SourceCode/PROMS/Volian.Print.Library/VlnSvgPageHelper.cs
Rich d739a72c7b - Put RO Adjustment code prior to Replace Words - Match 16 Bit
- Replaced logic for Replace Words so that they are replaced sequentially through  the text rather than sequentially through the word list.
- Added DoTransitionAdjustments that adds hardspaces to Transitions.
- Changed the NextUnicode module to ignore Hard Spaces
- Added logic to find 'real' spaces in ROs and replace only them.  Spaces are  also used to terminate RTF commands.
Added code to handle "AND Range" Transitions
- Use new ToolTip property
- Use new MyStepSectionLayoutData
- Remove Debug
Remove unused code
Renamed TwipsPerPage to PointsPerPage
Adjusted Superscript offset to match 16-Bit
- Added Debug Code to compare 16-Bit and 32-Bit text
- Added Debug Code forr Pagination
- Added optional code to match 16-Bit pagination
Added Ruler for 6 and 7 lines per inch.
2010-09-06 19:39:44 +00:00

718 lines
25 KiB
C#

using System;
using System.Collections.Generic;
using System.Text;
using iTextSharp.text;
using iTextSharp.text.pdf;
using iTextSharp.text.factories;
using Volian.Svg.Library;
using System.Text.RegularExpressions;
using System.Xml;
using VEPROMS.CSLA.Library;
namespace Volian.Print.Library
{
public class VlnSvgPageHelper:SvgPageHelper
{
// This handles Page Breaks within a Step
private List<vlnParagraph> _ParaBreaks = new List<vlnParagraph>();
public List<vlnParagraph> ParaBreaks
{
get { return _ParaBreaks; }
set { _ParaBreaks = value; }
}
private VlnDestinations _VlnDestinations = new VlnDestinations();
public VlnDestinations VlnDestinations
{
get { return _VlnDestinations; }
set { _VlnDestinations = value; }
}
private PdfOutline _MyPdfOutline = null;
public PdfOutline MyPdfOutline
{
get { return _MyPdfOutline; }
set { _MyPdfOutline = value; }
}
private vlnText _TopMessage;
public vlnText TopMessage
{
get { return _TopMessage; }
set { _TopMessage = value; }
}
private vlnText _BottomMessage;
public vlnText BottomMessage
{
get { return _BottomMessage; }
set { _BottomMessage = value; }
}
Dictionary<int, vlnParagraph> _MyParagraphs = new Dictionary<int, vlnParagraph>();
public Dictionary<int, vlnParagraph> MyParagraphs
{
get { return _MyParagraphs; }
set { _MyParagraphs = value; }
}
float _YMultiplier = 1;
public float YMultiplier
{
get { return _YMultiplier; }
set { _YMultiplier = value; }
}
private PdfWriter _MyPdfWriter;
public PdfWriter MyPdfWriter
{
get { return _MyPdfWriter; }
set
{
MyPageCounts = new PageCounts();
_MyPdfWriter = value;
}
}
private PdfContentByte _MyPdfContentByte;
public PdfContentByte MyPdfContentByte
{
get { return _MyPdfContentByte; }
set { _MyPdfContentByte = value; }
}
public override void OnCloseDocument(PdfWriter writer, iTextSharp.text.Document document)
{
AddBookmarks(writer);
MyPageCounts.DrawTemplates();
}
public override void OnEndPage(PdfWriter writer, iTextSharp.text.Document document)
{
AddBookmarks(writer);
MyPageCounts.CanIncrement = true;
base.OnEndPage(writer, document);
DrawChangeBars(writer.DirectContent);
DrawMessages(writer.DirectContent);
DrawRuler(writer.DirectContent);
}
private void DrawRuler(PdfContentByte cb)
{
if (DebugLayer == null) return;
cb.SaveState();
cb.BeginLayer(DebugLayer);
float x = (cb.PdfWriter.PageSize.Left + cb.PdfWriter.PageSize.Right) / 2;
cb.SetLineWidth(.1F);
cb.SetColorStroke(new Color(System.Drawing.Color.CornflowerBlue));
float yTop = 648;
float yBottom = 48;
cb.MoveTo(x, yTop);
cb.LineTo(x, yBottom);
int i = 0;
for (float y = yTop; y >= yBottom; y -= 12)
{
float w = 10;
if (i % 10 == 0) w = 30;
else if (i % 5 == 0) w = 20;
i++;
cb.MoveTo(x - w, y);
cb.LineTo(x, y);
}
i = 0;
for (float y = yTop; y >= yBottom; y -= 10.1F)
{
float w = 10;
if (i % 10 == 0) w = 30;
else if (i % 5 == 0) w = 20;
i++;
cb.MoveTo(x + w, y-1);
cb.LineTo(x, y-1);
}
cb.Stroke();
cb.EndLayer();
cb.RestoreState();
}
private void AddBookmarks(PdfWriter writer)
{
if (MySectionTitle != null)
{
PdfDestination dest = new PdfDestination(PdfDestination.FIT);
MyPdfOutline = new PdfOutline(writer.DirectContent.RootOutline, dest, MySectionTitle, false);
MySectionTitle = null;
}
if (VlnDestinations.Count > 0 && MyPdfOutline != null)
{
foreach (VlnDestination vd in VlnDestinations)
{
new PdfOutline(MyPdfOutline, vd.PdfDestination, vd.Title, false);
}
VlnDestinations.Clear();
}
}
private void DrawMessages(PdfContentByte cb)
{
if (TopMessage != null)
{
TopMessage.ToPdf(cb, 0, 0, 0);
TopMessage = null; // Only output it once.
