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/***************************************************************************
* Copyright (C) 2011 Matthias Fuchs <mat69@gmx.net> *
* *
* 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 of the License, or *
* (at your option) any later version. *
* *
* 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, write to the *
* Free Software Foundation, Inc., *
* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA . *
***************************************************************************/
#include "schedulertest.h"
#include "../core/scheduler.h"
#include "settings.h"
#include <QTest>
#include <QVariant>
Q_DECLARE_METATYPE(Job::ErrorType)
Q_DECLARE_METATYPE(Job::Status)
Q_DECLARE_METATYPE(Job::Policy)
Q_DECLARE_METATYPE(QList<Job::Status>)
Q_DECLARE_METATYPE(QList<Job::Policy>)
const int SchedulerTest::NO_LIMIT = 0;
SettingsHelper::SettingsHelper(int limit)
: m_oldLimit(Settings::maxConnections())
{
Settings::setMaxConnections(limit);
}
SettingsHelper::~SettingsHelper()
{
Settings::setMaxConnections(m_oldLimit);
}
TestJob::TestJob(Scheduler *scheduler, JobQueue *parent)
: Job(scheduler, parent)
{
}
void TestJob::start()
{
if (status() == Aborted || status() == Stopped) {
setStatus(Running);
}
}
void TestJob::stop()
{
if ((status() == Running) || (status() == Aborted) || (status() == Moving)) {
setStatus(Stopped);
}
}
int TestJob::elapsedTime() const
{
return 0;
}
int TestJob::remainingTime() const
{
return 0;
}
bool TestJob::isStalled() const
{
return false;
}
bool TestJob::isWorking() const
{
return true;
}
TestQueue::TestQueue(Scheduler *scheduler)
: JobQueue(scheduler)
{
}
void TestQueue::appendPub(Job *job)
{
append(job);
}
void SchedulerTest::testAppendJobs()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
QFETCH(QList<Job::Status>, finalStatus);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
// uses an own list instead of the iterators to make sure that the order stays the same
QList<TestJob *> jobs;
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
queue->appendPub(job);
jobs << job;
}
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), finalStatus[i]);
}
}
void SchedulerTest::testAppendJobs_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::addColumn<QList<Job::Status>>("finalStatus");
QTest::newRow("limit 2, two finished, will third be started?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("limit 2, two finished, will third aborted be started?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Aborted)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("limit 2, will first two start while last will stay stopped?") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Stopped);
QTest::newRow("limit 2, will first two start while last will be stopped?") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Running)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Stopped);
QTest::newRow("no limit, two finished, will third be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("no limit, will all three be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running);
QTest::newRow("no limit, will all three be started and one remain running?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Running << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running << Job::Running);
}
void SchedulerTest::testCountRunningJobs()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
QFETCH(int, numRunningJobs);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
// uses an own list instead of the iterators to make sure that the order stays the same
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
queue->appendPub(job);
}
QCOMPARE(scheduler.countRunningJobs(), numRunningJobs);
const bool hasRunningJobs = numRunningJobs;
QCOMPARE(scheduler.hasRunningJobs(), hasRunningJobs);
}
void SchedulerTest::testCountRunningJobs_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::addColumn<int>("numRunningJobs");
QTest::newRow("limit 2, two finished, will third be started?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped) << 1;
QTest::newRow("limit 2, two finished, will none be started?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished) << 0;
QTest::newRow("limit 2, will first two start while last will stay stopped?")
<< 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped) << 2;
QTest::newRow("limit 2, will first two start while last will be stopped?")
