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027ff9f2bf
keepassxc/tests/TestAutoType.cpp
Jonathan White 027ff9f2bf
Overhaul Auto-Type Action Handling 
* Close #2603 - Add support for modifier syntax (+, ^, and %)
* Fix #2633 - Allow reference syntax {REF:...} in Auto-Type sequences
* Close #5334  - Tell the user which part of the Auto-Type sequence is invalid for easy correction
* Fix #2401 - Select the right window on macOS prior to starting Auto-Type

* Allow for nested placeholders
2021-02-21 16:33:54 -05:00

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/*
* Copyright (C) 2012 Felix Geyer <debfx@fobos.de>
* Copyright (C) 2017 KeePassXC Team <team@keepassxc.org>
*
* 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 "TestAutoType.h"
#include "TestGlobal.h"
#include <QPluginLoader>
#include "autotype/AutoType.h"
#include "autotype/AutoTypePlatformPlugin.h"
#include "autotype/test/AutoTypeTestInterface.h"
#include "core/Config.h"
#include "core/Resources.h"
#include "crypto/Crypto.h"
#include "gui/MessageBox.h"
#include "gui/osutils/OSUtils.h"
QTEST_GUILESS_MAIN(TestAutoType)
void TestAutoType::initTestCase()
{
QVERIFY(Crypto::init());
Config::createTempFileInstance();
config()->set(Config::AutoTypeDelay, 1);
config()->set(Config::Security_AutoTypeAsk, false);
AutoType::createTestInstance();
QPluginLoader loader(resources()->pluginPath("keepassx-autotype-test"));
loader.setLoadHints(QLibrary::ResolveAllSymbolsHint);
QVERIFY(loader.instance());
m_platform = qobject_cast<AutoTypePlatformInterface*>(loader.instance());
QVERIFY(m_platform);
m_test = qobject_cast<AutoTypeTestInterface*>(loader.instance());
QVERIFY(m_test);
m_autoType = AutoType::instance();
}
void TestAutoType::init()
{
config()->set(Config::AutoTypeEntryTitleMatch, false);
m_test->clearActions();
m_db = QSharedPointer<Database>::create();
m_dbList.clear();
m_dbList.append(m_db);
m_group = new Group();
m_db->setRootGroup(m_group);
AutoTypeAssociations::Association association;
m_entry1 = new Entry();
m_entry1->setGroup(m_group);
m_entry1->setUsername("myuser");
m_entry1->setPassword("mypass");
association.window = "custom window";
association.sequence = "{username}association{password}";
m_entry1->autoTypeAssociations()->add(association);
m_entry2 = new Entry();
m_entry2->setGroup(m_group);
m_entry2->setPassword("myuser");
m_entry2->setTitle("entry title");
m_entry3 = new Entry();
m_entry3->setGroup(m_group);
m_entry3->setPassword("regex");
association.window = "//REGEX1//";
association.sequence = "regex1";
m_entry3->autoTypeAssociations()->add(association);
association.window = "//^REGEX2$//";
association.sequence = "regex2";
m_entry3->autoTypeAssociations()->add(association);
association.window = "//^REGEX3-([rd]\\d){2}$//";
association.sequence = "regex3";
m_entry3->autoTypeAssociations()->add(association);
m_entry4 = new Entry();
m_entry4->setGroup(m_group);
m_entry4->setPassword("custom_attr");
m_entry4->attributes()->set("CUSTOM", "Attribute", false);
m_entry4->attributes()->set("CustomAttrFirst", "AttrValueFirst", false);
m_entry4->attributes()->set("CustomAttrSecond", "AttrValueSecond", false);
m_entry4->attributes()->set("CustomAttrThird", "AttrValueThird", false);
association.window = "//^CustomAttr1$//";
association.sequence = "{PASSWORD}:{S:CUSTOM}";
m_entry4->autoTypeAssociations()->add(association);
association.window = "//^CustomAttr2$//";
association.sequence = "{S:CuStOm}";
m_entry4->autoTypeAssociations()->add(association);
association.window = "//^CustomAttr3$//";
association.sequence = "{PaSSworD}";
m_entry4->autoTypeAssociations()->add(association);
association.window = "//^{S:CustomAttrFirst}$//";
association.sequence = "custom_attr_first";
m_entry4->autoTypeAssociations()->add(association);
association.window = "//{S:CustomAttrFirst}And{S:CustomAttrSecond}//";
association.sequence = "custom_attr_first_and_second";
m_entry4->autoTypeAssociations()->add(association);
association.window = "//{S:CustomAttrThird}//";
association.sequence = "custom_attr_third";
m_entry4->autoTypeAssociations()->add(association);
m_entry5 = new Entry();
m_entry5->setGroup(m_group);
m_entry5->setPassword("example5");
m_entry5->setTitle("some title");
m_entry5->setUrl("http://example.org");
}
void TestAutoType::cleanup()
{
}
void TestAutoType::testInternal()
{
QVERIFY(m_platform->activeWindowTitle().isEmpty());
m_test->setActiveWindowTitle("Test");
QCOMPARE(m_platform->activeWindowTitle(), QString("Test"));
}