}
if (BottomMessage != null)
{
BottomMessage.ToPdf(cb, 0, 0, 0);
BottomMessage = null; // Only output it once.
}
}
private void DrawChangeBars(PdfContentByte cb)
{
foreach (vlnChangeBar vcb in MyChangeBars)
{
// TODO: Pass in zeroes because topdf is inherited.
vcb.ToPdf(cb, 0, 0, 0);
}
_MyChangeBars = new List<vlnChangeBar>();
}
#region SectionLevelData
private ChangeBarDefinition _ChangeBarDefinition;
public ChangeBarDefinition ChangeBarDefinition
{
get { return _ChangeBarDefinition; }
set { _ChangeBarDefinition = value; }
}
#endregion
private PdfLayer _TextLayer;
public PdfLayer TextLayer
{
get { return _TextLayer; }
set { _TextLayer = value; }
}
private PdfLayer _DebugLayer;
public PdfLayer DebugLayer
{
get { return _DebugLayer; }
set { _DebugLayer = value; }
}
private VEPROMS.CSLA.Library.SectionInfo _MySection;
public VEPROMS.CSLA.Library.SectionInfo MySection
{
get { return _MySection; }
set
{
_MySection = value;
MySectionTitle = ((_MySection.DisplayNumber ?? "")=="" ? "" : _MySection.DisplayNumber + " - ") + _MySection.DisplayText;
MySvg = BuildSvg(_MySection);
}
}
private string _MySectionTitle;
public string MySectionTitle
{
get { return _MySectionTitle; }
set { _MySectionTitle = value; }
}
private int _MaxRNO;
public int MaxRNO
{
get
{
if (_MaxRNO == 0) _MaxRNO = _MySection.ColumnMode;
return _MaxRNO;
}
}
private int _CurrentPageOf = 0;
public int CurrentPageOf
{
get { return _CurrentPageOf; }
set { _CurrentPageOf = value; }
}
private string _Rev = string.Empty;
public string Rev
{
get { return _Rev; }
set { _Rev = value; }
}
private string _RevDate = string.Empty;
public string RevDate
{
get { return _RevDate; }
set { _RevDate = value; }
}
private List<vlnChangeBar> _MyChangeBars = new List<vlnChangeBar>();
public List<vlnChangeBar> MyChangeBars
{
get { return _MyChangeBars; }
set { _MyChangeBars = value; }
}
public void AddChangeBar(vlnChangeBar vcb, string cbmess)
{
if (vcb == null) return;
vlnChangeBar prevCB = null;
foreach (vlnChangeBar cb in MyChangeBars)
{
// only look at changebars in same column
if (cb.XOffset == vcb.XOffset)
{
// if the two change bars end at same location, set prevCB which will
// adjust the length (top position) of the change bar. This condition
// also flags that the change bar texts overlap.
if (cb.YChangeBarBottom == vcb.YChangeBarBottom) prevCB = cb;
// continuous case, if changes bars overlap, adjust size and don't add new one to
// the MyChangeBars list.
