public void TestLoadEditSaveWithSyncOverwriteBecauseOfNoCheck()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//load it once again:
IKp2aApp app2 = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//modify the database by adding a group in both databases:
app.GetDb().KpDatabase.RootGroup.AddGroup(new PwGroup(true, true, "TestGroup", PwIcon.Apple), true);
var group2 = new PwGroup(true, true, "TestGroup2", PwIcon.Energy);
app2.GetDb().KpDatabase.RootGroup.AddGroup(group2, true);
//save the database from app 1:
SaveDatabase(app);
//the user doesn't want to perform check for file change:
((TestKp2aApp)app2).SetPreference(PreferenceKey.CheckForFileChangesOnSave, false);
//save the database from app 2: This save operation must detect the changes made from app 1 and ask if it should sync:
SaveDatabase(app2);
//make sure no question was asked
Assert.AreEqual(null, ((TestKp2aApp)app2).LastYesNoCancelQuestionTitle);
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//ensure the sync was NOT performed (overwrite expected!):
AssertDatabasesAreEqual(app2.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
public void TestLoadEditSaveWithSyncConflict()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//load it once again:
IKp2aApp app2 = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//modify the database by renaming the same group in both databases:
app.GetDb().KpDatabase.RootGroup.Groups.Single(g => g.Name == "Internet").Name += "abc";
app2.GetDb().KpDatabase.RootGroup.Groups.Single(g => g.Name == "Internet").Name += "abcde";
//app1 also changes the master password:
var compositeKey = app.GetDb().KpDatabase.MasterKey;
compositeKey.RemoveUserKey(compositeKey.GetUserKey(typeof(KcpPassword)));
compositeKey.AddUserKey(new KcpPassword("abc"));
//save the database from app 1:
SaveDatabase(app);
((TestKp2aApp)app2).SetYesNoCancelResult(TestKp2aApp.YesNoCancelResult.Yes);
//save the database from app 2: This save operation must fail because the target file cannot be loaded:
Assert.IsFalse(TrySaveDatabase(app2));
//make sure the right question was asked
Assert.AreEqual(UiStringKey.TitleSyncQuestion, ((TestKp2aApp)app2).LastYesNoCancelQuestionTitle);
}
public void TestLoadEditSaveWithSyncCancel()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//load it once again:
IKp2aApp app2 = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//modify the database by adding a group in both databases:
app.GetDb().KpDatabase.RootGroup.AddGroup(new PwGroup(true, true, "TestGroup", PwIcon.Apple), true);
var group2 = new PwGroup(true, true, "TestGroup2", PwIcon.Energy);
app2.GetDb().KpDatabase.RootGroup.AddGroup(group2, true);
//save the database from app 1:
SaveDatabase(app);
//the user clicks the "cancel" button when asked if the sync should be performed
((TestKp2aApp)app2).SetYesNoCancelResult(TestKp2aApp.YesNoCancelResult.Cancel);
//save the database from app 2: This save operation must detect the changes made from app 1 and ask if it should sync:
Assert.AreEqual(false, TrySaveDatabase(app2));
//make sure the right question was asked
Assert.AreEqual(UiStringKey.TitleSyncQuestion, ((TestKp2aApp)app2).LastYesNoCancelQuestionTitle);
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//ensure the sync was NOT performed (cancel expected!):
AssertDatabasesAreEqual(app.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
public void TestLoadAndSave_TestIdenticalFiles_kdb()
{
