//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldWorkCorrectlyOnReasonableDirectoryContents()
public virtual void ShouldWorkCorrectlyOnReasonableDirectoryContents()
{
// Given
// a raft log directory with just the expected files, without gaps
File @base = new File("base");
FileNames fileNames = new FileNames(@base);
FileSystemAbstraction fsa = mock(typeof(FileSystemAbstraction));
Log log = mock(typeof(Log));
IList <File> filesPresent = new LinkedList <File>();
int lower = 0;
int upper = 24;
// the files are added in reverse order, so we can verify that FileNames orders based on version
for (int i = upper; i >= lower; i--)
{
filesPresent.Add(fileNames.GetForVersion(i));
}
when(fsa.ListFiles(@base)).thenReturn(filesPresent.ToArray());
// When
// asked for the contents of the directory
SortedDictionary <long, File> allFiles = fileNames.GetAllFiles(fsa, log);
// Then
// all the things we added above should be returned
assertEquals(upper - lower + 1, allFiles.Count);
long currentVersion = lower;
foreach (KeyValuePair <long, File> longFileEntry in allFiles.SetOfKeyValuePairs())
{
assertEquals(currentVersion, longFileEntry.Key.longValue());
assertEquals(fileNames.GetForVersion(currentVersion), longFileEntry.Value);
currentVersion++;
}
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldIgnoreUnexpectedLogDirectoryContents()
public virtual void ShouldIgnoreUnexpectedLogDirectoryContents()
{
// Given
// a raft log directory with just the expected files, without gaps
File @base = new File("base");
FileNames fileNames = new FileNames(@base);
FileSystemAbstraction fsa = mock(typeof(FileSystemAbstraction));
Log log = mock(typeof(Log));
IList <File> filesPresent = new LinkedList <File>();
filesPresent.Add(fileNames.GetForVersion(0)); // should be included
filesPresent.Add(fileNames.GetForVersion(1)); // should be included
filesPresent.Add(fileNames.GetForVersion(10)); // should be included
filesPresent.Add(fileNames.GetForVersion(11)); // should be included
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME + "01")); // should be ignored
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME + "001")); // should be ignored
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME)); // should be ignored
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME + "-1")); // should be ignored
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME + "1a")); // should be ignored
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME + "a1")); // should be ignored
filesPresent.Add(new File(@base, FileNames.BASE_FILE_NAME + "ab")); // should be ignored
when(fsa.ListFiles(@base)).thenReturn(filesPresent.ToArray());
// When
// asked for the contents of the directory
SortedDictionary <long, File> allFiles = fileNames.GetAllFiles(fsa, log);
// Then
// only valid things should be returned
assertEquals(4, allFiles.Count);
assertEquals(allFiles[0L], fileNames.GetForVersion(0));
assertEquals(allFiles[1L], fileNames.GetForVersion(1));
assertEquals(allFiles[10L], fileNames.GetForVersion(10));
assertEquals(allFiles[11L], fileNames.GetForVersion(11));
// and the invalid ones should be logged
verify(log, times(7)).warn(anyString());
}
