ssuclitest.cpp

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#include "ssuclitest.h"
 
#include <stdlib.h>
#include <zypp/media/UrlResolverPlugin.h>
 
#include <QtTest/QtTest>
 
#include "libssu/sandbox_p.h"
#include "testutils/process.h"
 
typedef QStringList Args; // improve readability
 
void SsuCliTest::init()
{
    Q_ASSERT(m_sandbox == 0);
 
    m_sandbox = new Sandbox(QString("%1/configroot").arg(LOCATE_DATA_PATH),
                            Sandbox::UseAsSkeleton, Sandbox::ChildProcesses);
    if (!m_sandbox->activate()) {
        QFAIL("Failed to activate sandbox");
    }
    if (getenv("SSU_SANDBOX_PATH")) {
        qDebug() << "Using in-tree sandbox";
        setenv("LD_PRELOAD", getenv("SSU_SANDBOX_PATH"), 1);
    } else
        setenv("LD_PRELOAD", SSU_SANDBOX_PATH, 1);
 
    m_bus = new QProcess(this);
    m_bus->start("dbus-daemon",
                 Args() << "--session" << "--nofork" << "--nopidfile" << "--print-address");
    if (!m_bus->waitForReadyRead()) {
        QFAIL("Failed to run sandboxed D-Bus instance");
    }
    const QByteArray busAddress = m_bus->readAllStandardOutput();
    setenv("DBUS_SESSION_BUS_ADDRESS", busAddress.constData(), 1);
    setenv("DBUS_SYSTEM_BUS_ADDRESS", busAddress.constData(), 1);
 
    m_ssud = new QProcess(this);
    m_ssud->start("ssud");
    if (!m_ssud->waitForStarted()) {
        QFAIL("Failed to run sandboxed ssud instance");
    }
}
 
void SsuCliTest::cleanup()
{
    if (m_ssud->state() != QProcess::Running) {
        QFAIL("Sandboxed ssud instance exited unexpectedly");
    }
    delete m_ssud;
    m_ssud = 0;
 
    if (m_bus->state() != QProcess::Running) {
        QFAIL("Sandboxed D-Bus instance exited unexpectedly");
    }
    unsetenv("DBUS_SESSION_BUS_ADDRESS");
    unsetenv("DBUS_SYSTEM_BUS_ADDRESS");
    delete m_bus;
    m_bus = 0;
 
    delete m_sandbox;
    m_sandbox = 0;
}
 
void SsuCliTest::testSubcommandFlavour()
{
    Process ssu;
    QString output;
 
    // set flavour to 'release'
    ssu.execute("ssu", Args() << "flavour" << "release");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "flavour").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device flavour is currently: release"));
 
    // set flavour to 'testing'
    ssu.execute("ssu", Args() << "flavour" << "testing");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "flavour").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device flavour is currently: testing"));
}
 
void SsuCliTest::testSubcommandRelease()
{
    Process ssu;
    QString output;
 
    // set release to latest
    ssu.execute("ssu", Args() << "release" << "latest");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "release").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device release is currently: latest"));
 
    // set release to next
    ssu.execute("ssu", Args() << "release" << "next");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "release").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device release is currently: next"));
 
    // verify the mode is release
    output = ssu.execute("ssu", Args() << "mode").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device mode is: 0 ()"));
 
    // set RnD release to latest
    ssu.execute("ssu", Args() << "release" << "-r" << "latest");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "release" << "-r").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device release (RnD) is currently: latest"));
 
    // set RnD release to next
    ssu.execute("ssu", Args() << "release" << "-r" << "next");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "release" << "-r").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device release (RnD) is currently: next"));
 
    // verify the mode is RnD
    output = ssu.execute("ssu", Args() << "mode").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device mode is: 2 (RndMode)"));
}
 
void SsuCliTest::testSubcommandMode()
{
    Process ssu;
    QString output;
 
    // set release mode
    ssu.execute("ssu", Args() << "mode" << "0");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "mode").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device mode is: 0 ()"));
 
    // set RnD mode
    ssu.execute("ssu", Args() << "mode" << "2");
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    output = ssu.execute("ssu", Args() << "mode").trimmed();
    QVERIFY2(!ssu.hasError(), qPrintable(ssu.fmtErrorMessage()));
 
    QCOMPARE(output, QString("Device mode is: 2 (RndMode)"));
}