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TestMerge.cpp
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TestMerge.cpp
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/*
* Copyright (C) 2017 KeePassXC Team <[email protected]>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 2 or (at your option)
* version 3 of the License.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "TestMerge.h"
#include "TestGlobal.h"
#include "mock/MockClock.h"
#include "core/Merger.h"
#include "core/Metadata.h"
#include "crypto/Crypto.h"
#include <QSignalSpy>
QTEST_GUILESS_MAIN(TestMerge)
namespace
{
TimeInfo modificationTime(TimeInfo timeInfo, int years, int months, int days)
{
const QDateTime time = timeInfo.lastModificationTime();
timeInfo.setLastModificationTime(time.addYears(years).addMonths(months).addDays(days));
return timeInfo;
}
MockClock* m_clock = nullptr;
} // namespace
void TestMerge::initTestCase()
{
qRegisterMetaType<Entry*>("Entry*");
qRegisterMetaType<Group*>("Group*");
QVERIFY(Crypto::init());
}
void TestMerge::init()
{
Q_ASSERT(m_clock == nullptr);
m_clock = new MockClock(2010, 5, 5, 10, 30, 10);
MockClock::setup(m_clock);
}
void TestMerge::cleanup()
{
MockClock::teardown();
m_clock = nullptr;
}
/**
* Merge an existing database into a new one.
* All the entries of the existing should end
* up in the new one.
*/
void TestMerge::testMergeIntoNew()
{
QScopedPointer<Database> dbSource(createTestDatabase());
QScopedPointer<Database> dbDestination(new Database());
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QCOMPARE(dbDestination->rootGroup()->children().size(), 2);
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().size(), 2);
// Test for retention of history
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().at(0)->historyItems().isEmpty(), false);
}
/**
* Merging when no changes occured should not
* have any side effect.
*/
void TestMerge::testMergeNoChanges()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
QCOMPARE(dbSource->rootGroup()->entriesRecursive().size(), 2);
m_clock->advanceSecond(1);
Merger merger1(dbSource.data(), dbDestination.data());
merger1.merge();
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
QCOMPARE(dbSource->rootGroup()->entriesRecursive().size(), 2);
m_clock->advanceSecond(1);
Merger merger2(dbSource.data(), dbDestination.data());
merger2.merge();
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
QCOMPARE(dbSource->rootGroup()->entriesRecursive().size(), 2);
}
/**
* If the entry is updated in the source database, the update
* should propagate in the destination database.
*/
void TestMerge::testResolveConflictNewer()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
// sanity check
QPointer<Group> groupSourceInitial = dbSource->rootGroup()->findChildByName("group1");
QVERIFY(groupSourceInitial != nullptr);
QCOMPARE(groupSourceInitial->entries().size(), 2);
QPointer<Group> groupDestinationInitial = dbSource->rootGroup()->findChildByName("group1");
QVERIFY(groupDestinationInitial != nullptr);
QCOMPARE(groupDestinationInitial->entries().size(), 2);
QPointer<Entry> entrySourceInitial = dbSource->rootGroup()->findEntryByPath("entry1");
QVERIFY(entrySourceInitial != nullptr);
QVERIFY(entrySourceInitial->group() == groupSourceInitial);
const TimeInfo entrySourceInitialTimeInfo = entrySourceInitial->timeInfo();
const TimeInfo groupSourceInitialTimeInfo = groupSourceInitial->timeInfo();
const TimeInfo groupDestinationInitialTimeInfo = groupDestinationInitial->timeInfo();
// Make sure the two changes have a different timestamp.
m_clock->advanceSecond(1);
// make this entry newer than in destination db
entrySourceInitial->beginUpdate();
entrySourceInitial->setPassword("password");
entrySourceInitial->endUpdate();
const TimeInfo entrySourceUpdatedTimeInfo = entrySourceInitial->timeInfo();
const TimeInfo groupSourceUpdatedTimeInfo = groupSourceInitial->timeInfo();
QVERIFY(entrySourceInitialTimeInfo != entrySourceUpdatedTimeInfo);
QVERIFY(groupSourceInitialTimeInfo == groupSourceUpdatedTimeInfo);
QVERIFY(groupSourceInitialTimeInfo == groupDestinationInitialTimeInfo);
// Make sure the merge changes have a different timestamp.
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
// sanity check
QPointer<Group> groupDestinationMerged = dbDestination->rootGroup()->findChildByName("group1");
QVERIFY(groupDestinationMerged != nullptr);
QCOMPARE(groupDestinationMerged->entries().size(), 2);
QCOMPARE(groupDestinationMerged->timeInfo(), groupDestinationInitialTimeInfo);
QPointer<Entry> entryDestinationMerged = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMerged != nullptr);
QVERIFY(entryDestinationMerged->group() != nullptr);
QCOMPARE(entryDestinationMerged->password(), QString("password"));
QCOMPARE(entryDestinationMerged->timeInfo(), entrySourceUpdatedTimeInfo);
// When updating an entry, it should not end up in the
// deleted objects.
for (DeletedObject deletedObject : dbDestination->deletedObjects()) {
QVERIFY(deletedObject.uuid != entryDestinationMerged->uuid());
}
}
/**
* If the entry is updated in the source database, and the
* destination database after, the entry should remain the
* same.
