/// <summary>Run a backup</summary>
/// <param name="simMode">flag for simulation mode</param>
/// <param name="debugMode">flag for debug mode</param>
/// <returns>an empty string for success. Otherwise, an error message for a fatal error encountered prior to the run.</returns>
/// <remarks>
/// Note: All I/O errors and anticipated exceptions encountered during the backup are captured in the error log.
/// </remarks>
public void Run(bool simMode, bool debugMode)
{
RanSuccessfully = false;
SetupPrep();
if (Validate(simMode, debugMode) == false)
{
// a serious validation error occurred prior to job; we cannot continue nor can we log anything safely
return;
}
dirSearch = new DirSearch();
AddSearchDelegates();
for (currentSrcNdx = 0; currentSrcNdx < sourcesToBackup.Count; currentSrcNdx++)
{
// process each backup source
dirSearch.SearchMask = DirSearch.SearchMaskAllFilesAndFolders;
dirSearch.BaseDir = sourcesToBackup[currentSrcNdx].StartingFolder;
dirSearch.SearchType = AttrSearchType.IgnoreAttributeMatch;
dirSearch.FileAttribs = DirSearch.AllAttributes; // not really needed currently as we are set to IgnoreAttributeMatch
dirSearch.ProcessSubs = sourcesToBackup[currentSrcNdx].TraverseSubs;
dirSearch.Execute();
if (CancelFlag)
{
break;
}
}
RemoveSearchDelegates();
if (CancelFlag == false && TrackDeletes())
{
CheckDeletes();
}
Stats.DtTmEnded = DateTime.Now;
WriteLogs();
RanSuccessfully = true;
}
public RenameResults ProcessFiles()
{
string err = string.Empty;
Results = new RenameResults();
batchNum = 0;
script = ScriptRunner.CompileScript(RenameCode, out err);
if (script == null) // could not compile
{
LogErr("Script code did not compile. Error: " + err);
}
else
{
dirSearch = new DirSearch(FileMask, StartingPath, AttrSearchType.AnyMatch, DirSearch.AllAttributesMinusSysAndHidden, ProcessSubFolders);
dirSearch.OnFileMatch += DirSearch_OnFileMatch;
dirSearch.OnFolderMatch += DirSearch_OnFolderMatch;
dirSearch.OnFileExcept += DirSearch_OnFileExcept;
dirSearch.OnFolderExcept += DirSearch_OnFolderExcept;
dirSearch.Execute();
dirSearch.OnFileMatch -= DirSearch_OnFileMatch;
dirSearch.OnFolderMatch -= DirSearch_OnFolderMatch;
dirSearch.OnFileExcept -= DirSearch_OnFileExcept;
dirSearch.OnFolderExcept -= DirSearch_OnFolderExcept;
}
OutputData(true); // write any residual data collected for specific output types
return(Results);
}
public void TopLevelAndSubsWithNoHitsReturnsNoFiles()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(NoMatchFilePatttern, RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.Execute();
Assert.AreEqual(0, numFiles, "Number of files not 0");
}
public void NullPathUsesCurrentDir()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, null, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.Execute();
Assert.AreEqual(Directory.GetCurrentDirectory(), searcher.BaseDir, "base dir != GetCurrentDirectory()");
}
public void FilesStartingWithRootReturnsFiles()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch("Root*.*", RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.Execute();
Assert.IsTrue(numFiles >= 3, "Number of files not >= 3");
Assert.IsTrue(numFolders >= MinFolderTotal, $"Number of folders not >= {MinFolderTotal}");
}
public void TopLevelReturnsFiles()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, false);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.Execute();
Assert.IsTrue(numFiles >= 7, "Number of files not >= 7");
Assert.IsTrue(numFolders >= 1, "Number of folders not >= 1");
}
public void CustomFolderFilterOnHiddenFolderReturnsOneHit()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.OnFolderFilter += (DirectoryInfo folder, ref bool skip, ref bool skipChildren) => { skip = ((folder.Attributes & FileAttributes.Hidden) != FileAttributes.Hidden); };
searcher.Execute();
Assert.IsTrue(numFolders >= 1, "Number of folders not >= 1");
}
