rootdarkarchon
effb5cc0e4
* Add AdjustSkillExpForLowLevels to AddSkillPointsToPlayer * remove unused AdjustSkillExpForLowLevels * format unit tests * fix suggestions * Revert "remove unused AdjustSkillExpForLowLevels" This reverts commit 43e0ab654378ca7ba1140648b1624730d637073b. * mark as obsolete * fix log message --------- Co-authored-by: rootdarkarchon <root.darkarchon@outlook.com>
68 lines
4.4 KiB
C#
68 lines
4.4 KiB
C#
using NUnit.Framework;
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using SPTarkov.Server.Core.Helpers;
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using SPTarkov.Server.Core.Servers;
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using SPTarkov.Server.Core.Services;
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using SPTarkov.Server.Core.Utils;
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using UnitTests.Mock;
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namespace UnitTests.Tests.Services;
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[TestFixture]
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public class ProfileHelperTests
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{
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private ProfileHelper _sut;
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[SetUp]
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public void Setup()
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{
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_sut = new ProfileHelper(
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new MockLogger<ProfileHelper>(),
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new SPTarkov.Server.Core.Utils.Cloners.FastCloner(),
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DI.GetInstance().GetService<SaveServer>(),
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DI.GetInstance().GetService<DatabaseService>(),
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DI.GetInstance().GetService<Watermark>(),
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DI.GetInstance().GetService<TimeUtil>(),
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DI.GetInstance().GetService<ServerLocalisationService>(),
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DI.GetInstance().GetService<ConfigServer>()
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);
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}
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[Test]
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[TestCaseSource(nameof(GetAdjustSkillExpForLowLevelsTestData))]
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public void AdjustSkillExpForLowLevels(double startingProgress, double addedProgress, double expectedAdjustedProgress)
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{
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var result = _sut.AdjustSkillExpForLowLevels(startingProgress, addedProgress);
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Assert.AreEqual(expectedAdjustedProgress, result, 0.001);
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}
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private static IEnumerable<double[]> GetAdjustSkillExpForLowLevelsTestData()
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{
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// tests for levels 1-10 with +1.0 progress added
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yield return [0000, 01.0, 10.000]; // 1, 10.0 XP on UI, +1 => 1.0/ 10.0 = 10.000/100 internal
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yield return [0100, 01.0, 05.000]; // 2, 20.0 XP on UI, +1 => 1.0/ 20.0 = 5.000/100 internal
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yield return [0200, 01.0, 03.333]; // 3, 30.0 XP on UI, +1 => 1.0/ 30.0 = 3.333/100 internal
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yield return [0300, 01.0, 02.500]; // 4, 40.0 XP on UI, +1 => 1.0/ 40.0 = 2.500/100 internal
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yield return [0400, 01.0, 02.000]; // 5, 50.0 XP on UI, +1 => 1.0/ 50.0 = 2.000/100 internal
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yield return [0500, 01.0, 01.667]; // 6, 60.0 XP on UI, +1 => 1.0/ 60.0 = 1.667/100 internal
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yield return [0600, 01.0, 01.428]; // 7, 70.0 XP on UI, +1 => 1.0/ 70.0 = 1.428/100 internal
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yield return [0700, 01.0, 01.250]; // 8, 80.0 XP on UI, +1 => 1.0/ 80.0 = 1.250/100 internal
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yield return [0800, 01.0, 01.111]; // 9, 90.0 XP on UI, +1 => 1.0/ 90.0 = 1.111/100 internal
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yield return [0900, 01.0, 01.000]; // 10, 100.0 XP on UI, +1 => 1.0/100.0 = 1.000/100 internal => no scaling
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yield return [1000, 01.0, 01.000]; // 11, 100.0 XP on UI, +1 => 1.0/100.0 = 1.000/100 internal => no scaling
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// level boundary tests for partial progress with +4.0 progress added
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yield return [0098, 04.0, 21.000]; // 1-> 2, 98 = 9.8/ 10, +4.0 = 9.8-> 10 (+2, -0.2), remaining +3.8 (3.8/ 20) = 19.000/100 => 21.000 total
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yield return [0198, 04.0, 14.000]; // 2-> 3, 198 = 19.6/ 20, +4.0 = 19.6-> 20 (+2, -0.4), remaining +3.6 (3.6/ 30) = 12.000/100 => 14.000 total
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yield return [0298, 04.0, 10.500]; // 3-> 4, 298 = 29.4/ 30, +4.0 = 29.4-> 30 (+2, -0.6), remaining +3.4 (3.4/ 40) = 8.500/100 => 10.500 total
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yield return [0398, 04.0, 08.400]; // 4-> 5, 398 = 39.2/ 40, +4.0 = 39.2-> 40 (+2, -0.8), remaining +3.2 (3.2/ 50) = 6.400/100 => 8.400 total
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yield return [0498, 04.0, 07.000]; // 5-> 6, 498 = 49.0/ 50, +4.0 = 49.0-> 50 (+2, -1.0), remaining +3.0 (3.0/ 60) = 5.000/100 => 7.000 total
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yield return [0598, 04.0, 06.000]; // 6-> 7, 598 = 58.8/ 60, +4.0 = 58.8-> 60 (+2, -1.2), remaining +2.8 (2.8/ 70) = 4.000/100 => 6.000 total
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yield return [0698, 04.0, 05.250]; // 7-> 8, 698 = 68.6/ 70, +4.0 = 68.6-> 70 (+2, -1.4), remaining +2.6 (2.6/ 80) = 3.250/100 => 5.250 total
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yield return [0798, 04.0, 04.667]; // 8-> 9, 798 = 78.4/ 80, +4.0 = 78.4-> 80 (+2, -1.6), remaining +2.4 (2.4/ 90) = 2.667/100 => 4.667 total
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yield return [0898, 04.0, 04.200]; // 9->10, 898 = 88.2/ 90, +4.0 = 88.2-> 90 (+2, -1.8), remaining +2.2 (2.2/100) = 2.200/100 => 4.200 total
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yield return [0998, 04.0, 04.000]; // 10->11, 998 = 98.0/100, +4.0 = 98.0->100 (+2, -2.0), remaining +2.0 (2.0/100) = 2.000/100 => 4.000 total
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yield return [1098, 04.0, 04.000]; // 11->12, 1098 = 98.0/100, +4.0 = 98.0->100 (+2, -2.0), remaining +2.0 (2.0/100) = 2.000/100 => 4.000 total
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// test multi level boundary jumps
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yield return [050, 30.0, 166.667]; // 1-> 3, 50 = 5.0/ 10, +3.0 = 5.0-> 10 (+50, -5.0), remaining +25: 0.0->20 (+100, -20), remaining +5 (5.0/30) = 16.667/100 => 166.667 total
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}
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}
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