private int GetPrioritisedQueuePosition(int insertingItemPriority)
{
// Assume the back of the queue will be where we insert it.
int targetQueuePosition = Count;
// Items with priority zero always get added to the end of the queue, as will anything if the
// queue only has one item in it as we assume that item is integrating already and cannot be moved.
if (insertingItemPriority != 0 && Count > 1)
{
for (int index = 1; index < Count; index++)
{
IIntegrationQueueItem queuedIntegrationQueueItem = this[index] as IIntegrationQueueItem;
if (queuedIntegrationQueueItem != null)
{
int compareQueuePosition = queuedIntegrationQueueItem.Project.QueuePriority;
// If two items have the same priority it will be FIFO order for that priority
if (compareQueuePosition == 0 || compareQueuePosition > insertingItemPriority)
{
targetQueuePosition = index;
break;
}
}
}
}
return(targetQueuePosition);
}
public void SetUp()
{
integrationQueues = new IntegrationQueueSet();
integrationQueues.Add(TestQueueName, new DefaultQueueConfiguration(TestQueueName));
integrationQueues.Add(TestQueueName2, new DefaultQueueConfiguration(TestQueueName2));
integrationQueue1 = integrationQueues[TestQueueName];
integrationQueue2 = integrationQueues[TestQueueName2];
integrationRequest = new IntegrationRequest(BuildCondition.ForceBuild, "Test", null);
project1Mock = new Mock <IProject>(MockBehavior.Strict);
project1Mock.SetupGet(project => project.Name).Returns("ProjectOne");
project1Mock.SetupGet(project => project.QueueName).Returns(TestQueueName);
project1Mock.SetupGet(project => project.QueuePriority).Returns(0);
project2Mock = new Mock <IProject>(MockBehavior.Strict);
project2Mock.SetupGet(project => project.Name).Returns("ProjectTwo");
project2Mock.SetupGet(project => project.QueueName).Returns(TestQueueName2);
project2Mock.SetupGet(project => project.QueuePriority).Returns(0);
queueNotifier1Mock = new Mock <IIntegrationQueueNotifier>(MockBehavior.Strict);
queueNotifier2Mock = new Mock <IIntegrationQueueNotifier>(MockBehavior.Strict);
integrationQueueItem1 = new IntegrationQueueItem((IProject)project1Mock.Object,
integrationRequest, (IIntegrationQueueNotifier)queueNotifier1Mock.Object);
integrationQueueItem2 = new IntegrationQueueItem((IProject)project2Mock.Object,
integrationRequest, (IIntegrationQueueNotifier)queueNotifier2Mock.Object);
}
public void SetUp()
{
integrationQueues = new IntegrationQueueSet();
integrationQueues.Add(TestQueueName, new DefaultQueueConfiguration(TestQueueName));
integrationQueues.Add(TestQueueName2, new DefaultQueueConfiguration(TestQueueName2));
integrationQueue1 = integrationQueues[TestQueueName];
integrationQueue2 = integrationQueues[TestQueueName2];
integrationRequest = new IntegrationRequest(BuildCondition.ForceBuild, "Test", null);
project1Mock = new LatchMock(typeof(IProject));
project1Mock.Strict = true;
project1Mock.SetupResult("Name", "ProjectOne");
project1Mock.SetupResult("QueueName", TestQueueName);
project1Mock.SetupResult("QueuePriority", 0);
project2Mock = new LatchMock(typeof(IProject));
project2Mock.Strict = true;
project2Mock.SetupResult("Name", "ProjectTwo");
project2Mock.SetupResult("QueueName", TestQueueName2);
project2Mock.SetupResult("QueuePriority", 0);
queueNotifier1Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier1Mock.Strict = true;
queueNotifier2Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier2Mock.Strict = true;
integrationQueueItem1 = new IntegrationQueueItem((IProject)project1Mock.MockInstance,
integrationRequest, (IIntegrationQueueNotifier)queueNotifier1Mock.MockInstance);
integrationQueueItem2 = new IntegrationQueueItem((IProject)project2Mock.MockInstance,
integrationRequest, (IIntegrationQueueNotifier)queueNotifier2Mock.MockInstance);
}
private void AddToQueue(IIntegrationQueueItem integrationQueueItem, int?queuePosition)
{
if (!queuePosition.HasValue)
{
queuePosition = GetPrioritisedQueuePosition(integrationQueueItem.Project.QueuePriority);
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: '{0}' is added to queue: '{1}' in position {2}. Requestsource : {3} ({4})",
integrationQueueItem.Project.Name, Name, queuePosition, integrationQueueItem.IntegrationRequest.Source, integrationQueueItem.IntegrationRequest.UserName));
}
integrationQueueItem.IntegrationQueueNotifier.NotifyEnteringIntegrationQueue();
Insert(queuePosition.Value, integrationQueueItem);
}
/// <summary>
/// Releases the next integration request on the queue to start it's integration.