*/
void TestMerge::testResolveConflictExisting()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
// sanity check
QPointer<Group> groupSourceInitial = dbSource->rootGroup()->findChildByName("group1");
QVERIFY(groupSourceInitial != nullptr);
QCOMPARE(groupSourceInitial->entries().size(), 2);
QPointer<Group> groupDestinationInitial = dbDestination->rootGroup()->findChildByName("group1");
QVERIFY(groupDestinationInitial != nullptr);
QCOMPARE(groupSourceInitial->entries().size(), 2);
QPointer<Entry> entrySourceInitial = dbSource->rootGroup()->findEntryByPath("entry1");
QVERIFY(entrySourceInitial != nullptr);
QVERIFY(entrySourceInitial->group() == groupSourceInitial);
const TimeInfo entrySourceInitialTimeInfo = entrySourceInitial->timeInfo();
const TimeInfo groupSourceInitialTimeInfo = groupSourceInitial->timeInfo();
const TimeInfo groupDestinationInitialTimeInfo = groupDestinationInitial->timeInfo();
// Make sure the two changes have a different timestamp.
m_clock->advanceSecond(1);
// make this entry older than in destination db
entrySourceInitial->beginUpdate();
entrySourceInitial->setPassword("password1");
entrySourceInitial->endUpdate();
const TimeInfo entrySourceUpdatedOlderTimeInfo = entrySourceInitial->timeInfo();
const TimeInfo groupSourceUpdatedOlderTimeInfo = groupSourceInitial->timeInfo();
QPointer<Group> groupDestinationUpdated = dbDestination->rootGroup()->findChildByName("group1");
QVERIFY(groupDestinationUpdated != nullptr);
QCOMPARE(groupDestinationUpdated->entries().size(), 2);
QPointer<Entry> entryDestinationUpdated = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationUpdated != nullptr);
QVERIFY(entryDestinationUpdated->group() == groupDestinationUpdated);
// Make sure the two changes have a different timestamp.
m_clock->advanceSecond(1);
// make this entry newer than in source db
entryDestinationUpdated->beginUpdate();
entryDestinationUpdated->setPassword("password2");
entryDestinationUpdated->endUpdate();
const TimeInfo entryDestinationUpdatedNewerTimeInfo = entryDestinationUpdated->timeInfo();
const TimeInfo groupDestinationUpdatedNewerTimeInfo = groupDestinationUpdated->timeInfo();
QVERIFY(entrySourceUpdatedOlderTimeInfo != entrySourceInitialTimeInfo);
QVERIFY(entrySourceUpdatedOlderTimeInfo != entryDestinationUpdatedNewerTimeInfo);
QVERIFY(groupSourceInitialTimeInfo == groupSourceUpdatedOlderTimeInfo);
QVERIFY(groupDestinationInitialTimeInfo == groupDestinationUpdatedNewerTimeInfo);
QVERIFY(groupSourceInitialTimeInfo == groupDestinationInitialTimeInfo);
// Make sure the merge changes have a different timestamp.
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
// sanity check
QPointer<Group> groupDestinationMerged = dbDestination->rootGroup()->findChildByName("group1");
QVERIFY(groupDestinationMerged != nullptr);
QCOMPARE(groupDestinationMerged->entries().size(), 2);
QCOMPARE(groupDestinationMerged->timeInfo(), groupDestinationUpdatedNewerTimeInfo);
QPointer<Entry> entryDestinationMerged = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMerged != nullptr);
QCOMPARE(entryDestinationMerged->password(), QString("password2"));
QCOMPARE(entryDestinationMerged->timeInfo(), entryDestinationUpdatedNewerTimeInfo);
// When updating an entry, it should not end up in the
// deleted objects.
for (DeletedObject deletedObject : dbDestination->deletedObjects()) {
QVERIFY(deletedObject.uuid != entryDestinationMerged->uuid());
}
}
/**
* Tests the KeepBoth merge mode.
*/
void TestMerge::testResolveConflictDuplicate()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneIncludeHistory, Group::CloneIncludeEntries));
// sanity check
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().size(), 2);
// make this entry newer than in original db
QPointer<Entry> updatedDestinationEntry = dbDestination->rootGroup()->children().at(0)->entries().at(0);
const TimeInfo initialEntryTimeInfo = updatedDestinationEntry->timeInfo();
const TimeInfo updatedEntryTimeInfo = modificationTime(initialEntryTimeInfo, 1, 0, 0);
updatedDestinationEntry->setTimeInfo(updatedEntryTimeInfo);
dbDestination->rootGroup()->setMergeMode(Group::MergeMode::Duplicate);
// Make sure the merge changes have a different timestamp.
