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Copy the kar file format from the lrc folder. #64

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775 changes: 775 additions & 0 deletions LrcParser.Tests/Parser/Kar/KarParserTest.cs

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60 changes: 60 additions & 0 deletions LrcParser.Tests/Parser/Kar/Lines/KarLyricParserTest.cs
Original file line number Diff line number Diff line change
@@ -0,0 +1,60 @@
// Copyright (c) karaoke.dev <[email protected]>. Licensed under the MIT Licence.
// See the LICENCE file in the repository root for full licence text.

using LrcParser.Parser.Kar.Lines;
using LrcParser.Parser.Kar.Metadata;
using LrcParser.Tests.Helper;
using LrcParser.Tests.Parser.Lines;
using NUnit.Framework;

namespace LrcParser.Tests.Parser.Kar.Lines;

public class KarLyricParserTest : BaseSingleLineParserTest<KarLyricParser, KarLyric>
{
[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", true)]
[TestCase("karaoke", true)]
[TestCase("", false)]
[TestCase(null, false)]
[TestCase("@Ruby1=帰,かえ", true)] // will take off this if no other parser to process this line.
public void TestCanDecode(string text, bool expected)
{
var actual = CanDecode(text);
Assert.That(actual, Is.EqualTo(expected));
}

[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", "帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" })]
[TestCase("帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", "帰り道は", new[] { "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" })]
[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は", "帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940" })]
[TestCase("帰り道は", "帰り道は", new string[] { })]
[TestCase("", "", new string[] { })]
[TestCase(null, "", new string[] { })]
public void TestDecode(string lyric, string text, string[] timeTags)
{
var expected = new KarLyric
{
Text = text,
TimeTags = TestCaseTagHelper.ParseTimeTags(timeTags),
};
var actual = Decode(lyric);

Assert.That(actual.Text, Is.EqualTo(expected.Text));
Assert.That(actual.TimeTags, Is.EqualTo(expected.TimeTags));
}

[TestCase("帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" }, "[00:17.97]帰[00:18.37]り[00:18.55]道[00:18.94]は[00:19.22]")]
[TestCase("帰り道は", new[] { "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" }, "帰[00:18.37]り[00:18.55]道[00:18.94]は[00:19.22]")]
[TestCase("帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940" }, "[00:17.97]帰[00:18.37]り[00:18.55]道[00:18.94]は")]
[TestCase("帰り道は", new string[] { }, "帰り道は")]
[TestCase("", new string[] { }, "")]
public void TestEncode(string text, string[] timeTags, string expected)
{
var lyric = new KarLyric
{
Text = text,
TimeTags = TestCaseTagHelper.ParseTimeTags(timeTags),
};
var actual = Encode(lyric);

Assert.That(actual, Is.EqualTo(expected));
}
}
68 changes: 68 additions & 0 deletions LrcParser.Tests/Parser/Kar/Lines/KarRubyParserTest.cs
Original file line number Diff line number Diff line change
@@ -0,0 +1,68 @@
// Copyright (c) karaoke.dev <[email protected]>. Licensed under the MIT Licence.
// See the LICENCE file in the repository root for full licence text.

using LrcParser.Parser.Kar.Lines;
using LrcParser.Parser.Kar.Metadata;
using LrcParser.Tests.Helper;
using LrcParser.Tests.Parser.Lines;
using NUnit.Framework;

namespace LrcParser.Tests.Parser.Kar.Lines;

public class KarRubyParserTest : BaseSingleLineParserTest<KarRubyParser, KarRuby>
{
[TestCase("@Ruby1=帰,かえ", true)]
[TestCase("", false)]
[TestCase(null, false)]
[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", false)]
[TestCase("karaoke", false)]
public void TestCanDecode(string text, bool expected)
{
var actual = CanDecode(text);
Assert.That(actual, Is.EqualTo(expected));
}

[TestCase("@Ruby1=帰,かえ,[00:53:19],[01:24:77]", "帰", "かえ", new string[] { }, 53190, 84770)]
[TestCase("@Ruby1=帰,かえ,[01:24:77]", "帰", "かえ", new string[] { }, 84770, null)]
[TestCase("@Ruby1=帰,かえ,,[01:24:77]", "帰", "かえ", new string[] { }, null, 84770)]
[TestCase("@Ruby1=帰,かえ", "帰", "かえ", new string[] { }, null, null)]
[TestCase("@Ruby1=帰,か[00:00:50]え", "帰", "かえ", new[] { "[1,start]:500" }, null, null)]
public void TestDecode(string rubyTag, string parent, string ruby, string[] timeTags, int? startTime, int? endTime)
{
var expected = new KarRuby
{
Parent = parent,
Ruby = ruby,
TimeTags = TestCaseTagHelper.ParseTimeTags(timeTags),
StartTime = startTime,
EndTime = endTime,
};
var actual = Decode(rubyTag);

Assert.That(actual.Ruby, Is.EqualTo(expected.Ruby));
Assert.That(actual.Parent, Is.EqualTo(expected.Parent));
Assert.That(actual.TimeTags, Is.EqualTo(expected.TimeTags));
Assert.That(actual.StartTime, Is.EqualTo(expected.StartTime));
Assert.That(actual.EndTime, Is.EqualTo(expected.EndTime));
}

