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SourceCode/PROMS/Volian.Print.Library/vlnParagraph.cs
Kathy e45eb154ea
2011-01-19 16:25:34 +00:00

1405 lines
56 KiB
C#
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using System;
using System.Collections.Generic;
using System.Text;
using System.Drawing;
using System.Text.RegularExpressions;
using iTextSharp.text.pdf;
using iTextSharp.text;
using Itenso.Rtf;
using Itenso.Rtf.Parser;
using Itenso.Rtf.Interpreter;
using Itenso.Rtf.Support;
using Volian.Controls.Library;
using VEPROMS.CSLA.Library;
namespace Volian.Print.Library
{
public partial class vlnParagraphs : List<vlnParagraph>
{
private vlnParagraph _Parent;
public vlnParagraph Parent
{
get { return _Parent; }
set { _Parent = value; }
}
public vlnParagraphs(vlnParagraph parent)
{
_Parent = parent;
}
public float Add(PdfContentByte cb, ItemInfoList itemInfoList, float xoff, float yoff, float yoffRight, int rnoLevel, int maxRNO, FormatInfo formatInfo)
{
int? bxIndex = null;
vlnBox box = null;
float yTop = yoff;
foreach (ItemInfo childItemInfo in itemInfoList)
{
int? bxIndx = childItemInfo.FormatStepData.StepLayoutData.STBoxindex;
if (bxIndex != bxIndx || childItemInfo.FormatStepData.BoxIt)
{
if (childItemInfo.FormatStepData.BoxIt) // this is a boxed HLS
{
box = new vlnBox();
box.MyBox = new Box();
box.DefBox = vlnBox.BoxThin;
StepSectionLayoutData ssld = formatInfo.MyStepSectionLayoutData;
int colR = int.Parse(formatInfo.MyStepSectionLayoutData.ColRTable.Split(",".ToCharArray())[childItemInfo.ColumnMode]);
int widS = vlnPrintObject.ToInt(formatInfo.MyStepSectionLayoutData.WidSTablePrint, maxRNO);
box.DefEnd = (float)(ssld.ColS + colR + widS + (60/4.8));
box.YOffset = yoff - .75F * vlnPrintObject.SixLinesPerInch;
}
else if (bxIndex == null) // First boxed step
{
box = new vlnBox();
box.MyBox = formatInfo.PlantFormat.FormatData.BoxList[(int)bxIndx];
box.YOffset = yoff;
yoff += 2 * vlnPrintObject.SixLinesPerInch;
}
else // Change Box Style
{
if (box != null) box.Height = yoff - box.YOffset; // new height, with children
box = new vlnBox();
box.MyBox = formatInfo.PlantFormat.FormatData.BoxList[(int)bxIndx];
box.YOffset = yoff;
yoff += 2 * vlnPrintObject.SixLinesPerInch;
}
bxIndex = bxIndx;
}
if (childItemInfo is SectionInfo) formatInfo = (childItemInfo as SectionInfo).LocalFormat ?? formatInfo;
if (rnoLevel < maxRNO && childItemInfo.RNOs != null) yoff = Math.Max(yoff, yoffRight);
vlnParagraph para = new vlnParagraph(Parent, cb, childItemInfo, xoff, yoff, rnoLevel, maxRNO, formatInfo);
if (box != null && box.MyParent == null)
{
box.MyParent = para;
para.PartsContainer.Add(box);
}
Add(para);
// para.YBottomMost will have y for bottom of any substeps that are also enclosed in the box.
yoff = para.YBottomMost;
if (childItemInfo.FormatStepData.BoxIt)
{
box.Height = yoff - box.YOffset - (1.1F * vlnPrintObject.SixLinesPerInch);
box = null; // if doing boxed steps, only do single sibling at a time.
}
}
if (box != null)
{
if (box != null) box.Height = yoff - box.YOffset; // new height, with children
yoff += 2 * vlnPrintObject.SixLinesPerInch;
}
return yoff;
}
public float ToPdf(PdfContentByte cb, float yPageStart, float yTopMargin, float yBottomMargin)
{
foreach (vlnParagraph child in this)
{
yPageStart = child.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
}
return yPageStart;
}
}
public partial class vlnParagraph : vlnPrintObject
{
/// <summary>
/// This variable is used to match 16 bit pagaination
/// </summary>
private bool _Match16BitPagination = false;
// the following boolean is to help testing of various formats. If the plant has an alternating foldout
// and you want a blank page, until foldouts are developed, set to true.
// AEP DU1 - do a blank page for foldout
private bool _DoBlankForFoldout = false;
public float ParagraphToPdf(PdfContentByte cb, float yPageStart, float yTopMargin, float yBottomMargin)
{
if (Processed) return yPageStart;
Processed = true;
if (_PartsAbove != null && _PartsAbove.Count > 0) yPageStart = PartsAbove.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
float yLocation = CalculateYOffset(yPageStart, yTopMargin);
if (MyItemInfo.HasChangeBar) MyPageHelper.AddChangeBar(DoChangeBar(cb, MyItemInfo, MyPageHelper, XOffset, yLocation, MyPageHelper.MaxRNO, MyItemInfo.ActiveFormat), cbMess);
float retval = yLocation;
if (MyItemInfo.IsFigure)
{
yLocation -= (SixLinesPerInch * MyPageHelper.YMultiplier);
if (ImageText != null)
retval = DrawFigure(cb, yBottomMargin, yLocation);
else
retval = DrawText(cb, ref yPageStart, yTopMargin, yBottomMargin, ref yLocation);
}
else if (!MyItemInfo.IsStepSection) // Don't ouput the Step Section title
{
retval = DrawText(cb, ref yPageStart, yTopMargin, yBottomMargin, ref yLocation);
if (MyItemInfo.IsHigh)
{
MyPageHelper.VlnDestinations.Add(MyItemInfo.MyTab.CleanText + " " + MyItemInfo.DisplayText,
new PdfDestination(PdfDestination.FITBH,yLocation+YVeryTop-YTopMost+SixLinesPerInch));
}
}
//Height = yLocation - retval;
if (_PartsLeft != null && _PartsLeft.Count > 0) yPageStart = PartsLeft.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
if (_PartsRight != null && _PartsRight.Count > 0) yPageStart = PartsRight.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
if (_PartsBelow != null && _PartsBelow.Count > 0) yPageStart = PartsBelow.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
if (_PartsContainer != null && _PartsContainer.Count > 0) yPageStart = PartsContainer.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
return yPageStart;
}
private float DrawText(PdfContentByte cb, ref float yPageStart, float yTopMargin, float yBottomMargin, ref float yLocation)
{
if (_TextDebug)
Console.WriteLine("{0},{1},'{2}','<<END>>'", MyItemInfo.ItemID, MyItemInfo.DBSequence, FormattedText);
//Console.WriteLine("{0},{1},'{2}','<<END>>'", MyItemInfo.ItemID, MyItemInfo.DBSequence, IParagraph.Content);
float retval = yLocation;
if (MyItemInfo.FormatStepData.CenterOneLineOnly && MyItemInfo.MyPrevious == null && MyItemInfo.NextItem == null && Height<(1.01F*IParagraph.Leading))
IParagraph.Alignment = Element.ALIGN_CENTER;
retval = Rtf2Pdf.TextAt(cb, IParagraph, XOffset, yLocation, Width, 100, DebugText, yBottomMargin);
if (retval == 0) // problem occurred - paragraph was not able to be printed on page
{ // pagination logic needs to be fixed.