<< 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Running) << 2;
QTest::newRow("no limit, two finished, will third be started?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped) << 1;
QTest::newRow("no limit, two finished, will third be started and fourth stay running?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped << Job::Running) << 2;
QTest::newRow("no limit, will all three be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped) << 3;
}
void SchedulerTest::testStopScheduler()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
// uses an own list instead of the iterators to make sure that the order stays the same
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
queue->appendPub(job);
}
scheduler.stop();
QCOMPARE(scheduler.countRunningJobs(), 0);
}
void SchedulerTest::testStopScheduler_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::newRow("limit 2, two finished one stopped") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped);
QTest::newRow("limit 2, two finished one running") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped);
QTest::newRow("limit 2, three stopped") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped);
QTest::newRow("limit 2, two stopped one running") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Running);
QTest::newRow("no limit, two finished one stopped") << NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped);
QTest::newRow("no limit, three stopped") << NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped);
QTest::newRow("no limit, one running, three stopped") << NO_LIMIT << (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Stopped << Job::Stopped);
}
void SchedulerTest::testSchedulerStopStart()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
QFETCH(QList<Job::Status>, finalStatus);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
// uses an own list instead of the iterators to make sure that the order stays the same
QList<TestJob *> jobs;
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
queue->appendPub(job);
jobs << job;
}
scheduler.stop();
scheduler.start();
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), finalStatus[i]);
}
}
void SchedulerTest::testSchedulerStopStart_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::addColumn<QList<Job::Status>>("finalStatus");
QTest::newRow("limit 2, two finished, will third be started?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("limit 2, will first two start while last will stay stopped?") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Stopped);
QTest::newRow("limit 2, will first two start while last will be stopped?") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Running)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Stopped);
QTest::newRow("no limit, two finished, will third be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("no limit, will all three be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running);
QTest::newRow("limit 2, two finished, will third stay running?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
}
void SchedulerTest::testSuspendScheduler()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
QFETCH(QList<Job::Status>, finalStatus);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
scheduler.setIsSuspended(true);
// uses an own list instead of the iterators to make sure that the order stays the same
QList<TestJob *> jobs;
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
queue->appendPub(job);
jobs << job;
}
// scheduler is suspended thus the status has to be same as start status
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), status[i]);
}
scheduler.setIsSuspended(false);
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), finalStatus[i]);
}
}
void SchedulerTest::testSuspendScheduler_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::addColumn<QList<Job::Status>>("finalStatus");
// NOTE Scheduler does not stop jobs, it just prevents new ones from being started
QTest::newRow("limit 2, two finished, will third be started?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("limit 2, will first two start while last will stay stopped?") << 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Stopped);
QTest::newRow("limit 2, will first start and second not while last will stay running?")
<< 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Running)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Stopped);
QTest::newRow("no limit, two finished, will third be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("no limit, will all three be started?") << NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running);
QTest::newRow("limit 2, two finished, will third stay running?") << 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
}
void SchedulerTest::testJobQueueStopPolicy()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
QFETCH(QList<Job::Status>, finalStatus);
QFETCH(QList<Job::Policy>, policy);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
queue->setStatus(JobQueue::Stopped);
scheduler.addQueue(queue);
// uses an own list instead of the iterators to make sure that the order stays the same
QList<TestJob *> jobs;
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
job->setPolicy(policy[i]);
queue->appendPub(job);
jobs << job;
}
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), finalStatus[i]);
}
}
void SchedulerTest::testJobQueueStopPolicy_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::addColumn<QList<Job::Status>>("finalStatus");
QTest::addColumn<QList<Job::Policy>>("policy");
QTest::newRow("limit 2, two finished, will third not be started?")
<< 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped) << (QList<Job::Policy>() << Job::None << Job::None << Job::None);
QTest::newRow("limit 2, will first start while rest will stay stopped?")
<< 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped) << (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Stopped)
<< (QList<Job::Policy>() << Job::Start << Job::Stop << Job::None);
QTest::newRow("limit 2, will first and third start while rest will stay stopped?")
