public void BuildPdf(Queue <ICommand> commands)
{
if (commands == null || commands.Count == 0)
{
throw new ArgumentException(Constants.NO_COMMANDS_TO_PROCESS_ERROR);
}
var stringBuilder = new StringBuilder();
stringBuilder.AppendFormat("<p><font pointSize='{0}'>", (int)FontSize.Normal);
var currentPdf = new CurrentPdf();
currentPdf.StringBuilder = stringBuilder;
//Process the queue of commands to build up a formatted string of text
while (commands.Count > 0)
{
var currentCommand = commands.Dequeue();
if (currentCommand != null)
{
currentCommand.Process(ref currentPdf);
}
}
currentPdf.StringBuilder.Append($"</p>");
//Create a PDF document, add the formatted string of text to it and save it.
var pdfDocument = new Document();
var page = new Page(PageSize.Letter, PageOrientation.Portrait, 54.0f);
pdfDocument.Pages.Add(page);
var style = new FormattedTextAreaStyle(FontFamily.Helvetica, 12, false);
var formattedTextArea = new FormattedTextArea(currentPdf.StringBuilder.ToString(), 0, 0, 500, 1000, style);
page.Elements.Add(formattedTextArea);
pdfDocument.Draw(this.configuration.GetValue <string>(Constants.OUTPUT_FILE_NAME_SETTING));
}
public void AddReceuil_FormattedText_Justify_Calibri(String text, float y, float width = 500, float height = 20, float x = 0)
{
if (string.IsNullOrEmpty(text))
text = string.Empty;
FormattedTextAreaStyle style = new FormattedTextAreaStyle(FontFamily.Helvetica, 10, true);
style.Paragraph.Align = TextAlign.Justify;
var Formattedtext = new FormattedTextArea(text, x, y, width, height, style);
_currentPage.Elements.Add(Formattedtext);
}
protected void Page_Load(object sender, EventArgs e)
{
//this.xops = (ExportOpsBeta)Session["PDFExport"];
this.xops = (ExportOps)Session["PDFExport"];
//ArrayList Pages = xops.Pages;
//ArrayList Headers = xops.Headers;
//ArrayList Pictures = xops.Pictures;
ArrayList Pages = xops.PDFDocumentPages;
ArrayList OverFlowPages = new ArrayList();
Document pdfDoc = new Document();
pdfDoc.Author = xops.PDFDocumentAuthor;
pdfDoc.Title = xops.PDFDocumentTitle;
ceTe.DynamicPDF.Page tempPage;
int j;
foreach (ArrayList al in Pages) // Iterate through the collection of pages, each iteration contains the objects for the pages
{
tempPage = new ceTe.DynamicPDF.Page();
if (xops.PDFUsingTemplate) // If true, assign the template to the page, but not yet implmented
{
}
foreach (ArrayList obj in al) // This iterates through the objects, each iteration will handle an object on the page
{
switch ((ExportOps.PDFObjectType)obj[0]) // Tells us which type of object we have and the structure of the arraylist
{
case ExportOps.PDFObjectType.Image:
Image tempImage = new Image(MapPath(obj[1].ToString()), (float)obj[2], (float)obj[3], (float)obj[4]);
tempPage.Elements.Add(tempImage);
break;
case ExportOps.PDFObjectType.BackgroundImage:
BackgroundImage tempBackImage = new BackgroundImage(MapPath(obj[1].ToString()));
tempBackImage.UseMargins = Convert.ToBoolean(obj[2]);
tempPage.Elements.Add(tempBackImage);
break;
case ExportOps.PDFObjectType.Label:
tempPage.Elements.Add(new Label(obj[1].ToString(), (float)obj[2], (float)obj[3], (float)obj[4], (float)obj[5], (Font)obj[6], (float)obj[7], (TextAlign)obj[8], (RgbColor)obj[9]));
break;
case ExportOps.PDFObjectType.Line:
break;
case ExportOps.PDFObjectType.Rectangle:
break;
case ExportOps.PDFObjectType.Link:
break;
case ExportOps.PDFObjectType.FormattedTextArea:
FormattedTextAreaStyle style = new FormattedTextAreaStyle((FontFamily)obj[6], (float)obj[7], Convert.ToBoolean(obj[8]));
FormattedTextArea textArea = new FormattedTextArea(Convert.ToString(obj[1]), (float)obj[2], (float)obj[3], (float)obj[4], (float)obj[5], style);
tempPage.Elements.Add(textArea);
// Check for over flow text
if (textArea.GetOverflowFormattedTextArea() != null)
{
// Set up extra variables
ceTe.DynamicPDF.Page overFlowPage;
// There is more text than can be displayed, create a new page
do
{
overFlowPage = new ceTe.DynamicPDF.Page();
textArea = textArea.GetOverflowFormattedTextArea();
// Add the text element
overFlowPage.Elements.Add(textArea);
// Add the page to the overflow array
OverFlowPages.Add(overFlowPage);
} while (textArea.GetOverflowFormattedTextArea() != null);
}
break;
case ExportOps.PDFObjectType.OrderedList:
break;
case ExportOps.PDFObjectType.UnorderedList:
break;
case ExportOps.PDFObjectType.Table:
break;
case ExportOps.PDFObjectType.PageNumbering:
break;
default:
// do nothing
break;
}
}
pdfDoc.Pages.Add(tempPage);
if (OverFlowPages.Count > 0)
{
foreach (ceTe.DynamicPDF.Page p in OverFlowPages)
{
pdfDoc.Pages.Add(p);
}
// Clear the array
OverFlowPages.Clear();
}
}
#region Old Code
//for (int i = 0; i < Pages.Count; i++)
//{
// tempPage = new ceTe.DynamicPDF.Page();
// // Insert the Header
// if (Headers[i] != null)
// {
// headerTemp = (ArrayList)Headers[i];
// tempImage = new Image(MapPath(headerTemp[0].ToString()), (float)headerTemp[1], (float)headerTemp[2], (float) headerTemp[3]);
// tempPage.Elements.Add(tempImage);
// }
// tempText = (ArrayList)Pages[i];
// foreach (ArrayList al in tempText)
// {
// tempString = al[0].ToString();
// tempPage.Elements.Add(new Label(al[0].ToString(), (float)al[1], (float)al[2], (float)al[3], (float)al[4], Font.TimesRoman, 12));
// }
// foreach (ArrayList al in Pictures)
// {
// j = i + 1;
// if (Convert.ToInt32(al[4]) == j)
// {
// tempImage = new Image(MapPath(al[0].ToString()), (float)al[1], (float)al[2], (float)al[3]);
// tempPage.Elements.Add(tempImage);
// }
// }
// pdfDoc.Pages.Add(tempPage);
//}
#endregion
pdfDoc.DrawToWeb(this);
}
