public void TestToString()
{
var table = new MarkdownTable(
new MarkdownTableHeader(
new MarkdownTableHeaderCell[]
{
new MarkdownTableHeaderCell("Header"),
new MarkdownTableHeaderCell("Header")
}
),
new MarkdownTableRow[]
{
new MarkdownTableRow("cell", "cell"),
new MarkdownTableRow("cell", "cell")
}
);
Assert.Equal(
"| Header | Header |" + Environment.NewLine +
"| --- | --- |" + Environment.NewLine +
"| cell | cell |" + Environment.NewLine +
"| cell | cell |" + Environment.NewLine,
table.ToString()
);
}
static void CreateMainMarkdown()
{
var template = File.ReadAllText(Data.TemplateDir + "/github.md");
var table = new MarkdownTable("Article / Interview", "Date", "Publisher", "Sources / Mirrors");
foreach (var a in articles)
{
table.Row(Markdown.Link(a.title, a.primarySource), a.date, a.publisher ?? "", Markdown.LinksString(a.sources));
}
template = template.Replace("{ARTICLES_TABLE}", table.ToString());
table = new MarkdownTable("Event", "Date", "Sources");
foreach (var e in events)
{
table.Row(e.linkOrTitle, e.date, e.sourceLinks);
}
template = template.Replace("{EVENTS_TABLE}", table.ToString());
table = new MarkdownTable("Video", "Date");
foreach (var v in videos)
{
table.Row(Markdown.Link(v.title, v.primarySource), v.dateMarkdownLinks);
}
template = template.Replace("{VIDEO_TABLE}", table.ToString());
table = new MarkdownTable("Audio", "Date");
foreach (var a in audio)
{
table.Row(Markdown.Link(a.title, a.primarySource), a.dateMarkdownLinks);
}
template = template.Replace("{AUDIO_TABLE}", table.ToString());
table = new MarkdownTable("Game", "Year of game release");
foreach (var s in source)
{
table.Row(Markdown.Link(s.game, s.url), s.year);
}
template = template.Replace("{SOURCE_TABLE}", table.ToString());
File.WriteAllText(Data.BaseDir + "/README.md", template);
}
public override string ToString()
{
var composer = new MarkdownComposer();
composer
.AppendHeader("Source Text:", 2)
.AppendLine(SourceText)
.AppendLine();
composer
.AppendHeader($"Contains messages: {ContainsMessages}", 2);
if (ContainsMessages)
{
composer
.IncreaseIndentation()
.AppendLine(MessagesText)
.DecreaseIndentation()
.AppendLine();
}
composer
.AppendHeader($"Contains tree root: {ContainsParseTreeRoot}", 2)
.AppendLine();
if (ContainsParseTreeRoot)
{
var nodesStack = new Stack <ParseTreeNode>();
nodesStack.Push(ParseTreeRoot);
var levelsStack = new Stack <int>();
levelsStack.Push(0);
var indexStack = new Stack <List <int> >();
indexStack.Push(new List <int>());
var mdTableComposer = new MarkdownTable();
mdTableComposer.AddColumn("Path Index", MarkdownTableColumnAlignment.Left, "Path Index");
mdTableComposer.AddColumn("Node", MarkdownTableColumnAlignment.Left, "Node");
mdTableComposer.AddColumn("Token", MarkdownTableColumnAlignment.Left, "Token");
while (nodesStack.Count > 0)
{
var node = nodesStack.Pop();
var level = levelsStack.Pop();
var indexList = indexStack.Pop();
var indexText =
indexList.Concatenate(",", "[", "]");
var sourceTextStart = node.Span.Location.Position;
var sourceTextLength = node.Span.Length;
var sourceText = SourceText.Substring(sourceTextStart, sourceTextLength);
mdTableComposer[0].Add(indexText);
mdTableComposer[1].Add("".PadLeft(level * 2) + node);
mdTableComposer[2].Add(node.FindTokenAndGetText());
//mdTableComposer[2].Add(sourceText);
if (node.ChildNodes.Count == 0)
{
continue;
}
var childLevel = level + 1;
var childNodes =
((IEnumerable <ParseTreeNode>)node.ChildNodes).Reverse();
var childIndex = node.ChildNodes.Count - 1;
foreach (var childNode in childNodes)
{
nodesStack.Push(childNode);
levelsStack.Push(childLevel);
var childIndexList = new List <int>(indexList)
{
childIndex
};
indexStack.Push(childIndexList);
childIndex--;
}
}
composer.AppendAtNewLine(mdTableComposer.ToString());
}
return(composer.ToString());
}
