Kavita/API/Data/DbFactory.cs
Joseph Milazzo bbe8f800f6
.NET 6 Coding Patterns + Unit Tests (#823)
* Refactored all files to have Interfaces within the same file. Started moving over to file-scoped namespaces.

* Refactored common methods for getting underlying file's cover, pages, and extracting into 1 interface.

* More refactoring around removing dependence on explicit filetype testing for getting information.

* Code is buildable, tests are broken. Huge refactor (not completed) which makes most of DirectoryService testable with a mock filesystem (and thus the services that utilize it).

* Finished porting DirectoryService to use mocked filesystem implementation.

* Added a null check

* Added a null check

* Finished all unit tests for DirectoryService.

* Some misc cleanup on the code

* Fixed up some bugs from refactoring scan loop.

* Implemented CleanupService testing and refactored more of DirectoryService to be non-static.

Fixed a bug where cover file cleanup wasn't properly finding files due to a regex bug.

* Fixed an issue in CleanupBackup() where we weren't properly selecting database files older than 30 days. Finished CleanupService Tests.

* Refactored Flatten and RemoveNonImages to directory service to allow CacheService to be testable.

* Finally have CacheService tested. Rewrote GetCachedPagePath() to be much more straightforward & performant.

* Updated DefaultParserTests.cs to contain all existing tests and follow new test layout format.

* All tests fixed up
2021-12-05 08:58:53 -08:00

117 lines
3.6 KiB
C#

using System;
using System.Collections.Generic;
using API.Data.Metadata;
using API.Entities;
using API.Entities.Enums;
using API.Entities.Metadata;
using API.Extensions;
using API.Parser;
using API.Services.Tasks;
namespace API.Data
{
/// <summary>
/// Responsible for creating Series, Volume, Chapter, MangaFiles for use in <see cref="ScannerService"/>
/// </summary>
public static class DbFactory
{
public static Series Series(string name)
{
return new ()
{
Name = name,
OriginalName = name,
LocalizedName = name,
NormalizedName = Parser.Parser.Normalize(name),
SortName = name,
Volumes = new List<Volume>(),
Metadata = SeriesMetadata(Array.Empty<CollectionTag>())
};
}
public static SeriesMetadata SeriesMetadata(ComicInfo info)
{
return SeriesMetadata(Array.Empty<CollectionTag>());
}
public static Volume Volume(string volumeNumber)
{
return new Volume()
{
Name = volumeNumber,
Number = (int) Parser.Parser.MinimumNumberFromRange(volumeNumber),
Chapters = new List<Chapter>()
};
}
public static Chapter Chapter(ParserInfo info)
{
var specialTreatment = info.IsSpecialInfo();
var specialTitle = specialTreatment ? info.Filename : info.Chapters;
return new Chapter()
{
Number = specialTreatment ? "0" : Parser.Parser.MinimumNumberFromRange(info.Chapters) + string.Empty,
Range = specialTreatment ? info.Filename : info.Chapters,
Title = (specialTreatment && info.Format == MangaFormat.Epub)
? info.Title
: specialTitle,
Files = new List<MangaFile>(),
IsSpecial = specialTreatment,
};
}
public static SeriesMetadata SeriesMetadata(ICollection<CollectionTag> collectionTags)
{
return new SeriesMetadata()
{
CollectionTags = collectionTags,
Summary = string.Empty
};
}
public static CollectionTag CollectionTag(int id, string title, string summary, bool promoted)
{
return new CollectionTag()
{
Id = id,
NormalizedTitle = API.Parser.Parser.Normalize(title?.Trim()).ToUpper(),
Title = title?.Trim(),
Summary = summary?.Trim(),
Promoted = promoted
};
}
public static Genre Genre(string name, bool external)
{
return new Genre()
{
Title = name.Trim().SentenceCase(),
NormalizedTitle = Parser.Parser.Normalize(name),
ExternalTag = external
};
}
public static Person Person(string name, PersonRole role)
{
return new Person()
{
Name = name.Trim(),
NormalizedName = Parser.Parser.Normalize(name),
Role = role
};
}
public static MangaFile MangaFile(string filePath, MangaFormat format, int pages)
{
return new MangaFile()
{
FilePath = filePath,
Format = format,
Pages = pages,
LastModified = DateTime.Now //File.GetLastWriteTime(filePath)
};
}
}
}