IKp2aApp app = LoadDatabase(DefaultDirectory + "complexDb.kdb", "test", null);
app.GetDb().Root.SortSubGroups(true);
string kdbxXml = DatabaseToXml(app);
newFilename = TestDbDirectory + "tmp_complexDb.kdb";
if (File.Exists(newFilename))
{
File.Delete(newFilename);
}
app.GetDb().KpDatabase.IOConnectionInfo.Path = newFilename;
app.GetDb().SaveData(Application.Context);
IKp2aApp appReloaded = LoadDatabase(newFilename, "test", null);
appReloaded.GetDb().Root.SortSubGroups(true);
string kdbxReloadedXml = DatabaseToXml(appReloaded);
RemoveKdbLines(ref kdbxReloadedXml);
RemoveKdbLines(ref kdbxXml);
Assert.AreEqual(kdbxXml, kdbxReloadedXml);
}
public void TestLoadEditSaveWhenDeleted()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
IOConnection.DeleteFile(new IOConnectionInfo {
Path = DefaultFilename
});
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//delete the file:
File.Delete(DefaultFilename);
//modify the database by adding a group:
app.GetDb().KpDatabase.RootGroup.AddGroup(new PwGroup(true, true, "TestGroup", PwIcon.Apple), true);
//save the database again:
_testCacheSupervisor.Reset();
SaveDatabase(app);
Assert.IsNull(((TestKp2aApp)app).LastYesNoCancelQuestionTitle);
_testCacheSupervisor.AssertNoCall();
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//ensure the change was saved:
AssertDatabasesAreEqual(app.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
public void TestLoadEditSaveWithWriteBecauseTargetNotExists()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//modify the database by adding a group:
app.GetDb().KpDatabase.RootGroup.AddGroup(new PwGroup(true, true, "TestGroup", PwIcon.Apple), true);
//delete the file:
File.Delete(DefaultFilename);
//save the database:
SaveDatabase(app);
//make sure no question was asked
Assert.AreEqual(null, ((TestKp2aApp)app).LastYesNoCancelQuestionTitle);
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//ensure the file was saved:
AssertDatabasesAreEqual(app.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
public void TestCreateSaveAndLoad_TestIdenticalFiles_kdb()
{
string filename = DefaultDirectory + "createsaveandload.kdb";
IKp2aApp app = SetupAppWithDatabase(filename);
string kdbxXml = DatabaseToXml(app);
//save it and reload it
Android.Util.Log.Debug("KP2A", "-- Save DB -- ");
SaveDatabase(app);
Android.Util.Log.Debug("KP2A", "-- Load DB -- ");
PwDatabase pwImp = new PwDatabase();
PwDatabase pwDatabase = app.GetDb().KpDatabase;
pwImp.New(new IOConnectionInfo(), pwDatabase.MasterKey);
pwImp.MemoryProtection = pwDatabase.MemoryProtection.CloneDeep();
pwImp.MasterKey = pwDatabase.MasterKey;
IOConnectionInfo ioc = new IOConnectionInfo()
{
Path = filename
};
using (Stream s = app.GetFileStorage(ioc).OpenFileForRead(ioc))
{
app.GetDb().DatabaseFormat.PopulateDatabaseFromStream(pwImp, s, null);
}
string kdbxReloadedXml = DatabaseToXml(app);
RemoveKdbLines(ref kdbxReloadedXml);
RemoveKdbLines(ref kdbxXml);
Assert.AreEqual(kdbxXml, kdbxReloadedXml);
}
private static string DatabaseToXml(IKp2aApp app)
{
KdbxFile kdb = new KdbxFile(app.GetDb().KpDatabase);
var sOutput = new OnCloseToStringMemoryStream();
kdb.Save(sOutput, app.GetDb().KpDatabase.RootGroup, KdbxFormat.PlainXml, null);
return(sOutput.Text);
}
private void TestSync(string filename)
{
//create the default database:
IKp2aApp app = SetupAppWithDatabase(filename);
DisplayGroups(app, "After create");
//save it and reload it so we have a base version
Android.Util.Log.Debug("KP2A", "-- Save first version -- ");