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
// one entry is duplicated because of mode
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().size(), 3);
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().at(0)->historyItems().isEmpty(), false);
// the older entry was merged from the other db as last in the group
QPointer<Entry> newerEntry = dbDestination->rootGroup()->children().at(0)->entries().at(0);
QPointer<Entry> olderEntry = dbDestination->rootGroup()->children().at(0)->entries().at(2);
QVERIFY(newerEntry->title() == olderEntry->title());
QVERIFY2(!newerEntry->attributes()->hasKey("merged"), "newer entry is not marked with an attribute \"merged\"");
QVERIFY2(olderEntry->attributes()->hasKey("merged"), "older entry is marked with an attribute \"merged\"");
QCOMPARE(olderEntry->historyItems().isEmpty(), false);
QCOMPARE(newerEntry->timeInfo(), updatedEntryTimeInfo);
// TODO HNH: this may be subject to discussions since the entry itself is newer but represents an older one
// QCOMPARE(olderEntry->timeInfo(), initialEntryTimeInfo);
QVERIFY2(olderEntry->uuidToHex() != updatedDestinationEntry->uuidToHex(),
"KeepBoth should not reuse the UUIDs when cloning.");
}
void TestMerge::testResolveConflictTemplate(
int mergeMode,
std::function<void(Database*, const QMap<const char*, QDateTime>&)> verification)
{
QMap<const char*, QDateTime> timestamps;
timestamps["initialTime"] = m_clock->currentDateTimeUtc();
QScopedPointer<Database> dbDestination(createTestDatabase());
Entry* deletedEntry1 = new Entry();
deletedEntry1->setUuid(QUuid::createUuid());
deletedEntry1->beginUpdate();
deletedEntry1->setGroup(dbDestination->rootGroup());
deletedEntry1->setTitle("deletedDestination");
deletedEntry1->endUpdate();
Entry* deletedEntry2 = new Entry();
deletedEntry2->setUuid(QUuid::createUuid());
deletedEntry2->beginUpdate();
deletedEntry2->setGroup(dbDestination->rootGroup());
deletedEntry2->setTitle("deletedSource");
deletedEntry2->endUpdate();
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneIncludeHistory, Group::CloneIncludeEntries));
timestamps["oldestCommonHistoryTime"] = m_clock->currentDateTimeUtc();
// sanity check
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().size(), 2);
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().at(0)->historyItems().count(), 1);
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().at(1)->historyItems().count(), 1);
QCOMPARE(dbSource->rootGroup()->children().at(0)->entries().size(), 2);
QCOMPARE(dbSource->rootGroup()->children().at(0)->entries().at(0)->historyItems().count(), 1);
QCOMPARE(dbSource->rootGroup()->children().at(0)->entries().at(1)->historyItems().count(), 1);
// simulate some work in the dbs (manipulate the history)
QPointer<Entry> destinationEntry1 = dbDestination->rootGroup()->children().at(0)->entries().at(0);
QPointer<Entry> destinationEntry2 = dbDestination->rootGroup()->children().at(0)->entries().at(1);
QPointer<Entry> sourceEntry1 = dbSource->rootGroup()->children().at(0)->entries().at(0);
QPointer<Entry> sourceEntry2 = dbSource->rootGroup()->children().at(0)->entries().at(1);
timestamps["newestCommonHistoryTime"] = m_clock->advanceMinute(1);
destinationEntry1->beginUpdate();
destinationEntry1->setNotes("1 Common");
destinationEntry1->endUpdate();
destinationEntry2->beginUpdate();
destinationEntry2->setNotes("1 Common");
destinationEntry2->endUpdate();
sourceEntry1->beginUpdate();
sourceEntry1->setNotes("1 Common");
sourceEntry1->endUpdate();
sourceEntry2->beginUpdate();
sourceEntry2->setNotes("1 Common");
sourceEntry2->endUpdate();
timestamps["oldestDivergingHistoryTime"] = m_clock->advanceSecond(1);
destinationEntry2->beginUpdate();
destinationEntry2->setNotes("2 Destination");
destinationEntry2->endUpdate();
sourceEntry1->beginUpdate();
sourceEntry1->setNotes("2 Source");
sourceEntry1->endUpdate();
timestamps["newestDivergingHistoryTime"] = m_clock->advanceHour(1);
destinationEntry1->beginUpdate();
destinationEntry1->setNotes("3 Destination");
destinationEntry1->endUpdate();
sourceEntry2->beginUpdate();
sourceEntry2->setNotes("3 Source");
sourceEntry2->endUpdate();
// sanity check
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().at(0)->historyItems().count(), 3);
QCOMPARE(dbDestination->rootGroup()->children().at(0)->entries().at(1)->historyItems().count(), 3);
QCOMPARE(dbSource->rootGroup()->children().at(0)->entries().at(0)->historyItems().count(), 3);
QCOMPARE(dbSource->rootGroup()->children().at(0)->entries().at(1)->historyItems().count(), 3);
m_clock->advanceMinute(1);
QPointer<Entry> deletedEntryDestination = dbDestination->rootGroup()->findEntryByPath("deletedDestination");
dbDestination->recycleEntry(deletedEntryDestination);
QPointer<Entry> deletedEntrySource = dbSource->rootGroup()->findEntryByPath("deletedSource");
dbSource->recycleEntry(deletedEntrySource);
m_clock->advanceMinute(1);
Entry* destinationEntrySingle = new Entry();
destinationEntrySingle->setUuid(QUuid::createUuid());
destinationEntrySingle->beginUpdate();
destinationEntrySingle->setGroup(dbDestination->rootGroup()->children().at(1));
destinationEntrySingle->setTitle("entryDestination");
destinationEntrySingle->endUpdate();
Entry* sourceEntrySingle = new Entry();
sourceEntrySingle->setUuid(QUuid::createUuid());
sourceEntrySingle->beginUpdate();
sourceEntrySingle->setGroup(dbSource->rootGroup()->children().at(1));
sourceEntrySingle->setTitle("entrySource");
sourceEntrySingle->endUpdate();
dbDestination->rootGroup()->setMergeMode(static_cast<Group::MergeMode>(mergeMode));
// Make sure the merge changes have a different timestamp.