/// </summary>
public void Dequeue()
{
lock (this)
{
if (Count > 0)
{
// The first item in the queue has now been integrated so discard it.
IIntegrationQueueItem integrationQueueItem = (IIntegrationQueueItem)this[0];
NotifyExitingQueueAndRemoveItem(0, integrationQueueItem, false);
}
}
}
private void RemoveProjectItems(IProject project, bool considerFirstQueueItem)
{
// Note we are also potentially removing the item at index[0] as this method should
// only be called when the thread performing the build has been stopped.
int startQueueIndex = considerFirstQueueItem ? 0 : 1;
for (int index = Count - 1; index >= startQueueIndex; index--)
{
IIntegrationQueueItem integrationQueueItem = (IIntegrationQueueItem)this[index];
if (integrationQueueItem.Project.Equals(project))
{
Log.Info("Project: " + integrationQueueItem.Project.Name + " removed from queue: " + Name);
bool isPendingItemCancelled = index > 0;
NotifyExitingQueueAndRemoveItem(index, integrationQueueItem, isPendingItemCancelled);
}
}
}
private bool HasItemOnQueue(IProject project, bool pendingItemsOnly)
{
lock (this)
{
int startIndex = pendingItemsOnly ? 1 : 0;
if (Count > startIndex)
{
for (int index = startIndex; index < Count; index++)
{
IIntegrationQueueItem queuedIntegrationQueueItem = this[index] as IIntegrationQueueItem;
if ((queuedIntegrationQueueItem != null) && (queuedIntegrationQueueItem.Project == project))
{
return(true);
}
}
}
return(false);
}
}
private static QueueSnapshot BuildQueueSnapshot(IIntegrationQueue queue)
{
QueueSnapshot queueSnapshot = new QueueSnapshot(queue.Name);
for (int index = 0; index < queue.Count; index++)
{
IIntegrationQueueItem integrationQueueItem = (IIntegrationQueueItem)queue[index];
// The first request in the queue shows it's real activity of CheckingModifications or Building
// Everything else is in a pending state.
ProjectActivity projectActivity = ProjectActivity.Pending;
if (index == 0)
{
projectActivity = integrationQueueItem.Project.CurrentActivity;
}
QueuedRequestSnapshot queuedRequestSnapshot = new QueuedRequestSnapshot(
integrationQueueItem.Project.Name,
projectActivity,
integrationQueueItem.IntegrationRequest.RequestTime);
queueSnapshot.Requests.Add(queuedRequestSnapshot);
}
return(queueSnapshot);
}
/// <summary>
/// Gets the next request.
