deleted.", deletedRecords.Count());
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Settings.LastRunUtc = _clock.UtcNow;
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}
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Logger.Debug("Starting audit trail trimming.");
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var deletedRecords = _auditTrailManager.Trim(TimeSpan.FromDays(Settings.RetentionPeriod));
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Logger.Debug("Audit trail trimming completed. {0} records were deleted.", deletedRecords.Count());
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Settings.LastRunUtc = _clock.UtcNow;
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}
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}
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catch (Exception ex) {
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Logger.Error(ex, "Error during sweep.");
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}
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finally {
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Monitor.Exit(_sweepLock);
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Logger.Debug("Ending sweep.");
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}
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else
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Logger.Debug("Distributed lock could not be acquired; going back to sleep.");
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}
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catch (Exception ex) {
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Logger.Error(ex, "Error during sweep.");
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}
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finally {
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Logger.Debug("Ending sweep.");
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}
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}
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@@ -2,7 +2,6 @@
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using System.Collections.Generic;
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using System.Linq;
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using System.Text;
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using System.Threading;
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using Microsoft.WindowsAzure.MediaServices.Client;
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using Orchard.Azure.MediaServices.Helpers;
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using Orchard.Azure.MediaServices.Models;
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@@ -18,8 +17,6 @@ using Orchard.Tasks.Locking.Services;
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namespace Orchard.Azure.MediaServices.Services.Jobs {
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public class JobProcessor : Component, IBackgroundTask {
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private static readonly object _sweepLock = new object();
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private readonly IWamsClient _wamsClient;
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private readonly IAssetManager _assetManager;
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private readonly IJobManager _jobManager;
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@@ -41,126 +38,125 @@ namespace Orchard.Azure.MediaServices.Services.Jobs {
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}
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public void Sweep() {
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if (Monitor.TryEnter(_sweepLock)) {
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try {
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Logger.Debug("Beginning sweep.");
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Logger.Debug("Beginning sweep.");
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if (!_orchardServices.WorkContext.CurrentSite.As<CloudMediaSettingsPart>().IsValid()) {
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Logger.Debug("Settings are invalid; going back to sleep.");
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return;
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}
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try {
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if (!_orchardServices.WorkContext.CurrentSite.As<CloudMediaSettingsPart>().IsValid()) {
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Logger.Debug("Settings are invalid; going back to sleep.");
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return;
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}
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// Only allow this task to run on one farm node at a time.
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IDistributedLock @lock;
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if (_distributedLockService.TryAcquireLock(GetType().FullName, TimeSpan.FromHours(1), out @lock)) {
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using (@lock) {
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var jobs = _jobManager.GetActiveJobs().ToDictionary(job => job.WamsJobId);
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// Only allow this task to run on one farm node at a time.
