public void LoggerManager_PublishEntries()
{
var manager = new MockLogManager();
var filteredQueue = new MemoryQueue();
filteredQueue.Enqueue(new LogEntry
{
Title = "test",
EventId = 1,
Priority = 1,
Severity = TraceEventType.Error,
Message = "testing"
});
filteredQueue.Enqueue(new LogEntry
{
Title = "test",
EventId = 1,
Priority = 1,
Severity = TraceEventType.Error,
Message = "testing"
});
manager.FilteredQueue = filteredQueue;
manager.PublishFilteredEntries();
Assert.AreEqual(0, manager.FilteredQueue.Count, "Expected zero enteries in the filtered queue");
}
public void MemoryQueue_Peek_ThreeItems()
{
var expected = new LogEntry();
var queue = new MemoryQueue();
queue.Enqueue(expected);
queue.Enqueue(new LogEntry());
queue.Enqueue(new LogEntry());
Assert.AreEqual(3, queue.Count, "Expected three Entries in the queue.");
var actual = queue.Peek();
Assert.AreEqual(expected.Id, actual.Id, "The Id of the enqueued item did not match the Id of the Peeked item.");
Assert.AreEqual(expected, actual, "A different object was returned from Peek than what was inserted.");
}
public static void SequentialTest()
{
ConnectionMultiplexer redis = ConnectionMultiplexer.Connect("localhost");
var m = new MemoryQueue();
int taskCount = 100;
ITask[] tasks = new ITask[taskCount];
PromiseTaskResultHandle <int>[] handles = new PromiseTaskResultHandle <int> [taskCount];
for (int i = 0; i < taskCount; i++)
{
var add = new AddTask(new (i, i + 1));
tasks[i] = add;
var handle = new PromiseTaskResultHandle <int>(add, redis, (o) => Console.WriteLine($"result is ready: {o}"));
add.BindPromise(handle.GetPromise());
m.Enqueue(add.Serialize());
handles[i] = handle;
}
var resolver = new RedisPromiseServer(redis);
// promises resolved in a sequential manner. like one worker is processing all of them
for (int i = 0; i < taskCount; i++)
{
var task = new DefaultTaskDeserializer().Deserialize((string)m.Dequeue());
task.Execute();
var res = task.SerializeResult();
// thanks to BindPromise each task's instance id is also id of its related promise. So we can directly resolve related promise by using it.
resolver.Resolve(task.GetInstanceIdentifier(), res);
}
Thread.Sleep(1000);
}
public void MemoryQueue_Enqueue_OneItem()
{
var queue = new MemoryQueue();
queue.Enqueue(new LogEntry());
Assert.AreEqual(1, queue.Count, "Expected one entry in the queue");
}
private static void EnqueueMemoryJob(Job job)
{
if (_memoryQueue is null)
{
_memoryQueue = new MemoryQueue();
}
Task.Run(() => _memoryQueue.Enqueue(job));
}
public void ShouldEnqueue()
{
MemoryQueue<MyTestObject> queue = new MemoryQueue<MyTestObject>();
queue.Enqueue(new MyTestObject());
Assert.AreEqual(1, queue.Count);
}
public static void CreatePromiseTest()
{
ConnectionMultiplexer redis = ConnectionMultiplexer.Connect("localhost");
var m = new MemoryQueue();
int taskCount = 100;
ITask[] tasks = new ITask[taskCount];
PromiseTaskResultHandle <int>[] handles = new PromiseTaskResultHandle <int> [taskCount];
for (int i = 0; i < taskCount; i++)
{
var add = new AddTask(new (i, i + 1));
tasks[i] = add;
var client = RedisPromiseClientFactory.GetInstance(redis);
var promise = client.CreatePromise();
add.BindPromise(promise);
var handle = new PromiseTaskResultHandle <int>(add, promise, (o) => Console.WriteLine($"result is ready: {o}"));
//now promise will be ready to resolve
client.Listen(promise);
m.Enqueue(add.Serialize());
handles[i] = handle;
}
var resolver = new RedisPromiseServer(redis);
// this is simulating many workers are resolving promises. (executing tasks in this context)
Parallel.ForEach(handles, ((handle) =>
{
var task = new DefaultTaskDeserializer().Deserialize((string)m.Dequeue());
task.Execute();
var res = task.SerializeResult();
// thanks to BindPromise each task's instance id is also id of its related promise. So we can directly resolve related promise by using it.