cb.PdfDocument.NewPage();
yPageStart = yTopMargin + YVeryTop;
yLocation = yPageStart - YOffset;
//MyItemInfo.ItemID, YSize, yPageSize, yLocation
if(_PaginationDebug) Console.WriteLine("-1,'Yes','Forced Pagination',{0},{1},,{3},{4}", MyItemInfo.ItemID, YSize, 0, yLocation, MyItemInfo.DBSequence);
retval = Rtf2Pdf.TextAt(cb, IParagraph, XOffset, yLocation, Width, 100, DebugText, yBottomMargin);
}
return retval;
}
private static List<string> myAttributes =new List<string>();
private static void AddAttribute(string attr)
{
if (myAttributes.Contains(attr))
return;
//Console.WriteLine("Attribute = \"{0}\"", attr);
myAttributes.Add(attr);
}
private void CheckAttributes(System.Collections.Hashtable attributes)
{
foreach (string attr in attributes.Keys)
{
AddAttribute(attr);
}
}
private string FormattedText
{
get
{
bool subscript = false;
//if (_MyItemInfo.ItemID == 467)
// Console.Write("");
StringBuilder sb = new StringBuilder();
//if (IParagraph.Chunks.Count > 1)
// Console.WriteLine("{0} Chunks", IParagraph.Chunks.Count);
foreach (Chunk chk in IParagraph.Chunks)
{
string prefix = "";
string suffix = "";
CheckAttributes(chk.Attributes);
if (chk.Font.BaseFont != null && chk.Font.BaseFont.PostscriptFontName.ToUpper().Contains("BOLD"))
{
prefix += "\xD5";
suffix = "\xD6" + suffix;
}
if (chk.Attributes.ContainsKey("SUBSUPSCRIPT"))
{
float sup = (float)(chk.Attributes["SUBSUPSCRIPT"]);
if (sup > 0)
{
prefix += "\xA6";
suffix = "\xD1" + suffix;
}
else if (sup < 0)
{
prefix += "\xD1";
suffix = "\xA6" + suffix;
}
}
if (chk.Attributes.ContainsKey("UNDERLINE"))
{
prefix += "\x16";
suffix = "\x16" + suffix; ;
}
sb.Append(prefix + chk.Content + suffix);
}
string retval = sb.ToString();
retval = retval.Replace("\xD1\xA6", "");// Remove Multiple Superscript commands in a row
retval = retval.Replace("\xA6\xD1", "");// Remove Multiple Superscript commands in a row
retval = retval.Replace("\xD6\xD5", "");
retval = retval.Replace("\xD6\x16\xD5", "\x16");
return retval;
}
}
private bool _PaginationDebug = false;
private bool _TextDebug = false; //true; this will turn on a writeline with debug in DrawText()
private float DrawFigure(PdfContentByte cb, float yBottomMargin, float yLocation)
{
float retval = yLocation;
if (ImageText != null)
{
string[] vals = ImageText.Split("\n".ToCharArray());
ProcedureInfo proc = MyItemInfo.MyProcedure;
DocVersionInfo dvi = proc.ActiveParent as DocVersionInfo;
ROFstInfo rofst = dvi.DocVersionAssociations[0].MyROFst;
ROImageInfo roImage = ROImageInfo.GetByROFstID_FileName(rofst.ROFstID, vals[0]);
if (roImage != null)
{
iTextSharp.text.Image it_image = iTextSharp.text.Image.GetInstance(roImage.Content);
retval = Rtf2Pdf.FigureAt(cb, it_image, XOffset + _CharsToTwips, yLocation, Width * MyPageHelper.YMultiplier, Height * MyPageHelper.YMultiplier, DebugText, yBottomMargin, !MyItemInfo.FormatStepData.Type.Contains("Borderless"));
}
}
return retval;
}
private string DebugText
{
get
{
return string.Format("DebugID = {0}, ID={1} Type={2} TypeName='{3}' StepLevel={4} DBSequence={5}", DebugId, MyItemInfo.ItemID, MyItemInfo.FormatStepType, MyItemInfo.FormatStepData.Type, MyItemInfo.StepLevel, MyItemInfo.DBSequence);
}
}
public override float ToPdf(PdfContentByte cb, float yPageStart, float yTopMargin, float yBottomMargin)
{
float yLocation = yPageStart - YTopMost;
int paginate = Paginate(yLocation, yTopMargin, yBottomMargin);
switch (paginate)
{
case 1: // Break on High Level Step
OutputOtherPageSteps(cb, YTopMost, yPageStart, yTopMargin, yBottomMargin);
if (_DoBlankForFoldout&&MyItemInfo.ActiveSection.IsDefaultSection)
{
cb.PdfDocument.NewPage();
cb.Circle(100, 100, 50);
}
cb.PdfDocument.NewPage();
yPageStart = yTopMargin + YTopMost;
MyPageHelper.YMultiplier = 1;
break;
case 2: // Break within a Step
OutputOtherPageSteps(cb, YTopMost, yPageStart, yTopMargin, yBottomMargin);
DocStyle docstyle = MyItemInfo.MyDocStyle;
string myMsg = docstyle.Continue.Bottom.Message;
if (myMsg != null && myMsg != "")
{
if (myMsg.IndexOf(@"%d") > -1)
myMsg = myMsg.Replace(@"%d", MyItemInfo.MyHLS.MyTab.CleanText.Trim());
float msg_yLocation = 0;
switch (docstyle.Continue.Bottom.Location)
{
case E_ContBottomLoc.EndOfText: // place continue string at end of text
case E_ContBottomLoc.BtwnTextAndBottom: // place continue string between end of text & bottom of page
Console.WriteLine("Not done yet");
break;
case E_ContBottomLoc.BottomOfPage: // place continue message at bottom of page
msg_yLocation = yBottomMargin + 2 * SixLinesPerInch; // 2 lines above bottom margin
break;
}
MyPageHelper.BottomMessage = new vlnText(cb, this, myMsg, myMsg, docstyle.Layout.LeftMargin + XOffsetBox + docstyle.Continue.Bottom.Margin ?? 0, msg_yLocation, MyItemInfo.ActiveFormat.PlantFormat.FormatData.Font);
}
if (_DoBlankForFoldout && MyItemInfo.ActiveSection.IsDefaultSection)
{
cb.PdfDocument.NewPage();
cb.Circle(200, 100, 50);
}
cb.PdfDocument.NewPage();
// If there is a box, adjust the yTopMost to include it.
// TODO: Why doesn't YTopMost account for the box?
float yTopMost = YTopMost;
//if (YVeryTop < yTopMost) Console.WriteLine("{0},{1},{2}", MyItemInfo.DBSequence, yTopMost, YVeryTop);
yTopMost = Math.Min(yTopMost,YVeryTop);
yPageStart = yTopMargin + yTopMost - 2 * SixLinesPerInch;
myMsg = docstyle.Continue.Top.Message;
if (myMsg != null && myMsg != "")
{
if (myMsg.IndexOf(@"%d") > -1)
myMsg = myMsg.Replace(@"%d", MyItemInfo.MyHLS.MyTab.CleanText.Trim());
MyPageHelper.TopMessage = new vlnText(cb, this, myMsg, myMsg, docstyle.Layout.LeftMargin + XOffsetBox + docstyle.Continue.Top.Margin ?? 0, yTopMargin + 0.1F, MyItemInfo.ActiveFormat.PlantFormat.FormatData.Font);
}
MyPageHelper.YMultiplier = 1;
break;
case 3: // Break on High Level Step (SevenLinesPerInch)
OutputOtherPageSteps(cb, YTopMost, yPageStart, yTopMargin, yBottomMargin);
if (_DoBlankForFoldout && MyItemInfo.ActiveSection.IsDefaultSection)
{
cb.PdfDocument.NewPage();
cb.Circle(300, 100, 50);
}
cb.PdfDocument.NewPage();
yPageStart = yTopMargin + YTopMost;
MyPageHelper.YMultiplier = _SevenLinesPerInch / SixLinesPerInch;
break;
}
yPageStart = ChildrenAbove.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
yPageStart = ChildrenLeft.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
yPageStart = ParagraphToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
yPageStart = ChildrenRight.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
yPageStart = ChildrenBelow.ToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
if (MyItemInfo.IsHigh && MyItemInfo.NextItem == null) // last hls, add the 'end' message, if there is one
{
DocStyle docstyle = MyItemInfo.MyDocStyle;
string myMsg = (docstyle.End == null) ? null : docstyle.End.Message;
if (myMsg != null)
{
float msg_yLocation = yBottomMargin + SixLinesPerInch;
// use the 'flag' to position the message. Just implementing OHLP
if (docstyle.End.Flag >= 2)
{
msg_yLocation = yTopMargin - (float)(docstyle.End.Flag * SixLinesPerInch);
}
// center it. Just implementing OHLP
float wtpm = (float)docstyle.Layout.PageWidth - (float)docstyle.Layout.LeftMargin;
float centerpos = XOffsetBox + (float)docstyle.Layout.LeftMargin + (wtpm - (myMsg.Length * vlnPrintObject._CharsToTwips)) / 2;
MyPageHelper.BottomMessage = new vlnText(cb, this, myMsg, myMsg, centerpos, msg_yLocation, docstyle.End.Font);
}
}
return yPageStart;
}
private void OutputOtherPageSteps(PdfContentByte cb, float YTopMost, float yPageStart, float yTopMargin, float yBottomMargin)
{
// Find any items remaining in MyPageHelper.MyParagraphs that should be printed on this page.
