private void restoreFileVersion(FileVersion fileVersion) {
// Set labels/status
String shortFileName = shortenFileName(fileVersion.getPath());
String versionStr = Long.toString(fileVersion.getVersion());
restoreButton.setEnabled(false);
restoreStatusIconComposite.setVisible(true);
restoreStatusTextLabel.setVisible(true);
restoreStatusIconComposite.setAnimatedImage(
IMAGE_LOADING_SPINNER_RESOURCE, IMAGE_LOADING_SPINNER_FRAME_RATE);
restoreStatusTextLabel.setText(
I18n.getText(
"org.syncany.gui.history.DetailPanel.label.fileRestoreOngoing",
shortFileName,
versionStr));
restoreStatusTextLabel.setCursor(new Cursor(Display.getDefault(), SWT.CURSOR_ARROW));
restoreStatusTextLabel.setToolTipText("");
restoredFile = null;
layout();
// Send restore request
RestoreOperationOptions restoreOptions = new RestoreOperationOptions();
restoreOptions.setFileHistoryId(fileVersion.getFileHistoryId());
restoreOptions.setFileVersion(fileVersion.getVersion().intValue());
pendingRestoreRequest = new RestoreFolderRequest();
pendingRestoreRequest.setRoot(historyModel.getSelectedRoot());
pendingRestoreRequest.setOptions(restoreOptions);
eventBus.post(pendingRestoreRequest);
}
private void handleGetFileRequest(GetFileRequest fileRequest) {
try {
FileHistoryId fileHistoryId = FileHistoryId.parseFileId(fileRequest.getFileHistoryId());
long version = fileRequest.getVersion();
FileVersion fileVersion = localDatabase.getFileVersion(fileHistoryId, version);
FileContent fileContent = localDatabase.getFileContent(fileVersion.getChecksum(), true);
Map<ChunkChecksum, MultiChunkId> multiChunks =
localDatabase.getMultiChunkIdsByChecksums(fileContent.getChunks());
TransferManager transferManager =
config.getTransferPlugin().createTransferManager(config.getConnection());
Downloader downloader = new Downloader(config, transferManager);
Assembler assembler = new Assembler(config, localDatabase);
downloader.downloadAndDecryptMultiChunks(new HashSet<MultiChunkId>(multiChunks.values()));
File tempFile = assembler.assembleToCache(fileVersion);
String tempFileToken = StringUtil.toHex(ObjectId.secureRandomBytes(40));
GetFileResponse fileResponse =
new GetFileResponse(fileRequest.getId(), fileRequest.getRoot(), tempFileToken);
GetFileResponseInternal fileResponseInternal =
new GetFileResponseInternal(fileResponse, tempFile);
eventBus.post(fileResponseInternal);
} catch (Exception e) {
logger.log(Level.WARNING, "Cannot reassemble file.", e);
eventBus.post(new BadRequestResponse(fileRequest.getId(), "Cannot reassemble file."));
}
}
private PartialFileHistory guessLastFileHistoryForFileWithMatchingChecksum(
FileProperties fileProperties,
Collection<PartialFileHistory> fileHistoriesWithSameChecksum) {
PartialFileHistory lastFileHistory = null;
// Check if they do not exist anymore --> assume it has moved!
// We choose the best fileHistory to base on as follows:
// 1. Ensure that it was modified at the same time and is the same size
// 2. Check the fileHistory was deleted and the file does not actually exists
// 3. Choose the one with the longest matching tail of the path to the new path
for (PartialFileHistory fileHistoryWithSameChecksum : fileHistoriesWithSameChecksum) {
FileVersion lastVersion = fileHistoryWithSameChecksum.getLastVersion();
if (fileProperties.getLastModified() != lastVersion.getLastModified().getTime()
|| fileProperties.getSize() != lastVersion.getSize()) {
continue;
}
File lastVersionOnLocalDisk =
new File(config.getLocalDir() + File.separator + lastVersion.getPath());
if (lastVersion.getStatus() != FileStatus.DELETED
&& !FileUtil.exists(lastVersionOnLocalDisk)) {
if (lastFileHistory == null) {
lastFileHistory = fileHistoryWithSameChecksum;
} else {
String filePath = fileProperties.getRelativePath();
String currentPreviousPath = lastFileHistory.getLastVersion().getPath();
String candidatePreviousPath = fileHistoryWithSameChecksum.getLastVersion().getPath();
for (int i = 0; i < filePath.length(); i++) {
if (!filePath.regionMatches(
filePath.length() - i,
candidatePreviousPath,
candidatePreviousPath.length() - i,
i)) {
// The candidate no longer matches, take the current path.