resolver.Resolve(task.GetInstanceIdentifier(), res);
}));
for (int i = 0; i < taskCount; i++)
{
int correctResult = i + i + 1;
while (!handles[i].IsResolved())
{
// it might not come from redis yet
Thread.Sleep(10);
}
var calculatedResult = (int)handles[i].GetObjectResult();
if (correctResult != calculatedResult)
{
throw new Exception("wrong result");
}
}
Console.WriteLine("ParallelTest is Successful");
Thread.Sleep(1000);
}
public void LoggerManager_FilterEntries_ThreeEntries()
{
var manager = new MockLogManager();
manager.ExecutePublishFilter = false;
var unfilteredQueue = new MemoryQueue();
unfilteredQueue.Enqueue(new LogEntry
{
Title = "test",
EventId = 1,
Priority = 1,
Severity = TraceEventType.Error,
Message = "testing"
});
unfilteredQueue.Enqueue(new LogEntry
{
Title = "test",
EventId = 1,
Priority = 1,
Severity = TraceEventType.Error,
Message = "testing"
});
unfilteredQueue.Enqueue(new LogEntry
{
Title = "test",
EventId = 1,
Priority = 1,
Severity = TraceEventType.Error,
Message = "testing"
});
manager.UnfilteredQueue = unfilteredQueue;
var filteredQueue = new MemoryQueue();
manager.FilteredQueue = filteredQueue;
manager.Initialize(new Uri("http://test"));
manager.ExecuteFilter();
Assert.IsTrue(manager.FilterCalled, "Filter was not called.");
Assert.AreEqual(3, manager.FilteredQueue.Count, "Filters were not executed correctly.");
}
public void MemoryQueue_Dequeue_OneItem()
{
var expected = new LogEntry();
var queue = new MemoryQueue();
queue.Enqueue(expected);
var actual = queue.Dequeue();
Assert.AreEqual(0, queue.Count, "Expected zero entries in the queue");
Assert.AreEqual(expected.Id, actual.Id, "The Id of the enqueued item did not match the Id of the dequeued item.");
Assert.AreEqual(expected, actual, "A different object was returned from dequeue than what was inserted.");
}
public void ShouldDequeue()
{
MemoryQueue<MyTestObject> queue = new MemoryQueue<MyTestObject>();
queue.Enqueue(new MyTestObject());
Assert.AreEqual(1, queue.Count);
object myObject = queue.Dequeue();
Assert.IsInstanceOf(typeof(MyTestObject), myObject);
}
public void EntryEnqueuedRaiseEvent()
{
bool eventRaised = false;
var expected = new LogEntry();
var queue = new MemoryQueue();
queue.EntryEnqueued +=
delegate(object sender, EntryEnqueuedEventArgs e)
{
Assert.AreEqual(1, queue.Count, "Expected one entry in the queue");
Assert.AreEqual(expected, e.Entry, "Expected correct object should be enqueued");
eventRaised = true;
};
queue.Enqueue(expected);
Assert.IsTrue(eventRaised, "Event was not raised");
}
public void ParallelUnitTest()
{
ConnectionMultiplexer redis = ConnectionMultiplexer.Connect("localhost");
var m = new MemoryQueue();
RedisPromiseClient promiseClient = new RedisPromiseClient(redis);
int taskCount = 100;
ITask[] tasks = new ITask[taskCount];
PromiseTaskResultHandle <int>[] handles = new PromiseTaskResultHandle <int> [taskCount];
for (int i = 0; i < taskCount; i++)
{
var add = new AddTask(new (i, i + 1));
tasks[i] = add;
var handle = new PromiseTaskResultHandle <int>(add, redis);
handle.Listen(promiseClient);
m.Enqueue(add.Serialize());
handles[i] = handle;
}
var resolver = new RedisPromiseServer(redis);
// this is simulating many workers are resolving promises. (executing tasks in this context)
Parallel.ForEach(handles, ((handle) =>
{
var task = new DefaultTaskDeserializer().Deserialize((string)m.Dequeue());
task.Execute();
var res = task.SerializeResult();
// thanks to BindPromise each task's instance id is also id of its related promise. So we can directly resolve related promise by using it.