/// </summary>
/// <param name="project">The project.</param>
/// <returns></returns>
/// <remarks></remarks>
public IntegrationRequest GetNextRequest(IProject project)
{
lock (this)
{
if (Count == 0)
{
return(null);
}
if (IsBlocked)
{
return(null);
}
IIntegrationQueueItem item = GetIntegrationQueueItem(0);
if (item != null && item.Project == project)
{
return(item.IntegrationRequest);
}
return(null);
}
}
public void SetUp()
{
integrationQueues = new IntegrationQueueSet();
integrationQueues.Add(TestQueueName, new DefaultQueueConfiguration(TestQueueName));
integrationQueueUseFirst = integrationQueues[TestQueueName];
// Generate a queue to test re-adding
string secondQueueName = "Test Queue #2";
IQueueConfiguration readConfig = new DefaultQueueConfiguration(secondQueueName);
readConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReAdd;
integrationQueues.Add(secondQueueName, readConfig);
integrationQueueReAdd = integrationQueues[secondQueueName];
// Generate a queue to test re-adding to top
var fourthQueueName = "Test Queue #4";
var raddTopConfig = new DefaultQueueConfiguration(fourthQueueName);
raddTopConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReAddTop;
integrationQueues.Add(fourthQueueName, raddTopConfig);
integrationQueueReAddTop = integrationQueues[fourthQueueName];
// Generate a queue to test replacing
string thirdQueueName = "Test Queue #3";
IQueueConfiguration replaceConfig = new DefaultQueueConfiguration(thirdQueueName);
replaceConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReplace;
integrationQueues.Add(thirdQueueName, replaceConfig);
integrationQueueReplace = integrationQueues[thirdQueueName];
integrationRequestForceBuild = new IntegrationRequest(BuildCondition.ForceBuild, "Test", null);
integrationRequestIfModificationExists = new IntegrationRequest(BuildCondition.IfModificationExists, "Test", null);
project1Mock = new Mock <IProject>(MockBehavior.Strict);
project1Mock.SetupGet(project => project.Name).Returns("ProjectOne");
project1Mock.SetupGet(project => project.QueueName).Returns(TestQueueName);
project1Mock.SetupGet(project => project.QueuePriority).Returns(0);
project2Mock = new Mock <IProject>(MockBehavior.Strict);
project2Mock.SetupGet(project => project.Name).Returns("ProjectTwo");
project2Mock.SetupGet(project => project.QueueName).Returns(TestQueueName);
project2Mock.SetupGet(project => project.QueuePriority).Returns(0);
project3Mock = new Mock <IProject>(MockBehavior.Strict);
project3Mock.SetupGet(project => project.Name).Returns("ProjectThree");
project3Mock.SetupGet(project => project.QueueName).Returns(TestQueueName);
project3Mock.SetupGet(project => project.QueuePriority).Returns(1);
queueNotifier1Mock = new Mock <IIntegrationQueueNotifier>(MockBehavior.Strict);
queueNotifier2Mock = new Mock <IIntegrationQueueNotifier>(MockBehavior.Strict);
queueNotifier3Mock = new Mock <IIntegrationQueueNotifier>(MockBehavior.Strict);
integrationQueueItem1 = new IntegrationQueueItem((IProject)project1Mock.Object,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier1Mock.Object);
integrationQueueItem2 = new IntegrationQueueItem((IProject)project2Mock.Object,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier2Mock.Object);
integrationQueueItem3 = new IntegrationQueueItem((IProject)project3Mock.Object,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier3Mock.Object);
integrationQueueItem4 = new IntegrationQueueItem((IProject)project2Mock.Object,
integrationRequestIfModificationExists, (IIntegrationQueueNotifier)queueNotifier2Mock.Object);
}
/// <summary>
/// Add a project integration request be added to the integration queue.
/// If no requests are on that queue already the integration is just kicked off immediately.
/// If the request is a force build and an integration is already on the queue for that project
/// then the queue request is ignored as it is redundant.
/// </summary>
/// <param name="integrationQueueItem">The integration queue item.</param>
public void Enqueue(IIntegrationQueueItem integrationQueueItem)
{
lock (this)
{
if (Count == 0)
{
// We can start integration straight away as first in first served
AddToQueue(integrationQueueItem);
}
else
{
// We need to see if we already have a integration request for this project on the queue
// If so then we will ignore the latest request.
// Note we start at queue position 1 since position 0 is currently integrating.
int? foundIndex = null;
bool addItem = true;
IIntegrationQueueItem foundItem = null;
for (int index = 1; index < Count; index++)
{
IIntegrationQueueItem queuedItem = GetIntegrationQueueItem(index);
if (queuedItem.Project == integrationQueueItem.Project)
{
foundItem = queuedItem;
foundIndex = index;
break;
}
}
if (foundIndex != null)
{
switch (configuration.HandlingMode)
{
case QueueDuplicateHandlingMode.UseFirst:
// Only use the first item in the queue - if a newer item is added it will be ignored
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
addItem = false;
break;
case QueueDuplicateHandlingMode.ApplyForceBuildsReAdd:
// If a force build is added to the queue, it will remove an existing non-force build and add the new request to the end of the queue
if (foundItem.IntegrationRequest.BuildCondition >= integrationQueueItem.IntegrationRequest.BuildCondition)
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
addItem = false;
}
else
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} with lower prority - cancelling existing request", integrationQueueItem.Project.Name, Name));
lock (this)
{
NotifyExitingQueueAndRemoveItem(foundIndex.Value, foundItem, true);
}
}
break;
case QueueDuplicateHandlingMode.ApplyForceBuildsReAddTop:
// If a force build is added to the queue, it will remove an existing non-force build and add the new request to the beginning of the queue
addItem = false;
if (foundItem.IntegrationRequest.BuildCondition >= integrationQueueItem.IntegrationRequest.BuildCondition)
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
}
else
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} with lower prority - cancelling existing request", integrationQueueItem.Project.Name, Name));
lock (this)
{
NotifyExitingQueueAndRemoveItem(foundIndex.Value, foundItem, true);
// Add project to the queue directly after the currently building one.
