public void TestFindFilesWildcardRelativeDirectory(string filePath, string fileMask, string expectedFileNames, int expectedFileCount) { // Get the full path to the LinuxTestFiles directory, 3 levels up from the cpuinfo test file var cpuInfoFile = FileRefs.GetTestFile(filePath); var currentDirectory = cpuInfoFile.Directory; if (currentDirectory == null) { Assert.Fail("Cannot determine the parent directory of " + cpuInfoFile.FullName); } for (var parentCount = 1; parentCount < 3; parentCount++) { var parentCandidate = currentDirectory.Parent; if (parentCandidate == null) { Assert.Fail("Cannot determine the parent directory of " + currentDirectory.FullName); } currentDirectory = parentCandidate; } TestFindFilesWildcardWork(currentDirectory.FullName, fileMask, expectedFileNames, true, expectedFileCount); }
public void TestGZipCompressExplicitDirectory(string filePath, bool includeMetadata, long expectedSizeBytes) { var fileToCompress = FileRefs.GetTestFile(filePath); var tempDirectoryPath = Path.GetTempPath(); var startTime = DateTime.UtcNow; if (includeMetadata) { Console.WriteLine("Compressing {0} using GZipCompressWithMetadata to create a .gz file in {1}", fileToCompress, tempDirectoryPath); PRISM.FileTools.GZipCompressWithMetadata(fileToCompress, tempDirectoryPath); } else { Console.WriteLine("Compressing {0} using GZipCompress to create a .gz file in {1}", fileToCompress, tempDirectoryPath); PRISM.FileTools.GZipCompress(fileToCompress, tempDirectoryPath); } var procTimeSeconds = DateTime.UtcNow.Subtract(startTime).TotalSeconds; var compressedFile = new FileInfo(Path.Combine(tempDirectoryPath, fileToCompress.Name + ".gz")); if (!compressedFile.Exists) { Assert.Fail("Compressed file not found: " + compressedFile.FullName); } Console.WriteLine("Compressed {0} in {1:F1} seconds to create {2}", fileToCompress, procTimeSeconds, compressedFile.FullName); Console.WriteLine(".gz file size: {0:#,###} bytes", compressedFile.Length); // Validate the newly created .gz file, then delete it and delete the validated round-robin file ValidateGZipFile(fileToCompress, compressedFile, tempDirectoryPath, expectedSizeBytes, includeMetadata, true); }
public void TestGZipCompressDefaultName(string filePath, bool includeMetadata, long expectedSizeBytes) { var fileToCompressRemote = FileRefs.GetTestFile(filePath); var tempDirectoryPath = Path.GetTempPath(); var fileToCompressLocal = new FileInfo(Path.Combine(tempDirectoryPath, fileToCompressRemote.Name)); fileToCompressRemote.CopyTo(fileToCompressLocal.FullName, true); var startTime = DateTime.UtcNow; if (includeMetadata) { Console.WriteLine("Compressing {0} using GZipCompressWithMetadata", fileToCompressLocal); PRISM.FileTools.GZipCompressWithMetadata(fileToCompressLocal); } else { Console.WriteLine("Compressing {0} using GZipCompress", fileToCompressLocal); PRISM.FileTools.GZipCompress(fileToCompressLocal); } var procTimeSeconds = DateTime.UtcNow.Subtract(startTime).TotalSeconds; var compressedFile = new FileInfo(Path.Combine(tempDirectoryPath, fileToCompressLocal.Name + ".gz")); if (!compressedFile.Exists) { Assert.Fail("Compressed file not found: " + compressedFile.FullName); } Console.WriteLine("Compressed {0} in {1:F1} seconds to create {2}", fileToCompressLocal, procTimeSeconds, compressedFile.FullName); Console.WriteLine(".gz file size: {0:#,###} bytes", compressedFile.Length); PRISM.ProgRunner.SleepMilliseconds(250); // Rename the file that we just compressed // This is required to avoid collisions when we call ValidateGZipFile var movedFileToCompress = new FileInfo(fileToCompressLocal.FullName + ".original"); if (File.Exists(movedFileToCompress.FullName)) { File.Delete(movedFileToCompress.FullName); } File.Move(fileToCompressLocal.FullName, movedFileToCompress.FullName); // Refresh movedFileToCompress but do not refresh fileToCompressLocal (since we only want movedFileToCompress to end in .original) movedFileToCompress.Refresh(); // Validate the newly created .gz file, then delete it and delete the validated round-robin file ValidateGZipFile(fileToCompressLocal, compressedFile, tempDirectoryPath, expectedSizeBytes, includeMetadata, false); movedFileToCompress.Delete(); }
private FileInfo VerifyTestFile(string filePath) { return(FileRefs.GetTestFile(filePath)); }