if (MySection.ActiveFormat.PlantFormat.FormatData.ProcData.ChangeBarData.ContinuousChangeBars)
{
if (OverlapOrSpan(cb, vcb))
{
if (prevCB == null) prevCB = cb;
else if (prevCB.YChangeBarBottom > cb.YChangeBarBottom) prevCB = cb;
}
}
}
}
// if this and the prevCB overlap, adjust yoffset/height/ybottom in the prevCB so that both change bars are
// included in this Dictionary item. A new vlnChangeBar is not added to the MyChangeBars list, the current
// one that overlaps with the new is adjusted.
if (prevCB != null)
{
// Bottom for both change bars is same, adjust top (YOffset) and height.
if (prevCB.YChangeBarBottom == vcb.YChangeBarBottom)
{
prevCB.YOffset = Math.Max(prevCB.YOffset, vcb.YOffset);
float yChangeBarBottomExtend = prevCB.YChangeBarBottomExtend;
prevCB.Height = Math.Max(prevCB.Height, vcb.Height);
prevCB.YExtendLine = prevCB.YChangeBarBottom - Math.Min(yChangeBarBottomExtend, vcb.YChangeBarBottomExtend); //Math.Max(prevCB.YExtendLine, vcb.YExtendLine);
// if a change bar message at this ychangebarbottom exists, see which message is used
if (cbmess != null && prevCB.Messages.ContainsKey(prevCB.YChangeBarBottom)) UpdateCbMessage(cbmess, prevCB, vcb.XOffset);
return;
}
// Bottom locations are not the same, but another change bar is not added, i.e. the
// length of the line is adjusted.
prevCB.YOffset = Math.Max(prevCB.YOffset, vcb.YOffset);
float yChangeBarBottomExtend1 = prevCB.YChangeBarBottomExtend;
prevCB.YChangeBarBottom = Math.Min(prevCB.YChangeBarBottom, vcb.YChangeBarBottom);
prevCB.YExtendLine = prevCB.YChangeBarBottom - Math.Min(yChangeBarBottomExtend1, vcb.YChangeBarBottomExtend); //Math.Max(prevCB.YExtendLine, vcb.YExtendLine);
// Two messages at this location, determine which one to use
if (cbmess != null && prevCB.Messages.ContainsKey(prevCB.YChangeBarBottom)) UpdateCbMessage(cbmess, prevCB, vcb.XOffset);
// no message at this location, just add it.
else if (cbmess != null)
prevCB.Messages.Add(vcb.YChangeBarBottom, new vlnChangeBarMessage(vcb.MyParent.XOffset, cbmess));
return;
}
// There was no overlap, add a message if it exists, and then add the change bar to the MyChangeBars list.
if (cbmess != null) vcb.Messages.Add(vcb.YChangeBarBottom, new vlnChangeBarMessage(vcb.MyParent.XOffset, cbmess));
MyChangeBars.Add(vcb);
}
private static void UpdateCbMessage(string cbmess, vlnChangeBar prevCB, float xoff)
{
// If there are two messages at the same location, for example an AER change bar & and RNO
// change bar, and the messages have different text, see which change bar message should be
// added, i.e. use the one in 'rno', the greatest x value.
vlnChangeBarMessage tmp = prevCB.Messages[prevCB.YChangeBarBottom];
if (cbmess != tmp.Message)
{
if (xoff > tmp.ParentX)
{
prevCB.Messages.Remove(prevCB.YChangeBarBottom);
prevCB.Messages.Add(prevCB.YChangeBarBottom, new vlnChangeBarMessage(xoff, cbmess));
}
}
}
private bool OverlapOrSpan(vlnChangeBar cb, vlnChangeBar vcb)
{
if (cb.MyParent.MyItemInfo.MyHLS.ItemID != vcb.MyParent.MyItemInfo.MyHLS.ItemID) return false;
// cb.Yoffset is within range of vcb:
if (cb.YOffset <= vcb.YOffset &&
cb.YOffset >= (vcb.YChangeBarBottomExtend - vlnPrintObject.SixLinesPerInch)) return true;
// cb.YChangeBarBottom is within range of vcb:
if ((cb.YChangeBarBottomExtend-vlnPrintObject.SixLinesPerInch) <= vcb.YOffset &&
cb.YChangeBarBottomExtend >= (vcb.YChangeBarBottomExtend - vlnPrintObject.SixLinesPerInch)) return true;
// vcb.Yoffset is within range of cb:
if (vcb.YOffset <= cb.YOffset &&
vcb.YOffset >= (cb.YChangeBarBottomExtend - vlnPrintObject.SixLinesPerInch)) return true;