AddToQueue(integrationQueueItem, 1);
}
}
break;
case QueueDuplicateHandlingMode.ApplyForceBuildsReplace:
// If a force build is added to the queue, it will replace an existing non-forc build
addItem = false;
if (foundItem.IntegrationRequest.BuildCondition >= integrationQueueItem.IntegrationRequest.BuildCondition)
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
}
else
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture, "Project: {0} already on queue: {1} with lower prority - replacing existing request at position {2}", integrationQueueItem.Project.Name, Name, foundIndex));
lock (this)
{
NotifyExitingQueueAndRemoveItem(foundIndex.Value, foundItem, true);
AddToQueue(integrationQueueItem, foundIndex);
}
}
break;
default:
throw new ConfigurationException("Unknown handling mode for duplicates: " + configuration.HandlingMode);
}
}
if (addItem)
{
lock (this)
{
AddToQueue(integrationQueueItem);
}
}
}
}
}
private void NotifyExitingQueueAndRemoveItem(int index, IIntegrationQueueItem integrationQueueItem, bool isPendingItemCancelled)
{
integrationQueueItem.IntegrationQueueNotifier.NotifyExitingIntegrationQueue(isPendingItemCancelled);
RemoveAt(index);
}
/// <summary>
/// Will find a Service Registered to process the item.
/// </summary>
public static async Task <IIntegrationQueueItem> Process(IIntegrationQueueItem item)
{
if (item.ResponseDate.HasValue)
{
return(item); // Already processed:
}
#region Pick the item
Type serviceType;
using (await PickLock.Lock())
{
if (item.DatePicked.HasValue)
{
// Already picked, let the other thread finish its job:
return(null);
}
if (!item.IsNew)
{
item = (IIntegrationQueueItem)item.Clone();
}
serviceType = IntegrationServices.GetOrDefault(item.IntegrationService);
if (serviceType == null)
{
return(null);
}
item.DatePicked = LocalTime.Now;
await Entity.Database.Save(item);
item = (IIntegrationQueueItem)(await Entity.Database.Reload(item)).Clone();
}
// TOOD: This is not thread safe in multi-server (web farm) scenarios.
// To make it completely safe, we need a single StoredProc or SQL command that will do both at the same time, with a lock at the DB level.
