public void Setup()
{
_options = Substitute.For <IOptionProviderChapterMarkers>();
_options.ChapterMarkers.Returns(new string[] { "第1章", "第2章", "第3章" });
_breaker = new ContentsBreaker(new ChapterMarkersProvider(_options, null));
using (var reader = new MarkingTextReader(new StringReader(_text)))
{
_contents = _breaker.Analyze(reader);
}
}
ContentsInfo CreateAnnotatedXhtmlContents()
{
ContentsInfo contents;
using (var inputReader = new MarkingTextReader(new StreamReader(_inputFile, Encoding.UTF8)))
{
contents = _breaker.Analyze(inputReader);
}
foreach (var chapter in contents.ChapterFiles)
{
_log.Debug($"Html for chapter {chapter.Name}");
AnnotateMappingAndConvertToXhtml(chapter);
}
return(contents);
}
public void AnalyzeShouldDetectSingleChapter0WhenChapterMarkersAreEmpty()
{
var noMarkers = Substitute.For <IChapterMarkersProvider>();
noMarkers.ProvideChapterMarkers(null).Returns(new string[] { });
ContentsInfo zeroContents;
var zeroBreaker = new ContentsBreaker(noMarkers);
using (var reader = new MarkingTextReader(new StringReader(_text)))
{
zeroContents = zeroBreaker.Analyze(reader);
}
Assert.AreEqual(1, zeroContents.ChapterFiles.Count, "ChapterFiles Count");
Assert.AreEqual("ch0", zeroContents.ChapterFiles[0].Name, "FilePath");
Assert.AreEqual(0, zeroContents.ChapterFiles[0].StartLine, "StartLine");
Assert.AreEqual(13, zeroContents.ChapterFiles[0].LengthInLines, "LengthInLines");
zeroContents.ChapterFiles[0].PlainTextContent.Should().BeEquivalentTo(_text.Split('\n'));
}
public ContentsInfo Analyze(MarkingTextReader reader)
{
var chapterMarkers = _markersProvider.ProvideChapterMarkers(reader.Lines).ToArray();
var contents = new ContentsInfo
{
ChapterFiles = new List <ContentsMapping>(chapterMarkers.Length + 1)
};
int startLine = 0;
int chapterIndex = 0;
for (chapterIndex = 0; chapterIndex < chapterMarkers.Length; chapterIndex++)
{
var count = reader.CountLinesUntilMarker(chapterMarkers[chapterIndex], chapterIndex == 0);
contents.ChapterFiles.Add(new ContentsMapping()
{
Name = $"ch{chapterIndex}",
StartLine = startLine,
LengthInLines = count,
PlainTextContent = new List <string>(count),
});
Copy(reader.Lines, contents.ChapterFiles[chapterIndex]);
startLine += count;
}
contents.ChapterFiles.Add(new ContentsMapping()
{
Name = $"ch{chapterIndex}",
StartLine = startLine,
LengthInLines = reader.CountLinesUntilEnd() + (startLine > 0 ? 1 : 0),
PlainTextContent = new List <string>(),
});
Copy(reader.Lines, contents.ChapterFiles[chapterIndex]);
return(contents);
}
public void TearDown()
{
_reader.Dispose();
_reader = null;
}
public void Setup()
{
_reader = new MarkingTextReader(new StringReader("line1\nx\ny\nline2\nline3\nx\nline4\nline5\ny\nline6\n"));
}