// vcb.YChangeBarBottom is within range of cb:
if ((vcb.YChangeBarBottomExtend - vlnPrintObject.SixLinesPerInch) <= cb.YOffset &&
vcb.YChangeBarBottomExtend >= (cb.YChangeBarBottomExtend - vlnPrintObject.SixLinesPerInch)) return true;
return false;
}
public VlnSvgPageHelper(VEPROMS.CSLA.Library.SectionInfo mySection) : base()
{
MySection = mySection;
}
private Volian.Svg.Library.Svg BuildSvg(VEPROMS.CSLA.Library.SectionInfo mySection)
{
VEPROMS.CSLA.Library.FormatInfo activeFormat = mySection.ActiveFormat;
VEPROMS.CSLA.Library.DocStyle docStyle = mySection.MyDocStyle;
Volian.Svg.Library.Svg mySvg = null;
mySvg = SvgSerializer<Volian.Svg.Library.Svg>.StringDeserialize(BuildMyText(activeFormat));
mySvg.ViewBox.Height = 1100;
mySvg.ViewBox.Width = 850;
mySvg.Height = new SvgMeasurement(11, E_MeasurementUnits.IN);
mySvg.Width = new SvgMeasurement(8.5F, E_MeasurementUnits.IN);
mySvg.LeftMargin = (float)docStyle.Layout.LeftMargin;
mySvg.TopMargin = 9.6F;
VEPROMS.CSLA.Library.PageStyle pageStyle = docStyle.pagestyle;
AddPageListItems(mySvg, pageStyle, mySection);
mySvg.ProcessText += new SvgProcessTextEvent(mySvg_ProcessText);
return mySvg;
}
PageCounts MyPageCounts = null;
private static Regex regexFindToken = new Regex("{[^{}]*}");
private string mySvg_ProcessText(object sender, SvgProcessTextArgs args)
{
if (!args.MyText.Contains("{"))
return args.MyText;
/*
* Check if tokens for handling page counts ({PAGE} {OF} etc). if so, do templates.
*/
if (args.MyText.Contains("{PAGE}") || args.MyText.Contains("{OF}"))
{
/*
public enum E_NumberingSequence : uint
{
NoPageNum = 0,
WithSteps = 1, Add to original steps section page count.
WithinEachDocStyle = 2,
WithinEachSection = 3,
WithinEachDocStyle1 = 4,
GroupedByPagination = 5,
GroupedByLevel = 6,
WithStepsAndSecondaryPageNumber = 7,
WithStepsAndSecondaryPageNumberGroupedByLevel = 8,
Like6_ButDoesntNeedSubsection = 9,
Like6_ButDoesntNeedSubsection1 = 10
};
*/
// default for the key is to make it NumberingSequence. Then handle
// specific cases.
string key = ((int)MySection.MyDocStyle.NumberingSequence).ToString();
E_NumberingSequence numseq = MySection.MyDocStyle.NumberingSequence??0;
switch (numseq)
{
case E_NumberingSequence.WithSteps: // Number with 'originalstepsection'
ProcedureInfo pc = MySection.MyProcedure;
int sectid = 0;
foreach (SectionInfo si in pc.Sections)
{
SectionConfig sc = si.MyConfig as SectionConfig;
if (sc.Section_OriginalSteps == "Y")
{
sectid = si.ItemID;
break;
}
}
if (sectid != 0) key = (int)E_NumberingSequence.WithinEachSection + "." + sectid;
break;
case E_NumberingSequence.WithinEachDocStyle:
key = key + "." + MySection.ActiveFormat.FormatID + "." + MySection.MyDocStyle.Index;
break;
case E_NumberingSequence.WithinEachSection:
key = key + "." + MySection.ItemID;
break;
}
MyPdfContentByte.AddTemplate(MyPageCounts.AddToTemplateList(key, MyPdfWriter, args.MyText, args.MySvgText.Font, args.MySvgText.Align, args.MySvgText.FillColor), args.MySvgScale.X(args.MySvgText.X), args.MySvgScale.Y(MyPdfContentByte, args.MySvgText.Y));
return string.Empty;
}
return regexFindToken.Replace(args.MyText, new MatchEvaluator(ReplacePageListToken));
}
private string BuildMyText(VEPROMS.CSLA.Library.FormatInfo activeFormat)
{
string sGenMac = activeFormat.GenMac;
if (!sGenMac.Contains("xmlns"))
sGenMac = sGenMac.Replace("<svg ", "<svg xmlns='http://www.w3.org/2000/svg' ");
XmlDocument xDocGenMac = new XmlDocument();
xDocGenMac.LoadXml(sGenMac); // Add xmlns if necessary
Volian.Svg.Library.Svg mySvg = new Volian.Svg.Library.Svg();
SvgDefine def = new SvgDefine();
mySvg.Add(def);
