![]() Now, when I refresh, we'll see October is super tiny down there. Then, duplicate this and say that's the date SVG. The X is 13.9 percent and the Y is 87.7 percent. We'll say date SVG is draw in order to say October. We're going to reuse this for a date for the bottom left. On the request, grab the request query, grab the name, and just drop that in here, name, and say that name is "hello," enter, and now "hello" is coming through here and being passed in query, and being written out to the name SVG. ![]() I can type, essentially anything else, refresh, and see anything else pop up. When I hit save here and refresh, we'll see my name pop in right there. Now, we can just call this same SVG-to-PDF, but instead of passing in background, we'll pass in the name SVG, and get the SVG off of it. Right in the middle, the attribute of Y is going to be 45 percent, and the attribute of text-anchor is we want that anchored to the middle. The attribute of X on SVG is going to be 50 percent. Then, we can draw to that with what is called as name SVG and draw text. To draw, we'll come in here and define a draw, and this is just SVG around the document, documentElement. We do need that document, so we'll say document, there's a window.document. Then, when we use our SVG tools from SVG.js, we pass in that window, because node doesn't come with that window object or document to write those SVG elements. Now, I want to bring in another tool called SVG.js as well as SVG DOM, so the window is require SVG DOM. You can see we're rendering out our SVG file to a PDF. Then, we also need to document end our stream. We can take our document and pipe that into response. Now, since we have a document and we have a background SVG, we can bring in the SVG-to-PDFKit package, which I've already installed, so SVG-to-PDF and require SVG-to-PDFKit, and essentially, we're just going to say SVG-to-PDF and write the document that background. We want us to have a layout of landscape and a size of A4, essentially the default document size for printer. We'll call this our PDFDocument and require PDFKit which I've npm installed already. Then, npm install pdfkit which we can bring in. Since we're going to convert this into a PDF, I'm going to do it this way where I grab the background, and we'll say this is File System readFileSync and read the background in SVG, and we'll essentially stringify it or two string. If I hit save there and refresh, you'll see the entire SVG file. With the File System, you essentially createReadStreams, so I could read that file in, background SVG and pipe it into response. FS the File System, require FS, and have a file in here called background.SVG which I can bring in. We'll get the route, the request response, and we'll send back "hello," and listen on port:3000, save, and we'll open our localhost:3000 here and see "hello." I've already installed express, so let's just set that up by requiring express, creating our app from express, setting up the root route. Response.AddHeader("content-length", : I'm going to start nodemon on this index file. ![]() ViewModel PDFResult.cs: public class PDFResult OPdfResult.Length = FileBuffer.LongLength String FilePath = Server.MapPath(string.Format("~/Content/Reports/", oReportArchive.FileName)) īyte FileBuffer = User.DownloadData(FilePath) OReportArchive = serializer.Deserialize(ReportArchive) Var serializer = new JavaScriptSerializer() Public ActionResult OpenPDF(string ReportArchive) ![]() SURL = AddURLParameter(sURL, "ReportArchive", (sItemUI, "reportarchive")) Ĭontroller ReportController.cs: In razor code for main view: var URL_OPEN_REPORT_PDF = var sURL = URL_OPEN_REPORT_PDF Made PDF controller, called from javascript like this Here is what I did in order to get it to work on all above browsers. I tried all of the above solutions and none of them worked for me, I'm running javascript on top of mvc 3, and razor, adobe 11 installed as add-on on ie, Chrome and Firefox.
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