timestamps["mergeTime"] = m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QPointer<Group> mergedRootGroup = dbDestination->rootGroup();
QCOMPARE(mergedRootGroup->entries().size(), 0);
// Both databases contain their own generated recycleBin - just one is considered a real recycleBin, the other
// exists as normal group, therefore only one entry is considered deleted
QCOMPARE(dbDestination->metadata()->recycleBin()->entries().size(), 1);
QPointer<Group> mergedGroup1 = mergedRootGroup->children().at(0);
QPointer<Group> mergedGroup2 = mergedRootGroup->children().at(1);
QVERIFY(mergedGroup1);
QVERIFY(mergedGroup2);
QCOMPARE(mergedGroup2->entries().size(), 2);
QVERIFY(mergedGroup1->entries().at(0));
QVERIFY(mergedGroup1->entries().at(1));
verification(dbDestination.data(), timestamps);
QVERIFY(dbDestination->rootGroup()->findEntryByPath("entryDestination"));
QVERIFY(dbDestination->rootGroup()->findEntryByPath("entrySource"));
}
void TestMerge::testDeletionConflictTemplate(int mergeMode,
std::function<void(Database*, const QMap<QString, QUuid>&)> verification)
{
QMap<QString, QUuid> identifiers;
m_clock->currentDateTimeUtc();
QScopedPointer<Database> dbDestination(createTestDatabase());
// scenarios:
// entry directly deleted in source before updated in target
// entry directly deleted in source after updated in target
// entry directly deleted in target before updated in source
// entry directly deleted in target after updated in source
// entry indirectly deleted in source before updated in target
// entry indirectly deleted in source after updated in target
// entry indirectly deleted in target before updated in source
// entry indirectly deleted in target after updated in source
auto createGroup = [&](const char* name, Group* parent) {
Group* group = new Group();
group->setUuid(QUuid::createUuid());
group->setName(name);
group->setParent(parent, 0);
identifiers[group->name()] = group->uuid();
return group;
};
auto createEntry = [&](const char* title, Group* parent) {
Entry* entry = new Entry();
entry->setUuid(QUuid::createUuid());
entry->setTitle(title);
entry->setGroup(parent);
identifiers[entry->title()] = entry->uuid();
return entry;
};
auto changeEntry = [](Entry* entry) {
entry->beginUpdate();
entry->setNotes("Change");
entry->endUpdate();
};
Group* directlyDeletedEntryGroup = createGroup("DirectlyDeletedEntries", dbDestination->rootGroup());
createEntry("EntryDeletedInSourceBeforeChangedInTarget", directlyDeletedEntryGroup);
createEntry("EntryDeletedInSourceAfterChangedInTarget", directlyDeletedEntryGroup);
createEntry("EntryDeletedInTargetBeforeChangedInSource", directlyDeletedEntryGroup);
createEntry("EntryDeletedInTargetAfterChangedInSource", directlyDeletedEntryGroup);
Group* groupDeletedInSourceBeforeEntryUpdatedInTarget =
createGroup("GroupDeletedInSourceBeforeEntryUpdatedInTarget", dbDestination->rootGroup());
createEntry("EntryDeletedInSourceBeforeEntryUpdatedInTarget", groupDeletedInSourceBeforeEntryUpdatedInTarget);
Group* groupDeletedInSourceAfterEntryUpdatedInTarget =
createGroup("GroupDeletedInSourceAfterEntryUpdatedInTarget", dbDestination->rootGroup());
createEntry("EntryDeletedInSourceAfterEntryUpdatedInTarget", groupDeletedInSourceAfterEntryUpdatedInTarget);
Group* groupDeletedInTargetBeforeEntryUpdatedInSource =
createGroup("GroupDeletedInTargetBeforeEntryUpdatedInSource", dbDestination->rootGroup());
createEntry("EntryDeletedInTargetBeforeEntryUpdatedInSource", groupDeletedInTargetBeforeEntryUpdatedInSource);
Group* groupDeletedInTargetAfterEntryUpdatedInSource =
createGroup("GroupDeletedInTargetAfterEntryUpdatedInSource", dbDestination->rootGroup());
createEntry("EntryDeletedInTargetAfterEntryUpdatedInSource", groupDeletedInTargetAfterEntryUpdatedInSource);
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneIncludeHistory, Group::CloneIncludeEntries));
QPointer<Entry> sourceEntryDeletedInSourceBeforeChangedInTarget =
dbSource->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeChangedInTarget"]);
QPointer<Entry> targetEntryDeletedInSourceBeforeChangedInTarget =
dbDestination->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeChangedInTarget"]);
QPointer<Entry> sourceEntryDeletedInSourceAfterChangedInTarget =
dbSource->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInSourceAfterChangedInTarget"]);
QPointer<Entry> targetEntryDeletedInSourceAfterChangedInTarget =
dbDestination->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInSourceAfterChangedInTarget"]);
QPointer<Entry> sourceEntryDeletedInTargetBeforeChangedInSource =
dbSource->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeChangedInSource"]);
QPointer<Entry> targetEntryDeletedInTargetBeforeChangedInSource =
dbDestination->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeChangedInSource"]);
QPointer<Entry> sourceEntryDeletedInTargetAfterChangedInSource =
dbSource->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInTargetAfterChangedInSource"]);
QPointer<Entry> targetEntryDeletedInTargetAfterChangedInSource =