SaveDatabase(app);
Android.Util.Log.Debug("KP2A", "-- Load DB -- ");
app = LoadDatabase(filename, DefaultPassword, DefaultKeyfile);
DisplayGroups(app, "After reload");
//load it once again:
Android.Util.Log.Debug("KP2A", "-- Load DB to app 2-- ");
IKp2aApp app2 = LoadDatabase(filename, DefaultPassword, DefaultKeyfile);
DisplayGroups(app2, "After load to app2");
//modify the database by adding a group in both databases:
app.GetDb().KpDatabase.RootGroup.AddGroup(new PwGroup(true, true, "TestGroup", PwIcon.Apple), true);
var group2 = new PwGroup(true, true, "TestGroup2", PwIcon.Energy);
app2.GetDb().KpDatabase.RootGroup.AddGroup(group2, true);
//save the database from app 1:
Android.Util.Log.Debug("KP2A", "-- Save from app 1 (with TestGroup) -- ");
SaveDatabase(app);
((TestKp2aApp)app2).SetYesNoCancelResult(TestKp2aApp.YesNoCancelResult.Yes);
//save the database from app 2: This save operation must detect the changes made from app 1 and ask if it should sync:
Android.Util.Log.Debug("KP2A", "-- Save from app 2 (with TestGroup2, requires merge) -- ");
SaveDatabase(app2);
DisplayGroups(app2, "After save with merge");
//make sure the right question was asked
Assert.AreEqual(UiStringKey.TitleSyncQuestion, ((TestKp2aApp)app2).LastYesNoCancelQuestionTitle);
//add group 2 to app 1:
app.GetDb().KpDatabase.RootGroup.AddGroup(group2, true);
app.GetDb().KpDatabase.RootGroup.SortSubGroups(true);
Android.Util.Log.Debug("KP2A", "-- Load DB to new app -- ");
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(filename, DefaultPassword, DefaultKeyfile);
resultApp.GetDb().KpDatabase.RootGroup.SortSubGroups(true);
//ensure the sync was successful:
string kdbxXml = DatabaseToXml(app);
string kdbxResultXml = DatabaseToXml(resultApp);
RemoveKdbLines(ref kdbxXml, true);
RemoveKdbLines(ref kdbxResultXml, true);
Assert.AreEqual(kdbxXml, kdbxResultXml);
//AssertDatabasesAreEqual(app.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
/*
* public DeleteGroup(Context ctx, Database db, PwGroup group, Activity act, OnFinish finish, bool dontSave)
* : base(finish)
* {
* SetMembers(ctx, db, group, act, dontSave);
* }
*
* public DeleteGroup(Context ctx, Database db, PwGroup group, OnFinish finish, bool dontSave):base(finish) {
* SetMembers(ctx, db, group, null, dontSave);
* }
*/
private void SetMembers(Context ctx, IKp2aApp app, PwGroup group, bool dontSave)
{
base.SetMembers(ctx, app.GetDb());
_group = group;
DontSave = dontSave;
}
public override void Run()
{
StatusLogger.UpdateMessage(UiStringKey.exporting_database);
var pd = _app.GetDb().KpDatabase;
PwExportInfo pwInfo = new PwExportInfo(pd.RootGroup, pd, true);
try
{
using (var writeTransaction = _app.GetFileStorage(_targetIoc).OpenWriteTransaction(_targetIoc, _app.GetDb().KpDatabase.UseFileTransactions))
{
Stream sOut = writeTransaction.OpenFile();
_fileFormat.Export(pwInfo, sOut, new NullStatusLogger());
if (sOut != null)
{
sOut.Close();
}
writeTransaction.CommitWrite();
}
Finish(true);
}
catch (Exception ex)
{
Finish(false, ex.Message);
}
}
public DeleteEntry(Context ctx, IKp2aApp app, PwEntry entry, OnFinish finish)
: base(finish, app)
{
Ctx = ctx;
Db = app.GetDb();
_entry = entry;
}
/*
* public DeleteGroup(Context ctx, Database db, PwGroup group, Activity act, OnFinish finish, bool dontSave)
* : base(finish)
* {
* SetMembers(ctx, db, group, act, dontSave);
* }
*
* public DeleteGroup(Context ctx, Database db, PwGroup group, OnFinish finish, bool dontSave):base(finish) {