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IDistributedLock @lock;
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if (_distributedLockService.TryAcquireLock(GetType().FullName, TimeSpan.FromHours(1), out @lock)) {
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using (@lock) {
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var jobs = _jobManager.GetActiveJobs().ToDictionary(job => job.WamsJobId);
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if (!jobs.Any()) {
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Logger.Debug("No open jobs were found; going back to sleep.");
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return;
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if (!jobs.Any()) {
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Logger.Debug("No open jobs were found; going back to sleep.");
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return;
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}
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Logger.Information("Beginning processing of {0} open jobs.", jobs.Count());
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var wamsJobs = _wamsClient.GetJobsById(jobs.Keys);
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foreach (var wamsJob in wamsJobs) {
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Logger.Information("Processing job '{0}'...", wamsJob.Name);
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var job = jobs[wamsJob.Id];
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var tasks = job.Tasks.ToDictionary(task => task.WamsTaskId);
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var wamsTasks = wamsJob.Tasks.ToArray();
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foreach (var wamsTask in wamsTasks) {
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var task = tasks[wamsTask.Id];
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task.Status = MapWamsJobState(wamsTask.State);
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task.PercentComplete = (int)wamsTask.Progress;
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}
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Logger.Information("Beginning processing of {0} open jobs.", jobs.Count());
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var previousStatus = job.Status;
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var wamsJobErrors = HarvestWamsJobErrors(wamsJob).ToArray();
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var wamsJobs = _wamsClient.GetJobsById(jobs.Keys);
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job.CreatedUtc = wamsJob.Created;
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job.StartedUtc = wamsJob.StartTime;
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job.FinishedUtc = wamsJob.EndTime;
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job.Status = MapWamsJobState(wamsJob.State);
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job.ErrorMessage = GetAggregateErrorMessage(wamsJobErrors);
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foreach (var wamsJob in wamsJobs) {
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Logger.Information("Processing job '{0}'...", wamsJob.Name);
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LogWamsJobErrors(wamsJobErrors);
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var job = jobs[wamsJob.Id];
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var tasks = job.Tasks.ToDictionary(task => task.WamsTaskId);
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var wamsTasks = wamsJob.Tasks.ToArray();
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if (job.Status != previousStatus) {
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if (job.Status == JobStatus.Finished) {
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Logger.Information("Job '{0}' was finished in WAMS; creating locators.", wamsJob.Name);
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foreach (var wamsTask in wamsTasks) {
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var task = tasks[wamsTask.Id];
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task.Status = MapWamsJobState(wamsTask.State);
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task.PercentComplete = (int)wamsTask.Progress;
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}
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var lastTask = job.Tasks.Last();
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var lastWamsTask = wamsTasks.Single(task => task.Id == lastTask.WamsTaskId);
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var outputAsset = lastWamsTask.OutputAssets.First();
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var outputAssetName = !String.IsNullOrWhiteSpace(job.OutputAssetName) ? job.OutputAssetName : lastWamsTask.Name;
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var outputAssetDescription = job.OutputAssetDescription.TrimSafe();
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var encoderMetadataXml = _wamsClient.GetEncoderMetadataXml(outputAsset).Result;
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var cloudVideoPart = job.CloudVideoPart;
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var wamsLocators = _wamsClient.CreateLocatorsAsync(outputAsset, WamsLocatorCategory.Private).Result;
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var previousStatus = job.Status;
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var wamsJobErrors = HarvestWamsJobErrors(wamsJob).ToArray();
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// HACK: Temporary workaround to disable dynamic packaging for VC1-based assets. In future versions
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// this will be implemented more robustly by testing all the dynamic URLs to see which ones work
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// and only store and use the working ones.
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var forceNonDynamicAsset = lastWamsTask.Configuration.StartsWith("VC1");
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job.CreatedUtc = wamsJob.Created;
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job.StartedUtc = wamsJob.StartTime;
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job.FinishedUtc = wamsJob.EndTime;
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job.Status = MapWamsJobState(wamsJob.State);
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job.ErrorMessage = GetAggregateErrorMessage(wamsJobErrors);
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if (wamsLocators.OnDemandLocator != null && !forceNonDynamicAsset) {
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_assetManager.CreateAssetFor<DynamicVideoAsset>(cloudVideoPart, asset => {
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asset.IncludeInPlayer = true;
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asset.Name = outputAssetName;
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asset.Description = outputAssetDescription;
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asset.EncodingPreset = lastTask.HarvestAssetName;
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asset.WamsPrivateLocatorId = wamsLocators.SasLocator.Id;