break;
}
if (!filePath.regionMatches(
filePath.length() - i,
currentPreviousPath,
currentPreviousPath.length() - i,
i)) {
// The current previous path no longer matches, take the new candidate
lastFileHistory = fileHistoryWithSameChecksum;
break;
}
}
}
}
}
return lastFileHistory;
}
@Test
public void testFileHistoryClone() {
FileVersion fileVersion1 = new FileVersion();
fileVersion1.setVersion(1L);
fileVersion1.setPath("/somepath");
FileVersion fileVersion2 = new FileVersion();
fileVersion2.setVersion(2L);
fileVersion2.setPath("/somepath");
PartialFileHistory fileHistory = new PartialFileHistory(FileHistoryId.parseFileId("1234"));
fileHistory.addFileVersion(fileVersion1);
fileHistory.addFileVersion(fileVersion2);
PartialFileHistory fileHistoryClone = fileHistory.clone();
assertEquals(fileHistory, fileHistoryClone);
assertEquals(fileHistory.getFileVersions().size(), fileHistoryClone.getFileVersions().size());
assertEquals(fileHistory.getFileVersions(), fileHistoryClone.getFileVersions());
FileVersion fileVersion3 = new FileVersion();
fileVersion3.setVersion(3L);
fileVersion3.setPath("/somepath");
fileHistoryClone.addFileVersion(fileVersion3);
assertEquals(
fileHistory.getFileVersions().size() + 1, fileHistoryClone.getFileVersions().size());
}
@Test
public void testContentChecksumCache() throws IOException {
Database database = new Database();
// Round 1: Add file history & version
DatabaseVersion databaseVersion1 = TestDatabaseUtil.createDatabaseVersion();
// - history 1, version 1
FileVersion fileVersion1 = TestDatabaseUtil.createFileVersion("samechecksum1.jpg");
fileVersion1.setChecksum(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0});
PartialFileHistory fileHistory1 = new PartialFileHistory(11111111111111111L);
databaseVersion1.addFileHistory(fileHistory1);
databaseVersion1.addFileVersionToHistory(fileHistory1.getFileId(), fileVersion1);
database.addDatabaseVersion(databaseVersion1);
assertNotNull(database.getFileHistories(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}));
assertEquals(1, database.getFileHistories(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}).size());
// Round 2: Add two other versions with same checksum to new database version
DatabaseVersion databaseVersion2 = TestDatabaseUtil.createDatabaseVersion(databaseVersion1);
// - history 1, version 2
FileVersion fileVersion11 =
TestDatabaseUtil.createFileVersion("samechecksum2-renamed.jpg", fileVersion1);
fileVersion11.setChecksum(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}); // same checksum!
fileVersion11.setStatus(FileStatus.RENAMED);
PartialFileHistory fileHistory11 =
new PartialFileHistory(11111111111111111L); // same ID as above
databaseVersion2.addFileHistory(fileHistory11);
databaseVersion2.addFileVersionToHistory(fileHistory11.getFileId(), fileVersion11);
// - history 2, version 1
FileVersion fileVersion2 = TestDatabaseUtil.createFileVersion("samechecksum2.jpg");
fileVersion2.setChecksum(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}); // same checksum!
PartialFileHistory fileHistory2 = new PartialFileHistory(22222222222222222L); // different ID
databaseVersion2.addFileHistory(fileHistory2);
databaseVersion2.addFileVersionToHistory(fileHistory2.getFileId(), fileVersion2);
// - history 3, version 1
FileVersion fileVersion3 = TestDatabaseUtil.createFileVersion("samechecksum3.jpg");
fileVersion3.setChecksum(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}); // same checksum!
