/// <summary>
/// Called by all elements to find the next element to parse out of the markdown given a startingPos and an ending Pos
/// </summary>
/// <param name="markdown"></param>
/// <param name="startingPos"></param>
/// <param name="endingPost"></param>
/// <returns></returns>
public static MarkdownBlock FindNextBlock(ref string markdown, ref int startingPos, int endingPos)
{
// We need to look at the start of this current block and figure out what type it is.
// Find the next char that isn't a \n, \r, or ' ', keep track of white space
int spaceCount = 0;
while (markdown.Length > startingPos && endingPos > startingPos && (markdown[startingPos] == '\r' || markdown[startingPos] == '\n' || Char.IsWhiteSpace(markdown[startingPos])))
{
// If we find a space count it for the indent rules. If not reset the count.
spaceCount = markdown[startingPos] == ' ' ? spaceCount + 1 : 0;
startingPos++;
}
if (CodeBlock.CanHandleBlock(ref markdown, startingPos, endingPos, spaceCount))
{
return(new CodeBlock());
}
if (QuoteBlock.CanHandleBlock(ref markdown, startingPos, endingPos))
{
return(new QuoteBlock());
}
if (HeaderBlock.CanHandleBlock(ref markdown, startingPos, endingPos))
{
return(new HeaderBlock());
}
if (ListElementBlock.CanHandleBlock(ref markdown, startingPos, endingPos))
{
return(new ListElementBlock());
}
if (HorizontalRuleBlock.CanHandleBlock(ref markdown, startingPos, endingPos))
{
return(new HorizontalRuleBlock());
}
if (LineBreakBlock.CanHandleBlock(ref markdown, startingPos, endingPos))
{
return(new LineBreakBlock());
}
// If we can't match any of these just make a new paragraph.
return(new ParagraphBlock());
}