vlnParagraphs process = new vlnParagraphs(null);
foreach (vlnParagraph vPara in MyPageHelper.MyParagraphs.Values)
{
//if (!vPara.Processed && ((vPara.YOffset + vPara.Height) < YTopMost))
if (!vPara.Processed && ((vPara.YOffset) < YTopMost))
process.Add(vPara);
}
foreach (vlnParagraph vPara in process)
{
vPara.ParagraphToPdf(cb, yPageStart, yTopMargin, yBottomMargin);
}
}
private void WalkStepLevel(float yTopMost)
{
foreach (vlnParagraph child in ChildrenAbove)
child.WalkStepLevel(yTopMost);
foreach (vlnParagraph child in ChildrenLeft)
child.WalkStepLevel(yTopMost);
ShowStepLevel(yTopMost);
foreach (vlnParagraph child in ChildrenRight)
child.WalkStepLevel(yTopMost);
foreach (vlnParagraph child in ChildrenBelow)
child.WalkStepLevel(yTopMost);
}
private void ShowStepLevel(float yTopMost)
{
ItemInfo item = MyItemInfo;
ItemInfo parent = item.ActiveParent as ItemInfo;
//if (para.MyItemInfo.ItemID == 205)
// Console.Write("");
if (_PaginationDebug)
{
Console.WriteLine("'StepLevel',{0},{1},{2},{3},{4},{5},{6},{7},{8},{9}", YVeryTop - yTopMost, YSize, YBottomMost - yTopMost, item.ItemID, item.DBSequence, item.StepLevel, item.MyContent.Type % 10000,
parent.MyContent.Type % 10000, item.HasCautionOrNote ? 1 : 0, parent.Cautions == null ? 0 : 1);
}
}
private float _YVeryTop = -1;
public float YVeryTop
{
get
{
if (_YVeryTop == -1)
{
_YVeryTop = YTop;
_YVeryTop = VeryTop(PartsAbove,_YVeryTop);
_YVeryTop = VeryTop(PartsContainer,_YVeryTop);
}
return _YVeryTop;
}
}
private float VeryTop(vlnPrintObjects parts, float yVeryTop)
{
if (parts != null)
foreach (vlnPrintObject part in parts)
if (part.YOffset < yVeryTop)
yVeryTop = part.YOffset;
return yVeryTop;
}
private int Paginate(float yLocation, float yTopMargin, float yBottomMargin)
{
float yPageSize = yTopMargin - yBottomMargin;
float yWithinMargins = CalculateYLocation(yLocation, yTopMargin) - yBottomMargin - SixLinesPerInch;
// if step is breaking over a number of pages, determine if the current step is the
// location of a pagebreak.
if (MyPageHelper.ParaBreaks.Count > 0)
{
if (this == MyPageHelper.ParaBreaks[0] || this.YTopMost > MyPageHelper.ParaBreaks[0].YTopMost)
{
MyPageHelper.ParaBreaks.RemoveAt(0);
//Console.WriteLine("'PageBreak',6,'Yes','Page Break within Step',{0},{1},{2},{3}, {4},'{5}'", MyItemInfo.ItemID, YSize, 0, 0, 0, MyItemInfo.ShortPath);
//Console.WriteLine("Prev = {0}", MyItemInfo.MyPrevious==null ? "''" : MyItemInfo.DBSequence);
ShowPageBreak(100,"Page Break within Step","Yes",YSize, yPageSize, yWithinMargins);
return 2; // break on this item within a step
}
return 0; // this is not an item with a break
}
if (MyItemInfo.IsStepSection) return 0; // Don't Paginate on a Step Section
if (!MyItemInfo.IsHigh) return 0; // Don't Paginate on a Substep level
bool ManualPageBreak = (MyItemInfo.MyConfig as StepConfig).Step_ManualPagebreak;
float mySize = YSize * MyPageHelper.YMultiplier;
if (_Match16BitPagination) mySize = YSize;
float ySize7LPI = YSize + SixLinesPerInch;
if (_Match16BitPagination) ySize7LPI += SixLinesPerInch;
string firstStep = "No";
if (MyItemInfo.IsHigh && MyItemInfo.MyPrevious == null)
firstStep = "Yes";
if (!ManualPageBreak && mySize <= yWithinMargins) // Don't Paginate if there is enough room, will fit on page
{
//Console.WriteLine("'PageBreak',1,'No','HLS will fit on page',{0},{1},{2}, {3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
ShowPageBreak(-1, "HLS will fit on page", firstStep, YSize, yPageSize, yWithinMargins);
return 0;
}
// !MyItemInfo.IsHigh - if (MyItemInfo.IsRNOPart && MyParent.XOffset < XOffset) return 0; // Don't paginate on an RNO to the right
if (YSize < yPageSize) // if the entire step can fit on one page, do a page break
{
//Console.WriteLine("'PageBreak',2,'Yes','HLS will fit on 1 Page',{0},{1},{2}, {3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
ShowPageBreak(5, "HLS will fit on 1 Page at 6 LPI", "Yes", YSize, yPageSize, yWithinMargins);
return 1;
}
else if (MyItemInfo.ActiveFormat.MyStepSectionLayoutData.CompressSteps && (ySize7LPI) < (yPageSize * SixLinesPerInch / _SevenLinesPerInch))
{
//Console.WriteLine("'PageBreak',3,'Yes','HLS will fit on 1 Page at 7 LPI',{0},{1},{2}, {3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
ShowPageBreak(7, "HLS will fit on 1 Page at 7 LPI", "Yes", YSize, yPageSize, yWithinMargins);
//Console.WriteLine("'7LPI',{0},{1}", MyItemInfo.DBSequence, YSize);
return 3; // High Level Step can fit at SevenLinesPerInch
}
else // The entire step cannot fit on a blank page.
{
// if there is more than half a page left, then start to print on the current page
float myFirstPieceSize = GetFirstPieceSize(); //Case 0
if (_Match16BitPagination) myFirstPieceSize += 2 * SixLinesPerInch;
// TODO: Put this line back to case 0, i.e. previous line. This fixes a 16-bit vs 32-bit pagination diff in EO30 Step 20.
//float myFirstPieceSize = GetFirstPieceSize() + 2 * SixLinesPerInch; //Case 10 - this is to match 16bit
if (!ManualPageBreak && MyItemInfo.ActiveFormat.MyStepSectionLayoutData.SpecialPageBreakFlag && yWithinMargins > yPageSize / 2 &&
myFirstPieceSize < yWithinMargins )
{
//Console.WriteLine("'PageBreak',4,'No','HLS will have to split anyway',{0},{1},{2}, {3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
ShowPageBreak(-4, "HLS will have to split anyway", firstStep , YSize, yPageSize, yWithinMargins);
//BuildPageBreakList(yWithinMargins+SixLinesPerInch,yPageSize-2*SixLinesPerInch); // Determine items where page break(s) occur
BuildPageBreakList(yWithinMargins + SixLinesPerInch, yPageSize); // Case 5 - Determine items where page break(s) occur
return 0; // Stay on this page
}
// Less than half a page left, start printing on a new page.
