/* This file is part of the KDE project
   SPDX-FileCopyrightText: 2007 Dag Andersen <dag.andersen@kdemail.net>

   SPDX-License-Identifier: LGPL-2.0-or-later
*/
// clazy:excludeall=qstring-arg
#include "EstimateTester.h"
#include "kptduration.h"
#include "kptnode.h"

#include <QTest>

namespace KPlato
{

void EstimateTester::expected() {
    Estimate e1;
    e1.clear();
    QVERIFY(e1.expectedEstimate() == 0.0);
    QVERIFY(e1.expectedValue().milliseconds() == 0.0);
    
    e1.setExpectedEstimate(1.0);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1000*60*60);
    
    e1.setUnit(Duration::Unit_ms);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1);

    e1.setUnit(Duration::Unit_s);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1000);

    e1.setUnit(Duration::Unit_m);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1000*60);

    e1.setUnit(Duration::Unit_h);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1000*60*60);

    e1.setUnit(Duration::Unit_d);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1000*60*60*24);

    e1.setUnit(Duration::Unit_w);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QVERIFY(e1.expectedValue().milliseconds() == 1000*60*60*24*7);

    e1.setUnit(Duration::Unit_M);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QCOMPARE(e1.expectedValue().milliseconds(), qint64(1000*60*60) * (24*30));

    e1.setUnit(Duration::Unit_Y);
    QVERIFY(e1.expectedEstimate() == 1.0);
    QCOMPARE(e1.expectedValue().milliseconds(), qint64(1000*60*60) * (24*365));

}

void EstimateTester::optimistic() {
    Estimate e1;
    e1.clear();
    QVERIFY(e1.optimisticEstimate() == 0.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 0.0);
    
    e1.setOptimisticEstimate(1.0);
    QVERIFY(e1.optimisticEstimate() == 1.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 1000*60*60);
    
    e1.setUnit(Duration::Unit_ms);
    QVERIFY(e1.optimisticEstimate() == 1.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 1);

    e1.setUnit(Duration::Unit_s);
    QVERIFY(e1.optimisticEstimate() == 1.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 1000);

    e1.setUnit(Duration::Unit_m);
    QVERIFY(e1.optimisticEstimate() == 1.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 1000*60);

    e1.setUnit(Duration::Unit_h);
    QVERIFY(e1.optimisticEstimate() == 1.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 1000*60*60);

    e1.setUnit(Duration::Unit_d);
    QVERIFY(e1.optimisticEstimate() == 1.0);
    QVERIFY(e1.optimisticValue().milliseconds() == 1000*60*60*24);

}

void EstimateTester::pessimistic() {
    Estimate e1;
    e1.clear();
    QVERIFY(e1.pessimisticEstimate() == 0.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 0.0);
    
    e1.setPessimisticEstimate(1.0);
    QVERIFY(e1.pessimisticEstimate() == 1.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 1000*60*60);
    
    e1.setUnit(Duration::Unit_ms);
    QVERIFY(e1.pessimisticEstimate() == 1.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 1);

    e1.setUnit(Duration::Unit_s);
    QVERIFY(e1.pessimisticEstimate() == 1.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 1000);

    e1.setUnit(Duration::Unit_m);
    QVERIFY(e1.pessimisticEstimate() == 1.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 1000*60);

    e1.setUnit(Duration::Unit_h);
    QVERIFY(e1.pessimisticEstimate() == 1.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 1000*60*60);

    e1.setUnit(Duration::Unit_d);
    QVERIFY(e1.pessimisticEstimate() == 1.0);
    QVERIFY(e1.pessimisticValue().milliseconds() == 1000*60*60*24);

}

void EstimateTester::ratio() {
    Estimate e1;
    e1.clear();
    
    e1.setExpectedEstimate(1.0);
    e1.setOptimisticEstimate(1.0);
    e1.setPessimisticEstimate(1.0);

    QVERIFY(e1.pessimisticRatio() == 0);
    QVERIFY(e1.optimisticRatio() == 0);
    
    e1.setExpectedEstimate(2.0);
    e1.setOptimisticEstimate(1.0);
    e1.setPessimisticEstimate(4.0);