def.ID = "GenMac Templates";
string str = SvgSerializer<Volian.Svg.Library.Svg>.StringSerialize(mySvg);
XmlDocument xDocPrintout = new XmlDocument();
xDocPrintout.LoadXml(str);
XmlNode xn = xDocPrintout.DocumentElement.ChildNodes[0];
xn.AppendChild(xDocPrintout.ImportNode(xDocGenMac.DocumentElement, true));
return xDocPrintout.OuterXml;
}
private string FirstAndLast(string token)
{
// strip the curly braces and return the first and last character
// For example Header1 becomes H1 and Box2 becomes B2
return token.Substring(1, 1) + token.Substring(token.Length - 2, 1);
}
private static Regex regexJustTokens = new Regex(@"^{([^{}\?]*}{)*[^{}\?]*}$");
private void AddPageListItems(Volian.Svg.Library.Svg mySvg, VEPROMS.CSLA.Library.PageStyle pageStyle, VEPROMS.CSLA.Library.SectionInfo section)
{
SvgGroup svgGroup = new SvgGroup();
foreach (VEPROMS.CSLA.Library.PageItem pageItem in pageStyle.PageItems)
{
if (regexJustTokens.IsMatch(pageItem.Token))
{
MatchCollection matches = regexFindToken.Matches(pageItem.Token);
foreach (Match match in matches)
{
string token = match.Value;
switch (match.Value)
{
case "{HEADER1}":
case "{HEADER2}":
case "{HEADER3}":
case "{HEADER4}":
case "{HEADER5}":
case "{BOX1}":
case "{BOX2}":
case "{BOX3}":
case "{BOX4}":
case "{BOX5}":
case "{BOX6}":
case "{BOX7}":
case "{BOX8}":
svgGroup.Add(PageItemToSvgUse(pageItem, FirstAndLast(token)));
break;
case "{DRAFTPAGE}":
case "{REFERENCEPAGE}":
case "{MASTERPAGE}":
case "{SAMPLEPAGE}":
//mySvg.SetValidWaterMark(token, _Watermark); // Need logic to limit watermark to tokens.
break;
case "{PROCTITLE}":
SplitTitle(svgGroup, pageItem, section.MyProcedure.DisplayText, (int)section.ActiveFormat.PlantFormat.FormatData.ProcData.TitleLength);
break;
case "{EOPNUM}":
svgGroup.Add(PageItemToSvgText(pageItem, section.MyProcedure.DisplayNumber));
break;
case "{SECTIONLEVELTITLE}":
SplitTitle(svgGroup, pageItem, section.DisplayText, section.ActiveFormat.PlantFormat.FormatData.SectData.SectionTitleLength);
svgGroup.Add(PageItemToSvgText(pageItem, section.DisplayText));
break;
case "{SECTIONLEVELNUMBER}":
svgGroup.Add(PageItemToSvgText(pageItem, section.DisplayNumber));
break;
default:
Console.WriteLine("Token not processed {0}", token);
break;
}
}
}
else
{
svgGroup.Add(PageItemToSvgText(pageItem, pageItem.Token));
}
}
mySvg.Add(svgGroup);
}
private void SplitTitle(SvgGroup svgGroup, VEPROMS.CSLA.Library.PageItem pageItem, string title, int? len)
{
// TODO: need to calculate len in either points or inches and use the font from the pageItem to determine the number of characters
if (len == null || title.Length < len)
{
svgGroup.Add(PageItemToSvgText(pageItem, title));
return;
}
// Otherwise determine how many line to split the text into
List<string> titleLines = SplitText(title, (int)len);
// Move up 6 Points per line to find the starting point
float yOffset = -6 * (titleLines.Count - 1);
foreach (string line in titleLines)
{
svgGroup.Add(PageItemToSvgText(pageItem, line, yOffset));
yOffset += 12;
}
}
private List<string> SplitText(string title, int len)
{
List<string> retval = new List<string>();
int strlen = title.Length;
int start = 0;
while ((strlen - start) > len)
{
int width = FindWidth(title, start, len);
retval.Add(title.Substring(start, width));
start += width;
while (title[start] == ' ') start++;
}
if (strlen - start > 0)
retval.Add(title.Substring(start, strlen - start));
return retval;
}
private int FindWidth(string title, int start, int len)
{
for (int ii = start + len; ii > start; ii--)
{
if (title[ii] == ' ')
{
while (title[ii] == ' ') ii--;
if (ii > start)
return 2 + ii - start;