PartialFileHistory fileHistory3 = new PartialFileHistory(33333333333333333L); // different ID
databaseVersion2.addFileHistory(fileHistory3);
databaseVersion2.addFileVersionToHistory(fileHistory3.getFileId(), fileVersion3);
database.addDatabaseVersion(databaseVersion2);
assertNotNull(database.getFileHistories(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}));
assertEquals(3, database.getFileHistories(new byte[] {1, 2, 3, 4, 5, 6, 7, 8, 9, 0}).size());
}
private PartialFileHistory getFileHistoryByPathFromDatabaseVersion(
DatabaseVersion databaseVersion, String path) {
// TODO [medium] Extremely performance intensive, because this is called inside a loop above.
// Implement better caching for database version!!!
for (PartialFileHistory fileHistory : databaseVersion.getFileHistories()) {
FileVersion lastVersion = fileHistory.getLastVersion();
if (lastVersion.getStatus() != FileStatus.DELETED && lastVersion.getPath().equals(path)) {
return fileHistory;
}
}
return null;
}
/**
* Finds the multichunks that need to be downloaded for the given file version -- using the local
* database and given winners database. Returns a set of multichunk identifiers.
*/
private Collection<MultiChunkId> determineMultiChunksToDownload(
FileVersion fileVersion, MemoryDatabase winnersDatabase) {
Set<MultiChunkId> multiChunksToDownload = new HashSet<MultiChunkId>();
// First: Check if we know this file locally!
List<MultiChunkId> multiChunkIds = localDatabase.getMultiChunkIds(fileVersion.getChecksum());
if (multiChunkIds.size() > 0) {
multiChunksToDownload.addAll(multiChunkIds);
} else {
// Second: We don't know it locally; must be from the winners database
FileContent winningFileContent = winnersDatabase.getContent(fileVersion.getChecksum());
boolean winningFileHasContent = winningFileContent != null;
if (winningFileHasContent) { // File can be empty!
List<ChunkChecksum> fileChunks = winningFileContent.getChunks();
// TODO [medium] Instead of just looking for multichunks to download here, we should look
// for chunks in local files as well
// and return the chunk positions in the local files ChunkPosition (chunk123 at file12,
// offset 200, size 250)
Map<ChunkChecksum, MultiChunkId> checksumsWithMultiChunkIds =
localDatabase.getMultiChunkIdsByChecksums(fileChunks);
for (ChunkChecksum chunkChecksum : fileChunks) {
MultiChunkId multiChunkIdForChunk = checksumsWithMultiChunkIds.get(chunkChecksum);
if (multiChunkIdForChunk == null) {
multiChunkIdForChunk = winnersDatabase.getMultiChunkIdForChunk(chunkChecksum);
if (multiChunkIdForChunk == null) {
throw new RuntimeException("Cannot find multichunk for chunk " + chunkChecksum);
}
}
if (!multiChunksToDownload.contains(multiChunkIdForChunk)) {
logger.log(
Level.INFO,
" + Adding multichunk " + multiChunkIdForChunk + " to download list ...");
multiChunksToDownload.add(multiChunkIdForChunk);
}
}
}
}
return multiChunksToDownload;
}
@Test
public void testFilenameCache() throws IOException {
Database database = new Database();
// Round 1: Add file history & version
DatabaseVersion databaseVersion1 = TestDatabaseUtil.createDatabaseVersion();
FileVersion fileVersion1 = TestDatabaseUtil.createFileVersion("file1.jpg");
PartialFileHistory fileHistory1 = new PartialFileHistory(11111111111111111L);
databaseVersion1.addFileHistory(fileHistory1);
databaseVersion1.addFileVersionToHistory(fileHistory1.getFileId(), fileVersion1);
database.addDatabaseVersion(databaseVersion1);
assertEquals(fileHistory1, database.getFileHistory("file1.jpg"));
// Round 2: Add new version
DatabaseVersion databaseVersion2 = TestDatabaseUtil.createDatabaseVersion(databaseVersion1);
FileVersion fileVersion2 = TestDatabaseUtil.createFileVersion("file2.jpg", fileVersion1);
PartialFileHistory fileHistory2 = new PartialFileHistory(11111111111111111L); // same ID
databaseVersion2.addFileHistory(fileHistory2);
databaseVersion2.addFileVersionToHistory(fileHistory2.getFileId(), fileVersion2);