//Console.WriteLine("'PageBreak',5,'Yes','HLS will have to split',{0},{1},{2}, {3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
ShowPageBreak(5, "HLS will have to split", "Yes", YSize, yPageSize, yWithinMargins);
// Determine items where page break(s) occur
//BuildPageBreakList(yPageSize, yPageSize - 2 * SixLinesPerInch); // Case Base
BuildPageBreakList(yPageSize, yPageSize); // Case 1 :Works for ES05 Step 15 SubStep 7
return 1; // Paginate on High Level Steps
}
//if (yWithinMargins > yPageSize / 2)
//{
// Console.WriteLine("'PageBreak',4,'No','Not Half way down the page',{0},{1},{2}, {3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
// return 0; // More than half way down the page
//}
//if (ChildrenBelow.Count > 0 && ChildrenBelow[0].YSize < yWithinMargins)
// return 0;
//Console.WriteLine("'PageBreak',5,'Yes','At least half the page is filled',{0},{1},{2},{3}, {4},'{5}'", MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.ShortPath);
//return 2;
throw new Exception("PageBreak Logic Missing, vlnParagraph.cs");
}
/// <summary>
/// This gets the height of the step with it's Caution's, Notes and potentially any First Substeps
/// </summary>
/// <returns></returns>
private float GetFirstPieceSize()
{
vlnParagraph paraLast = GetFirstPieceLastPart();
float retval = (paraLast.YBottom) - YTopMost;
//Console.WriteLine(MyItemInfo.DBSequence);
return retval;
}
public override float YBottom
{
get
{
float bottom = YOffset + Height;
if (PartsBelow != null)
{
foreach (vlnPrintObject part in PartsBelow)
{
float partBottom = part.YBottom;
bottom = Math.Max(partBottom, bottom);
}
}
return bottom;
}
}
public float YBottomText
{
get
{
return YOffset + Height;
}
}
private vlnParagraph GetFirstPieceLastPart()
{
vlnParagraph para = this;
if (!MyItemInfo.ActiveFormat.MyStepSectionLayoutData.PaginateOnFirstSubstep && ChildrenBelow != null && ChildrenBelow.Count > 0)
{
para = ChildrenBelow[0].GetFirstPieceLastPart();
}
if (ChildrenRight != null && ChildrenRight.Count > 0)
{
foreach(vlnParagraph paraRight in ChildrenRight)
{
vlnParagraph paraRightLast = paraRight.GetFirstPieceLastPart();
if (paraRightLast.YBottom > para.YBottom)
para = paraRightLast;
}
}
return para;
}
private void ShowPageBreak(int instance, string message, string breakOrNot, float YSize, float yPageSize, float yWithinMargins)
{
if(_PaginationDebug)
if (breakOrNot == "Yes")
Console.WriteLine("{0}", MyItemInfo.DBSequence); //,instance);
// Console.WriteLine("{0},{1}", MyItemInfo.DBSequence, IsFirstSubStep(MyItemInfo)); //,instance);
// Console.WriteLine("{0},'{1}','{2}',{3},{4},{5},{6},{7},'{8}'", instance, message, breakOrNot,
// MyItemInfo.ItemID, YSize, yPageSize, yWithinMargins, (int)(100 * yWithinMargins / yPageSize), MyItemInfo.DBSequence);
}
private void BuildPageBreakList(float ySpaceOnCurPage, float yPageSize)
{
ParagraphLocations myLocations = new ParagraphLocations();
BuildLocationList(YTopMost, myLocations);
StepLevelList myList = myLocations.BuildStepLevelList();
// Find Break Locations in the list based upon StepLevel and yLocation
float yTop = 0;
float yLowerLimit = (yPageSize - 2 * SixLinesPerInch) / 2;
float yStart = Math.Max(0,(yPageSize - 2 * SixLinesPerInch) - ySpaceOnCurPage);
//Console.WriteLine("'yStart',{0},{1}", MyItemInfo.DBSequence, yStart);
// The following three lines make page breaking match 16-bit:
if (_Match16BitPagination)
{
yLowerLimit = yStart - SixLinesPerInch + ySpaceOnCurPage / 2;
if ((yStart + MyItemInfo.MyDocStyle.Layout.TopRow + 2 * SixLinesPerInch) > ((MyItemInfo.MyDocStyle.Layout.TopRow + yPageSize - 2 * SixLinesPerInch) / 2))
yLowerLimit = yStart + 2 * SixLinesPerInch;
}
// Make sure that the FirstPiece (Caution Note HLS and First Substeps) fit
float myFirstPieceSize = GetFirstPieceSize(); //Case 0
if (myFirstPieceSize < ySpaceOnCurPage) yLowerLimit = Math.Max(myFirstPieceSize + yStart, yLowerLimit);
while ((YSize - yTop) >= ySpaceOnCurPage)
{
vlnParagraph paraBreak = FindPageBreak(yStart, ySpaceOnCurPage, yLowerLimit, myList);
// yTopNew is y Location of this page break. YTopMost is top of HLS, including any Cautions/Notes/Boxes/etc
float yTopNew = paraBreak.YVeryTop - YTopMost;
RemoveProcessedParagraphs(myList, yTopNew-yTop);
yTop = yTopNew;
MyPageHelper.ParaBreaks.Add(paraBreak);
ySpaceOnCurPage = yPageSize - 2 * SixLinesPerInch; // Allow for continue message and blank line.
yLowerLimit = ySpaceOnCurPage / 2;
if(_Match16BitPagination)yLowerLimit -= 1.5F * SixLinesPerInch; // 276 for HLP
yStart = 0;
}
}
/// <summary>
/// Find items from previous page (yLocation less than yTop) and remove them from the list.
/// yTop is the new starting location on the next page for this step.
/// </summary>
/// <param name="myList"></param>
/// <param name="yTop"></param>
private void RemoveProcessedParagraphs(StepLevelList myList, float yTop)
{
// the two CleanUpLists are used to remove items from
// the original list because list items cannot be removed in a
// 'foreach'.
List<int> CleanupListStepLevel = new List<int>();
foreach(int stepLevel in myList.Keys)
{
List<float> CleanupListYLocation = new List<float>();
SortedList<float, float> AdjustYLocation = new SortedList<float,float>();
foreach (float yLocation in myList[stepLevel].Keys)
{
if (-yLocation <= yTop)
CleanupListYLocation.Add(yLocation);
else
AdjustYLocation.Add(-yLocation, yLocation); // order in ascending order
}
//if (stepLevel == 3) Console.WriteLine("here");
foreach (float yLocation in CleanupListYLocation)
myList[stepLevel].Remove(yLocation);
foreach (float yLocation in AdjustYLocation.Keys)
{
vlnParagraph para = myList[stepLevel][-yLocation];
myList[stepLevel].Remove(-yLocation);
// shift yLocation by yTop to work with items whose locations
// are defined from the top of the new page rather than
// from the beginning of the step.
// Note that yLocation is negative to have items in descending
// order so that adding yTop decrements their values.
myList[stepLevel].Add(yTop-yLocation, para);
}
if (myList[stepLevel].Count == 0)
CleanupListStepLevel.Add(stepLevel);
}
foreach (int stepLevel in CleanupListStepLevel)
myList.Remove(stepLevel);
}
/// <summary>
/// Finds the highest StepLevel (lowest StepLevel number, 0 = HLS, 1 = first substep) that
/// fills the page sufficiently (more than half-full)
/// </summary>
/// <param name="yWithinMargins"></param>
/// <param name="yTop"></param>
/// <param name="myList"></param>
/// <returns></returns>
private static vlnParagraph FindPageBreak(float yStart, float yUpperLimit, float yLowerLimit, StepLevelList myList)
{
foreach (int stepLevel in myList.Keys) // loop thru StepLevels, starting with lowest.
{
foreach (float yLocation in myList[stepLevel].Keys) // loop thru yLocation
{
// The top of this step will fit onto page (-yLocation < yWithinMargins)
if (-yLocation < yUpperLimit)
//if (-yLocation < yWithinMargins && myList[stepLevel][yLocation].MyItemInfo.MyPrevious != null)
{
//ItemInfo prev = myList[stepLevel][yLocation].MyItemInfo.MyPrevious;
//if (myList[stepLevel][yLocation].MyItemInfo.ItemID == 5609) Console.WriteLine("aer");
//if (myList[stepLevel][yLocation].MyItemInfo.ItemID == 4312) Console.WriteLine("rno");
// The top of this step is more than 1/2 way down the page
if ((-yLocation + yStart) >= yLowerLimit)
{
return myList[stepLevel][yLocation];
}
// if is a caution or note & parent is a substep and entire substep doesn't fit, break.
if ((myList[stepLevel][yLocation].MyItemInfo.IsNote || myList[stepLevel][yLocation].MyItemInfo.IsCaution) &&
!myList[stepLevel][yLocation].MyParent.MyItemInfo.IsHigh &&
myList[stepLevel][yLocation].MyParent.YSize > (yUpperLimit + yLocation))
{
return myList[stepLevel][yLocation];
}
}
}
}
return null;
}
/// <summary>
/// Builds a list of paragraphs by StepLevel and yLocation in descending order.