return len;
}
}
return len;
}
private SvgPart PageItemToSvgUse(VEPROMS.CSLA.Library.PageItem pageItem, string templateName)
{
SvgUse svgUse = new SvgUse();
svgUse.UseID = templateName;
svgUse.X = new SvgMeasurement((float)(pageItem.Col ?? 0), E_MeasurementUnits.PT);
svgUse.Y = new SvgMeasurement((float)(pageItem.Row ?? 0), E_MeasurementUnits.PT);
return svgUse;
}
private static SvgText PageItemToSvgText(VEPROMS.CSLA.Library.PageItem pageItem, string text)
{
SvgText svgText = new SvgText();
svgText.Text = text;
VEPROMS.CSLA.Library.E_Justify justify = pageItem.Justify ?? VEPROMS.CSLA.Library.E_Justify.PSLeft;
if ((justify & VEPROMS.CSLA.Library.E_Justify.PSLeft) == VEPROMS.CSLA.Library.E_Justify.PSLeft)
svgText.Justify = SvgJustify.Left;
else if ((justify & VEPROMS.CSLA.Library.E_Justify.PSRight) == VEPROMS.CSLA.Library.E_Justify.PSRight)
svgText.Justify = SvgJustify.Right;
else
svgText.Justify = SvgJustify.Center;
svgText.Font = pageItem.Font.WindowsFont;
svgText.X = new SvgMeasurement((float)(pageItem.Col ?? 0), E_MeasurementUnits.PT);
svgText.Y = new SvgMeasurement((float)(pageItem.Row ?? 0), E_MeasurementUnits.PT);
if (svgText.Font.Underline && svgText.Text.EndsWith(" ")) svgText.Text = svgText.Text.Substring(0, svgText.Text.Length - 1) + "\xA0";// replace last space with a hardspace
return svgText;
}
private SvgPart PageItemToSvgText(VEPROMS.CSLA.Library.PageItem pageItem, string text, float yOffset)
{
SvgText svgText = new SvgText();
svgText.Text = text;
VEPROMS.CSLA.Library.E_Justify justify = pageItem.Justify ?? VEPROMS.CSLA.Library.E_Justify.PSLeft;
if ((justify & VEPROMS.CSLA.Library.E_Justify.PSLeft) == VEPROMS.CSLA.Library.E_Justify.PSLeft)
svgText.Justify = SvgJustify.Left;
else if ((justify & VEPROMS.CSLA.Library.E_Justify.PSRight) == VEPROMS.CSLA.Library.E_Justify.PSRight)
svgText.Justify = SvgJustify.Right;
else
svgText.Justify = SvgJustify.Center;
svgText.Font = pageItem.Font.WindowsFont;
svgText.X = new SvgMeasurement((float)(pageItem.Col ?? 0), E_MeasurementUnits.PT);
svgText.Y = new SvgMeasurement((float)(yOffset + pageItem.Row ?? 0), E_MeasurementUnits.PT);
if (svgText.Font.Underline && svgText.Text.EndsWith(" ")) svgText.Text = svgText.Text.Substring(0, svgText.Text.Length - 1) + "\xA0";// replace last space with a hardspace
return svgText;
}
private List<string> _MissingTokens = new List<string>();
protected override string ReplacePageListToken(Match match)
{
switch (match.Value)
{
case "{PAGE}": // Current Page Number
return CurrentPageNumber.ToString();
case "{OF}": // Total Page Count for this section
return CurrentPageOf.ToString();
case "{REVDATE}": // Revision Date
return RevDate;
case "{REV}": // Revision Number
return Rev;
}
if (!_MissingTokens.Contains(match.Value))
{
_MissingTokens.Add(match.Value);
Console.WriteLine("\t\t\t\tcase \"{0}\": // Unhandled Token\r\n\t\t\t\t\treturn \"\";", match.Value);
}
return "";
}
}
public class VlnDestinations : List<VlnDestination>
{
public VlnDestinations() : base()
{
}
public void Add(string title, PdfDestination pdfDestination)
{
Add(new VlnDestination(title, pdfDestination));
}
}
public class VlnDestination
{
private string _Title;
public string Title
{
get { return _Title; }
set { _Title = value; }
}
private PdfDestination _PdfDestination;
public PdfDestination PdfDestination
{
get { return _PdfDestination; }
set { _PdfDestination = value; }
}
public VlnDestination(string title, PdfDestination pdfDestination)
{
_Title = title;
_PdfDestination = pdfDestination;
}
}
public class ChangeBarDefinition // anything that is section level should go in here.