database.addDatabaseVersion(databaseVersion2);
assertNotNull(database.getFileHistory("file2.jpg"));
assertEquals(2, database.getFileHistory("file2.jpg").getFileVersions().size());
assertNull(database.getFileHistory("file1.jpg"));
// Round 3: Add deleted version
DatabaseVersion databaseVersion3 = TestDatabaseUtil.createDatabaseVersion(databaseVersion2);
FileVersion fileVersion3 = TestDatabaseUtil.createFileVersion("file2.jpg", fileVersion2);
fileVersion3.setStatus(FileStatus.DELETED);
PartialFileHistory fileHistory3 = new PartialFileHistory(11111111111111111L); // same ID
databaseVersion3.addFileHistory(fileHistory3);
databaseVersion3.addFileVersionToHistory(fileHistory3.getFileId(), fileVersion3);
database.addDatabaseVersion(databaseVersion3);
assertNull(database.getFileHistory("file2.jpg"));
}
@Test
public void testFilenameCacheDeleteAndNewOfSameFileInOneDatabaseVersion() throws IOException {
Database database = new Database();
// Round 1: Add file history & version
DatabaseVersion databaseVersion1 = TestDatabaseUtil.createDatabaseVersion();
FileVersion fileVersion1 = TestDatabaseUtil.createFileVersion("file1.jpg");
PartialFileHistory fileHistory1 = new PartialFileHistory(11111111111111111L);
databaseVersion1.addFileHistory(fileHistory1);
databaseVersion1.addFileVersionToHistory(fileHistory1.getFileId(), fileVersion1);
database.addDatabaseVersion(databaseVersion1);
assertEquals(fileHistory1, database.getFileHistory("file1.jpg"));
// Round 2: Add new version
DatabaseVersion databaseVersion2 = TestDatabaseUtil.createDatabaseVersion(databaseVersion1);
// - delete file1.jpg
FileVersion fileVersion2 = TestDatabaseUtil.createFileVersion("file1.jpg", fileVersion1);
fileVersion2.setStatus(FileStatus.DELETED);
PartialFileHistory fileHistory2 = new PartialFileHistory(11111111111111111L); // same ID
databaseVersion2.addFileHistory(fileHistory2);
databaseVersion2.addFileVersionToHistory(fileHistory2.getFileId(), fileVersion2);
// - add file1.jpg (as FOLDER!)
FileVersion fileVersion3 = TestDatabaseUtil.createFileVersion("file1.jpg"); // new file!
fileVersion3.setType(FileType.FOLDER);
PartialFileHistory fileHistory3 = new PartialFileHistory(222222222L); // new ID !
databaseVersion2.addFileHistory(fileHistory3);
databaseVersion2.addFileVersionToHistory(fileHistory3.getFileId(), fileVersion3);
// - add datbase version
database.addDatabaseVersion(databaseVersion2);
assertNotNull(database.getFileHistory("file1.jpg"));
assertEquals(1, database.getFileHistory("file1.jpg").getFileVersions().size());
assertEquals(fileHistory3, database.getFileHistory("file1.jpg"));
}
private void selectFileVersion(FileVersion fileVersion) {
boolean isLastVersion = fileVersion.equals(selectedFileHistory.getLastVersion());
boolean restoreInProgress = pendingRestoreRequest != null;
boolean restoreButtonEnabled = !isLastVersion && !restoreInProgress;
logger.log(
Level.INFO,
"Detail panel: Selecting file version"
+ fileVersion.getVersion()
+ "; Restore in progress = "
+ restoreInProgress
+ "; Last/current version = "
+ isLastVersion
+ " --> Button enabled = "
+ restoreButtonEnabled);
restoreButton.setEnabled(restoreButtonEnabled);
}
private FileVersion createFileVersion(
String path, FileType type, FileVersion basedOnFileVersion) {
if (basedOnFileVersion == null) {
FileVersion fileVersion = new FileVersion();
fileVersion.setPath(path);
fileVersion.setType(type);
fileVersion.setVersion(1L);
return fileVersion;
} else {
FileVersion fileVersion = basedOnFileVersion.clone();
fileVersion.setPath(path);
fileVersion.setType(type);
fileVersion.setVersion(basedOnFileVersion.getVersion() + 1);
return fileVersion;
}
}
@Test
public void testFileHistoryGetVersionsNonEmpty() {
FileVersion fileVersion = new FileVersion();
fileVersion.setVersion(5L);
fileVersion.setPath("/somepath");
PartialFileHistory fileHistory = new PartialFileHistory(FileHistoryId.parseFileId("1234"));