<< 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Running << Job::Stopped)
<< (QList<Job::Policy>() << Job::Start << Job::Stop << Job::Start << Job::None);
QTest::newRow("no limit, two finished, will third be started?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running) << (QList<Job::Policy>() << Job::Start << Job::None << Job::Start);
QTest::newRow("no limit, will all three be started?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running) << (QList<Job::Policy>() << Job::Start << Job::Start << Job::Start);
}
void SchedulerTest::testJobQueueStopStartPolicy()
{
QFETCH(int, limit);
QFETCH(QList<Job::Status>, status);
QFETCH(QList<Job::Status>, intermediateStatus);
QFETCH(QList<Job::Policy>, policy);
QFETCH(QList<Job::Status>, finalStatus);
SettingsHelper helper(limit);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
queue->setStatus(JobQueue::Stopped);
scheduler.addQueue(queue);
// uses an own list instead of the iterators to make sure that the order stays the same
QList<TestJob *> jobs;
for (int i = 0; i < status.size(); ++i) {
auto *job = new TestJob(&scheduler, queue);
job->setStatus(status[i]);
job->setPolicy(policy[i]);
queue->appendPub(job);
jobs << job;
}
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), intermediateStatus[i]);
}
queue->setStatus(JobQueue::Running);
for (int i = 0; i < status.size(); ++i) {
QCOMPARE(jobs[i]->status(), finalStatus[i]);
}
}
void SchedulerTest::testJobQueueStopStartPolicy_data()
{
QTest::addColumn<int>("limit");
QTest::addColumn<QList<Job::Status>>("status");
QTest::addColumn<QList<Job::Status>>("intermediateStatus");
QTest::addColumn<QList<Job::Policy>>("policy");
QTest::addColumn<QList<Job::Status>>("finalStatus");
QTest::newRow("limit 2, two finished, will third be started?")
<< 2 << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped) << (QList<Job::Policy>() << Job::None << Job::None << Job::None)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("limit 2, will first and last start while rest will stay stopped?")
<< 2 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped) << (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Stopped)
<< (QList<Job::Policy>() << Job::Start << Job::Stop << Job::None) << (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Running);
QTest::newRow("limit 3, will first, third and last start while rest will stay stopped?")
<< 3 << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Running << Job::Stopped)
<< (QList<Job::Policy>() << Job::Start << Job::Stop << Job::Start << Job::None)
<< (QList<Job::Status>() << Job::Running << Job::Stopped << Job::Running << Job::Running);
QTest::newRow("no limit, two finished, will third be started?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Stopped)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running) << (QList<Job::Policy>() << Job::Start << Job::Start << Job::Start)
<< (QList<Job::Status>() << Job::Finished << Job::Finished << Job::Running);
QTest::newRow("no limit, will all three be started?")
<< NO_LIMIT << (QList<Job::Status>() << Job::Stopped << Job::Stopped << Job::Stopped)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running) << (QList<Job::Policy>() << Job::Start << Job::Start << Job::Start)
<< (QList<Job::Status>() << Job::Running << Job::Running << Job::Running);
}
void SchedulerTest::testJobErrorType()
{
QFETCH(bool, jobQueueRunning);
QFETCH(Job::Policy, policy);
QFETCH(Job::ErrorType, errorType);
QFETCH(Job::Status, finalStatus);
SettingsHelper helper(NO_LIMIT);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
queue->setStatus(jobQueueRunning ? JobQueue::Running : JobQueue::Stopped);
scheduler.addQueue(queue);
auto *job = new TestJob(&scheduler, queue);
job->setPolicy(policy);
job->setError(QString(), QString(), errorType);
queue->appendPub(job);
QCOMPARE(job->status(), finalStatus);
}
void SchedulerTest::testJobErrorType_data()
{
QTest::addColumn<bool>("jobQueueRunning");
QTest::addColumn<Job::Policy>("policy");
QTest::addColumn<Job::ErrorType>("errorType");
QTest::addColumn<Job::Status>("finalStatus");
QTest::newRow("queue running, job::none, autoretry, running") << true << Job::None << Job::AutomaticRetry << Job::Running;
QTest::newRow("queue running, job::start, autoretry, running") << true << Job::Start << Job::AutomaticRetry << Job::Running;