dbDestination->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInTargetAfterChangedInSource"]);
QPointer<Group> sourceGroupDeletedInSourceBeforeEntryUpdatedInTarget =
dbSource->rootGroup()->findGroupByUuid(identifiers["GroupDeletedInSourceBeforeEntryUpdatedInTarget"]);
QPointer<Entry> targetEntryDeletedInSourceBeforeEntryUpdatedInTarget =
dbDestination->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeEntryUpdatedInTarget"]);
QPointer<Group> sourceGroupDeletedInSourceAfterEntryUpdatedInTarget =
dbSource->rootGroup()->findGroupByUuid(identifiers["GroupDeletedInSourceAfterEntryUpdatedInTarget"]);
QPointer<Entry> targetEntryDeletedInSourceAfterEntryUpdatedInTarget =
dbDestination->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInSourceAfterEntryUpdatedInTarget"]);
QPointer<Group> targetGroupDeletedInTargetBeforeEntryUpdatedInSource =
dbDestination->rootGroup()->findGroupByUuid(identifiers["GroupDeletedInTargetBeforeEntryUpdatedInSource"]);
QPointer<Entry> sourceEntryDeletedInTargetBeforeEntryUpdatedInSource =
dbSource->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeEntryUpdatedInSource"]);
QPointer<Group> targetGroupDeletedInTargetAfterEntryUpdatedInSource =
dbDestination->rootGroup()->findGroupByUuid(identifiers["GroupDeletedInTargetAfterEntryUpdatedInSource"]);
QPointer<Entry> sourceEntryDeletedInTargetAfterEntryUpdatedInSoruce =
dbSource->rootGroup()->findEntryByUuid(identifiers["EntryDeletedInTargetAfterEntryUpdatedInSource"]);
// simulate some work in the dbs (manipulate the history)
m_clock->advanceMinute(1);
delete sourceEntryDeletedInSourceBeforeChangedInTarget.data();
changeEntry(targetEntryDeletedInSourceAfterChangedInTarget);
delete targetEntryDeletedInTargetBeforeChangedInSource.data();
changeEntry(sourceEntryDeletedInTargetAfterChangedInSource);
delete sourceGroupDeletedInSourceBeforeEntryUpdatedInTarget.data();
changeEntry(targetEntryDeletedInSourceAfterEntryUpdatedInTarget);
delete targetGroupDeletedInTargetBeforeEntryUpdatedInSource.data();
changeEntry(sourceEntryDeletedInTargetAfterEntryUpdatedInSoruce);
m_clock->advanceMinute(1);
changeEntry(targetEntryDeletedInSourceBeforeChangedInTarget);
delete sourceEntryDeletedInSourceAfterChangedInTarget.data();
changeEntry(sourceEntryDeletedInTargetBeforeChangedInSource);
delete targetEntryDeletedInTargetAfterChangedInSource.data();
changeEntry(targetEntryDeletedInSourceBeforeEntryUpdatedInTarget);
delete sourceGroupDeletedInSourceAfterEntryUpdatedInTarget.data();
changeEntry(sourceEntryDeletedInTargetBeforeEntryUpdatedInSource);
delete targetGroupDeletedInTargetAfterEntryUpdatedInSource.data();
m_clock->advanceMinute(1);
dbDestination->rootGroup()->setMergeMode(static_cast<Group::MergeMode>(mergeMode));
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
verification(dbDestination.data(), identifiers);
}
void TestMerge::assertDeletionNewerOnly(Database* db, const QMap<QString, QUuid>& identifiers)
{
QPointer<Group> mergedRootGroup = db->rootGroup();
// newer change in target prevents deletion
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeChangedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInSourceBeforeChangedInTarget"]));
// newer deletion in source forces deletion
QVERIFY(!mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceAfterChangedInTarget"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInSourceAfterChangedInTarget"]));
// newer change in source privents deletion
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeChangedInSource"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInTargetBeforeChangedInSource"]));
// newer deletion in target forces deletion
QVERIFY(!mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetAfterChangedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInTargetAfterChangedInSource"]));
// newer change in target prevents deletion
QVERIFY(mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["GroupDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInSourceBeforeEntryUpdatedInTarget"]));
// newer deletion in source forces deletion
QVERIFY(!mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(db->containsDeletedObject(identifiers["GroupDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(!mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInSourceAfterEntryUpdatedInTarget"]));
// newer change in source privents deletion
QVERIFY(mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(!db->containsDeletedObject(identifiers["GroupDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInTargetBeforeEntryUpdatedInSource"]));
// newer deletion in target forces deletion
QVERIFY(!mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInTargetAfterEntryUpdatedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["GroupDeletedInTargetAfterEntryUpdatedInSource"]));
QVERIFY(!mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetAfterEntryUpdatedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInTargetAfterEntryUpdatedInSource"]));
}
void TestMerge::assertDeletionLocalOnly(Database* db, const QMap<QString, QUuid>& identifiers)