void TestAutoType::testSingleAutoType()
{
m_autoType->performAutoType(m_entry1, nullptr);
QCOMPARE(m_test->actionCount(), 14);
QCOMPARE(m_test->actionChars(),
QString("myuser%1mypass%2").arg(m_test->keyToString(Qt::Key_Tab)).arg(m_test->keyToString(Qt::Key_Enter)));
}
void TestAutoType::testGlobalAutoTypeWithNoMatch()
{
m_test->setActiveWindowTitle("nomatch");
MessageBox::setNextAnswer(MessageBox::Ok);
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString());
}
void TestAutoType::testGlobalAutoTypeWithOneMatch()
{
m_test->setActiveWindowTitle("custom window");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("%1association%2").arg(m_entry1->username()).arg(m_entry1->password()));
}
void TestAutoType::testGlobalAutoTypeTitleMatch()
{
config()->set(Config::AutoTypeEntryTitleMatch, true);
m_test->setActiveWindowTitle("An Entry Title!");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("%1%2").arg(m_entry2->password(), m_test->keyToString(Qt::Key_Enter)));
}
void TestAutoType::testGlobalAutoTypeUrlMatch()
{
config()->set(Config::AutoTypeEntryTitleMatch, true);
m_test->setActiveWindowTitle("Dummy - http://example.org/ - <My Browser>");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("%1%2").arg(m_entry5->password(), m_test->keyToString(Qt::Key_Enter)));
}
void TestAutoType::testGlobalAutoTypeUrlSubdomainMatch()
{
config()->set(Config::AutoTypeEntryTitleMatch, true);
m_test->setActiveWindowTitle("Dummy - http://sub.example.org/ - <My Browser>");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("%1%2").arg(m_entry5->password(), m_test->keyToString(Qt::Key_Enter)));
}
void TestAutoType::testGlobalAutoTypeTitleMatchDisabled()
{
m_test->setActiveWindowTitle("An Entry Title!");
emit osUtils->globalShortcutTriggered("autotype");
MessageBox::setNextAnswer(MessageBox::Ok);
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString());
}
void TestAutoType::testGlobalAutoTypeRegExp()
{
// substring matches are ok
m_test->setActiveWindowTitle("lorem REGEX1 ipsum");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("regex1"));
m_test->clearActions();
// should be case-insensitive
m_test->setActiveWindowTitle("lorem regex1 ipsum");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("regex1"));
m_test->clearActions();
// exact match
m_test->setActiveWindowTitle("REGEX2");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("regex2"));
m_test->clearActions();
// a bit more complicated regex
m_test->setActiveWindowTitle("REGEX3-R2D2");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("regex3"));
m_test->clearActions();
// with custom attributes
m_test->setActiveWindowTitle("CustomAttr1");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("custom_attr:Attribute"));
m_test->clearActions();
// with (non uppercase) undefined custom attributes
m_test->setActiveWindowTitle("CustomAttr2");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString(""));
m_test->clearActions();
// with mixedcase default attributes
m_test->setActiveWindowTitle("CustomAttr3");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("custom_attr"));
m_test->clearActions();
// with resolve placeholders in window association title
m_test->setActiveWindowTitle("AttrValueFirst");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("custom_attr_first"));
m_test->clearActions();
m_test->setActiveWindowTitle("lorem AttrValueFirstAndAttrValueSecond ipsum");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("custom_attr_first_and_second"));
m_test->clearActions();
m_test->setActiveWindowTitle("lorem AttrValueThird ipsum");
emit osUtils->globalShortcutTriggered("autotype");
m_autoType->performGlobalAutoType(m_dbList);
QCOMPARE(m_test->actionChars(), QString("custom_attr_third"));
m_test->clearActions();
}
void TestAutoType::testAutoTypeSyntaxChecks()
{
auto entry = new Entry();
QString error;
// Huge sequence
QVERIFY2(AutoType::verifyAutoTypeSyntax(
"{F1 23}{~ 23}{% 23}{^}{F12}{(}{) 23}{[}{[}{]}{Delay=23}{+}{SUBTRACT}~+%@fixedstring", entry, error),
error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{NUMPAD1 3}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:SPECIALTOKEN}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:SPECIAL TOKEN}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:SPECIAL_TOKEN}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:SPECIAL-TOKEN}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:SPECIAL:TOKEN}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:SPECIAL_TOKEN}{ENTER}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{S:FOO}{S:HELLO WORLD}", entry, error), error.toLatin1());
