Kavita/API.Tests/Extensions/QueryableExtensionsTests.cs
Joe Milazzo 5d1dd7b3f0
.NET 7 + Spring Cleaning (#1677)
* Updated to net7.0

* Updated GA to .net 7

* Updated System.IO.Abstractions to use New factory.

* Converted Regex into SourceGenerator in Parser.

* Updated more regex to source generators.

* Enabled Nullability and more regex changes throughout codebase.

* Parser is 100% GeneratedRegexified

* Lots of nullability code

* Enabled nullability for all repositories.

* Fixed another unit test

* Refactored some code around and took care of some todos.

* Updating code for nullability and cleaning up methods that aren't used anymore. Refctored all uses of Parser.Normalize() to use new extension

* More nullability exercises. 500 warnings to go.

* Fixed a bug where custom file uploads for entities wouldn't save in webP.

* Nullability is done for all DTOs

* Fixed all unit tests and nullability for the project. Only OPDS is left which will be done with an upcoming OPDS enhancement.

* Use localization in book service after validating

* Code smells

* Switched to preview build of swashbuckle for .net7 support

* Fixed up merge issues

* Disable emulate comic book when on single page reader

* Fixed a regression where double page renderer wouldn't layout the images correctly

* Updated to swashbuckle which support .net 7

* Fixed a bad GA action

* Some code cleanup

* More code smells

* Took care of most of nullable issues

* Fixed a broken test due to having more than one test run in parallel

* I'm really not sure why the unit tests are failing or are so extremely slow on .net 7

* Updated all dependencies

* Fixed up build and removed hardcoded framework from build scripts. (this merge removes Regex Source generators). Unit tests are completely busted.

* Unit tests and code cleanup. Needs shakeout now.

* Adjusted Series model since a few fields are not-nullable. Removed dead imports on the project.

* Refactored to use Builder pattern for all unit tests.

* Switched nullability down to warnings. It wasn't possible to switch due to constraint issues in DB Migration.
2023-03-05 12:55:13 -08:00

294 lines
9.0 KiB
C#

using System.Collections.Generic;
using System.Linq;
using API.Data;
using API.Data.Misc;
using API.Entities;
using API.Entities.Enums;
using API.Entities.Metadata;
using API.Extensions;
using API.Tests.Helpers.Builders;
using Xunit;
namespace API.Tests.Extensions;
public class QueryableExtensionsTests
{
[Theory]
[InlineData(true, 2)]
[InlineData(false, 1)]
public void RestrictAgainstAgeRestriction_Series_ShouldRestrictEverythingAboveTeen(bool includeUnknowns, int expectedCount)
{
var items = new List<Series>()
{
new SeriesBuilder("Test 1")
.WithMetadata( new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
})
.Build(),
new SeriesBuilder("Test 2")
.WithMetadata( new SeriesMetadata()
{
AgeRating = AgeRating.Unknown,
})
.Build(),
new SeriesBuilder("Test 3")
.WithMetadata( new SeriesMetadata()
{
AgeRating = AgeRating.X18Plus,
})
.Build()
};
var filtered = items.AsQueryable().RestrictAgainstAgeRestriction(new AgeRestriction()
{
AgeRating = AgeRating.Teen,
IncludeUnknowns = includeUnknowns
});
Assert.Equal(expectedCount, filtered.Count());
}
[Theory]
[InlineData(true, 2)]
[InlineData(false, 1)]
public void RestrictAgainstAgeRestriction_CollectionTag_ShouldRestrictEverythingAboveTeen(bool includeUnknowns, int expectedCount)
{
var items = new List<CollectionTag>()
{
new CollectionTag()
{
Title = "Test",
NormalizedTitle = "Test".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new CollectionTag()
{
Title = "Test",
NormalizedTitle = "Test".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Unknown,
},
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new CollectionTag()
{
Title = "Test",
NormalizedTitle = "Test".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.X18Plus,
}
}
},
};
var filtered = items.AsQueryable().RestrictAgainstAgeRestriction(new AgeRestriction()
{
AgeRating = AgeRating.Teen,
IncludeUnknowns = includeUnknowns
});
Assert.Equal(expectedCount, filtered.Count());
}
[Theory]
[InlineData(true, 2)]
[InlineData(false, 1)]
public void RestrictAgainstAgeRestriction_Genre_ShouldRestrictEverythingAboveTeen(bool includeUnknowns, int expectedCount)
{
var items = new List<Genre>()
{
new Genre()
{
Title = "A",
NormalizedTitle = "A".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new Genre()
{
Title = "B",
NormalizedTitle = "B".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Unknown,
},
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new Genre()
{
Title = "C",
NormalizedTitle = "C".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.X18Plus,
}
}
},
};
var filtered = items.AsQueryable().RestrictAgainstAgeRestriction(new AgeRestriction()
{
AgeRating = AgeRating.Teen,
IncludeUnknowns = includeUnknowns
});
Assert.Equal(expectedCount, filtered.Count());
}
[Theory]
[InlineData(true, 2)]
[InlineData(false, 1)]
public void RestrictAgainstAgeRestriction_Tag_ShouldRestrictEverythingAboveTeen(bool includeUnknowns, int expectedCount)
{
var items = new List<Tag>()
{
new Tag()
{
Title = "Test 1",
NormalizedTitle = "Test 1".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new Tag()
{
Title = "Test 2",
NormalizedTitle = "Test 2".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Unknown,
},
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new Tag()
{
Title = "Test 3",
NormalizedTitle = "Test 3".ToNormalized(),
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.X18Plus,
}
}
},
};
var filtered = items.AsQueryable().RestrictAgainstAgeRestriction(new AgeRestriction()
{
AgeRating = AgeRating.Teen,
IncludeUnknowns = includeUnknowns
});
Assert.Equal(expectedCount, filtered.Count());
}
[Theory]
[InlineData(true, 2)]
[InlineData(false, 1)]
public void RestrictAgainstAgeRestriction_Person_ShouldRestrictEverythingAboveTeen(bool includeUnknowns, int expectedCount)
{
var items = new List<Person>()
{
new Person()
{
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new Person()
{
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.Unknown,
},
new SeriesMetadata()
{
AgeRating = AgeRating.Teen,
}
}
},
new Person()
{
SeriesMetadatas = new List<SeriesMetadata>()
{
new SeriesMetadata()
{
AgeRating = AgeRating.X18Plus,
}
}
},
};
var filtered = items.AsQueryable().RestrictAgainstAgeRestriction(new AgeRestriction()
{
AgeRating = AgeRating.Teen,
IncludeUnknowns = includeUnknowns
});
Assert.Equal(expectedCount, filtered.Count());
}
[Theory]
[InlineData(true, 2)]
[InlineData(false, 1)]
public void RestrictAgainstAgeRestriction_ReadingList_ShouldRestrictEverythingAboveTeen(bool includeUnknowns, int expectedCount)
{
var items = new List<ReadingList>()
{
DbFactory.ReadingList("Test List", null, false, AgeRating.Teen),
DbFactory.ReadingList("Test List", null, false, AgeRating.Unknown),
DbFactory.ReadingList("Test List", null, false, AgeRating.X18Plus),
};
var filtered = items.AsQueryable().RestrictAgainstAgeRestriction(new AgeRestriction()
{
AgeRating = AgeRating.Teen,
IncludeUnknowns = includeUnknowns
});
Assert.Equal(expectedCount, filtered.Count());
}
}