fileHistory.addFileVersion(fileVersion);
assertNotNull(fileHistory.getLastVersion());
assertNotNull(fileHistory.getFileVersions());
assertEquals(1, fileHistory.getFileVersions().size());
assertEquals(fileVersion, fileHistory.getLastVersion());
assertNull(fileHistory.getFileVersions().get(1L));
assertNull(fileHistory.getFileVersion(1L));
assertEquals(fileVersion, fileHistory.getFileVersions().get(5L));
assertEquals(fileVersion, fileHistory.getFileVersion(5L));
}
public static FileVersion createFileVersion(String path) {
FileVersion fileVersion = new FileVersion();
fileVersion.setChecksum(new FileChecksum(TestFileUtil.createRandomArray(20)));
fileVersion.setLastModified(new Date());
fileVersion.setPath(path);
fileVersion.setStatus(FileStatus.NEW);
fileVersion.setType(FileType.FILE);
fileVersion.setUpdated(new Date());
fileVersion.setVersion(1L);
return fileVersion;
}
private PartialFileHistory guessLastFileHistoryForFolderOrSymlink(
FileProperties fileProperties) {
PartialFileHistory lastFileHistory = filePathCache.get(fileProperties.getRelativePath());
if (lastFileHistory == null) {
logger.log(
Level.FINER,
" * No old file history found, starting new history (path: "
+ fileProperties.getRelativePath()
+ ", "
+ fileProperties.getType()
+ ")");
return null;
} else {
FileVersion lastFileVersion = lastFileHistory.getLastVersion();
if (lastFileVersion.getStatus() != FileStatus.DELETED
&& lastFileVersion.getType() == fileProperties.getType()) {
logger.log(
Level.FINER,
" * Found old file history "
+ lastFileHistory.getFileHistoryId()
+ " (by path: "
+ fileProperties.getRelativePath()
+ "), "
+ fileProperties.getType()
+ ", appending new version.");
return lastFileHistory;
} else {
logger.log(
Level.FINER,
" * No old file history found, starting new history (path: "
+ fileProperties.getRelativePath()
+ ", "
+ fileProperties.getType()
+ ")");
return null;
}
}
}
private Collection<MultiChunkEntry> determineMultiChunksToDownload(
FileVersion fileVersion, Database localDatabase, Database winnersDatabase) {
Set<MultiChunkEntry> multiChunksToDownload = new HashSet<MultiChunkEntry>();
FileContent winningFileContent = localDatabase.getContent(fileVersion.getChecksum());
if (winningFileContent == null) {
winningFileContent = winnersDatabase.getContent(fileVersion.getChecksum());
}
boolean winningFileHasContent = winningFileContent != null;
if (winningFileHasContent) { // File can be empty!
Collection<ChunkEntryId> fileChunks =
winningFileContent
.getChunks(); // TODO [medium] Instead of just looking for multichunks to download
// here, we should look for chunks in local files as well and return the
// chunk positions in the local files ChunkPosition (chunk123 at file12,
// offset 200, size 250)
for (ChunkEntryId chunkChecksum : fileChunks) {
MultiChunkEntry multiChunkForChunk = localDatabase.getMultiChunkForChunk(chunkChecksum);
if (multiChunkForChunk == null) {
multiChunkForChunk = winnersDatabase.getMultiChunkForChunk(chunkChecksum);
}
if (!multiChunksToDownload.contains(multiChunkForChunk)) {
logger.log(
Level.INFO,
" + Adding multichunk "
+ StringUtil.toHex(multiChunkForChunk.getId())
+ " to download list ...");
multiChunksToDownload.add(multiChunkForChunk);
}
}
}
return multiChunksToDownload;
}
public static FileVersion createFileVersion(String path, FileVersion basedOnFileVersion) {
FileVersion fileVersion = basedOnFileVersion.clone();
fileVersion.setPath(path);
fileVersion.setStatus(FileStatus.CHANGED);
fileVersion.setVersion(basedOnFileVersion.getVersion() + 1);
return fileVersion;
}
private void removeDeletedFiles(
DatabaseVersion newDatabaseVersion, List<PartialFileHistory> fileHistoriesWithLastVersion) {
logger.log(Level.FINER, "- Looking for deleted files ...");
for (PartialFileHistory fileHistory : fileHistoriesWithLastVersion) {
// Ignore this file history if it has been updated in this database version before (file
// probably renamed!)