* SetMembers(ctx, db, group, null, dontSave);
* }
*/
private void SetMembers(Activity activity, IKp2aApp app, PwGroup group, bool dontSave)
{
base.SetMembers(activity, app.GetDb());
_group = group;
DontSave = dontSave;
}
protected AddEntry(Context ctx, IKp2aApp app, PwEntry entry, PwGroup parentGroup, OnFinish finish) : base(finish)
{
_ctx = ctx;
_parentGroup = parentGroup;
_app = app;
_entry = entry;
_onFinishToRun = new AfterAdd(app.GetDb(), entry, OnFinishToRun);
}
protected AddEntry(Context ctx, IKp2aApp app, PwEntry entry, PwGroup parentGroup, OnFinish finish)
: base(finish)
{
_ctx = ctx;
_parentGroup = parentGroup;
_app = app;
_entry = entry;
_onFinishToRun = new AfterAdd(app.GetDb(), entry, OnFinishToRun);
}
public void TestLoadAndSave_TestIdenticalFiles()
{
IKp2aApp app = LoadDatabase(DefaultDirectory + "complexDb.kdbx", "test", null);
var kdbxXml = DatabaseToXml(app);
newFilename = TestDbDirectory + "tmp_complexDb.kdbx";
if (File.Exists(newFilename))
{
File.Delete(newFilename);
}
app.GetDb().KpDatabase.IOConnectionInfo.Path = newFilename;
app.GetDb().SaveData(Application.Context);
IKp2aApp appReloaded = LoadDatabase(newFilename, "test", null);
var kdbxReloadedXml = DatabaseToXml(appReloaded);
Assert.AreEqual(kdbxXml, kdbxReloadedXml);
}
public void TestLoadKdbxAndSaveKdbp_TestIdenticalFiles()
{
IKp2aApp app = LoadDatabase(DefaultDirectory + "complexDb.kdbx", "test", null);
//string kdbxXml = DatabaseToXml(app);
newFilename = TestDbDirectory + "tmp_complexDb.kdbp";
if (File.Exists(newFilename))
{
File.Delete(newFilename);
}
app.GetDb().KpDatabase.IOConnectionInfo.Path = newFilename;
app.GetDb().SaveData(Application.Context);
IKp2aApp appReloaded = LoadDatabase(newFilename, "test", null);
/*
* Unfortunately we cannot compare the xml because there are slight differences:
* - the order of ProtectedStrings in the xml is different (which is ok)
* - the CustomIconUuids are serialized as Zeros instead of not being serialized (which is ok as well)
* string kdbxReloadedXml = DatabaseToXml(appReloaded);
*
* bool areEqual = kdbxXml.Equals(kdbxReloadedXml);
*
* if (!areEqual)
* {
* using (StreamWriter w1 = File.CreateText(TestDbDirectory + "FromOriginalKdbx.xml"))
* {
* w1.Write(kdbxXml);
* }
* using (StreamWriter w2 = File.CreateText(TestDbDirectory + "FromKdbp.xml"))
* {
* w2.Write(kdbxReloadedXml);
* }
*
* }
* Assert.IsTrue(areEqual, "reloaded->xml differs from loaded->xml");
*/
AssertDatabasesAreEqual(app.GetDb().KpDatabase, appReloaded.GetDb().KpDatabase);
}
public override void Run()
{
try
{
IOConnectionInfo ioc = _app.GetDb().Ioc;
IFileStorage fileStorage = _app.GetFileStorage(ioc);
if (fileStorage is CachingFileStorage)
{
throw new Exception("Cannot sync a cached database!");
}
StatusLogger.UpdateMessage(UiStringKey.CheckingDatabaseForChanges);
//download file from remote location and calculate hash:
StatusLogger.UpdateSubMessage(_app.GetResourceString(UiStringKey.DownloadingRemoteFile));
MemoryStream remoteData = new MemoryStream();
using (
HashingStreamEx hashingRemoteStream = new HashingStreamEx(fileStorage.OpenFileForRead(ioc), false,
new SHA256Managed()))
{
hashingRemoteStream.CopyTo(remoteData);
hashingRemoteStream.Close();
if (!MemUtil.ArraysEqual(_app.GetDb().KpDatabase.HashOfFileOnDisk, hashingRemoteStream.Hash))
{
_app.TriggerReload(_context);
Finish(true);
}
else
{
Finish(true, _app.GetResourceString(UiStringKey.RemoteDatabaseUnchanged));
}
}
}