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asset.WamsPrivateLocatorUrl = wamsLocators.SasLocator.Url;
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asset.WamsPrivateOnDemandLocatorId = wamsLocators.OnDemandLocator.Id;
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asset.WamsPrivateOnDemandLocatorUrl = wamsLocators.OnDemandLocator.Url;
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asset.WamsManifestFilename = wamsLocators.OnDemandManifestFilename;
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asset.WamsAssetId = outputAsset.Id;
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asset.WamsEncoderMetadataXml = encoderMetadataXml;
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asset.UploadState.Status = AssetUploadStatus.Uploaded;
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asset.PublishState.Status = AssetPublishStatus.None;
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});
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}
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else {
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_assetManager.CreateAssetFor<VideoAsset>(cloudVideoPart, asset => {
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asset.IncludeInPlayer = true;
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asset.Name = outputAssetName;
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asset.Description = outputAssetDescription;
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asset.EncodingPreset = lastTask.HarvestAssetName;
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asset.WamsPrivateLocatorId = wamsLocators.SasLocator.Id;
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asset.WamsPrivateLocatorUrl = wamsLocators.SasLocator.Url;
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asset.WamsAssetId = outputAsset.Id;
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asset.WamsEncoderMetadataXml = encoderMetadataXml;
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asset.UploadState.Status = AssetUploadStatus.Uploaded;
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asset.PublishState.Status = AssetPublishStatus.None;
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});
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}
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LogWamsJobErrors(wamsJobErrors);
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if (job.Status != previousStatus) {
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if (job.Status == JobStatus.Finished) {
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Logger.Information("Job '{0}' was finished in WAMS; creating locators.", wamsJob.Name);
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var lastTask = job.Tasks.Last();
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var lastWamsTask = wamsTasks.Single(task => task.Id == lastTask.WamsTaskId);
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var outputAsset = lastWamsTask.OutputAssets.First();
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var outputAssetName = !String.IsNullOrWhiteSpace(job.OutputAssetName) ? job.OutputAssetName : lastWamsTask.Name;
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var outputAssetDescription = job.OutputAssetDescription.TrimSafe();
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var encoderMetadataXml = _wamsClient.GetEncoderMetadataXml(outputAsset).Result;
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var cloudVideoPart = job.CloudVideoPart;
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var wamsLocators = _wamsClient.CreateLocatorsAsync(outputAsset, WamsLocatorCategory.Private).Result;
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// HACK: Temporary workaround to disable dynamic packaging for VC1-based assets. In future versions
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// this will be implemented more robustly by testing all the dynamic URLs to see which ones work
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// and only store and use the working ones.
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var forceNonDynamicAsset = lastWamsTask.Configuration.StartsWith("VC1");
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if (wamsLocators.OnDemandLocator != null && !forceNonDynamicAsset) {
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_assetManager.CreateAssetFor<DynamicVideoAsset>(cloudVideoPart, asset => {
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asset.IncludeInPlayer = true;
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asset.Name = outputAssetName;
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asset.Description = outputAssetDescription;
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asset.EncodingPreset = lastTask.HarvestAssetName;
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asset.WamsPrivateLocatorId = wamsLocators.SasLocator.Id;
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asset.WamsPrivateLocatorUrl = wamsLocators.SasLocator.Url;
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asset.WamsPrivateOnDemandLocatorId = wamsLocators.OnDemandLocator.Id;
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asset.WamsPrivateOnDemandLocatorUrl = wamsLocators.OnDemandLocator.Url;
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asset.WamsManifestFilename = wamsLocators.OnDemandManifestFilename;
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asset.WamsAssetId = outputAsset.Id;
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asset.WamsEncoderMetadataXml = encoderMetadataXml;
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asset.UploadState.Status = AssetUploadStatus.Uploaded;
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asset.PublishState.Status = AssetPublishStatus.None;
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});
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}
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else {
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_assetManager.CreateAssetFor<VideoAsset>(cloudVideoPart, asset => {
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asset.IncludeInPlayer = true;
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asset.Name = outputAssetName;
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asset.Description = outputAssetDescription;
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asset.EncodingPreset = lastTask.HarvestAssetName;
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asset.WamsPrivateLocatorId = wamsLocators.SasLocator.Id;
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asset.WamsPrivateLocatorUrl = wamsLocators.SasLocator.Url;
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asset.WamsAssetId = outputAsset.Id;
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asset.WamsEncoderMetadataXml = encoderMetadataXml;
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asset.UploadState.Status = AssetUploadStatus.Uploaded;
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asset.PublishState.Status = AssetPublishStatus.None;
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});
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}
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try {
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if (cloudVideoPart.IsPublished())
