private void SaveDocument() { DocumentSaver.Save(Document, Filename); Document.Manipulator.ResetUndoStack(); MessageBus.Publish(new DocumentSavedEvent()); }
public CurrencyGeneratorView() { InitializeComponent(); Coinpurses = new List <Currency>(); _documentSaver = new DocumentSaver(); UpdateLabel(); }
public void Test2() { var documentSaver = new DocumentSaver(); var currency = CurrencyGenerator.GenerateForLevel(15); for (int x = 0; x < 25; x++) { var currency2 = CurrencyGenerator.GenerateForLevel(20); currency.Merge(currency2); } documentSaver.SaveCurrency("test.txt", currency); }
/// <summary> /// Creates an epub from the given urls. /// </summary> /// <remarks> /// This method makes use of a record created for each html that is given by a url. /// The records contain information from the html needed to create the various files which /// constitute the epub format. An immutable record is created initially so the data collected can be used /// accross various parts of the program. For example, the record contains a mapping (src map) for each image. /// This maps the current src of the image to a new local one - this is then used to change the sources of the /// html images to a local directory and also to download the images to the relevant local directory. /// </remarks> /// <param name="urls"></param> /// <param name="rootDirectory">Path in which the book will be created</param> /// <param name="bookTitle">Name of the book</param> /// <param name="guid">Unique identifier for the folder</param> /// <returns></returns> public async Task FromAsync(IEnumerable <string> urls, string rootDirectory, string bookTitle, Guid guid) { var htmlDocs = _htmlInput.GetHtmlDocumentsFromAsync(urls, new HtmlWeb()); var directoryPaths = GetDirectoryContext(rootDirectory, guid); var createDirectories = _epubOutput.CreateDirectoriesAsync(directoryPaths); var wikiPageRecords = (await htmlDocs).Select(doc => _getRecords.From(doc, "image_repo")).ToList(); var downloadImages = Task.WhenAll(wikiPageRecords.SelectMany(record => _epubOutput.DownloadImages(record, directoryPaths))); var createEpubDocuments = Task.WhenAll(_getEpubDocs.From(wikiPageRecords, bookTitle, directoryPaths)); // Save the produced files to relevant directory and compress them await createDirectories; var saveDocuments = DocumentSaver.Save(await createEpubDocuments); var createMimeType = _epubOutput.CreateMimeFile(directoryPaths); Task.WaitAll(saveDocuments, createMimeType, downloadImages); await _epubOutput.ZipFiles(directoryPaths, guid); }
protected void ViewXMLSource(object sender, WriterCommandEventArgs args) { if (args.Mode == WriterCommandEventMode.QueryState) { args.Enabled = args.Document != null; } else if (args.Mode == WriterCommandEventMode.Invoke) { System.IO.StringWriter writer = new System.IO.StringWriter(); DocumentSaver.SaveXmlFile(writer, args.Document); string xml = writer.ToString(); if (args.ShowUI) { using (frmViewXML frm = new frmViewXML()) { frm.XMLSource = xml; frm.ShowDialog(args.EditorControl); } } args.Result = xml; args.RefreshLevel = UIStateRefreshLevel.None; } }
public WeaponWindow() { InitializeComponent(); _documentSaver = new DocumentSaver(); }