catch (Exception e)
{
Finish(false, e.Message);
}
}
public void TestLoadEditSave()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
IOConnection.DeleteFile(new IOConnectionInfo {
Path = DefaultFilename
});
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//modify the database by adding a group:
app.GetDb().KpDatabase.RootGroup.AddGroup(new PwGroup(true, true, "TestGroup", PwIcon.Apple), true);
//save the database again:
SaveDatabase(app);
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//ensure the change was saved:
AssertDatabasesAreEqual(app.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
public override void Run()
{
if (Success)
{
// Mark parent group dirty. Even only the last modification date changed, this might affect sort order
PwGroup parent = _updatedEntry.ParentGroup;
if (parent != null)
{
// Mark parent group dirty
_app.GetDb().Dirty.Add(parent);
}
}
else
{
StatusLogger.UpdateMessage(UiStringKey.UndoingChanges);
// If we fail to save, back out changes to global structure
//TODO test fail
_updatedEntry.AssignProperties(_backup, false, true, false);
}
base.Run();
}
private static string DatabaseToXml(IKp2aApp app)
{
KdbxFile kdb = new KdbxFile(app.GetDb().KpDatabase);
var sOutput = new OnCloseToStringMemoryStream();
kdb.Save(sOutput, app.GetDb().KpDatabase.RootGroup, KdbxFormat.PlainXml, null);
return sOutput.Text;
}
private void DisplayGroups(IKp2aApp app, string name)
{
LogDebug("Groups display: " + name);
DisplayGroupRecursive(0, app.GetDb().Root);
}
public DeleteEntry(Activity activiy, IKp2aApp app, PwEntry entry, OnFinish finish) : base(activiy, finish, app)
{
Ctx = activiy;
Db = app.GetDb();
_entry = entry;
}
public static bool ContainsAllTemplates(IKp2aApp app)
{
return(TemplateEntries.All(t => app.GetDb().Entries.ContainsKey(t.Uuid)));
}
public override void Run()
{
try
{
IOConnectionInfo ioc = _app.GetDb().Ioc;
IFileStorage fileStorage = _app.GetFileStorage(ioc);
if (!(fileStorage is CachingFileStorage))
{
throw new Exception("Cannot sync a non-cached database!");
}
StatusLogger.UpdateMessage(UiStringKey.SynchronizingCachedDatabase);
CachingFileStorage cachingFileStorage = (CachingFileStorage)fileStorage;
//download file from remote location and calculate hash:
StatusLogger.UpdateSubMessage(_app.GetResourceString(UiStringKey.DownloadingRemoteFile));
string hash;
MemoryStream remoteData;
try
{
remoteData = cachingFileStorage.GetRemoteDataAndHash(ioc, out hash);
}
catch (FileNotFoundException)
{
StatusLogger.UpdateSubMessage(_app.GetResourceString(UiStringKey.RestoringRemoteFile));
cachingFileStorage.UpdateRemoteFile(ioc, _app.GetBooleanPreference(PreferenceKey.UseFileTransactions));
Finish(true, _app.GetResourceString(UiStringKey.SynchronizedDatabaseSuccessfully));
return;
}
//check if remote file was modified:
if (cachingFileStorage.GetBaseVersionHash(ioc) != hash)
{
//remote file is modified
if (cachingFileStorage.HasLocalChanges(ioc))
{
//conflict! need to merge
_saveDb = new SaveDb(_context, _app, new ActionOnFinish((success, result) =>
{
if (!success)
{
Finish(false, result);
}
else
{
Finish(true, _app.GetResourceString(UiStringKey.SynchronizedDatabaseSuccessfully));
}
_saveDb = null;
}), false, remoteData);
_saveDb.Run();
_app.GetDb().MarkAllGroupsAsDirty();
}
else
{
//only the remote file was modified -> reload database.
//note: it's best to lock the database and do a complete reload here (also better for UI consistency in case something goes wrong etc.)
