using System; using System.Collections.Generic; using System.Text; using System.IO; namespace Handbrake.Parsing { public class Chapter { private int m_chapterNumber; public int ChapterNumber { get { return this.m_chapterNumber; } } /*private int[] m_cellRange; public int[] CellRange { get { return this.m_cellRange; } } private int m_blocks; public int BlockCount { get { return this.m_blocks; } }*/ private TimeSpan m_duration; public TimeSpan Duration { get { return this.m_duration; } } public override string ToString() { return this.m_chapterNumber.ToString(); } public static Chapter Parse(StreamReader output) { string curLine = output.ReadLine(); if (!curLine.Contains(" + audio tracks:")) { Chapter thisChapter = new Chapter(); string[] splitter = curLine.Split(new string[] { " + ", ": cells ", ", ", " blocks, duration ", "->" }, StringSplitOptions.RemoveEmptyEntries); thisChapter.m_chapterNumber = int.Parse(splitter[0]); //thisChapter.m_cellRange = new int[2] { int.Parse(splitter[1]), int.Parse(splitter[2]) }; //thisChapter.m_blocks = int.Parse(splitter[3]); thisChapter.m_duration = TimeSpan.Parse(splitter[4]); return thisChapter; } else { return null; } } public static Chapter[] ParseList(StreamReader output) { List chapters = new List(); string curLine = output.ReadLine(); while (!curLine.Contains(" + audio tracks:")) { Chapter thisChapter = Chapter.Parse(output); if (thisChapter != null) { chapters.Add(thisChapter); } else { break; } } return chapters.ToArray(); } } }