[TestCase("帰", "かえ", new string[] { }, 53190, 84770, "@Ruby1=帰,かえ,[00:53.19],[01:24.77]")]
[TestCase("帰", "かえ", new string[] { }, 84770, null, "@Ruby1=帰,かえ,[01:24.77]")]
[TestCase("帰", "かえ", new string[] { }, null, 84770, "@Ruby1=帰,かえ,,[01:24.77]")]
[TestCase("帰", "かえ", new string[] { }, null, null, "@Ruby1=帰,かえ")]
[TestCase("帰", "かえ", new[] { "[1,start]:500" }, null, null, "@Ruby1=帰,か[00:00.50]え")]
public void TestEncode(string parent, string ruby, string[] timeTags, int? startTime, int? endTime, string expected)
{
var rubyTag = new KarRuby
{
Parent = parent,
Ruby = ruby,
TimeTags = TestCaseTagHelper.ParseTimeTags(timeTags),
StartTime = startTime,
EndTime = endTime,
};
var actual = Encode(rubyTag);

Assert.That(actual, Is.EqualTo(expected));
}
}
43 changes: 43 additions & 0 deletions LrcParser.Tests/Parser/Kar/Utils/KarTimedTextUtilsTest.cs
Original file line number Diff line number Diff line change
@@ -0,0 +1,43 @@
// Copyright (c) karaoke.dev <[email protected]>. Licensed under the MIT Licence.
// See the LICENCE file in the repository root for full licence text.

using System;
using LrcParser.Parser.Kar.Utils;
using LrcParser.Tests.Helper;
using NUnit.Framework;

namespace LrcParser.Tests.Parser.Kar.Utils;

public class KarTimedTextUtilsTest
{
[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", "帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" })]
[TestCase(" [00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", " 帰り道は", new[] { "[1,start]:17970", "[2,start]:18370", "[3,start]:18550", "[4,start]:18940", "[4,end]:19220" })]
[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22] ", "帰り道は ", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" })]
[TestCase("帰[00:18:37]り[00:18:55]道[00:18:94]は[00:19:22]", "帰り道は", new[] { "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" })]
[TestCase("[00:17:97]帰[00:18:37]り[00:18:55]道[00:18:94]は", "帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940" })]
[TestCase("[00:51.00][01:29.99][01:48.29][02:31.00][02:41.99]You gotta fight !", "You gotta fight !", new[] { "[0,start]:51000" })] // decode with invalid format.
[TestCase("帰り道は", "帰り道は", new string[] { })]
[TestCase("", "", new string[] { })]
[TestCase(null, "", new string[] { })]
public void TestDecode(string text, string expectedText, string[] expectedTimeTags)
{
var (actualText, actualTimeTags) = KarTimedTextUtils.TimedTextToObject(text);

Assert.That(actualText, Is.EqualTo(expectedText));
Assert.That(actualTimeTags, Is.EqualTo(TestCaseTagHelper.ParseTimeTags(expectedTimeTags)));
}

[TestCase("帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" }, "[00:17.97]帰[00:18.37]り[00:18.55]道[00:18.94]は[00:19.22]")]
[TestCase(" 帰り道は", new[] { "[1,start]:17970", "[2,start]:18370", "[3,start]:18550", "[4,start]:18940", "[4,end]:19220" }, " [00:17.97]帰[00:18.37]り[00:18.55]道[00:18.94]は[00:19.22]")]
[TestCase("帰り道は ", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" }, "[00:17.97]帰[00:18.37]り[00:18.55]道[00:18.94]は[00:19.22] ")]
[TestCase("帰り道は", new[] { "[1,start]:18370", "[2,start]:18550", "[3,start]:18940", "[3,end]:19220" }, "帰[00:18.37]り[00:18.55]道[00:18.94]は[00:19.22]")]
[TestCase("帰り道は", new[] { "[0,start]:17970", "[1,start]:18370", "[2,start]:18550", "[3,start]:18940" }, "[00:17.97]帰[00:18.37]り[00:18.55]道[00:18.94]は")]
[TestCase("帰り道は", new string[] { }, "帰り道は")]
[TestCase("", new string[] { }, "")]
public void TestEncode(string text, string[] timeTags, string expected)
{
var actual = KarTimedTextUtils.ToTimedText(text, TestCaseTagHelper.ParseTimeTags(timeTags));

Assert.That(actual, Is.EqualTo(expected));
}
}
26 changes: 26 additions & 0 deletions LrcParser.Tests/Parser/Kar/Utils/TimeTagUtilsTest.cs
Original file line number Diff line number Diff line change
@@ -0,0 +1,26 @@
// Copyright (c) karaoke.dev <[email protected]>. Licensed under the MIT Licence.
// See the LICENCE file in the repository root for full licence text.

using LrcParser.Parser.Kar.Utils;
using NUnit.Framework;

namespace LrcParser.Tests.Parser.Kar.Utils;

public class TimeTagUtilsTest
{
[TestCase("[00:01:00]", 1000)]
public void TestTimeTagToMillionSecond(string timeTag, int millionSecond)
{
var actual = TimeTagUtils.TimeTagToMillionSecond(timeTag);

Assert.That(actual, Is.EqualTo(millionSecond));
}

[TestCase(1000, "[00:01.00]")]
public void TestTimeTagToMillionSecond(int millionSecond, string timeTag)
{
var actual = TimeTagUtils.MillionSecondToTimeTag(millionSecond);

Assert.That(actual, Is.EqualTo(timeTag));
}
}
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