if (newDatabaseVersion.getFileHistory(fileHistory.getFileHistoryId()) != null) {
continue;
}
// Check if file exists, remove if it doesn't
FileVersion lastLocalVersion = fileHistory.getLastVersion();
File lastLocalVersionOnDisk =
new File(config.getLocalDir() + File.separator + lastLocalVersion.getPath());
// Ignore this file history if the last version is marked "DELETED"
if (lastLocalVersion.getStatus() == FileStatus.DELETED) {
continue;
}
// Add this file history if a new file with this name has been added (file type change)
PartialFileHistory newFileWithSameName =
getFileHistoryByPathFromDatabaseVersion(
newDatabaseVersion, fileHistory.getLastVersion().getPath());
// If file has VANISHED, mark as DELETED
if (!FileUtil.exists(lastLocalVersionOnDisk) || newFileWithSameName != null) {
PartialFileHistory deletedFileHistory =
new PartialFileHistory(fileHistory.getFileHistoryId());
FileVersion deletedVersion = lastLocalVersion.clone();
deletedVersion.setStatus(FileStatus.DELETED);
deletedVersion.setVersion(fileHistory.getLastVersion().getVersion() + 1);
deletedVersion.setUpdated(new Date());
logger.log(Level.FINER, " + Deleted: Adding DELETED version: {0}", deletedVersion);
logger.log(Level.FINER, " based on: {0}", lastLocalVersion);
deletedFileHistory.addFileVersion(deletedVersion);
newDatabaseVersion.addFileHistory(deletedFileHistory);
}
}
}
private FileVersion createNewFileVersion(
FileVersion lastFileVersion, FileProperties fileProperties) {
FileVersion fileVersion = null;
// Version
if (lastFileVersion == null) {
fileVersion = new FileVersion();
fileVersion.setVersion(1L);
fileVersion.setStatus(FileStatus.NEW);
} else {
fileVersion = lastFileVersion.clone();
fileVersion.setVersion(lastFileVersion.getVersion() + 1);
}
// Simple attributes
fileVersion.setPath(fileProperties.getRelativePath());
fileVersion.setLinkTarget(fileProperties.getLinkTarget());
fileVersion.setType(fileProperties.getType());
fileVersion.setSize(fileProperties.getSize());
fileVersion.setChecksum(fileProperties.getChecksum());
fileVersion.setLastModified(new Date(fileProperties.getLastModified()));
fileVersion.setUpdated(new Date());
// Permissions
if (EnvironmentUtil.isWindows()) {
fileVersion.setDosAttributes(fileProperties.getDosAttributes());
fileVersion.setPosixPermissions(DEFAULT_POSIX_PERMISSIONS);
} else if (EnvironmentUtil.isUnixLikeOperatingSystem()) {
fileVersion.setPosixPermissions(fileProperties.getPosixPermissions());
fileVersion.setDosAttributes(DEFAULT_DOS_ATTRIBUTES);
}
// Status
if (lastFileVersion != null) {
if (fileVersion.getType() == FileType.FILE
&& FileChecksum.fileChecksumEquals(
fileVersion.getChecksum(), lastFileVersion.getChecksum())) {
fileVersion.setStatus(FileStatus.CHANGED);
} else if (!fileVersion.getPath().equals(lastFileVersion.getPath())) {
fileVersion.setStatus(FileStatus.RENAMED);
} else {
fileVersion.setStatus(FileStatus.CHANGED);
}
}
return fileVersion;
}
private void updateTable(LsFolderRequest lsRequest, LsFolderResponse lsResponse) {
logger.log(
Level.INFO,
"Detail panel: Updating table with "
+ lsResponse.getResult().getFileVersions().size()
+ " file versions ...");
// Add new file version items
List<PartialFileHistory> fileVersions =
new ArrayList<>(lsResponse.getResult().getFileVersions().values());
selectedFileHistory = fileVersions.get(0);
