public RedisLockTests()
{
var muxer = ConnectionMultiplexer.Connect(Settings.Current.RedisConnectionString);
_cacheClient = new RedisCacheClient(muxer);
_locker = new CacheLockProvider(_cacheClient);
}
public RedisLockTests()
{
var muxer = ConnectionMultiplexer.Connect(Settings.Current.RedisConnectionInfo.ToString());
_cacheClient = new RedisCacheClient(muxer.GetDatabase());
_locker = new CacheLockProvider(_cacheClient);
}
private async Task StartInternalAsync(
string lockName,
LockLostBehavior lockLostBehavior,
CancellationToken cancellationToken)
{
_log.TraceMethodEntry();
if (cancellationToken.IsCancellationRequested)
{
return;
}
var lockTimeout = TimeSpan.FromSeconds(5);
using (var inMemoryLockCacheClient = new InMemoryCacheClient())
using (var distributedLockCacheClient = new HybridCacheClient(inMemoryLockCacheClient, _messageBus))
{
var lockProvider = new CacheLockProvider(distributedLockCacheClient, _messageBus);
while (!cancellationToken.IsCancellationRequested)
{
var lockHandle = await lockProvider.AcquireAsync(
lockName,
lockTimeout,
cancellationToken)
.ConfigureAwait(false);
if (lockHandle != null)
{
try
{
// we have the lock
// keep renewing it
await HoldAndRenewAsync(
lockHandle,
cancellationToken)
.ConfigureAwait(false);
}
catch (Exception e)
{
switch (lockLostBehavior)
{
case LockLostBehavior.Complete:
return;
case LockLostBehavior.Error:
throw new LockLostException(lockName, e);
case LockLostBehavior.Retry:
break;
default:
break;
}
}
}
}
}
}
public static Configuration UseFoundatioLockInMemory(this Configuration configuration)
{
ILockProvider lockerProvider = new CacheLockProvider(new InMemoryCacheClient(), new InMemoryMessageBus());
IoCFactory.Instance.CurrentContainer
.RegisterInstance(typeof(Infrastructure.ILockProvider), new LockProvider(lockerProvider));
return(configuration);
}
public static Configuration UseFoundatioLockRedis(this Configuration configuration, string redisConnectionString = null, bool preserveAsyncOrder = false)
{
ConnectionMultiplexer muxer = GetMuxer(redisConnectionString, preserveAsyncOrder);
ILockProvider lockerProvider = new CacheLockProvider(new RedisCacheClient(muxer), new RedisMessageBus(muxer.GetSubscriber()));
IoCFactory.Instance.CurrentContainer
.RegisterInstance(typeof(Infrastructure.ILockProvider), new FoundatioLock.LockProvider(lockerProvider));
return(configuration);
}
public virtual async Task CanHaveMultipleQueueInstancesWithLockingAsync()
{
using (var cache = new InMemoryCacheClient(Log)) {
using (var messageBus = new InMemoryMessageBus(Log)) {
var distributedLock = new CacheLockProvider(cache, messageBus, Log);
await CanHaveMultipleQueueInstancesWithLockingImplAsync(distributedLock);
}
}
}
public override async Task CanHaveMultipleQueueInstancesWithLockingAsync()
{
var muxer = SharedConnection.GetMuxer();
using var cache = new RedisCacheClient(new RedisCacheClientOptions { ConnectionMultiplexer = muxer, LoggerFactory = Log });
using var messageBus = new RedisMessageBus(new RedisMessageBusOptions { Subscriber = muxer.GetSubscriber(), Topic = "test-queue", LoggerFactory = Log });
var distributedLock = new CacheLockProvider(cache, messageBus, Log);
await CanHaveMultipleQueueInstancesWithLockingImplAsync(distributedLock);
}
public override async Task CanHaveMultipleQueueInstancesWithLockingAsync()
{
var muxer = SharedConnection.GetMuxer();
using (var cache = new RedisCacheClient(muxer, loggerFactory: Log)) {
using (var messageBus = new RedisMessageBus(muxer.GetSubscriber(), "test", loggerFactory: Log)) {
var distributedLock = new CacheLockProvider(cache, messageBus, Log);
await CanHaveMultipleQueueInstancesWithLockingImplAsync(distributedLock);
}
}
}
protected ReadModelProjectorBase3(ILoggerFactory loggerFactory, IProjectorServices services) : base(loggerFactory, services)
{
LockProvider = new CacheLockProvider(
new InMemoryCacheClient(builder => builder.LoggerFactory(loggerFactory))
, new InMemoryMessageBus(builder => builder.LoggerFactory(loggerFactory)), loggerFactory);
//LockProvider = services.LockProvider;
var ent = Activator.CreateInstance <T>();
EntityTypeKey = ent.EntityType;
}
public virtual async Task CanDequeueWithLockingAsync()
{
using (var cache = new InMemoryCacheClient(new InMemoryCacheClientOptions {