/// </summary>
/// <param name="yTopMost"></param>
/// <param name="myList"></param>
private void BuildLocationList(float yTopMost, ParagraphLocations myLocations)
{
foreach (vlnParagraph child in ChildrenAbove)
child.BuildLocationList(yTopMost, myLocations);
foreach (vlnParagraph child in ChildrenLeft)
child.BuildLocationList(yTopMost, myLocations);
// Add a list entry consisting of StepLevel, yoffset from the beginning of this step, paragraph itself
myLocations.Add(this, yTopMost);
foreach (vlnParagraph child in ChildrenRight)
child.BuildLocationList(yTopMost, myLocations);
foreach (vlnParagraph child in ChildrenBelow)
child.BuildLocationList(yTopMost, myLocations);
}
private int COL_WID_ADJ = 6; // adjusts for incorrect use of WidSTable when breaking a line (it breaks 6 chars too short)
public vlnParagraph(vlnParagraph parent, PdfContentByte cb, ItemInfo itemInfo, float xoff, float yoff, int rnoLevel, int maxRNO, FormatInfo formatInfo)
{
//int[] problemIDs = { 889 };
//List<int> lProblemIDs = new List<int>(problemIDs);
//if (lProblemIDs.Contains(itemInfo.ItemID))
// Console.WriteLine("Found Item {0}", itemInfo.ItemID);
MyParent = parent;
// The following code determines the last paragraph for an RNO
// MyTopRNO finds the Top paragraph for an RNO
if (itemInfo.IsInRNO)
{
if (rnoLevel <= maxRNO && itemInfo.IsRNOPart) // Not top level RNO
MyTopRNO = this;
else
MyTopRNO = MyParent.MyTopRNO;
if(MyTopRNO != null) MyTopRNO.LastRNO = this;
}
MyContentByte = cb;
MyPageHelper.MyParagraphs.Add(itemInfo.ItemID, this);
MyItemInfo = itemInfo;
XOffset = xoff;
YTopMost = YOffset = yoff;
vlnTab mytab = null;
if (itemInfo.MyTab != null && itemInfo.MyTab.Text != null && itemInfo.MyTab.Text != "")
{
mytab = new vlnTab(cb, this, itemInfo.MyTab.Text, itemInfo.MyTab.CleanText, XOffset, yoff, itemInfo.MyTab.MyFont);
PartsLeft.Add(mytab);
}
AdjustWidth(itemInfo, maxRNO, formatInfo, mytab);
AdjustXOffsetForTab(itemInfo, maxRNO, formatInfo, mytab);
if (itemInfo.Cautions != null)
{
//yoff += 2 * _SixLinesPerInch;
yoff = ChildrenAbove.Add(cb, itemInfo.Cautions, xoff, yoff, yoff, rnoLevel, maxRNO, formatInfo);
//yoff += 2 * _SixLinesPerInch;
}
if (itemInfo.Notes != null)
{
//yoff += 2 * _SixLinesPerInch;
yoff = ChildrenAbove.Add(cb, itemInfo.Notes, xoff, yoff, yoff, rnoLevel, maxRNO, formatInfo);
//yoff += 2 * _SixLinesPerInch;
}
YTop = yoff;
if (itemInfo.MyHeader != null && itemInfo.MyHeader.Text != null)
yoff += SetHeader(this, cb, itemInfo, formatInfo);
YOffset = yoff;
AddMacros(itemInfo, mytab);
if (mytab != null) mytab.YOffset = yoff;
if (itemInfo.IsFigure) // if a figure we've got to determine the size:
{
if (itemInfo.MyContent.Text != null)
{
ProcedureInfo proc = itemInfo.MyProcedure;
DocVersionInfo dvi = proc.ActiveParent as DocVersionInfo;
ROFstInfo rofst = dvi.DocVersionAssociations[0].MyROFst;
ROFSTLookup lookup = rofst.ROFSTLookup;
string linkInfoText = itemInfo.MyContent.Text.Replace(@"\v ", "");
Match m = Regex.Match(linkInfoText, @"(.*)[#]Link:([A-Za-z]*):(.*)");
string[] subs = m.Groups[3].Value.Split(" ".ToCharArray());
string roid = subs[1];
string val = lookup.GetRoValue(subs[1]);
if (val == null) val = lookup.GetRoValue(subs[1].Substring(0, 12));
if (val != null)
{
string[] vals = val.Split("\n".ToCharArray());
Width = Int32.Parse(vals[3], System.Globalization.NumberStyles.AllowHexSpecifier) * _CharsToTwips;
int lines = Int32.Parse(vals[2], System.Globalization.NumberStyles.AllowHexSpecifier);
Height = lines * SixLinesPerInch;
yoff += (Height + (2 * SixLinesPerInch));
string erMsg = null;
try
{
ROImageInfo roImage = ROImageInfo.GetByROFstID_FileName(rofst.ROFstID, vals[0]);
if (roImage != null)
ImageText = val;
else
erMsg = string.Format("Image {0} does not exist.", vals[0]);
}
catch (Exception ex)
{
erMsg = string.Format("Image {0} does not exist, error = {1}.", vals[0], ex.Message);
}
if (erMsg != null) Rtf = GetRtf(erMsg, itemInfo.ActiveFormat.PlantFormat.FormatData.Font);
}
CalculateXOffset(itemInfo, maxRNO, formatInfo);
}
}
else
{
Rtf = GetRtf(itemInfo);
if (itemInfo.IsTablePart)
{
Width = GetTableWidth(cb, IParagraph);
CalculateXOffset(itemInfo, maxRNO, formatInfo);
}
if (!itemInfo.IsStepSection) // Don't add any lines for the Section Title
{
yoff += Height;
yoff += AdjustForBlankLines();
}
}
float yOffRight = yoff;
float RnoOffset = ToInt(formatInfo.MyStepSectionLayoutData.ColRTable, maxRNO);
if (rnoLevel < maxRNO && itemInfo.RNOs != null) yOffRight = ChildrenRight.Add(cb, itemInfo.RNOs, XOffset + RnoOffset, YTop, YTop, rnoLevel + 1, maxRNO, formatInfo);
// Need code to determine if the table will overlap the Right Column if it does then
// use YOffRight rather than yoff
if (itemInfo.Tables != null)
{
bool aerTableOrFigure = itemInfo.FormatStepData.Type.Contains("AER");
if(!aerTableOrFigure && itemInfo.RNOLevel == 0) // Centered Table
yoff = ChildrenBelow.Add(cb, itemInfo.Tables, XOffset, yOffRight, yOffRight, rnoLevel, maxRNO, formatInfo);
else // AER or RNO Table
yoff = ChildrenBelow.Add(cb, itemInfo.Tables, XOffset, yoff, yOffRight, rnoLevel, maxRNO, formatInfo);
}
if (itemInfo.Steps != null) yoff = ChildrenBelow.Add(cb, itemInfo.Steps, XOffset, yoff, yOffRight, rnoLevel, maxRNO, formatInfo);
if (itemInfo.Sections != null) yoff = ChildrenBelow.Add(cb, itemInfo.Sections, xoff, yoff, yoff, rnoLevel, maxRNO, formatInfo);
if (itemInfo.Procedures != null) yoff = ChildrenBelow.Add(cb, itemInfo.Procedures, xoff, yoff, yoff, rnoLevel, maxRNO, formatInfo);
if (rnoLevel >= maxRNO && itemInfo.RNOs != null) yoff = ChildrenBelow.Add(cb, itemInfo.RNOs, XOffset, yoff, yoff, rnoLevel + 1, maxRNO, formatInfo);
yoff = Math.Max(yoff, yOffRight);
// TODO - use RNOSepAfterAER flag too:
string tmpRnoSepStr = formatInfo.MyStepSectionPrintData.RNOSepString;
if (rnoLevel < maxRNO && itemInfo.RNOs != null && tmpRnoSepStr != null)
{
vlnParagraph rno = ChildrenRight[0];
vlnParagraph bottomChild = BottomChild;
float xsep = MyHighLevelParagraph.XOffset + RnoOffset;
vlnRNOSeparator myRnoSep = new vlnRNOSeparator(this, cb, tmpRnoSepStr, xsep, yoff, formatInfo, bottomChild==null?true:bottomChild.MyItemInfo.HasChangeBar);
// TODO: May need to handle more than one RNO column for RNO Separator
