/// <summary>
/// Old Paper Todos Code.
/// </summary>
/// <param name="category"></param>
/// <param name="data"></param>
void saveRequestFile(string category, object data, StreamWriter log)
{
// make the pen request from the PGC data
PenRequest req = new PenRequest();
req.Initialize(data);
// put request information in an xml file (one per request)
requestXMLFilePath = penRequestDir + @"XML\" + nowString + "_" + req.PenId + ".xml";
// xml writer
XmlTextWriter xml = new XmlTextWriter(requestXMLFilePath, null);
// start the xml document
xml.WriteStartDocument();
xml.WriteStartElement("penRequest");
xml.WriteStartElement("requestInformation");
xml.WriteStartElement("universalTime");
xml.WriteStartAttribute("time");
xml.WriteValue(universalTimeString);
xml.WriteEndElement();
xml.WriteStartElement("localTime");
xml.WriteStartAttribute("time");
xml.WriteValue(DateTime.Now.ToString());
xml.WriteEndElement();
log.WriteLine();
log.WriteLine("////////// Request at " + nowString);
log.WriteLine("UniversalTime: " + universalTimeString);
// more user feedback
form.appendLine("Pen Synched on: " + DateTime.Now.ToString());
// Save the data to a pgc file by using Anoto.Util
// writePGCFile(data, todosPath, nowString);
log.WriteLine("PenID: " + req.PenId);
log.WriteLine("NumPages: " + req.Pages.Count);
// more user feedback
form.appendLine("Number of Pages in this Session: " + req.Pages.Count);
xml.WriteStartElement("penID");
xml.WriteStartAttribute("id");
xml.WriteValue(req.PenId);
xml.WriteEndElement(); // end penID
xml.WriteStartElement("numPages");
xml.WriteStartAttribute("num");
xml.WriteValue(req.Pages.Count);
xml.WriteEndElement(); // end penID
xml.WriteEndElement(); // end requestInformation
// get the pages
RequestPages pages = req.Pages;
// process page addresses
Anoto.Util.PageAddress pageAddressUtil = new Anoto.Util.PageAddress();
// go through all the pages
IEnumerator pagesEnum = pages.GetEnumerator();
int pageCount = 0;
while (pagesEnum.MoveNext())
{
xml.WriteStartElement("page");
log.WriteLine("Page Object " + pageCount + ": ");
Page page = (Page)pagesEnum.Current;
log.WriteLine("\t" + page.PageAddress);
// more user feedback
form.appendLine("Processing Page with Address: " + page.PageAddress);
// break down the page address
int segment = pageAddressUtil.GetSegment(page.PageAddress);
int shelf = pageAddressUtil.GetShelf(page.PageAddress);
int book = pageAddressUtil.GetBook(page.PageAddress);
int pageNum = pageAddressUtil.GetPage(page.PageAddress);
int instance = pageAddressUtil.GetInstance(page.PageAddress);
log.WriteLine("\t Segment: " + segment);
log.WriteLine("\t Shelf: " + shelf);
log.WriteLine("\t Book: " + book);
log.WriteLine("\t Page: " + pageNum);
xml.WriteStartAttribute("address");
xml.WriteValue(segment + "." + shelf + "." + book + "." + pageNum);
xml.WriteEndAttribute();
xml.WriteStartAttribute("addressWithInstance");
xml.WriteValue(page.PageAddress);
xml.WriteEndAttribute();
xml.WriteStartAttribute("segment");
xml.WriteValue(segment + "");
xml.WriteEndAttribute();
xml.WriteStartAttribute("shelf");
xml.WriteValue(shelf + "");
xml.WriteEndAttribute();
xml.WriteStartAttribute("book");
xml.WriteValue(book + "");
xml.WriteEndAttribute();
xml.WriteStartAttribute("page");
xml.WriteValue(pageNum);
xml.WriteEndAttribute();
// the instance N of the page in the request formatted as X.X.X.X#N
if (instance < 0)
{
log.WriteLine("\t Instance: NONE");
}
else
{
log.WriteLine("\t Instance: " + instance);
}
PenStrokes strokes = page.PenStrokes;
log.WriteLine("\tPen Strokes Count: " + strokes.Count);
Bounds b = strokes.Bounds;
log.WriteLine("\t Bounds Size: " + b.Width + " x " + b.Height);
log.WriteLine("\t Bounds[ltrb]: " + b.Left + " " + b.Top + " " + b.Right + " " + b.Bottom);
xml.WriteStartAttribute("minX");
xml.WriteValue(b.Left);
xml.WriteStartAttribute("minY");
xml.WriteValue(b.Top);
xml.WriteStartAttribute("maxX");
xml.WriteValue(b.Right);
xml.WriteStartAttribute("maxY");
xml.WriteValue(b.Bottom);
// deal with all of the strokes
processStrokes(strokes, log, xml);
// next page
pageCount++;
xml.WriteEndElement();
}
// finish the xml document, Flush & Close
xml.WriteEndDocument();
xml.Flush();
xml.Close();
}
/// <summary>
/// Puts the stroke data into the XML file.