LoggerFactory = Log
})) {
using (var messageBus = new InMemoryMessageBus(new InMemoryMessageBusOptions {
LoggerFactory = Log
})) {
var distributedLock = new CacheLockProvider(cache, messageBus, Log);
await CanDequeueWithLockingImpAsync(distributedLock);
}
}
}
protected async Task CanDequeueWithLockingImpAsync(CacheLockProvider distributedLock)
{
var queue = GetQueue(retryDelay: TimeSpan.Zero, retries: 0);
if (queue == null)
{
return;
}
try {
await queue.DeleteQueueAsync();
await AssertEmptyQueueAsync(queue);
using (var metrics = new InMemoryMetricsClient(new InMemoryMetricsClientOptions {
Buffered = false, LoggerFactory = Log
})) {
queue.AttachBehavior(new MetricsQueueBehavior <SimpleWorkItem>(metrics, loggerFactory: Log));
var resetEvent = new AsyncAutoResetEvent();
await queue.StartWorkingAsync(async w => {
_logger.Info("Acquiring distributed lock in work item");
var l = await distributedLock.AcquireAsync("test");
Assert.NotNull(l);
_logger.Info("Acquired distributed lock");
SystemClock.Sleep(TimeSpan.FromMilliseconds(250));
await l.ReleaseAsync();
_logger.Info("Released distributed lock");
await w.CompleteAsync();
resetEvent.Set();
});
await queue.EnqueueAsync(new SimpleWorkItem { Data = "Hello" });
await resetEvent.WaitAsync(TimeSpan.FromSeconds(5).ToCancellationToken());
await SystemClock.SleepAsync(1);
var stats = await queue.GetQueueStatsAsync();
_logger.Info("Completed: {completed} Errors: {errors} Deadletter: {deadletter} Working: {working} ", stats.Completed, stats.Errors, stats.Deadletter, stats.Working);
Assert.Equal(1, stats.Completed);
}
}
finally {
await CleanupQueueAsync(queue);
}
}
protected async Task CanHaveMultipleQueueInstancesWithLockingImplAsync(CacheLockProvider distributedLock)
{
var queue = GetQueue(retries: 0, retryDelay: TimeSpan.Zero);
if (queue == null)
{
return;
}
try {
await queue.DeleteQueueAsync();
await AssertEmptyQueueAsync(queue);
const int workItemCount = 16;
const int workerCount = 4;
var countdown = new AsyncCountdownEvent(workItemCount);
var info = new WorkInfo();
var workers = new List <IQueue <SimpleWorkItem> > {
queue
};
try {
for (int i = 0; i < workerCount; i++)
{
var q = GetQueue(retries: 0, retryDelay: TimeSpan.Zero);
int instanceCount = i;
await q.StartWorkingAsync(async w => {
_logger.Info("[{0}] Acquiring distributed lock in work item: {1}", instanceCount, w.Id);
var l = await distributedLock.AcquireAsync("test");
Assert.NotNull(l);
_logger.Info("[{0}] Acquired distributed lock: {1}", instanceCount, w.Id);
SystemClock.Sleep(TimeSpan.FromMilliseconds(50));
await l.ReleaseAsync();
_logger.Info("[{0}] Released distributed lock: {1}", instanceCount, w.Id);
await w.CompleteAsync();
info.IncrementCompletedCount();
countdown.Signal();
_logger.Info("[{0}] Signaled countdown: {1}", instanceCount, w.Id);
});
workers.Add(q);
}
await Run.InParallelAsync(workItemCount, async i => {
string id = await queue.EnqueueAsync(new SimpleWorkItem {
Data = "Hello",
Id = i
});
_logger.Trace("Enqueued Index: {0} Id: {1}", i, id);
});
await countdown.WaitAsync(TimeSpan.FromSeconds(5).ToCancellationToken());
await SystemClock.SleepAsync(50);
_logger.Trace("Completed: {0} Abandoned: {1} Error: {2}", info.CompletedCount, info.AbandonCount, info.ErrorCount);
_logger.Info("Work Info Stats: Completed: {completed} Abandoned: {abandoned} Error: {errors}", info.CompletedCount, info.AbandonCount, info.ErrorCount);
Assert.Equal(workItemCount, info.CompletedCount + info.AbandonCount + info.ErrorCount);
// In memory queue doesn't share state.
if (queue.GetType() == typeof(InMemoryQueue <SimpleWorkItem>))
{
var stats = await queue.GetQueueStatsAsync();
Assert.Equal(info.CompletedCount, stats.Completed);
}
else
{
var workerStats = new List <QueueStats>();
for (int i = 0; i < workers.Count; i++)
{
var stats = await workers[i].GetQueueStatsAsync();
_logger.Info("Worker#{i} Working: {working} Completed: {completed} Abandoned: {abandoned} Error: {errors} Deadletter: {deadletter}", i, stats.Working, stats.Completed, stats.Abandoned, stats.Errors, stats.Deadletter);
workerStats.Add(stats);
}
Assert.Equal(info.CompletedCount, workerStats.Sum(s => s.Completed));
}
} finally {
foreach (var q in workers)
{
await CleanupQueueAsync(q);
}
}
} finally {
await CleanupQueueAsync(queue);
}
}
