using CodexPlugin; using DistTestCore; using NUnit.Framework; using NUnit.Framework.Interfaces; using Tests; using Utils; namespace CodexLongTests.BasicTests { [TestFixture] public class LargeFileTests : CodexDistTest { #region Abort test run after first failure private bool stop; [SetUp] public void SetUp() { if (stop) { Assert.Inconclusive("Previous test failed"); } } [TearDown] public void TearDown() { if (TestContext.CurrentContext.Result.Outcome.Status == TestStatus.Failed) { stop = true; } } #endregion [TestCase( 1 * 1)] // 1 MB [TestCase( 1 * 10)] [TestCase( 1 * 100)] [TestCase( 1 * 1024)] // 1 GB [TestCase( 1024 * 10)] [TestCase( 1024 * 100)] [TestCase( 1024 * 1024)] // 1 TB :O [UseLongTimeouts] public void DownloadCorrectnessTest(long size) { var sizeMB = size.MB(); var expectedFile = GenerateTestFile(sizeMB); var node = AddCodex(s => s.WithStorageQuota((size + 10).MB())); var uploadStart = DateTime.UtcNow; var cid = node.UploadFile(expectedFile); var downloadStart = DateTime.UtcNow; var actualFile = node.DownloadContent(cid); var downloadFinished = DateTime.UtcNow; expectedFile.AssertIsEqual(actualFile); AssertTimeConstraint(uploadStart, downloadStart, downloadFinished, size); } private void AssertTimeConstraint(DateTime uploadStart, DateTime downloadStart, DateTime downloadFinished, long size) { float sizeInMB = size; var uploadTimePerMB = (uploadStart - downloadStart) / sizeInMB; var downloadTimePerMB = (downloadStart - downloadFinished) / sizeInMB; Assert.That(uploadTimePerMB, Is.LessThan(CodexContainerRecipe.MaxUploadTimePerMegabyte), "MaxUploadTimePerMegabyte performance threshold breached."); Assert.That(downloadTimePerMB, Is.LessThan(CodexContainerRecipe.MaxDownloadTimePerMegabyte), "MaxDownloadTimePerMegabyte performance threshold breached."); } } }