QTest::newRow("queue running, job::stop, autoretry, aborted") << true << Job::Stop << Job::AutomaticRetry << Job::Aborted;
QTest::newRow("queue running, job::none, manualsolve, aborted") << true << Job::None << Job::ManualSolve << Job::Aborted;
QTest::newRow("queue running, job::start, manualsolve, aborted") << true << Job::Start << Job::ManualSolve << Job::Aborted;
QTest::newRow("queue running, job::stop, manualsolve, aborted") << true << Job::Stop << Job::ManualSolve << Job::Aborted;
QTest::newRow("queue running, job::none, notsolveable, aborted") << true << Job::None << Job::NotSolveable << Job::Aborted;
QTest::newRow("queue running, job::start, notsolveable, aborted") << true << Job::Start << Job::NotSolveable << Job::Aborted;
QTest::newRow("queue running, job::stop, notsolveable, aborted") << true << Job::Stop << Job::NotSolveable << Job::Aborted;
QTest::newRow("queue stopped, job::none, autoretry, aborted") << false << Job::None << Job::AutomaticRetry << Job::Aborted;
QTest::newRow("queue stopped, job::start, autoretry, running") << false << Job::Start << Job::AutomaticRetry << Job::Running;
QTest::newRow("queue stopped, job::stop, autoretry, aborted") << false << Job::Stop << Job::AutomaticRetry << Job::Aborted;
QTest::newRow("queue stopped, job::none, manualsolve, aborted") << false << Job::None << Job::ManualSolve << Job::Aborted;
QTest::newRow("queue stopped, job::start, manualsolve, aborted") << false << Job::Start << Job::ManualSolve << Job::Aborted;
QTest::newRow("queue stopped, job::stop, manualsolve, aborted") << false << Job::Stop << Job::ManualSolve << Job::Aborted;
QTest::newRow("queue stopped, job::none, notsolveable, aborted") << false << Job::None << Job::NotSolveable << Job::Aborted;
QTest::newRow("queue stopped, job::start, notsolveable, aborted") << false << Job::Start << Job::NotSolveable << Job::Aborted;
QTest::newRow("queue stopped, job::stop, notsolveable, aborted") << false << Job::Stop << Job::NotSolveable << Job::Aborted;
}
void SchedulerTest::testGettingNetworkConnection()
{
QFETCH(Job::Policy, policy);
QFETCH(Job::Status, finalStatus);
SettingsHelper helper(NO_LIMIT);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
scheduler.setHasNetworkConnection(false);
auto *job = new TestJob(&scheduler, queue);
job->setPolicy(policy);
queue->appendPub(job);
scheduler.setHasNetworkConnection(true);
QCOMPARE(job->policy(), policy); // the policy should remain unchanged
QCOMPARE(job->status(), finalStatus);
}
void SchedulerTest::testGettingNetworkConnection_data()
{
QTest::addColumn<Job::Policy>("policy");
QTest::addColumn<Job::Status>("finalStatus");
QTest::newRow("Start, Running") << Job::Start << Job::Running;
QTest::newRow("Stop, Stopped") << Job::Stop << Job::Stopped;
QTest::newRow("None, Running") << Job::None << Job::Running;
}
void SchedulerTest::testLosingNetworkConnection()
{
QFETCH(Job::Policy, policy);
SettingsHelper helper(NO_LIMIT);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
scheduler.setHasNetworkConnection(true);
auto *job = new TestJob(&scheduler, queue);
job->setPolicy(policy);
queue->appendPub(job);
scheduler.setHasNetworkConnection(false);
QCOMPARE(job->policy(), policy); // the policy should remain unchanged
QCOMPARE(job->status(), Job::Stopped);
}
void SchedulerTest::testLosingNetworkConnection_data()
{
QTest::addColumn<Job::Policy>("policy");
QTest::newRow("Start") << Job::Start;
QTest::newRow("Stop") << Job::Stop;
QTest::newRow("None") << Job::None;
}
void SchedulerTest::testShouldUpdate()
{
QFETCH(bool, isSuspended);
QFETCH(bool, hasNetworkConnection);
QFETCH(bool, shouldUpdate);
SettingsHelper helper(NO_LIMIT);
Scheduler scheduler;
auto *queue = new TestQueue(&scheduler);
scheduler.addQueue(queue);
QVERIFY(scheduler.shouldUpdate()); // should be true by default
scheduler.setIsSuspended(isSuspended);
scheduler.setHasNetworkConnection(hasNetworkConnection);
QCOMPARE(scheduler.shouldUpdate(), shouldUpdate);
}
void SchedulerTest::testShouldUpdate_data()
{
QTest::addColumn<bool>("isSuspended");
QTest::addColumn<bool>("hasNetworkConnection");
QTest::addColumn<bool>("shouldUpdate");
QTest::newRow("false, true, true") << false << true << true;
QTest::newRow("true, true, false") << true << true << false;
QTest::newRow("false, false, false") << false << false << false;
}
QTEST_MAIN(SchedulerTest)
#include "moc_schedulertest.cpp"
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