    QVERIFY(e1.pessimisticRatio() == 100);
    QVERIFY(e1.optimisticRatio() == -50);

    e1.setUnit(Duration::Unit_h);
    e1.setOptimisticEstimate(0.5);
    QVERIFY(e1.pessimisticRatio() == 100);
    QVERIFY(e1.optimisticRatio() == -75);

    e1.clear();
    e1.setUnit(Duration::Unit_d);
    e1.setExpectedEstimate(1.0);
    e1.setOptimisticRatio(-50);
    e1.setPessimisticRatio(100);
    QVERIFY(e1.pessimisticEstimate() == 2.0);
    QVERIFY(e1.optimisticEstimate() == 0.5);
    QVERIFY(e1.pessimisticValue() == 1000*60*60 * 48);
    QVERIFY(e1.optimisticValue() == 1000*60*60 * 12);

}

void EstimateTester::defaultScale() {
    QList<qint64> s = Estimate::defaultScales();

    QCOMPARE(s.count(), 8);

    Duration d = Estimate::scale(1.0, Duration::Unit_Y, s);
    QCOMPARE(d.milliseconds(), s[0]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_Y, s));

    d = Estimate::scale(1.0, Duration::Unit_M, s);
    QCOMPARE(d.milliseconds(), s[1]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_M, s));

    d = Estimate::scale(1.0, Duration::Unit_w, s);
    QCOMPARE(d.milliseconds(), s[2]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_w, s));

    d = Estimate::scale(1.0, Duration::Unit_d, s);
    QCOMPARE(d.milliseconds(), s[3]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_d, s));

    d = Estimate::scale(1.0, Duration::Unit_h, s);
    QCOMPARE(d.milliseconds(), s[4]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_h, s));

    d = Estimate::scale(1.0, Duration::Unit_m, s);
    QCOMPARE(d.milliseconds(), s[5]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_m, s));

    d = Estimate::scale(1.0, Duration::Unit_s, s);
    QCOMPARE(d.milliseconds(), s[6]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_s, s));

    d = Estimate::scale(1.0, Duration::Unit_ms, s);
    QCOMPARE(d.milliseconds(), s[7]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_ms, s));
}

void EstimateTester::scale() {
    StandardWorktime wt;
    QList<qint64> s = wt.scales();

    QCOMPARE(s.count(), 8);

    Duration d = Estimate::scale(1.0, Duration::Unit_Y, s);
    QCOMPARE(d.milliseconds(), s[0]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_Y, s));

    d = Estimate::scale(1.0, Duration::Unit_M, s);
    QCOMPARE(d.milliseconds(), s[1]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_M, s));

    d = Estimate::scale(1.0, Duration::Unit_w, s);
    QCOMPARE(d.milliseconds(), s[2]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_w, s));

    d = Estimate::scale(1.0, Duration::Unit_d, s);
    QCOMPARE(d.milliseconds(), s[3]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_d, s));

    d = Estimate::scale(1.0, Duration::Unit_h, s);
    QCOMPARE(d.milliseconds(), s[4]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_h, s));

    d = Estimate::scale(1.0, Duration::Unit_m, s);
    QCOMPARE(d.milliseconds(), s[5]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_m, s));

    d = Estimate::scale(1.0, Duration::Unit_s, s);
    QCOMPARE(d.milliseconds(), s[6]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_s, s));

    d = Estimate::scale(1.0, Duration::Unit_ms, s);
    QCOMPARE(d.milliseconds(), s[7]);
    QCOMPARE(1.0, Estimate::scale(d, Duration::Unit_ms, s));
}

void EstimateTester::pert() {
    Estimate e1;
    e1.clear();
    e1.setUnit(Duration::Unit_d);
    e1.setExpectedEstimate(4.0);
    e1.setOptimisticEstimate(2.0);
    e1.setPessimisticEstimate(8.0);
    
    QVERIFY(e1.deviation() == 1.0);
    QVERIFY(e1.deviation(Duration::Unit_h) == 24.0);

    QVERIFY(e1.variance() == 1.0);
    QVERIFY(e1.variance(Duration::Unit_h) == 24.0*24.0);
    
    qint64 day = 1000*60*60*24;

    e1.setRisktype(Estimate::Risk_None);
    QVERIFY(e1.pertExpected().milliseconds() == 4 * day);
    e1.setRisktype(Estimate::Risk_Low);
    QVERIFY(e1.pertExpected().milliseconds() == ((2 + 8 + (4*4))*day)/6);
    e1.setRisktype(Estimate::Risk_High);
    QVERIFY(e1.pertExpected().milliseconds() == ((2 + 16 + (4*4))*day)/7);
}

} //namespace KPlato

QTEST_GUILESS_MAIN(KPlato::EstimateTester)