{
QPointer<Group> mergedRootGroup = db->rootGroup();
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeChangedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInSourceBeforeChangedInTarget"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceAfterChangedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInSourceAfterChangedInTarget"]));
// Uuids in db and deletedObjects is intended according to KeePass #1752
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeChangedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInTargetBeforeChangedInSource"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetAfterChangedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInTargetAfterChangedInSource"]));
QVERIFY(mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["GroupDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInSourceBeforeEntryUpdatedInTarget"]));
QVERIFY(mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["GroupDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(!db->containsDeletedObject(identifiers["EntryDeletedInSourceAfterEntryUpdatedInTarget"]));
QVERIFY(mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["GroupDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInTargetBeforeEntryUpdatedInSource"]));
QVERIFY(mergedRootGroup->findGroupByUuid(identifiers["GroupDeletedInTargetAfterEntryUpdatedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["GroupDeletedInTargetAfterEntryUpdatedInSource"]));
QVERIFY(mergedRootGroup->findEntryByUuid(identifiers["EntryDeletedInTargetAfterEntryUpdatedInSource"]));
QVERIFY(db->containsDeletedObject(identifiers["EntryDeletedInTargetAfterEntryUpdatedInSource"]));
}
void TestMerge::assertUpdateMergedEntry1(Entry* mergedEntry1, const QMap<const char*, QDateTime>& timestamps)
{
QCOMPARE(mergedEntry1->historyItems().count(), 4);
QCOMPARE(mergedEntry1->historyItems().at(0)->notes(), QString(""));
QCOMPARE(mergedEntry1->historyItems().at(0)->timeInfo().lastModificationTime(), timestamps["initialTime"]);
QCOMPARE(mergedEntry1->historyItems().at(1)->notes(), QString(""));
QCOMPARE(mergedEntry1->historyItems().at(1)->timeInfo().lastModificationTime(),
timestamps["oldestCommonHistoryTime"]);
QCOMPARE(mergedEntry1->historyItems().at(2)->notes(), QString("1 Common"));
QCOMPARE(mergedEntry1->historyItems().at(2)->timeInfo().lastModificationTime(),
timestamps["newestCommonHistoryTime"]);
QCOMPARE(mergedEntry1->historyItems().at(3)->notes(), QString("2 Source"));
QCOMPARE(mergedEntry1->historyItems().at(3)->timeInfo().lastModificationTime(),
timestamps["oldestDivergingHistoryTime"]);
QCOMPARE(mergedEntry1->notes(), QString("3 Destination"));
QCOMPARE(mergedEntry1->timeInfo().lastModificationTime(), timestamps["newestDivergingHistoryTime"]);
}
void TestMerge::assertUpdateReappliedEntry2(Entry* mergedEntry2, const QMap<const char*, QDateTime>& timestamps)
{
QCOMPARE(mergedEntry2->historyItems().count(), 5);
QCOMPARE(mergedEntry2->historyItems().at(0)->notes(), QString(""));
QCOMPARE(mergedEntry2->historyItems().at(0)->timeInfo().lastModificationTime(), timestamps["initialTime"]);
QCOMPARE(mergedEntry2->historyItems().at(1)->notes(), QString(""));
QCOMPARE(mergedEntry2->historyItems().at(1)->timeInfo().lastModificationTime(),
timestamps["oldestCommonHistoryTime"]);
QCOMPARE(mergedEntry2->historyItems().at(2)->notes(), QString("1 Common"));
QCOMPARE(mergedEntry2->historyItems().at(2)->timeInfo().lastModificationTime(),
timestamps["newestCommonHistoryTime"]);
QCOMPARE(mergedEntry2->historyItems().at(3)->notes(), QString("2 Destination"));
QCOMPARE(mergedEntry2->historyItems().at(3)->timeInfo().lastModificationTime(),
timestamps["oldestDivergingHistoryTime"]);
QCOMPARE(mergedEntry2->historyItems().at(4)->notes(), QString("3 Source"));
QCOMPARE(mergedEntry2->historyItems().at(4)->timeInfo().lastModificationTime(),
timestamps["newestDivergingHistoryTime"]);
QCOMPARE(mergedEntry2->notes(), QString("2 Destination"));
QCOMPARE(mergedEntry2->timeInfo().lastModificationTime(), timestamps["mergeTime"]);
}
void TestMerge::assertUpdateReappliedEntry1(Entry* mergedEntry1, const QMap<const char*, QDateTime>& timestamps)
{
QCOMPARE(mergedEntry1->historyItems().count(), 5);
QCOMPARE(mergedEntry1->historyItems().at(0)->notes(), QString(""));
QCOMPARE(mergedEntry1->historyItems().at(0)->timeInfo().lastModificationTime(), timestamps["initialTime"]);
QCOMPARE(mergedEntry1->historyItems().at(1)->notes(), QString(""));
QCOMPARE(mergedEntry1->historyItems().at(1)->timeInfo().lastModificationTime(),
timestamps["oldestCommonHistoryTime"]);
QCOMPARE(mergedEntry1->historyItems().at(2)->notes(), QString("1 Common"));
QCOMPARE(mergedEntry1->historyItems().at(2)->timeInfo().lastModificationTime(),
timestamps["newestCommonHistoryTime"]);
QCOMPARE(mergedEntry1->historyItems().at(3)->notes(), QString("2 Source"));
QCOMPARE(mergedEntry1->historyItems().at(3)->timeInfo().lastModificationTime(),
timestamps["oldestDivergingHistoryTime"]);
QCOMPARE(mergedEntry1->historyItems().at(4)->notes(), QString("3 Destination"));
