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/*
* SPDX-FileCopyrightText: 2011 Peter Penz <[email protected]>
*
* SPDX-License-Identifier: GPL-2.0-or-later
*/
#include "search/bar.h"
#include "search/popup.h"
#include <QLineEdit>
#include <QSignalSpy>
#include <QStandardPaths>
#include <QTest>
#include <QToolButton>
class DolphinSearchBarTest : public QObject
{
Q_OBJECT
private Q_SLOTS:
void initTestCase();
void init();
void cleanup();
void testPopupLazyLoading();
void testTextClearing();
void testUrlChangeSignals();
private:
Search::Bar *m_searchBar;
};
void DolphinSearchBarTest::initTestCase()
{
QStandardPaths::setTestModeEnabled(true);
}
void DolphinSearchBarTest::init()
{
const auto homeUrl{QUrl::fromUserInput(QDir::homePath())};
m_searchBar = new Search::Bar(std::make_shared<const Search::DolphinQuery>(homeUrl, homeUrl));
}
void DolphinSearchBarTest::cleanup()
{
delete m_searchBar;
}
void DolphinSearchBarTest::testPopupLazyLoading()
{
m_searchBar->setVisible(true, WithoutAnimation);
QVERIFY2(m_searchBar->m_popup->isEmpty(), "The popup should only be populated or updated when it was opened at least once by the user.");
}
/**
* The test verifies whether the automatic clearing of the text works correctly.
* The text may not get cleared when the search bar gets visible or invisible,
* as this would clear the text when switching between tabs.
*/
void DolphinSearchBarTest::testTextClearing()
{
m_searchBar->setVisible(true, WithoutAnimation);
QVERIFY(m_searchBar->text().isEmpty());
QVERIFY(!m_searchBar->isSearchConfigured());
m_searchBar->updateStateToMatch(std::make_shared<const Search::DolphinQuery>(QUrl::fromUserInput("filenamesearch:?search=xyz"), QUrl{}));
m_searchBar->setVisible(false, WithoutAnimation);
m_searchBar->setVisible(true, WithoutAnimation);
QCOMPARE(m_searchBar->text(), QStringLiteral("xyz"));
QVERIFY(m_searchBar->isSearchConfigured());
QVERIFY(!m_searchBar->queryTitle().isEmpty());
QTest::keyClick(m_searchBar, Qt::Key_Escape);
QVERIFY(m_searchBar->text().isEmpty());
QVERIFY(!m_searchBar->isSearchConfigured());
}
void DolphinSearchBarTest::testUrlChangeSignals()
{
QSignalSpy spyUrlChangeRequested(m_searchBar, &Search::Bar::urlChangeRequested);
m_searchBar->setVisible(true, WithoutAnimation);
QVERIFY2(spyUrlChangeRequested.isEmpty(), "Opening the Search::Bar should not trigger anything.");
m_searchBar->m_everywhereButton->click();
m_searchBar->m_fromHereButton->click();
QVERIFY(!m_searchBar->isSearchConfigured());
while (!spyUrlChangeRequested.isEmpty()) {
const QUrl requestedUrl = qvariant_cast<QUrl>(spyUrlChangeRequested.takeFirst().at(0));
QVERIFY2(!Search::isSupportedSearchScheme(requestedUrl.scheme()) && requestedUrl == m_searchBar->m_searchConfiguration->searchPath(),
"The search is still not in a state to search for anything specific, so any requested URLs would be identical to the current search path of "
"the Search::Bar.");
}
Search::DolphinQuery searchConfiguration = *m_searchBar->m_searchConfiguration;
searchConfiguration.setSearchTerm(QStringLiteral("searchTerm"));
m_searchBar->updateStateToMatch(std::make_shared<const Search::DolphinQuery>(searchConfiguration));
QVERIFY2(m_searchBar->isSearchConfigured(), "The search bar now has enough information to trigger a meaningful search.");
QVERIFY2(spyUrlChangeRequested.isEmpty(), "The visual state was updated to match a new search configuration, but the user never triggered a search.");
m_searchBar->commitCurrentConfiguration(); // We pretend to be a user interaction that would trigger a search to happen.
const QUrl requestedUrl = qvariant_cast<QUrl>(spyUrlChangeRequested.takeFirst().at(0));
QVERIFY2(Search::isSupportedSearchScheme(requestedUrl.scheme()), "The search bar requested to open a search url and therefore start searching.");
QVERIFY2(spyUrlChangeRequested.isEmpty(), "The search URL was requested exactly once, so no additional urlChangeRequested signals should exist.");
Search::DolphinQuery searchConfiguration2 = *m_searchBar->m_searchConfiguration;
searchConfiguration2.setSearchTerm(QString(""));
m_searchBar->updateStateToMatch(std::make_shared<const Search::DolphinQuery>(searchConfiguration2));
QVERIFY2(!m_searchBar->isSearchConfigured(), "The search bar does not have enough information anymore to trigger a meaningful search.");
QVERIFY2(spyUrlChangeRequested.isEmpty(), "The visual state was updated to match a new search configuration, but the user never triggered a search.");
m_searchBar->commitCurrentConfiguration(); // We pretend to be a user interaction that would trigger a search to happen.
const QUrl requestedUrl2 = qvariant_cast<QUrl>(spyUrlChangeRequested.takeFirst().at(0));
QVERIFY2(!Search::isSupportedSearchScheme(requestedUrl2.scheme()) && requestedUrl2 == m_searchBar->m_searchConfiguration->searchPath(),
"The Search::Bar is not in a state to search for anything specific, so the search bar requests to show the previously visited location normally "
"again instead of any previous search URL.");
QVERIFY2(spyUrlChangeRequested.isEmpty(), "The non-search URL was requested exactly once, so no additional urlChangeRequested signals should exist.");
QVERIFY2(m_searchBar->m_popup->isEmpty(), "Through all of this, the popup should still be empty because it was never opened by the user.");
}
QTEST_MAIN(DolphinSearchBarTest)
#include "dolphinsearchbartest.moc"
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