{
private PrintChangeBar _MyChangeBarType;
public PrintChangeBar MyChangeBarType
{
get { return _MyChangeBarType; }
set { _MyChangeBarType = value; }
}
private PrintChangeBarLoc _MyChangeBarLoc;
public PrintChangeBarLoc MyChangeBarLoc
{
get { return _MyChangeBarLoc; }
set { _MyChangeBarLoc = value; }
}
private PrintChangeBarText _MyChangeBarText;
public PrintChangeBarText MyChangeBarText
{
get { return _MyChangeBarText; }
set { _MyChangeBarText = value; }
}
private string _MyChangeBarMessage; // user defined change bar message from docconfig
public string MyChangeBarMessage
{
get { return _MyChangeBarMessage; }
set { _MyChangeBarMessage = value; }
}
private int _MyChangeBarColumn; // two dimensional array, if both on same side, values are =
public int MyChangeBarColumn
{
get { return _MyChangeBarColumn; }
set { _MyChangeBarColumn = value; }
}
/*
* could have line thickness (set default from 16-bit), line color (set default as black), line style
*/
public ChangeBarDefinition()
{
}
public ChangeBarDefinition(PrintChangeBar myCBT, PrintChangeBarLoc myCBL, PrintChangeBarText myCBTxt, string myCBMsg)
{
_MyChangeBarType = myCBT;
_MyChangeBarLoc = myCBL;
_MyChangeBarText = myCBTxt;
}
public ChangeBarDefinition(DocVersionConfig docverConfig, FormatInfo formatInfo)
{
// if there is not overridden data on the docversion, prompt user...
ChangeBarData changeBarData = formatInfo.PlantFormat.FormatData.ProcData.ChangeBarData;
if (docverConfig == null || docverConfig.Print_ChangeBar == PrintChangeBar.SelectBeforePrinting)
{
// use these for now, i.e. this is what user would have selected from dialog.
_MyChangeBarType = PrintChangeBar.WithDefault;
_MyChangeBarLoc = PrintChangeBarLoc.OutsideBox;
_MyChangeBarText = PrintChangeBarText.None;
}
else
{
_MyChangeBarType = docverConfig.Print_ChangeBar;
_MyChangeBarLoc = docverConfig.Print_ChangeBarLoc;
_MyChangeBarText = docverConfig.Print_ChangeBarText;
}
if (_MyChangeBarType == PrintChangeBar.WithDefault) // get data from format
{
_MyChangeBarText = changeBarData.ChangeBarMessage == "ChgID" ? PrintChangeBarText.ChgID :
changeBarData.ChangeBarMessage == "DateAndChgID" ? PrintChangeBarText.DateChgID :
changeBarData.ChangeBarMessage == "None" ? PrintChangeBarText.None :
changeBarData.ChangeBarMessage == "RevNum" ? PrintChangeBarText.RevNum : PrintChangeBarText.UserDef;
}
if (_MyChangeBarType != PrintChangeBar.Without)
{
// if the format has the absolutefixedchangecolumn format flag, then always use the fixedchangecolumn from the
// format, otherwise, use the default column based on the selected location, stored in the base format.
_MyChangeBarColumn = (changeBarData.AbsoluteFixedChangeColumn) ?
(int)changeBarData.FixedChangeColumn :
System.Convert.ToInt32(changeBarData.DefaultCBLoc.Split(" ".ToCharArray())[System.Convert.ToInt32(_MyChangeBarLoc)]);
if (_MyChangeBarText == PrintChangeBarText.UserDef)
_MyChangeBarMessage = docverConfig.Print_UserCBMess1 + @"\n" + docverConfig.Print_UserCBMess2;
}
}
}
}