public void HiddenFilesAndSubsReturnsFiles()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, RootLoc, AttrSearchType.AllMatchPlusAnyOthers, FileAttributes.Hidden, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.Execute();
Assert.IsTrue(numFiles >= 3, "Number of Hidden files not >= 3");
Assert.IsTrue(numFolders >= MinFolderTotal, $"Number of folders not >= {MinFolderTotal}");
}
public void ROFilesAndSubsReturnsFiles()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, RootLoc, AttrSearchType.AnyMatch, FileAttributes.ReadOnly, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.Execute();
Assert.IsTrue(numFiles >= 2, "Number of RO files not >= 2");
Assert.IsTrue(numFolders >= MinFolderTotal, $"Number of folders not >= {MinFolderTotal}");
}
public void CustomFileFilterOnSublevelWithNoMatchesReturnsZero()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(NoMatchFilePatttern, RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.OnFileFilter += (FileInfo oneFile, ref bool skip) => { skip = oneFile.Name != "L2F1-1.txt"; };
searcher.Execute();
Assert.AreEqual(0, numFiles, "Number of files not 0");
Assert.IsTrue(numFolders >= MinFolderTotal, $"Number of folders not >= {MinFolderTotal}");
}
public void CustomFolderFilterWithChildFoldersOnWorks()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch("L3-L2F1*.*", RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.OnFolderFilter += (DirectoryInfo folder, ref bool skip, ref bool skipChildren) => { skip = (folder.Name == "L2F1"); skipChildren = false; };
searcher.Execute();
Assert.IsTrue(numFolders >= MinFolderTotal - 1, $"Number of folders not >= {MinFolderTotal - 1}");
Assert.IsTrue(numFiles >= 2, "Number of files not >= 1");
}
public void CustomFileFilterZeroByteFileslReturnsFiles()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.OnFileFilter += (FileInfo oneFile, ref bool skip) => { skip = oneFile.Length != 0; };
searcher.Execute();
Assert.IsTrue(numFiles >= 4, "Number of files not >= 4");
Assert.IsTrue(numFolders >= MinFolderTotal, $"Number of folders not >= {MinFolderTotal}");
}
public void CustomFileFilterOnAllFilesReturnsOneHit()
{
int numFolders = 0;
int numFiles = 0;
DirSearch searcher = new DirSearch(AllFiles, RootLoc, AttrSearchType.IgnoreAttributeMatch, 0, true);
searcher.OnFolderMatch += (DirectoryInfo info, ref bool flag) => { numFolders++; };
searcher.OnFileMatch += (FileInfo info, ref bool flag) => { numFiles++; };
searcher.OnFileFilter += (FileInfo oneFile, ref bool skip) => { skip = oneFile.Name != "Root2.dat"; };
searcher.Execute();
Assert.AreEqual(1, numFiles, "Number of files not 1");
Assert.IsTrue(numFolders >= MinFolderTotal, $"Number of folders not >= {MinFolderTotal}");
}
/// <summary>Delete handling for destination folder where file is no longer on source</summary>
/// <remarks>
/// Reverse lookup for delete-detection using list of scanned files and destination folder
/// - only called when settings for job require delete-detection
/// - foldersToSkipForDeleteDetection contains the list of trash and History folders to be skipped.
/// - a file filter is not used to skip BUM error and stat logs as it's done directly in OnDelFileInitialMatch() using prefixesToSkipForDeleteDetection
/// </remarks>
private void CheckDeletes()
{
DirSearch delSearch = new DirSearch("*.*", Stats.DestPathRoot, AttrSearchType.AnyMatch, DirSearch.AllAttributesMinusSysAndHidden, true);
delSearch.OnFileMatch += OnDelFileInitialMatch;
delSearch.OnFileExcept += OnDelFileException;
delSearch.OnFolderExcept += OnDelFolderException;
// Folder filtering is used to skip History and Trash folders
delSearch.OnFolderFilter += OnDelFolderFilter;
delSearch.Execute();
delSearch.OnFileMatch -= OnDelFileInitialMatch;
delSearch.OnFileExcept -= OnDelFileException;
delSearch.OnFolderExcept -= OnDelFolderException;
delSearch.OnFolderFilter -= OnDelFolderFilter;
processedFileDict.Clear(); // free memory as it can be substantial
}