_app.TriggerReload(_context);
Finish(true);
}
}
else
{
//remote file is unmodified
if (cachingFileStorage.HasLocalChanges(ioc))
{
//but we have local changes -> upload:
StatusLogger.UpdateSubMessage(_app.GetResourceString(UiStringKey.UploadingFile));
cachingFileStorage.UpdateRemoteFile(ioc, _app.GetBooleanPreference(PreferenceKey.UseFileTransactions));
StatusLogger.UpdateSubMessage("");
Finish(true, _app.GetResourceString(UiStringKey.SynchronizedDatabaseSuccessfully));
}
else
{
//files are in sync: just set the result
Finish(true, _app.GetResourceString(UiStringKey.FilesInSync));
}
}
}
catch (Exception e)
{
Finish(false, e.Message);
}
}
private void DisplayGroups(IKp2aApp app, string name)
{
LogDebug("Groups display: " + name);
DisplayGroupRecursive(0, app.GetDb().Root);
}
public override void Run()
{
try
{
var fileStorage = _app.GetFileStorage(_targetIoc);
if (fileStorage is IOfflineSwitchable)
{
((IOfflineSwitchable)fileStorage).IsOffline = false;
}
using (var writeTransaction = fileStorage.OpenWriteTransaction(_targetIoc, _app.GetDb().KpDatabase.UseFileTransactions))
{
Stream sOut = writeTransaction.OpenFile();
byte[] byteArray = _data.ReadData();
sOut.Write(byteArray, 0, byteArray.Length);
sOut.Close();
writeTransaction.CommitWrite();
}
if (fileStorage is IOfflineSwitchable)
{
((IOfflineSwitchable)fileStorage).IsOffline = App.Kp2a.OfflineMode;
}
Finish(true);
}
catch (Exception ex)
{
Finish(false, ex.Message);
}
}
public override void Run()
{
if (!_dontSave)
{
try
{
if (_app.GetDb().CanWrite == false)
{
//this should only happen if there is a problem in the UI so that the user sees an edit interface.
Finish(false, "Cannot save changes. File is read-only!");
return;
}
StatusLogger.UpdateMessage(UiStringKey.saving_database);
IOConnectionInfo ioc = _app.GetDb().Ioc;
IFileStorage fileStorage = _app.GetFileStorage(ioc);
if (_streamForOrigFile == null)
{
if ((!_app.GetBooleanPreference(PreferenceKey.CheckForFileChangesOnSave)) ||
(_app.GetDb().KpDatabase.HashOfFileOnDisk == null)) //first time saving
{
PerformSaveWithoutCheck(fileStorage, ioc);
Finish(true);
return;
}
}
if (
(_streamForOrigFile != null) ||
fileStorage.CheckForFileChangeFast(ioc, _app.GetDb().LastFileVersion) || //first try to use the fast change detection
(FileHashChanged(ioc, _app.GetDb().KpDatabase.HashOfFileOnDisk) == FileHashChange.Changed) //if that fails, hash the file and compare:
)
{
//ask user...
_app.AskYesNoCancel(UiStringKey.TitleSyncQuestion, UiStringKey.MessageSyncQuestion,
UiStringKey.YesSynchronize,
UiStringKey.NoOverwrite,
//yes = sync
(sender, args) =>
{
Action runHandler = () =>
{
//note: when synced, the file might be downloaded once again from the server. Caching the data
//in the hashing function would solve this but increases complexity. I currently assume the files are
//small.
MergeIn(fileStorage, ioc);
PerformSaveWithoutCheck(fileStorage, ioc);
Finish(true);
};
RunInWorkerThread(runHandler);
},
//no = overwrite
(sender, args) =>
{
RunInWorkerThread(() =>
{
PerformSaveWithoutCheck(fileStorage, ioc);
Finish(true);
});
},
//cancel
(sender, args) =>
{
RunInWorkerThread(() => Finish(false));
},
_ctx
);
}
else
{
PerformSaveWithoutCheck(fileStorage, ioc);
Finish(true);
}
}
catch (Exception e)
{
/* TODO KPDesktop:
* catch(Exception exSave)
* {
* MessageService.ShowSaveWarning(pd.IOConnectionInfo, exSave, true);
* bSuccess = false;
* }
*/
Kp2aLog.LogUnexpectedError(e);
Finish(false, e.Message);
return;
}
}
else
{
Finish(true);
}
}
public DeleteEntry(Context ctx, IKp2aApp app, PwEntry entry, OnFinish finish) : base(finish, app)