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_assetManager.PublishAssetsFor(cloudVideoPart);
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}
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catch (Exception ex) {
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Logger.Warning(ex, "Processing of job '{0}' was completed but an error occurred while publishing the cloud video item with ID {1} after processing.", wamsJob.Name, cloudVideoPart.Id);
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}
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try {
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if (cloudVideoPart.IsPublished())
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_assetManager.PublishAssetsFor(cloudVideoPart);
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}
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catch (Exception ex) {
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Logger.Warning(ex, "Processing of job '{0}' was completed but an error occurred while publishing the cloud video item with ID {1} after processing.", wamsJob.Name, cloudVideoPart.Id);
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}
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}
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Logger.Information("Processing of job '{0}' was successfully completed.", wamsJob.Name);
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}
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Logger.Information("Processing of job '{0}' was successfully completed.", wamsJob.Name);
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}
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}
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}
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catch (Exception ex) {
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Logger.Error(ex, "Error during sweep.");
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}
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finally {
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Monitor.Exit(_sweepLock);
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Logger.Debug("Ending sweep.");
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}
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else
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Logger.Debug("Distributed lock could not be acquired; going back to sleep.");
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}
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catch (Exception ex) {
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Logger.Error(ex, "Error during sweep.");
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}
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finally {
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Logger.Debug("Ending sweep.");
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}
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}
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@@ -1,7 +1,6 @@
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Threading;
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using Newtonsoft.Json.Linq;
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using Orchard.Environment;
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using Orchard.Events;
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@@ -13,12 +12,11 @@ namespace Orchard.JobsQueue.Services {
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public class JobsQueueProcessor : IJobsQueueProcessor {
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private readonly Work<IJobsQueueManager> _jobsQueueManager;
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private readonly Work<IEventBus> _eventBus;
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private readonly ReaderWriterLockSlim _rwl = new ReaderWriterLockSlim();
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private readonly IDistributedLockService _distributedLockService;
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public JobsQueueProcessor(
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Work<IJobsQueueManager> jobsQueueManager,
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Work<IEventBus> eventBus,
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Work<IEventBus> eventBus,
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IDistributedLockService distributedLockService) {
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_jobsQueueManager = jobsQueueManager;
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@@ -28,26 +26,19 @@ namespace Orchard.JobsQueue.Services {
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}
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public ILogger Logger { get; set; }
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public void ProcessQueue() {
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// prevent two threads on the same machine to process the message queue
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if (_rwl.TryEnterWriteLock(0)) {
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try {
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IDistributedLock @lock;
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if(_distributedLockService.TryAcquireLock(GetType().FullName, TimeSpan.FromMinutes(5), out @lock)){
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using (@lock) {
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IEnumerable<QueuedJobRecord> messages;
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while ((messages = _jobsQueueManager.Value.GetJobs(0, 10).ToArray()).Any()) {
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foreach (var message in messages) {
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ProcessMessage(message);
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}
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}
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public void ProcessQueue() {
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IDistributedLock @lock;
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if (_distributedLockService.TryAcquireLock(GetType().FullName, TimeSpan.FromMinutes(5), out @lock)) {
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using (@lock) {
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IEnumerable<QueuedJobRecord> messages;
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while ((messages = _jobsQueueManager.Value.GetJobs(0, 10).ToArray()).Any()) {
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foreach (var message in messages) {
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ProcessMessage(message);
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}
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}
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}
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finally {
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_rwl.ExitWriteLock();
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}
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}
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}
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Reference in New Issue
Block a user