Kavita/API.Tests/Comparers/NaturalSortComparerTest.cs
Joseph Milazzo 49d1021049
Cover Image Picking + Forwarding Headers with EPUBs (#700)
* Ensure Kavita knows about forwarding headers (fixes issue with epub urls not going through https with reverse proxy). Fixed a case where cover image selection preferred nested folders vs files in root directory.

* Fixed broken unit test

* Added bug that I fixed to the unit tests
2021-10-21 14:51:14 -05:00

108 lines
4.6 KiB
C#

using System;
using System.Linq;
using API.Comparators;
using Xunit;
namespace API.Tests.Comparers
{
public class NaturalSortComparerTest
{
private readonly NaturalSortComparer _nc = new NaturalSortComparer();
[Theory]
[InlineData(
new[] {"x1.jpg", "x10.jpg", "x3.jpg", "x4.jpg", "x11.jpg"},
new[] {"x1.jpg", "x3.jpg", "x4.jpg", "x10.jpg", "x11.jpg"}
)]
[InlineData(
new[] {"Beelzebub_153b_RHS.zip", "Beelzebub_01_[Noodles].zip",},
new[] {"Beelzebub_01_[Noodles].zip", "Beelzebub_153b_RHS.zip"}
)]
[InlineData(
new[] {"[SCX-Scans]_Vandread_v02_Act02.zip", "[SCX-Scans]_Vandread_v02_Act01.zip",},
new[] {"[SCX-Scans]_Vandread_v02_Act01.zip", "[SCX-Scans]_Vandread_v02_Act02.zip",}
)]
[InlineData(
new[] {"Frogman v01 001.jpg", "Frogman v01 ch01 p00 Credits.jpg",},
new[] {"Frogman v01 001.jpg", "Frogman v01 ch01 p00 Credits.jpg",}
)]
[InlineData(
new[] {"001.jpg", "10.jpg",},
new[] {"001.jpg", "10.jpg",}
)]
[InlineData(
new[] {"10/001.jpg", "10.jpg",},
new[] {"10.jpg", "10/001.jpg",}
)]
[InlineData(
new[] {"Batman - Black white vol 1 #04.cbr", "Batman - Black white vol 1 #03.cbr", "Batman - Black white vol 1 #01.cbr", "Batman - Black white vol 1 #02.cbr"},
new[] {"Batman - Black white vol 1 #01.cbr", "Batman - Black white vol 1 #02.cbr", "Batman - Black white vol 1 #03.cbr", "Batman - Black white vol 1 #04.cbr"}
)]
[InlineData(
new[] {"3and4.cbz", "The World God Only Knows - Oneshot.cbz", "5.cbz", "1and2.cbz"},
new[] {"1and2.cbz", "3and4.cbz", "5.cbz", "The World God Only Knows - Oneshot.cbz"}
)]
[InlineData(
new[] {"Solo Leveling - c000 (v01) - p000 [Cover] [dig] [Yen Press] [LuCaZ].jpg", "Solo Leveling - c000 (v01) - p001 [dig] [Yen Press] [LuCaZ].jpg", "Solo Leveling - c000 (v01) - p002 [dig] [Yen Press] [LuCaZ].jpg", "Solo Leveling - c000 (v01) - p003 [dig] [Yen Press] [LuCaZ].jpg"},
new[] {"Solo Leveling - c000 (v01) - p000 [Cover] [dig] [Yen Press] [LuCaZ].jpg", "Solo Leveling - c000 (v01) - p001 [dig] [Yen Press] [LuCaZ].jpg", "Solo Leveling - c000 (v01) - p002 [dig] [Yen Press] [LuCaZ].jpg", "Solo Leveling - c000 (v01) - p003 [dig] [Yen Press] [LuCaZ].jpg"}
)]
public void TestNaturalSortComparer(string[] input, string[] expected)
{
Array.Sort(input, _nc);
var i = 0;
foreach (var s in input)
{
Assert.Equal(s, expected[i]);
i++;
}
}
[Theory]
[InlineData(
new[] {"x1.jpg", "x10.jpg", "x3.jpg", "x4.jpg", "x11.jpg"},
new[] {"x1.jpg", "x3.jpg", "x4.jpg", "x10.jpg", "x11.jpg"}
)]
[InlineData(
new[] {"x2.jpg", "x10.jpg", "x3.jpg", "x4.jpg", "x11.jpg"},
new[] {"x2.jpg", "x3.jpg", "x4.jpg", "x10.jpg", "x11.jpg"}
)]
[InlineData(
new[] {"Beelzebub_153b_RHS.zip", "Beelzebub_01_[Noodles].zip",},
new[] {"Beelzebub_01_[Noodles].zip", "Beelzebub_153b_RHS.zip"}
)]
[InlineData(
new[] {"[SCX-Scans]_Vandread_v02_Act02.zip", "[SCX-Scans]_Vandread_v02_Act01.zip","[SCX-Scans]_Vandread_v02_Act07.zip",},
new[] {"[SCX-Scans]_Vandread_v02_Act01.zip", "[SCX-Scans]_Vandread_v02_Act02.zip","[SCX-Scans]_Vandread_v02_Act07.zip",}
)]
[InlineData(
new[] {"Frogman v01 001.jpg", "Frogman v01 ch01 p00 Credits.jpg",},
new[] {"Frogman v01 001.jpg", "Frogman v01 ch01 p00 Credits.jpg",}
)]
[InlineData(
new[] {"001.jpg", "10.jpg",},
new[] {"001.jpg", "10.jpg",}
)]
[InlineData(
new[] {"10/001.jpg", "10.jpg",},
new[] {"10.jpg", "10/001.jpg",}
)]
[InlineData(
new[] {"Batman - Black white vol 1 #04.cbr", "Batman - Black white vol 1 #03.cbr", "Batman - Black white vol 1 #01.cbr", "Batman - Black white vol 1 #02.cbr"},
new[] {"Batman - Black white vol 1 #01.cbr", "Batman - Black white vol 1 #02.cbr", "Batman - Black white vol 1 #03.cbr", "Batman - Black white vol 1 #04.cbr"}
)]
public void TestNaturalSortComparerLinq(string[] input, string[] expected)
{
var output = input.OrderBy(c => c, _nc);
var i = 0;
foreach (var s in output)
{
Assert.Equal(s, expected[i]);
i++;
}
}
}
}