for (FileVersion fileVersion : selectedFileHistory.getFileVersions().values()) {
String checksumStr =
(fileVersion.getChecksum() != null) ? fileVersion.getChecksum().toString() : "";
TableItem tableItem = new TableItem(historyTable, SWT.NONE);
tableItem.setData(fileVersion);
tableItem.setImage(COLUMN_INDEX_STATUS, getStatusImage(fileVersion.getStatus()));
tableItem.setText(COLUMN_INDEX_PATH, fileVersion.getPath());
tableItem.setText(COLUMN_INDEX_VERSION, Long.toString(fileVersion.getVersion()));
tableItem.setText(COLUMN_INDEX_TYPE, fileVersion.getType().toString());
tableItem.setText(COLUMN_INDEX_SIZE, FileUtil.formatFileSize(fileVersion.getSize()));
tableItem.setText(COLUMN_INDEX_POSIX_PERMS, fileVersion.getPosixPermissions());
tableItem.setText(COLUMN_INDEX_DOS_ATTRS, fileVersion.getDosAttributes());
tableItem.setText(COLUMN_INDEX_CHECKSUM, checksumStr);
tableItem.setText(COLUMN_INDEX_LAST_MODIFIED, "" + fileVersion.getLastModified());
tableItem.setText(COLUMN_INDEX_UPDATED, "" + fileVersion.getUpdated());
}
if (historyTable.getItemCount() > 0) {
restoreButton.setEnabled(false);
historyTable.select(historyTable.getItemCount() - 1);
}
resizeColumns();
}
@Test
public void testChangedModifiedDate() throws Exception {
// Setup
Connection testConnection = TestConfigUtil.createTestLocalConnection();
TestClient clientA = new TestClient("A", testConnection);
TestClient clientB = new TestClient("B", testConnection);
// Run
// A, create two files with identical content and change mod. date of one of them
clientA.createNewFile("A-file1.jpg", 50 * 1024);
clientA.copyFile("A-file1.jpg", "A-file1-with-different-modified-date.jpg");
clientA.getLocalFile("A-file1.jpg").setLastModified(0);
clientA.up();
// B, down, then move BOTH files
clientB.down();
assertFileListEquals(clientA.getLocalFiles(), clientB.getLocalFiles());
assertDatabaseFileEquals(
clientA.getLocalDatabaseFile(),
clientB.getLocalDatabaseFile(),
clientA.getConfig().getTransformer());
clientB.moveFile("A-file1.jpg", "A-file1-moved.jpg");
clientB.moveFile(
"A-file1-with-different-modified-date.jpg",
"A-file1-with-different-modified-date-moved.jpg");
clientB.up();
Database clientDatabaseB = clientB.loadLocalDatabase();
PartialFileHistory file1Orig = clientDatabaseB.getFileHistory("A-file1-moved.jpg");
PartialFileHistory file1WithDiffLastModDate =
clientDatabaseB.getFileHistory("A-file1-with-different-modified-date-moved.jpg");
assertNotNull(file1Orig);
assertNotNull(file1WithDiffLastModDate);
FileVersion fileVersion1OrigV1 = file1Orig.getFileVersion(1);
FileVersion fileVersion1OrigV2 = file1Orig.getFileVersion(2);
FileVersion fileVersion1WithDiffLastModDateV1 = file1WithDiffLastModDate.getFileVersion(1);
FileVersion fileVersion1WithDiffLastModDateV2 = file1WithDiffLastModDate.getFileVersion(2);
assertNotNull(fileVersion1OrigV1);
assertNotNull(fileVersion1OrigV2);
assertNotNull(fileVersion1WithDiffLastModDateV1);
assertNotNull(fileVersion1WithDiffLastModDateV2);
assertEquals("A-file1.jpg", fileVersion1OrigV1.getName());
assertEquals("A-file1-moved.jpg", fileVersion1OrigV2.getName());
assertEquals(
"A-file1-with-different-modified-date.jpg", fileVersion1WithDiffLastModDateV1.getName());
assertEquals(
"A-file1-with-different-modified-date-moved.jpg",
fileVersion1WithDiffLastModDateV2.getName());
// Tear down
clientA.cleanup();
clientB.cleanup();
}