Method init

kdevplatform/debugger/tests/test_breakpointmodel.cpp:364–403

}

void TestBreakpointModel::init()
{
    Core::self()->documentControllerInternal()->initialize();

    // Restore the primary test file under empty temporary working dir.
    m_tempDir = std::make_unique<QTemporaryDir>();
    QVERIFY(QFile::copy(TEST_FILES_DIR "/primary_test.cpp", m_tempDir->filePath(primaryTestFileName)));

    // pre-conditions
    QVERIFY(documentController());
    QVERIFY(breakpointModel());
    QVERIFY(documentController()->openDocuments().empty());

    // init() must put breakpointModel() and breakpointConfig()
    // into state where "breakpointModel()->load()" can work:
    // - breakpointConfig() has single breakpoint.
    // - No breakpoints are registered/exist in the model.

    // Remove all breakpoints, overwrites breakpointConfig().
    // This must be done *before* writing the hard-coded config below.
    auto* const model = breakpointModel();
    model->removeRows(0, model->rowCount());

    // Setup hard-coded breakpoint model config with single breakpoint.
    // Tests can use this by doing "breakpointModel()->load()" before modifying the BreakpointModel.
    KConfigGroup config = breakpointConfig();
    config.writeEntry("number", 1);
    // (ab)use Breakpoint to write the config data for it.
    Breakpoint entry(nullptr, Breakpoint::CodeBreakpoint);
    // set source line location at "foo(5);"
    const auto url = testFileUrl(primaryTestFileName);
    RETURN_IF_TEST_FAILED();
    entry.setLocation(url, 21);
    {
        KConfigGroup group = config.group(QString::number(0));
        entry.save(group);
    }

    QCOMPARE(breakpointModel()->rowCount(), 0);
}

void TestBreakpointModel::cleanup()
{