resolver.Resolve(task.GetInstanceIdentifier(), res);
}));
for (int i = 0; i < taskCount; i++)
{
int correctResult = i + i + 1;
while (!handles[i].IsResolved())
{
// it might not come from redis yet
Thread.Sleep(10);
}
var calculatedResult = (int)handles[i].GetObjectResult();
Assert.Equal(correctResult, calculatedResult);
}
}
void OnMessage(M message)
{
MemoryQueue.Enqueue(message);
ThreadEvent.Set();
}
public void ShouldPeek()
{
MemoryQueue<MyTestObject> queue = new MemoryQueue<MyTestObject>();
MyTestObject actualObj = new MyTestObject();
queue.Enqueue(actualObj);
Assert.AreEqual(1, queue.Count);
MyTestObject testObj = queue.Peek();
Assert.AreEqual(1, queue.Count);
Assert.AreEqual(actualObj.SomeValue, testObj.SomeValue);
}
public void MemoryQueue_Enqueue_NullItem()
{
var queue = new MemoryQueue();
queue.Enqueue(null);
}
public void ShouldClear()
{
int expected = 0;
MemoryQueue<MyTestObject> queue = new MemoryQueue<MyTestObject>();
queue.Enqueue(new MyTestObject());
Assert.AreEqual(1, queue.Count);
queue.Clear();
Assert.AreEqual(expected, queue.Count);
}
static void TestTaskExecuting()
{
Console.WriteLine("Hello World!");
var m = new MemoryQueue();
var mult = new MultiplyTask(new Inp {
x = 4, y = 5
});
var mult2 = new MultiplyTask(new Inp {
x = 4, y = 56
});
var add = new AddTask(new (5, 6));
var swap = new SwapTask(new ("abi", "naber"));
var concat = new ConcatTask(new Inp2 {
x = new List <string> {
"f", "u", "r", "k", "a", "n"
}
});
var matrix = new Matrix();
matrix.nums = new int[100, 100];
var matrixSum = new MatrixSum(matrix);
//TestClient();
m.Enqueue(mult.Serialize());
m.Enqueue(mult2.Serialize());
m.Enqueue(add.Serialize());
m.Enqueue(swap.Serialize());
m.Enqueue(concat.Serialize());
m.Enqueue(matrixSum.Serialize());
// normally these will happen in workers. workers will execute tasks and store their results in
// result store. Client will have an TaskResult handle which will update its content when result is ready.
// below res1 will be all client have. This program.cs is only for testing purposes normally workers and
// client will be different processes.
/* Normally it will look like this;
*
* For Client:
*
* TaskResult mult=new MultiplyTask(new Inp{x=4,y=5}); this will enqueue task, will get the handle from store(or somewhere else)
* TaskResult.result == null => will be true until result is executed by some worker
*
* For workers: each worker will dequeue from TaskStore and push results to ResultStore like;
*
* ITask task = queue.Dequeue();
* task.Execute()
* resultStore.SetResultOfTask(task);
*/
Console.WriteLine("tasks queued");
Console.WriteLine("task will be dequed. Now cleaning task registry to simulate a server...");
var registry = (ITaskRegistry)TaskRegistry.Instance;
registry.Clear();
registry.DiscoverTasks();
for (long i = m.Length(); i > 0; i--)
{
string serialized = (string)m.Dequeue();
Console.WriteLine($"dequed task: {serialized}");
var task = new DefaultTaskDeserializer().Deserialize(serialized);
Console.WriteLine("task is executing...");
task.Execute();
Console.WriteLine($"time elapsed: {task.GetTimeElapsed().Value.TotalMilliseconds} ms");
}
var x = "x";
}