QCOMPARE(mergedEntry1->historyItems().at(4)->timeInfo().lastModificationTime(),
timestamps["newestDivergingHistoryTime"]);
QCOMPARE(mergedEntry1->notes(), QString("2 Source"));
QCOMPARE(mergedEntry1->timeInfo().lastModificationTime(), timestamps["mergeTime"]);
}
void TestMerge::assertUpdateMergedEntry2(Entry* mergedEntry2, const QMap<const char*, QDateTime>& timestamps)
{
QCOMPARE(mergedEntry2->historyItems().count(), 4);
QCOMPARE(mergedEntry2->historyItems().at(0)->notes(), QString(""));
QCOMPARE(mergedEntry2->historyItems().at(0)->timeInfo().lastModificationTime(), timestamps["initialTime"]);
QCOMPARE(mergedEntry2->historyItems().at(1)->notes(), QString(""));
QCOMPARE(mergedEntry2->historyItems().at(1)->timeInfo().lastModificationTime(),
timestamps["oldestCommonHistoryTime"]);
QCOMPARE(mergedEntry2->historyItems().at(2)->notes(), QString("1 Common"));
QCOMPARE(mergedEntry2->historyItems().at(2)->timeInfo().lastModificationTime(),
timestamps["newestCommonHistoryTime"]);
QCOMPARE(mergedEntry2->historyItems().at(3)->notes(), QString("2 Destination"));
QCOMPARE(mergedEntry2->historyItems().at(3)->timeInfo().lastModificationTime(),
timestamps["oldestDivergingHistoryTime"]);
QCOMPARE(mergedEntry2->notes(), QString("3 Source"));
QCOMPARE(mergedEntry2->timeInfo().lastModificationTime(), timestamps["newestDivergingHistoryTime"]);
}
void TestMerge::testDeletionConflictEntry_Synchronized()
{
testDeletionConflictTemplate(Group::Synchronize, &TestMerge::assertDeletionNewerOnly);
}
void TestMerge::testDeletionConflictEntry_KeepLocal()
{
testDeletionConflictTemplate(Group::KeepLocal, &TestMerge::assertDeletionLocalOnly);
}
void TestMerge::testDeletionConflictEntry_KeepRemote()
{
testDeletionConflictTemplate(Group::KeepRemote, &TestMerge::assertDeletionLocalOnly);
}
void TestMerge::testDeletionConflictEntry_KeepNewer()
{
testDeletionConflictTemplate(Group::KeepNewer, &TestMerge::assertDeletionLocalOnly);
}
void TestMerge::testDeletionConflictEntry_Duplicate()
{
testDeletionConflictTemplate(Group::Duplicate, &TestMerge::assertDeletionLocalOnly);
}
/**
* Tests the KeepNewer mode concerning history.
*/
void TestMerge::testResolveConflictEntry_Synchronize()
{
testResolveConflictTemplate(Group::Synchronize, [](Database* db, const QMap<const char*, QDateTime>& timestamps) {
QPointer<Group> mergedRootGroup = db->rootGroup();
QPointer<Group> mergedGroup1 = mergedRootGroup->children().at(0);
TestMerge::assertUpdateMergedEntry1(mergedGroup1->entries().at(0), timestamps);
TestMerge::assertUpdateMergedEntry2(mergedGroup1->entries().at(1), timestamps);
});
}
/**
* Tests the KeepExisting mode concerning history.
*/
void TestMerge::testResolveConflictEntry_KeepLocal()
{
testResolveConflictTemplate(Group::KeepLocal, [](Database* db, const QMap<const char*, QDateTime>& timestamps) {
QPointer<Group> mergedRootGroup = db->rootGroup();
QPointer<Group> mergedGroup1 = mergedRootGroup->children().at(0);
TestMerge::assertUpdateMergedEntry1(mergedGroup1->entries().at(0), timestamps);
TestMerge::assertUpdateReappliedEntry2(mergedGroup1->entries().at(1), timestamps);
});
}
void TestMerge::testResolveConflictEntry_KeepRemote()
{
testResolveConflictTemplate(Group::KeepRemote, [](Database* db, const QMap<const char*, QDateTime>& timestamps) {
QPointer<Group> mergedRootGroup = db->rootGroup();
QPointer<Group> mergedGroup1 = mergedRootGroup->children().at(0);
TestMerge::assertUpdateReappliedEntry1(mergedGroup1->entries().at(0), timestamps);
TestMerge::assertUpdateMergedEntry2(mergedGroup1->entries().at(1), timestamps);
});
}
void TestMerge::testResolveConflictEntry_KeepNewer()
{
testResolveConflictTemplate(Group::KeepNewer, [](Database* db, const QMap<const char*, QDateTime>& timestamps) {
QPointer<Group> mergedRootGroup = db->rootGroup();
QPointer<Group> mergedGroup1 = mergedRootGroup->children().at(0);
TestMerge::assertUpdateMergedEntry1(mergedGroup1->entries().at(0), timestamps);
TestMerge::assertUpdateMergedEntry2(mergedGroup1->entries().at(1), timestamps);
});
}
/**
* The location of an entry should be updated in the
* destination database.
*/
void TestMerge::testMoveEntry()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
QPointer<Entry> entrySourceInitial = dbSource->rootGroup()->findEntryByPath("entry1");
QVERIFY(entrySourceInitial != nullptr);
QPointer<Group> groupSourceInitial = dbSource->rootGroup()->findChildByName("group2");
QVERIFY(groupSourceInitial != nullptr);
// Make sure the two changes have a different timestamp.
m_clock->advanceSecond(1);
entrySourceInitial->setGroup(groupSourceInitial);
QCOMPARE(entrySourceInitial->group()->name(), QString("group2"));
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QPointer<Entry> entryDestinationMerged = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMerged != nullptr);
QCOMPARE(entryDestinationMerged->group()->name(), QString("group2"));
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
}
/**
* The location of an entry should be updated in the
* destination database, but changes from the destination
* database should be preserved.