/// </summary>
private static void processStrokes(PenStrokes strokes, StreamWriter log, XmlTextWriter xml)
{
IEnumerator strokesEnum = strokes.GetEnumerator();
// more user feedback
form.appendLine("");
while (strokesEnum.MoveNext()) {
PenStroke stroke = (PenStroke)strokesEnum.Current;
// more user feedback
form.appendText(".");
//log.WriteLine("\tPen Stroke");
//log.WriteLine("\t Duration: " + stroke.Duration);
long strokeTimeMillis = ((long)stroke.StartSecond * 1000) + (long)stroke.StartMillisecond;
long strokeTimeSystemMillis = ((long)stroke.SystemSecond * 1000) + (long)stroke.SystemMillisecond;
xml.WriteStartElement("stroke");
xml.WriteStartAttribute("begin");
xml.WriteValue(strokeTimeMillis);
xml.WriteStartAttribute("beginSystemTime");
xml.WriteValue(strokeTimeSystemMillis);
xml.WriteStartAttribute("duration");
xml.WriteValue(stroke.Duration);
xml.WriteStartAttribute("end");
xml.WriteValue(strokeTimeMillis + stroke.Duration);
xml.WriteStartAttribute("colorRGB");
xml.WriteValue(getRGBString(stroke.Color));
xml.WriteStartAttribute("minStrokeX");
xml.WriteValue(stroke.Bounds.Left);
xml.WriteStartAttribute("minStrokeY");
xml.WriteValue(stroke.Bounds.Top);
xml.WriteStartAttribute("maxStrokeX");
xml.WriteValue(stroke.Bounds.Right);
xml.WriteStartAttribute("maxStrokeY");
xml.WriteValue(stroke.Bounds.Bottom);
int numSamples = stroke.X.Length;
float[] x = stroke.X;
float[] y = stroke.Y;
byte[] f = stroke.Force;
int[] deltaMillis = stroke.DeltaTime;
long startTimeMillis = strokeTimeMillis;
for (int j = 0; j < numSamples; j++) {
xml.WriteStartElement("p");
// x
xml.WriteStartAttribute("x");
xml.WriteValue(x[j]);
// y
xml.WriteStartAttribute("y");
xml.WriteValue(y[j]);
// f
xml.WriteStartAttribute("f");
xml.WriteValue(f[j]);
// t
// move the time counter by delta
startTimeMillis += deltaMillis[j];
xml.WriteStartAttribute("t");
xml.WriteValue(startTimeMillis);
xml.WriteEndElement();
}
xml.WriteEndElement();
}
}
/// <summary>
/// Puts the stroke data into the XML file.
/// </summary>
private static void processStrokes(PenStrokes strokes, StreamWriter log, XmlTextWriter xml)
{
IEnumerator strokesEnum = strokes.GetEnumerator();
// more user feedback
form.appendLine("");
while (strokesEnum.MoveNext())
{
PenStroke stroke = (PenStroke)strokesEnum.Current;
// more user feedback
form.appendText(".");
//log.WriteLine("\tPen Stroke");
//log.WriteLine("\t Duration: " + stroke.Duration);
long strokeTimeMillis = ((long)stroke.StartSecond * 1000) + (long)stroke.StartMillisecond;
long strokeTimeSystemMillis = ((long)stroke.SystemSecond * 1000) + (long)stroke.SystemMillisecond;
xml.WriteStartElement("stroke");
xml.WriteStartAttribute("begin");
xml.WriteValue(strokeTimeMillis);
xml.WriteStartAttribute("beginSystemTime");
xml.WriteValue(strokeTimeSystemMillis);
xml.WriteStartAttribute("duration");
xml.WriteValue(stroke.Duration);
xml.WriteStartAttribute("end");
xml.WriteValue(strokeTimeMillis + stroke.Duration);
xml.WriteStartAttribute("colorRGB");
xml.WriteValue(getRGBString(stroke.Color));
xml.WriteStartAttribute("minStrokeX");
xml.WriteValue(stroke.Bounds.Left);
xml.WriteStartAttribute("minStrokeY");
xml.WriteValue(stroke.Bounds.Top);
xml.WriteStartAttribute("maxStrokeX");
xml.WriteValue(stroke.Bounds.Right);
xml.WriteStartAttribute("maxStrokeY");
xml.WriteValue(stroke.Bounds.Bottom);
int numSamples = stroke.X.Length;
float[] x = stroke.X;
float[] y = stroke.Y;
byte[] f = stroke.Force;
int[] deltaMillis = stroke.DeltaTime;
long startTimeMillis = strokeTimeMillis;
for (int j = 0; j < numSamples; j++)
{
xml.WriteStartElement("p");
// x
xml.WriteStartAttribute("x");
xml.WriteValue(x[j]);
// y
xml.WriteStartAttribute("y");
xml.WriteValue(y[j]);
// f
xml.WriteStartAttribute("f");
xml.WriteValue(f[j]);
// t
// move the time counter by delta
startTimeMillis += deltaMillis[j];
xml.WriteStartAttribute("t");
xml.WriteValue(startTimeMillis);
xml.WriteEndElement();
}
xml.WriteEndElement();
}
}