if (rno.LastRNO.MyItemInfo.HasChangeBar == false && bottomChild != null && bottomChild.MyItemInfo.HasChangeBar)
bottomChild.PartsBelow.Add(myRnoSep);
else
rno.LastRNO.PartsBelow.Add(myRnoSep);
yoff += myRnoSep.Height + SixLinesPerInch;
}
YBottomMost = yoff;
}
internal vlnParagraph BottomChild
{
get
{
float bottomChildYBottomText = YBottomText;
vlnParagraph bottomChild = this;
foreach (vlnParagraph child in ChildrenRight)
{
vlnParagraph grandChild = child.BottomChild;
if (grandChild != null && grandChild.YBottomText > bottomChildYBottomText) bottomChild = grandChild;
if (grandChild != null && grandChild.YBottomText == bottomChildYBottomText && grandChild.MyItemInfo.HasChangeBar) bottomChild = grandChild;
bottomChildYBottomText = bottomChild.YBottomText;
}
foreach (vlnParagraph child in ChildrenBelow)
{
vlnParagraph grandChild = child.BottomChild;
if (grandChild != null && grandChild.YBottomText > bottomChildYBottomText) bottomChild = grandChild;
if (grandChild != null && grandChild.YBottomText == bottomChildYBottomText && grandChild.MyItemInfo.HasChangeBar) bottomChild = grandChild;
bottomChildYBottomText = bottomChild.YBottomText;
}
return bottomChild;
}
}
private void CalculateXOffset(ItemInfo itemInfo, int maxRNO, FormatInfo formatInfo)
{
bool aerTableOrFigure = itemInfo.FormatStepData.Type.Contains("AER");
vlnParagraph hls1 = MyParent;
while (hls1.MyParent != null && !hls1.MyItemInfo.IsHigh) hls1 = hls1.MyParent;
XOffset = hls1.XOffset + hls1.Width / 2 - Width / 2; // xoffset if AER column
int colR = int.Parse(formatInfo.MyStepSectionLayoutData.ColRTable.Split(",".ToCharArray())[itemInfo.ColumnMode]);
float xLowerLimit = 6; // Adjusted for HLP VE-PROMS
float xUpperLimit = hls1.XOffset + hls1.Width + colR * itemInfo.ColumnMode + 18; // Adjusted for HLP VE-PROMS
if (!aerTableOrFigure && itemInfo.RNOLevel == 0) // Centered Table of Figure
{
// adjust for RNO
XOffset += (colR * itemInfo.ColumnMode) / 2;
XOffset -= (hls1.XOffset - (float)itemInfo.MyDocStyle.Layout.LeftMargin) / 2;
}
else // AER or RNO
XOffset = MyParent.XOffset + MyParent.Width / 2 - Width / 2;
//XOffset += colR * itemInfo.RNOLevel;
if (XOffset < xLowerLimit)
XOffset = xLowerLimit;
if (XOffset + Width > xUpperLimit)
XOffset = xUpperLimit - Width;
if (XOffset < (float)itemInfo.MyDocStyle.Layout.LeftMargin)
XOffsetBox = (float)itemInfo.MyDocStyle.Layout.LeftMargin;
}
private float AdjustForBlankLines()
{
int everyNLines = MyItemInfo.FormatStepData == null ? 1 : MyItemInfo.FormatStepData.StepLayoutData.EveryNLines ?? 1;
if (MyItemInfo.Ordinal % everyNLines == 0 || MyItemInfo.NextItem == null) return SixLinesPerInch;
return 0;
}
private void AddMacros(ItemInfo itemInfo, vlnTab mytab)
{
float y = YOffset;
float x = mytab == null ? XOffset : mytab.XOffset + mytab.TabOffset;
List<Macro> myMacros = itemInfo.MyMacros;
if (myMacros != null)
{
foreach (Macro myMacro in myMacros)
{
PartsLeft.Add(new vlnMacro(x, y, myMacro.MacroDef));
}
}
}
// HLP Change bar flags in format file:
// Locations: With Text, Outside Box, AER on Left RNO on Right, To The Left of Text
// Text: Date & Change ID, Revision Number, Change ID, None, Custom (use input data)
// Flag AERChgBarMsgRNOChgBarNoMsg and AERMsgRNONoMsg are NOT Used in 16-bit.
private string cbMess = null;
private vlnChangeBar DoChangeBar(PdfContentByte cb, ItemInfo itemInfo, VlnSvgPageHelper myPageHelper, float xoff, float yoff, int maxRNO, FormatInfo formatInfo) //, vlnChangeBar myCB)
{
// find column for the change bar based on format flags - this is code from 16-bit
// if AbsoluteFixedChangeColumn
// if FixedAERChangeColumn
// if col>ColsS+ColR+COL_WID+ADJ
// FixedChangeColumn
// else
// AERLeftChangeBarLocation()
// else
// FixedChangeColumn
// else
// ChangeBarLocation()
ChangeBarData cbd = formatInfo.PlantFormat.FormatData.ProcData.ChangeBarData;
int cols = formatInfo.MyStepSectionLayoutData.ColS ?? 0;
int colr = ToInt(formatInfo.MyStepSectionLayoutData.ColRTable, maxRNO);
float col = (cbd.AbsoluteFixedChangeColumn) ?
((cbd.FixedAERChangeColumn ?? 0) > 0) ?
(xoff > (cols + colr + COL_WID_ADJ)) ?
cbd.FixedChangeColumn ?? 0 : AERLeftChangeBarLocation(formatInfo) :
cbd.FixedChangeColumn ?? 0 : ChangeBarLocation(xoff, this, formatInfo, maxRNO);
if (myPageHelper.ChangeBarDefinition.MyChangeBarText == PrintChangeBarText.ChgID)
cbMess = itemInfo.MyContent.UserID;
else if (myPageHelper.ChangeBarDefinition.MyChangeBarText == PrintChangeBarText.DateChgID)
{
string fmtDate = itemInfo.DTS.ToShortDateString();
if (fmtDate.Length != 10) // need to add zeros
{
if (fmtDate.IndexOf("/") == 1)
fmtDate = "0" + fmtDate;
if (fmtDate.IndexOf("/", 3) == 1)
fmtDate = fmtDate.Substring(0, 3) + "0" + fmtDate.Substring(3, fmtDate.Length - 3);
}
cbMess = itemInfo.MyContent.UserID + @"\n" + fmtDate;
}
else if (myPageHelper.ChangeBarDefinition.MyChangeBarText == PrintChangeBarText.RevNum)
cbMess = myPageHelper.Rev;
else if (myPageHelper.ChangeBarDefinition.MyChangeBarText == PrintChangeBarText.UserDef)
cbMess = myPageHelper.ChangeBarDefinition.MyChangeBarMessage;
int msgAlign = Element.ALIGN_LEFT;
if (myPageHelper.ChangeBarDefinition.MyChangeBarLoc == PrintChangeBarLoc.LeftOfText ||
(myPageHelper.ChangeBarDefinition.MyChangeBarLoc == PrintChangeBarLoc.AERleftRNOright &&
!itemInfo.IsInRNO)) msgAlign = Element.ALIGN_RIGHT;
return new vlnChangeBar(cb, this, (float)itemInfo.MyDocStyle.Layout.LeftMargin + (col * _CharsToTwips), yoff, msgAlign);
}
private int ChangeBarLocation(float c, vlnParagraph paragraph, FormatInfo formatInfo, int maxRNO)
{
int fixedChgCol = formatInfo.PlantFormat.FormatData.ProcData.ChangeBarData.FixedChangeColumn ?? 0;
int cols = formatInfo.MyStepSectionLayoutData.ColS ?? 0;
int colr = ToInt(formatInfo.MyStepSectionLayoutData.ColRTable, maxRNO);
if (fixedChgCol < -10 || fixedChgCol >= 0)
return ((fixedChgCol > 0) ? fixedChgCol :
(fixedChgCol == 0) ? (int)c + 1 :
(c > cols + colr + COL_WID_ADJ) ? -fixedChgCol :
AERLeftChangeBarLocation(formatInfo));
else
return (fixedChgCol + (((c < cols + Width + colr) || TableTest()
|| MyItemInfo.IsCaution || MyItemInfo.IsNote) ? 0 : cols + colr)); // || (GetColumnMode() == 0)) ? 0 : cols + colr));