*/
void TestMerge::testMoveEntryPreserveChanges()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
QPointer<Entry> entrySourceInitial = dbSource->rootGroup()->findEntryByPath("entry1");
QVERIFY(entrySourceInitial != nullptr);
QPointer<Group> group2Source = dbSource->rootGroup()->findChildByName("group2");
QVERIFY(group2Source != nullptr);
m_clock->advanceSecond(1);
entrySourceInitial->setGroup(group2Source);
QCOMPARE(entrySourceInitial->group()->name(), QString("group2"));
QPointer<Entry> entryDestinationInitial = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationInitial != nullptr);
m_clock->advanceSecond(1);
entryDestinationInitial->beginUpdate();
entryDestinationInitial->setPassword("password");
entryDestinationInitial->endUpdate();
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QPointer<Entry> entryDestinationMerged = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMerged != nullptr);
QCOMPARE(entryDestinationMerged->group()->name(), QString("group2"));
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
QCOMPARE(entryDestinationMerged->password(), QString("password"));
}
void TestMerge::testCreateNewGroups()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
m_clock->advanceSecond(1);
Group* groupSourceCreated = new Group();
groupSourceCreated->setName("group3");
groupSourceCreated->setUuid(QUuid::createUuid());
groupSourceCreated->setParent(dbSource->rootGroup());
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QPointer<Group> groupDestinationMerged = dbDestination->rootGroup()->findChildByName("group3");
QVERIFY(groupDestinationMerged != nullptr);
QCOMPARE(groupDestinationMerged->name(), QString("group3"));
}
void TestMerge::testMoveEntryIntoNewGroup()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
m_clock->advanceSecond(1);
Group* groupSourceCreated = new Group();
groupSourceCreated->setName("group3");
groupSourceCreated->setUuid(QUuid::createUuid());
groupSourceCreated->setParent(dbSource->rootGroup());
QPointer<Entry> entrySourceMoved = dbSource->rootGroup()->findEntryByPath("entry1");
entrySourceMoved->setGroup(groupSourceCreated);
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
QPointer<Group> groupDestinationMerged = dbDestination->rootGroup()->findChildByName("group3");
QVERIFY(groupDestinationMerged != nullptr);
QCOMPARE(groupDestinationMerged->name(), QString("group3"));
QCOMPARE(groupDestinationMerged->entries().size(), 1);
QPointer<Entry> entryDestinationMerged = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMerged != nullptr);
QCOMPARE(entryDestinationMerged->group()->name(), QString("group3"));
}
/**
* Even though the entries' locations are no longer
* the same, we will keep associating them.
*/
void TestMerge::testUpdateEntryDifferentLocation()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
Group* groupDestinationCreated = new Group();
groupDestinationCreated->setName("group3");
groupDestinationCreated->setUuid(QUuid::createUuid());
groupDestinationCreated->setParent(dbDestination->rootGroup());
m_clock->advanceSecond(1);
QPointer<Entry> entryDestinationMoved = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMoved != nullptr);
entryDestinationMoved->setGroup(groupDestinationCreated);
QUuid uuidBeforeSyncing = entryDestinationMoved->uuid();
QDateTime destinationLocationChanged = entryDestinationMoved->timeInfo().locationChanged();
// Change the entry in the source db.
m_clock->advanceSecond(1);
QPointer<Entry> entrySourceMoved = dbSource->rootGroup()->findEntryByPath("entry1");
QVERIFY(entrySourceMoved != nullptr);
entrySourceMoved->beginUpdate();
entrySourceMoved->setUsername("username");
entrySourceMoved->endUpdate();
QDateTime sourceLocationChanged = entrySourceMoved->timeInfo().locationChanged();
QVERIFY(destinationLocationChanged > sourceLocationChanged);
m_clock->advanceSecond(1);
Merger merger(dbSource.data(), dbDestination.data());
merger.merge();
QCOMPARE(dbDestination->rootGroup()->entriesRecursive().size(), 2);
QPointer<Entry> entryDestinationMerged = dbDestination->rootGroup()->findEntryByPath("entry1");
QVERIFY(entryDestinationMerged != nullptr);
QVERIFY(entryDestinationMerged->group() != nullptr);
QCOMPARE(entryDestinationMerged->username(), QString("username"));
QCOMPARE(entryDestinationMerged->group()->name(), QString("group3"));
QCOMPARE(uuidBeforeSyncing, entryDestinationMerged->uuid());
// default merge strategie is KeepNewer - therefore the older location is used!
QCOMPARE(entryDestinationMerged->timeInfo().locationChanged(), sourceLocationChanged);
}
/**
* Groups should be updated using the uuids.
*/
void TestMerge::testUpdateGroup()
{
QScopedPointer<Database> dbDestination(createTestDatabase());
QScopedPointer<Database> dbSource(
createTestDatabaseStructureClone(dbDestination.data(), Entry::CloneNoFlags, Group::CloneIncludeEntries));
m_clock->advanceSecond(1);
QPointer<Group> groupSourceInitial = dbSource->rootGroup()->findChildByName("group2");
groupSourceInitial->setName("group2 renamed");
groupSourceInitial->setNotes("updated notes");
QUuid customIconId = QUuid::createUuid();