QVERIFY2(!AutoType::verifyAutoTypeSyntax("{S:SPECIAL_TOKEN{}}", entry, error), error.toLatin1());
QVERIFY2(!AutoType::verifyAutoTypeSyntax("{BEEP 3 3}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{BEEP 3}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{VKEY 0x01}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{VKEY VK_LBUTTON}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{VKEY-EX 0x01}", entry, error), error.toLatin1());
// Bad sequence
QVERIFY2(!AutoType::verifyAutoTypeSyntax("{{{}}{}{}}{{}}", entry, error), error.toLatin1());
// Good sequence
QVERIFY2(AutoType::verifyAutoTypeSyntax("{{}{}}{}}{{}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{]}{[}{[}{]}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{)}{(}{(}{)}", entry, error), error.toLatin1());
// High delay
QVERIFY2(!AutoType::verifyAutoTypeSyntax("{DELAY 50000}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{delay 50}", entry, error), error.toLatin1());
// Slow typing
QVERIFY2(!AutoType::verifyAutoTypeSyntax("{DELAY=50000}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{delay=50}", entry, error), error.toLatin1());
// Many repetition
QVERIFY2(!AutoType::verifyAutoTypeSyntax("{LEFT 50000000}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{SPACE 10}{TAB 3}{RIGHT 50}", entry, error), error.toLatin1());
QVERIFY2(AutoType::verifyAutoTypeSyntax("{delay 5000000000}", entry, error), error.toLatin1());
}
void TestAutoType::testAutoTypeEffectiveSequences()
{
QString defaultSequence("{USERNAME}{TAB}{PASSWORD}{ENTER}");
QString sequenceG1("{TEST_GROUP1}");
QString sequenceG3("{TEST_GROUP3}");
QString sequenceE2("{TEST_ENTRY2}");
QString sequenceDisabled("{TEST_DISABLED}");
QString sequenceOrphan("{TEST_ORPHAN}");
QScopedPointer<Database> db(new Database());
QPointer<Group> rootGroup = db->rootGroup();
// Group with autotype enabled and custom default sequence
QPointer<Group> group1 = new Group();
group1->setParent(rootGroup);
group1->setDefaultAutoTypeSequence(sequenceG1);
// Child group with inherit
QPointer<Group> group2 = new Group();
group2->setParent(group1);
// Group with autotype disabled and custom default sequence
QPointer<Group> group3 = new Group();
group3->setParent(group1);
group3->setAutoTypeEnabled(Group::Disable);
group3->setDefaultAutoTypeSequence(sequenceG3);
QCOMPARE(rootGroup->defaultAutoTypeSequence(), QString());
QCOMPARE(rootGroup->effectiveAutoTypeSequence(), defaultSequence);
QCOMPARE(group1->defaultAutoTypeSequence(), sequenceG1);
QCOMPARE(group1->effectiveAutoTypeSequence(), sequenceG1);
QCOMPARE(group2->defaultAutoTypeSequence(), QString());
QCOMPARE(group2->effectiveAutoTypeSequence(), sequenceG1);
QCOMPARE(group3->defaultAutoTypeSequence(), sequenceG3);
QCOMPARE(group3->effectiveAutoTypeSequence(), QString());
// Entry from root group
QPointer<Entry> entry1 = new Entry();
entry1->setGroup(rootGroup);
// Entry with custom default sequence
QPointer<Entry> entry2 = new Entry();
entry2->setDefaultAutoTypeSequence(sequenceE2);
entry2->setGroup(rootGroup);
// Entry from enabled child group
QPointer<Entry> entry3 = new Entry();
entry3->setGroup(group2);
// Entry from disabled group
QPointer<Entry> entry4 = new Entry();
entry4->setDefaultAutoTypeSequence(sequenceDisabled);
entry4->setGroup(group3);
// Entry from enabled group with disabled autotype
QPointer<Entry> entry5 = new Entry();
entry5->setGroup(group2);
entry5->setDefaultAutoTypeSequence(sequenceDisabled);
entry5->setAutoTypeEnabled(false);
// Entry with no parent
QScopedPointer<Entry> entry6(new Entry());
entry6->setDefaultAutoTypeSequence(sequenceOrphan);
QCOMPARE(entry1->defaultAutoTypeSequence(), QString());
QCOMPARE(entry1->effectiveAutoTypeSequence(), defaultSequence);
QCOMPARE(entry2->defaultAutoTypeSequence(), sequenceE2);
QCOMPARE(entry2->effectiveAutoTypeSequence(), sequenceE2);
QCOMPARE(entry3->defaultAutoTypeSequence(), QString());
QCOMPARE(entry3->effectiveAutoTypeSequence(), sequenceG1);
QCOMPARE(entry4->defaultAutoTypeSequence(), sequenceDisabled);
QCOMPARE(entry4->effectiveAutoTypeSequence(), QString());
QCOMPARE(entry5->defaultAutoTypeSequence(), sequenceDisabled);
QCOMPARE(entry5->effectiveAutoTypeSequence(), QString());
QCOMPARE(entry6->defaultAutoTypeSequence(), sequenceOrphan);
QCOMPARE(entry6->effectiveAutoTypeSequence(), QString());
}
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