#endregion
var service = serviceType.CreateInstance();
var serviceInterface = serviceType.GetInterfaces().Single(x => x.Name.Contains("IServiceImplementor"));
var typeOfRequest = serviceInterface.GetGenericArguments().First();
var request = JsonConvert.DeserializeObject(item.Request, typeOfRequest);
var method = serviceType.GetMethod("GetResponse", System.Reflection.BindingFlags.Instance | System.Reflection.BindingFlags.Public);
try
{
var response = method.Invoke(service, new[] { request });
item.Response = JsonConvert.SerializeObject(response);
}
catch (Exception ex)
{
item.ErrorResponse = ex.ToString();
}
item.ResponseDate = LocalTime.Now;
await Entity.Database.Save(item);
return(item);
}
public static bool IsInProcess(this IIntegrationQueueItem item) => item.DatePicked != null;
public void SetUp()
{
integrationQueues = new IntegrationQueueSet();
integrationQueues.Add(TestQueueName, new DefaultQueueConfiguration(TestQueueName));
integrationQueues.Add(TestQueueName2, new DefaultQueueConfiguration(TestQueueName2));
integrationQueue1 = integrationQueues[TestQueueName];
integrationQueue2 = integrationQueues[TestQueueName2];
integrationRequest = new IntegrationRequest(BuildCondition.ForceBuild, "Test", null);
project1Mock = new LatchMock(typeof (IProject));
project1Mock.Strict = true;
project1Mock.SetupResult("Name", "ProjectOne");
project1Mock.SetupResult("QueueName", TestQueueName);
project1Mock.SetupResult("QueuePriority", 0);
project2Mock = new LatchMock(typeof (IProject));
project2Mock.Strict = true;
project2Mock.SetupResult("Name", "ProjectTwo");
project2Mock.SetupResult("QueueName", TestQueueName2);
project2Mock.SetupResult("QueuePriority", 0);
queueNotifier1Mock = new LatchMock(typeof (IIntegrationQueueNotifier));
queueNotifier1Mock.Strict = true;
queueNotifier2Mock = new LatchMock(typeof (IIntegrationQueueNotifier));
queueNotifier2Mock.Strict = true;
integrationQueueItem1 = new IntegrationQueueItem((IProject) project1Mock.MockInstance,
integrationRequest, (IIntegrationQueueNotifier) queueNotifier1Mock.MockInstance);
integrationQueueItem2 = new IntegrationQueueItem((IProject) project2Mock.MockInstance,
integrationRequest, (IIntegrationQueueNotifier) queueNotifier2Mock.MockInstance);
}
private void AddToQueue(IIntegrationQueueItem integrationQueueItem)
{
AddToQueue(integrationQueueItem, null);
}
public static bool IsProcessed(this IIntegrationQueueItem item)
{
return(item.ResponseDate != null);
}
public void SetUp()
{
integrationQueues = new IntegrationQueueSet();
integrationQueues.Add(TestQueueName, new DefaultQueueConfiguration(TestQueueName));
integrationQueueUseFirst = integrationQueues[TestQueueName];
// Generate a queue to test re-adding
string secondQueueName = "Test Queue #2";
IQueueConfiguration readConfig = new DefaultQueueConfiguration(secondQueueName);
readConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReAdd;
integrationQueues.Add(secondQueueName, readConfig);
integrationQueueReAdd = integrationQueues[secondQueueName];
// Generate a queue to test re-adding to top
var fourthQueueName = "Test Queue #4";
var raddTopConfig = new DefaultQueueConfiguration(fourthQueueName);
raddTopConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReAddTop;
integrationQueues.Add(fourthQueueName, raddTopConfig);
integrationQueueReAddTop = integrationQueues[fourthQueueName];
// Generate a queue to test replacing
string thirdQueueName = "Test Queue #3";
IQueueConfiguration replaceConfig = new DefaultQueueConfiguration(thirdQueueName);
replaceConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReplace;
integrationQueues.Add(thirdQueueName, replaceConfig);
integrationQueueReplace = integrationQueues[thirdQueueName];
integrationRequestForceBuild = new IntegrationRequest(BuildCondition.ForceBuild, "Test", null);
integrationRequestIfModificationExists = new IntegrationRequest(BuildCondition.IfModificationExists, "Test", null);
project1Mock = new LatchMock(typeof (IProject));
project1Mock.Strict = true;
project1Mock.SetupResult("Name", "ProjectOne");
project1Mock.SetupResult("QueueName", TestQueueName);
project1Mock.SetupResult("QueuePriority", 0);
project2Mock = new LatchMock(typeof (IProject));
project2Mock.Strict = true;
project2Mock.SetupResult("Name", "ProjectTwo");
project2Mock.SetupResult("QueueName", TestQueueName);
project2Mock.SetupResult("QueuePriority", 0);
project3Mock = new LatchMock(typeof (IProject));
project3Mock.Strict = true;
project3Mock.SetupResult("Name", "ProjectThree");
project3Mock.SetupResult("QueueName", TestQueueName);