{
Ctx = ctx;
Db = app.GetDb();
_entry = entry;
}
public void TestLoadEditSaveWhenModified()
{
//create the default database:
IKp2aApp app = SetupAppWithDefaultDatabase();
IOConnection.DeleteFile(new IOConnectionInfo {
Path = DefaultFilename
});
//save it and reload it so we have a base version
SaveDatabase(app);
app = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
foreach (var group in app.GetDb().KpDatabase.RootGroup.Groups)
{
Kp2aLog.Log("app c: " + group.Name);
}
//load once more:
var app2 = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
//modifiy once:
PwGroup group2 = new PwGroup(true, true, "TestGroup2", PwIcon.Apple);
app2.GetDb().KpDatabase.RootGroup.AddGroup(group2, true);
foreach (var group in app.GetDb().KpDatabase.RootGroup.Groups)
{
Kp2aLog.Log("app b: " + group.Name);
}
SaveDatabase(app2);
_testCacheSupervisor.Reset();
foreach (var group in app.GetDb().KpDatabase.RootGroup.Groups)
{
Kp2aLog.Log("app d: " + group.Name);
}
Assert.IsNull(((TestKp2aApp)app).LastYesNoCancelQuestionTitle);
_testCacheSupervisor.AssertNoCall();
//modify the database by adding a group:
PwGroup group1 = new PwGroup(true, true, "TestGroup", PwIcon.Apple);
app.GetDb().KpDatabase.RootGroup.AddGroup(group1, true);
foreach (var group in app.GetDb().KpDatabase.RootGroup.Groups)
{
Kp2aLog.Log("app a: " + group.Name);
}
//save the database again:
_testCacheSupervisor.Reset();
SaveDatabase(app);
Assert.AreEqual(((TestKp2aApp)app).LastYesNoCancelQuestionTitle, UiStringKey.TitleSyncQuestion);
_testCacheSupervisor.AssertNoCall();
//load database to a new app instance:
IKp2aApp resultApp = LoadDatabase(DefaultFilename, DefaultPassword, DefaultKeyfile);
app2.GetDb().KpDatabase.RootGroup.AddGroup(group1, true);
foreach (var group in app.GetDb().KpDatabase.RootGroup.Groups)
{
Kp2aLog.Log("app: " + group.Name);
}
foreach (var group in resultApp.GetDb().KpDatabase.RootGroup.Groups)
{
Kp2aLog.Log("resultApp: " + group.Name);
}
//ensure the change was saved:
AssertDatabasesAreEqual(app2.GetDb().KpDatabase, resultApp.GetDb().KpDatabase);
}
public override void Run()
{
//check if we will run into problems. Then finish with error before we start doing anything.
foreach (var _elementToMove in _elementsToMove)
{
PwGroup pgParent = _elementToMove.ParentGroup;
if (pgParent != _targetGroup)
{
if (pgParent != null)
{
PwGroup group = _elementToMove as PwGroup;
if (group != null)
{
if ((_targetGroup == group) || (_targetGroup.IsContainedIn(group)))
{
Finish(false, _app.GetResourceString(UiStringKey.CannotMoveGroupHere));
return;
}
}
}
}
}
foreach (var elementToMove in _elementsToMove)
{
_app.GetDb().Dirty.Add(elementToMove.ParentGroup);
PwGroup pgParent = elementToMove.ParentGroup;
if (pgParent != _targetGroup)
{
if (pgParent != null) // Remove from parent
{
PwEntry entry = elementToMove as PwEntry;
if (entry != null)
{
pgParent.Entries.Remove(entry);
_targetGroup.AddEntry(entry, true, true);
}
else
{
PwGroup group = (PwGroup)elementToMove;
if ((_targetGroup == group) || (_targetGroup.IsContainedIn(group)))
{
Finish(false, _app.GetResourceString(UiStringKey.CannotMoveGroupHere));
return;
}
pgParent.Groups.Remove(group);
_targetGroup.AddGroup(group, true, true);
}
}
}
}
_onFinishToRun = new ActionOnFinish(ActiveActivity, (success, message, activity) =>
{
if (!success)
{ // Let's not bother recovering from a failure.
_app.LockDatabase(false);
}
}, OnFinishToRun);
// Save
SaveDb save = new SaveDb(_ctx, _app, OnFinishToRun, false);
save.SetStatusLogger(StatusLogger);
save.Run();
}