/* Change bars to left of text -- ColS+WidS+ColR is the end of RNO col*/
}
/*
** Centered tables whose width exceeds the end of the RNO column should
** still have their change bars printed on the left. This procedure checks
** to make sure the step is a table and that it is not an RNO.
*/
private bool TableTest()
{
return false;
//return ((s->Type == TABLE || s->Type == BORDERLESSTABLE) &&
//!(strchr((char *)&s->dbseq[2],RNO_MARKER)));
}
private float GetBottomYoff(float bottomY)
{
foreach (vlnParagraph child in ChildrenBelow)
{
if (child.YOffset > bottomY) bottomY = child.YOffset;
bottomY = child.GetBottomYoff(bottomY);
}
return bottomY;
}
private int AERLeftChangeBarLocation(FormatInfo formatInfo)
{
// use -5 default unless it is format specified
int fixedAERChgCol = formatInfo.PlantFormat.FormatData.ProcData.ChangeBarData.FixedAERChangeColumn ?? 0;
return (fixedAERChgCol != 0) ?
(fixedAERChgCol > 100) ?
(fixedAERChgCol % 100) : -fixedAERChgCol : -5;
}
private StringBuilder _RtfSB = null;
// return rtf and use for tab and other text
public string GetRtf(ItemInfo itemInfo)
{
_RtfSB = new StringBuilder();
DisplayText vlntxt = new DisplayText(itemInfo, E_EditPrintMode.Print, E_ViewMode.View, true, E_FieldToEdit.StepText, false);
_RtfSB.Append(AddFontTable(vlntxt.TextFont.WindowsFont));
_RtfSB.Append(vlntxt.StartText);
_RtfSB.Append("}");
return _RtfSB.ToString();
}
private float _XOffsetBox = -24;
public float XOffsetBox
{
get { return _XOffsetBox; }
set { _XOffsetBox = value; }
}
private float SetHeader(vlnParagraph para, PdfContentByte cb, ItemInfo itemInfo, FormatInfo formatInfo)
{
float xoff = (float)itemInfo.MyDocStyle.Layout.LeftMargin;
float hdrWidth = (itemInfo.MyHeader.CleanText == null) ? 0 : itemInfo.MyHeader.CleanText.Length * _CharsToTwips; // convert to twips
int typ = ((int)itemInfo.MyContent.Type) % 10000;
int? bxIndx = formatInfo.PlantFormat.FormatData.StepDataList[typ].StepLayoutData.STBoxindex;
if (itemInfo.MyHeader.Justify == System.Drawing.ContentAlignment.MiddleCenter)
{
if (bxIndx != null)
{
Box bx = formatInfo.PlantFormat.FormatData.BoxList[(int)bxIndx];
if (bx.TabPos > 0)
xoff += (float)bx.TabPos; // xoff starts as left margin
else
{
xoff += (float)((bx.TxtStart + XOffsetBox + (bx.TxtWidth / 2)) - (hdrWidth / 2)); // xoff starts as left margin
}
}
else if (formatInfo.MyStepSectionLayoutData.Separator.Location > 0)
{
// if there is a separator location, use it - 16bit code used the separator location as a divisor:
xoff = XOffset + AdjustToCharPosition((float)((para.Width - hdrWidth) / formatInfo.MyStepSectionLayoutData.Separator.Location));
}
else
xoff = XOffset + (para.Width / 2) + (hdrWidth / 2); // XOffset has left margin included
}
else
xoff = XOffset; // XOffset has left margin included
vlnHeader myHeader = new vlnHeader(this, cb, itemInfo.MyHeader.Text, itemInfo.MyHeader.CleanText.TrimStart(" ".ToCharArray()), xoff, YOffset, itemInfo.MyHeader.MyFont);
PartsAbove.Add(myHeader);
return myHeader.Height + SixLinesPerInch;
}
private bool _Processed = false;
public bool Processed
{
get { return _Processed; }
set { _Processed = value; }
}
private vlnParagraph _LastRNO;
public vlnParagraph LastRNO
{
get { return _LastRNO; }
set { _LastRNO = value; }
}
private vlnParagraph _MyTopRNO;
public vlnParagraph MyTopRNO
{
get { return _MyTopRNO; }
set { _MyTopRNO = value; }
}
private static string _Prefix = "";
public static string Prefix
{
get { return vlnParagraph._Prefix; }
set { vlnParagraph._Prefix = value; }
}
protected float _YBottomMost; // Bottom of the paragraph including the children
public float YBottomMost
{
get { return _YBottomMost; }
set { _YBottomMost = value; }
}
protected float _YTopMost; // Top of the paragraph including the children
public float YTopMost
{
get { return _YTopMost; }
set { _YTopMost = value; }
}
protected float _YTop; // Top of the paragraph including parts
public float YTop
{
get { return _YTop; }
set
{
vlnParagraph vp = this as vlnParagraph;
//if (vp != null && vp.MyItemInfo != null && vp.MyItemInfo.ItemID == 55)
// Console.WriteLine("here");
_YTop = value;
}
}
public float YSize // How big this paragraph is with all of its children
{
get { return _YBottomMost - _YTopMost; }
}
private ItemInfo _MyItemInfo;
public ItemInfo MyItemInfo
{
get { return _MyItemInfo; }
set { _MyItemInfo = value; }
}
private vlnParagraph _MyHighLevelParagraph;
public vlnParagraph MyHighLevelParagraph
{
get
{
if (_MyHighLevelParagraph == null)
{
_MyHighLevelParagraph = GetHighLevelParagraph();
}
return _MyHighLevelParagraph;
}
}
private vlnParagraph GetHighLevelParagraph()
{
if (MyItemInfo.IsHigh) return this;
return MyParent.GetHighLevelParagraph();
}
// Tab, Separator, ChangeBar, Box, Circle, Checkoff
private vlnPrintObjects _PartsAbove;
public vlnPrintObjects PartsAbove
{
get
{
if (_PartsAbove == null) _PartsAbove = new vlnPrintObjects();
return _PartsAbove;
}
}
private vlnPrintObjects _PartsBelow;
public vlnPrintObjects PartsBelow
{
get
{
if (_PartsBelow == null) _PartsBelow = new vlnPrintObjects();
return _PartsBelow;
}
}
private vlnPrintObjects _PartsRight;
public vlnPrintObjects PartsRight
{
get
{
if (_PartsRight == null) _PartsRight = new vlnPrintObjects();
return _PartsRight;
}
}
private vlnPrintObjects _PartsLeft;
public vlnPrintObjects PartsLeft
{
get
{
if (_PartsLeft == null) _PartsLeft = new vlnPrintObjects();
return _PartsLeft;
}
}
private vlnPrintObjects _PartsContainer;
public vlnPrintObjects PartsContainer
{
get
{
if (_PartsContainer == null) _PartsContainer = new vlnPrintObjects();
return _PartsContainer;
}
}
private vlnParagraphs _ChildrenAbove;
public vlnParagraphs ChildrenAbove
{
get
{
if (_ChildrenAbove == null) _ChildrenAbove = new vlnParagraphs(this);
return _ChildrenAbove;
}
}
private vlnParagraphs _ChildrenBelow;
public vlnParagraphs ChildrenBelow
{
get
{
if (_ChildrenBelow == null) _ChildrenBelow = new vlnParagraphs(this);
return _ChildrenBelow;
}
}
private vlnParagraphs _ChildrenRight;
public vlnParagraphs ChildrenRight
{
get
{
if (_ChildrenRight == null) _ChildrenRight = new vlnParagraphs(this);
return _ChildrenRight;
}
}
private vlnParagraphs _ChildrenLeft;
public vlnParagraphs ChildrenLeft
{
get
{
if (_ChildrenLeft == null) _ChildrenLeft = new vlnParagraphs(this);
