public async Task WhenGettingTimeoutStateAndNoneIsFoundNullIsReturned()
{
await testSuite.InitTimeouts(nrOfTimeouts);
var timeoutStorage = new RavenDbTimeoutsSource(testSuite.Logger, testSuite.ServerName, testSuite.DatabaseName, "TimeoutDatas", testSuite.RavenVersion, false);
var toolState = await timeoutStorage.TryLoadOngoingMigration();
Assert.That(toolState, Is.Null);
}
public async Task CanReadDocumentsBySpecifiedIds()
{
var nrOfTimeouts = 5;
await testSuite.InitTimeouts(nrOfTimeouts);
var timeoutIds = new[] { "TimeoutDatas/1", "TimeoutDatas/2", "TimeoutDatas/3", "TimeoutDatas/4", "TimeoutDatas/0" };
var timeouts = await testSuite.RavenAdapter.GetDocuments <TimeoutData>(timeoutIds, (doc, id) => doc.Id = id);
Assert.That(timeouts.Count, Is.EqualTo(5));
Assert.That(string.IsNullOrEmpty(timeouts.First().Id), Is.False);
}
public async Task Setup()
{
testSuite = CreateTestSuite();
await testSuite.SetupDatabase();
await testSuite.InitTimeouts(nrOfTimeouts);
}
public async Task WhenThereTimeoutsListEndpointsReturnsEndpointsList(bool useIndex)
{
var endpointATimes = await testSuite.InitTimeouts(nrOfTimeouts, "EndpointA", 0);
var endpointBTimes = await testSuite.InitTimeouts(500, "EndpointB", nrOfTimeouts);
var sut = new RavenDbTimeoutsSource(testSuite.Logger, testSuite.ServerName, testSuite.DatabaseName, "TimeoutDatas", testSuite.RavenVersion, useIndex);
var endpoints = await sut.ListEndpoints(DateTime.Now);
Assert.IsNotNull(endpoints);
Assert.That(endpoints.Count, Is.EqualTo(2));
var endpointA = endpoints.FirstOrDefault(x => x.EndpointName == "EndpointA");
Assert.IsNotNull(endpointA);
Assert.That(endpointA.NrOfTimeouts, Is.EqualTo(nrOfTimeouts));
Assert.That(endpointA.ShortestTimeout, Is.EqualTo(endpointATimes.ShortestTimeout));
Assert.That(endpointA.LongestTimeout, Is.EqualTo(endpointATimes.LongestTimeout));
var endpointB = endpoints.FirstOrDefault(x => x.EndpointName == "EndpointB");
Assert.IsNotNull(endpointB);
Assert.That(endpointB.NrOfTimeouts, Is.EqualTo(500));
Assert.That(endpointB.ShortestTimeout, Is.EqualTo(endpointBTimes.ShortestTimeout));
Assert.That(endpointB.LongestTimeout, Is.EqualTo(endpointBTimes.LongestTimeout));
}
public async Task WhenAbortingWithAToolStateInPreparingToolWillStillCleanupBatches()
{
var cutOffTime = DateTime.Now.AddDays(-1);
await testSuite.InitTimeouts(nrOfTimeouts);
var storage = new RavenDbTimeoutsSource(testSuite.Logger, testSuite.ServerName, testSuite.DatabaseName, "TimeoutDatas", testSuite.RavenVersion, false);
await storage.Prepare(cutOffTime, testSuite.EndpointName, new Dictionary <string, string>());
var toolState = await testSuite.RavenAdapter.GetDocument <RavenToolStateDto>(RavenConstants.ToolStateId);
toolState.Status = MigrationStatus.Preparing;
await testSuite.RavenAdapter.UpdateDocument(RavenConstants.ToolStateId, toolState);
var sut = new RavenDbTimeoutsSource(testSuite.Logger, testSuite.ServerName, testSuite.DatabaseName, "TimeoutDatas", testSuite.RavenVersion, false);
await sut.Abort();
var batchesInStore = await testSuite.RavenAdapter.GetDocuments <RavenBatch>(batch => true, RavenConstants.BatchPrefix);
var hiddenTimeouts = await testSuite.RavenAdapter.GetDocuments <TimeoutData>(timeout => timeout.OwningTimeoutManager.StartsWith(RavenConstants.MigrationOngoingPrefix), RavenConstants.DefaultTimeoutPrefix, (timeout, id) => { timeout.Id = id; });
Assert.That(batchesInStore.Count, Is.EqualTo(0));
Assert.That(hiddenTimeouts.Count, Is.EqualTo(0));
}