project3Mock.SetupResult("QueuePriority", 1);
queueNotifier1Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier1Mock.Strict = true;
queueNotifier2Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier2Mock.Strict = true;
queueNotifier3Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier3Mock.Strict = true;
integrationQueueItem1 = new IntegrationQueueItem((IProject)project1Mock.MockInstance,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier1Mock.MockInstance);
integrationQueueItem2 = new IntegrationQueueItem((IProject)project2Mock.MockInstance,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier2Mock.MockInstance);
integrationQueueItem3 = new IntegrationQueueItem((IProject)project3Mock.MockInstance,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier3Mock.MockInstance);
integrationQueueItem4 = new IntegrationQueueItem((IProject)project2Mock.MockInstance,
integrationRequestIfModificationExists, (IIntegrationQueueNotifier)queueNotifier2Mock.MockInstance);
}
public static bool IsInProcess(this IIntegrationQueueItem item)
{
return(item.DatePicked != null);
}
public void SetUp()
{
integrationQueues = new IntegrationQueueSet();
integrationQueues.Add(TestQueueName, new DefaultQueueConfiguration(TestQueueName));
integrationQueueUseFirst = integrationQueues[TestQueueName];
// Generate a queue to test re-adding
string secondQueueName = "Test Queue #2";
IQueueConfiguration readConfig = new DefaultQueueConfiguration(secondQueueName);
readConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReAdd;
integrationQueues.Add(secondQueueName, readConfig);
integrationQueueReAdd = integrationQueues[secondQueueName];
// Generate a queue to test re-adding to top
var fourthQueueName = "Test Queue #4";
var raddTopConfig = new DefaultQueueConfiguration(fourthQueueName);
raddTopConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReAddTop;
integrationQueues.Add(fourthQueueName, raddTopConfig);
integrationQueueReAddTop = integrationQueues[fourthQueueName];
// Generate a queue to test replacing
string thirdQueueName = "Test Queue #3";
IQueueConfiguration replaceConfig = new DefaultQueueConfiguration(thirdQueueName);
replaceConfig.HandlingMode = QueueDuplicateHandlingMode.ApplyForceBuildsReplace;
integrationQueues.Add(thirdQueueName, replaceConfig);
integrationQueueReplace = integrationQueues[thirdQueueName];
integrationRequestForceBuild = new IntegrationRequest(BuildCondition.ForceBuild, "Test", null);
integrationRequestIfModificationExists = new IntegrationRequest(BuildCondition.IfModificationExists, "Test", null);
project1Mock = new LatchMock(typeof(IProject));
project1Mock.Strict = true;
project1Mock.SetupResult("Name", "ProjectOne");
project1Mock.SetupResult("QueueName", TestQueueName);
project1Mock.SetupResult("QueuePriority", 0);
project2Mock = new LatchMock(typeof(IProject));
project2Mock.Strict = true;
project2Mock.SetupResult("Name", "ProjectTwo");
project2Mock.SetupResult("QueueName", TestQueueName);
project2Mock.SetupResult("QueuePriority", 0);
project3Mock = new LatchMock(typeof(IProject));
project3Mock.Strict = true;
project3Mock.SetupResult("Name", "ProjectThree");
project3Mock.SetupResult("QueueName", TestQueueName);
project3Mock.SetupResult("QueuePriority", 1);
queueNotifier1Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier1Mock.Strict = true;
queueNotifier2Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier2Mock.Strict = true;
queueNotifier3Mock = new LatchMock(typeof(IIntegrationQueueNotifier));
queueNotifier3Mock.Strict = true;
integrationQueueItem1 = new IntegrationQueueItem((IProject)project1Mock.MockInstance,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier1Mock.MockInstance);
integrationQueueItem2 = new IntegrationQueueItem((IProject)project2Mock.MockInstance,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier2Mock.MockInstance);
integrationQueueItem3 = new IntegrationQueueItem((IProject)project3Mock.MockInstance,
integrationRequestForceBuild, (IIntegrationQueueNotifier)queueNotifier3Mock.MockInstance);
integrationQueueItem4 = new IntegrationQueueItem((IProject)project2Mock.MockInstance,
integrationRequestIfModificationExists, (IIntegrationQueueNotifier)queueNotifier2Mock.MockInstance);
}
/// <summary>
/// Add a project integration request be added to the integration queue.
/// If no requests are on that queue already the integration is just kicked off immediately.
/// If the request is a force build and an integration is already on the queue for that project
/// then the queue request is ignored as it is redundant.