return _ChildrenLeft;
}
}
public void AdjustXOffsetForTab(ItemInfo itemInfo, int maxRNO, FormatInfo formatInfo, vlnTab myTab)
{
float tabWidth = (myTab == null) ? 0 : myTab.Width;
int typ = ((int)itemInfo.MyContent.Type) % 10000;
int? bxIndx = formatInfo.PlantFormat.FormatData.StepDataList[typ].StepLayoutData.STBoxindex;
if (bxIndx != null)
{
Box bx = formatInfo.PlantFormat.FormatData.BoxList[(int)bxIndx];
//XOffset += (float)bx.TxtStart + tabWidth + XOffsetBox;
XOffset = (float)itemInfo.MyDocStyle.Layout.LeftMargin + (float)bx.TxtStart + tabWidth + XOffsetBox;
if (myTab != null) myTab.XOffset = XOffset - tabWidth;
}
else if (itemInfo.IsHigh)
{
XOffset += tabWidth - myTab.TabAlign;
if (myTab != null) myTab.XOffset += tabWidth - myTab.TabAlign;
}
else if (itemInfo.IsRNOPart && !((ItemInfo)itemInfo.ActiveParent).IsHigh)
{
// don't adjust for rno
}
else if (MyParent != null)
{
XOffset += tabWidth - (myTab == null ? 0 : myTab.TabAlign);
if (myTab != null) myTab.XOffset += tabWidth - myTab.TabAlign;
}
}
public void AdjustWidth(ItemInfo itemInfo, int maxRNO, FormatInfo formatInfo, vlnTab myTab)
{
float tabWidth = (myTab == null) ? 0 : myTab.Width;
int typ = ((int)itemInfo.MyContent.Type) % 10000;
int? bxIndx = formatInfo.PlantFormat.FormatData.StepDataList[typ].StepLayoutData.STBoxindex;
if (bxIndx != null)
{
Box bx = formatInfo.PlantFormat.FormatData.BoxList[(int)bxIndx];
Width = _WidthAdjustBox + (float)bx.TxtWidth - tabWidth;
}
else if (itemInfo.IsHigh)
{
Width = _WidthAdjust + ToInt(formatInfo.MyStepSectionLayoutData.WidSTablePrint, maxRNO);
}
else if (MyParent == null)
{
// 72 points / inch - 7 inches (about width of page)
Width = 72 * 7;
}
else if (itemInfo.IsRNOPart && !((ItemInfo)itemInfo.ActiveParent).IsHigh)
{
Width = MyParent.Width;
}
else if (itemInfo.IsTablePart)
{
Width = 72 * 7; // TODO: Need to determine the Width of the Table based upon the contents
}
else
{
Width = MyParent.Width - tabWidth + (myTab == null ? 0 : myTab.TabAlign);
}
}
}
/// <summary>
/// First order by stepLevel, then within a stepLevel, order by descending yLocation on page.
/// Want to find maximum y value that fits on page, i.e. put the most on page that can
/// fit which is defined by the largest yLocation
/// </summary>
public class StepLevelList : SortedDictionary<int, SortedDictionary<float, vlnParagraph>>
{
public StepLevelList() : base()
{
}
public void Add(int stepLevel, float yLocation, vlnParagraph para)
{
if (stepLevel == 0) return;
if (!this.ContainsKey(stepLevel))
this.Add(stepLevel, new SortedDictionary<float, vlnParagraph>());
// using a negative for yLocation so that its in descending order:
if (!this[stepLevel].ContainsKey(-yLocation))
this[stepLevel].Add(-yLocation, para);
}
}
public class ParagraphLocations : List<ParagraphLocation>
{
public ParagraphLocations()
: base()
{
}
public void Add(vlnParagraph myParagraph, float yTopMost)
{
ParagraphLocation foundOverlap = FindOverlap(myParagraph);
if (foundOverlap == null)
{
this.Add(new ParagraphLocation(yTopMost,myParagraph));
return;
}
ParagraphLocation doubleOverlap = FindOverlap(foundOverlap);
while (doubleOverlap != null)
{
doubleOverlap.Merge(foundOverlap);
this.Remove(foundOverlap);
foundOverlap = doubleOverlap;
doubleOverlap = FindOverlap(foundOverlap);
}
}
private ParagraphLocation FindOverlap(vlnParagraph myParagraph)
{
foreach (ParagraphLocation paraLoc in this)
if (paraLoc.Overlap(myParagraph))
return paraLoc;
return null;
}
private ParagraphLocation FindOverlap(ParagraphLocation myParaLoc)
{
foreach (ParagraphLocation paraLoc in this)
if (paraLoc != myParaLoc && paraLoc.Overlap(myParaLoc))
return paraLoc;
return null;
}
internal StepLevelList BuildStepLevelList()
{
StepLevelList myList = new StepLevelList();
foreach (ParagraphLocation paraLoc in this)
myList.Add(paraLoc.StepLevel, paraLoc.YTop, paraLoc.MyParagraph);
return myList;
}
}
public class ParagraphLocation
{
private float _YTop;
public float YTop
{
get { return _YTop; }
set { _YTop = value; }
}
private float _YBottom;
public float YBottom
{
get { return _YBottom; }
set { _YBottom = value; }
}
private int _StepLevel;
public int StepLevel
{
get { return _StepLevel; }
set { _StepLevel = value; }
}
private vlnParagraph _MyParagraph;
public vlnParagraph MyParagraph
{
get { return _MyParagraph; }
set { _MyParagraph = value; }
}
public ParagraphLocation(float yTopMost,vlnParagraph myParagraph)
{
MyParagraph =myParagraph;
YTop = myParagraph.YVeryTop - yTopMost;
YBottom = myParagraph.YBottom - yTopMost;
StepLevel = myParagraph.MyItemInfo.StepLevel;
}
public bool Overlap(vlnParagraph otherParagraph)
{
if (Between(otherParagraph.YTop, YTop, YBottom)) return true;
if (Between(otherParagraph.YBottom, YTop, YBottom)) return true;
if(Between(YTop,otherParagraph.YVeryTop,otherParagraph.YBottom)) return true;
if(Between(YBottom,otherParagraph.YVeryTop,otherParagraph.YBottom)) return true;
return false;
}
public static bool Between(float x, float lower, float higher)
{ return x >= lower && x <= higher; }
public bool Overlap(ParagraphLocation otherParagraphLocation)
{
if (Between(otherParagraphLocation.YTop, YTop, YBottom)) return true; // The top is within the other
if (Between(otherParagraphLocation.YBottom, YTop, YBottom)) return true; // The bottom is within the other
if(Between(YTop,otherParagraphLocation.YTop,otherParagraphLocation.YBottom)) return true; // the other top is within this one
if(Between(YBottom,otherParagraphLocation.YTop,otherParagraphLocation.YBottom)) return true;// I believe this is unnecessary
return false;
}
public void Merge(vlnParagraph otherParagraph)
{
if (StepLevel < otherParagraph.MyItemInfo.StepLevel) MyParagraph = otherParagraph;
YTop = Math.Min(YTop, otherParagraph.YVeryTop);
YBottom = Math.Max(YBottom, otherParagraph.YBottom);
StepLevel = Math.Max(StepLevel, otherParagraph.MyItemInfo.StepLevel);
}
public void Merge(ParagraphLocation otherParagraphLocation)
{
if (StepLevel < otherParagraphLocation.StepLevel) MyParagraph = otherParagraphLocation.MyParagraph;
YTop = Math.Min(YTop, otherParagraphLocation.YTop);
YBottom = Math.Max(YBottom, otherParagraphLocation.YBottom);
StepLevel = Math.Max(StepLevel, otherParagraphLocation.StepLevel);
}
}
}
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