/// </summary>
/// <param name="integrationQueueItem">The integration queue item.</param>
public void Enqueue(IIntegrationQueueItem integrationQueueItem)
{
lock (this)
{
if (Count == 0)
{
// We can start integration straight away as first in first served
AddToQueue(integrationQueueItem);
}
else
{
// We need to see if we already have a integration request for this project on the queue
// If so then we will ignore the latest request.
// Note we start at queue position 1 since position 0 is currently integrating.
int? foundIndex = null;
bool addItem = true;
IIntegrationQueueItem foundItem = null;
for (int index = 1; index < Count; index++)
{
IIntegrationQueueItem queuedItem = GetIntegrationQueueItem(index);
if (queuedItem.Project == integrationQueueItem.Project)
{
foundItem = queuedItem;
foundIndex = index;
break;
}
}
if (foundIndex != null)
{
switch (configuration.HandlingMode)
{
case QueueDuplicateHandlingMode.UseFirst:
// Only use the first item in the queue - if a newer item is added it will be ignored
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
addItem = false;
break;
case QueueDuplicateHandlingMode.ApplyForceBuildsReAdd:
// If a force build is added to the queue, it will remove an existing non-force build and add the new request to the end of the queue
if (foundItem.IntegrationRequest.BuildCondition >= integrationQueueItem.IntegrationRequest.BuildCondition)
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
addItem = false;
}
else
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} with lower prority - cancelling existing request", integrationQueueItem.Project.Name, Name));
lock (this)
{
NotifyExitingQueueAndRemoveItem(foundIndex.Value, foundItem, true);
}
}
break;
case QueueDuplicateHandlingMode.ApplyForceBuildsReAddTop:
// If a force build is added to the queue, it will remove an existing non-force build and add the new request to the beginning of the queue
addItem = false;
if (foundItem.IntegrationRequest.BuildCondition >= integrationQueueItem.IntegrationRequest.BuildCondition)
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
}
else
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} with lower prority - cancelling existing request", integrationQueueItem.Project.Name, Name));
lock (this)
{
NotifyExitingQueueAndRemoveItem(foundIndex.Value, foundItem, true);
// Add project to the queue directly after the currently building one.
AddToQueue(integrationQueueItem, 1);
}
}
break;
case QueueDuplicateHandlingMode.ApplyForceBuildsReplace:
// If a force build is added to the queue, it will replace an existing non-forc build
addItem = false;
if (foundItem.IntegrationRequest.BuildCondition >= integrationQueueItem.IntegrationRequest.BuildCondition)
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} - cancelling new request", integrationQueueItem.Project.Name, Name));
}
else
{
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: {0} already on queue: {1} with lower prority - replacing existing request at position {2}", integrationQueueItem.Project.Name, Name, foundIndex));
lock (this)
{
NotifyExitingQueueAndRemoveItem(foundIndex.Value, foundItem, true);
AddToQueue(integrationQueueItem, foundIndex);
}
}
break;
default:
throw new ConfigurationException("Unknown handling mode for duplicates: " + configuration.HandlingMode);
}
}
if (addItem)
{
lock (this)
{
AddToQueue(integrationQueueItem);
}
}
}
}
}
private void NotifyExitingQueueAndRemoveItem(int index, IIntegrationQueueItem integrationQueueItem, bool isPendingItemCancelled)
{
integrationQueueItem.IntegrationQueueNotifier.NotifyExitingIntegrationQueue(isPendingItemCancelled);
RemoveAt(index);
}
private void AddToQueue(IIntegrationQueueItem integrationQueueItem, int? queuePosition)
{
if (!queuePosition.HasValue)
{
queuePosition = GetPrioritisedQueuePosition(integrationQueueItem.Project.QueuePriority);
Log.Info(string.Format(System.Globalization.CultureInfo.CurrentCulture,"Project: '{0}' is added to queue: '{1}' in position {2}. Requestsource : {3} ({4})",
integrationQueueItem.Project.Name, Name, queuePosition, integrationQueueItem.IntegrationRequest.Source,integrationQueueItem.IntegrationRequest.UserName));
}
integrationQueueItem.IntegrationQueueNotifier.NotifyEnteringIntegrationQueue();
Insert(queuePosition.Value, integrationQueueItem);
}
private void AddToQueue(IIntegrationQueueItem integrationQueueItem)
{
AddToQueue(integrationQueueItem, null);
}