// Draws the group to the graphics instance.
public override void DrawBitmap( CPaintbox paintbox, Graphics g, ArrayList alMap )
{
if( m_alMembers == null )
{
// Empty group
return;
}
foreach( object obj in m_alMembers )
{
if( obj is CMiniTreeGroup )
{
if( ((CMiniTreeGroup)obj).m_mtiBoxLeft != null && ((CMiniTreeGroup)obj).m_mtiBoxRight != null )
{
// Draw crossbar
float fCrossbarLeft = ((CMiniTreeGroup)obj).m_mtiBoxLeft.TeeRight;
float fCrossbarRight = ((CMiniTreeGroup)obj).m_mtiBoxRight.TeeLeft;
float fCrossbarLeftGap = ((CMiniTreeGroup)obj).m_mtiBoxLeft.Right;
float fCrossbarRightGap = ((CMiniTreeGroup)obj).m_mtiBoxRight.Left;
float fCrossbarY = (((CMiniTreeGroup)obj).m_mtiBoxLeft.TeeCentreVert + ((CMiniTreeGroup)obj).m_mtiBoxRight.TeeCentreVert) / 2f;
switch( ((CMiniTreeGroup)obj).m_ecCrossbar )
{
case ECrossbar.eCB_Solid:
g.DrawLine( paintbox.m_penConnector, fCrossbarLeft, fCrossbarY, fCrossbarRight, fCrossbarY );
break;
case ECrossbar.eCB_DottedLeft:
g.DrawLine( paintbox.m_penConnectorDotted, fCrossbarLeft, fCrossbarY, fCrossbarRightGap, fCrossbarY );
break;
case ECrossbar.eCB_DottedRight:
g.DrawLine( paintbox.m_penConnectorDotted, fCrossbarLeftGap, fCrossbarY, fCrossbarRight, fCrossbarY );
break;
default:
break;
}
if( ((CMiniTreeGroup)obj).m_uStalkedIndividuals > 0 )
{
// Draw down to individuals
// Use y coord of first individual, assuming all are at the same y coord
float fIndividualY = 0f;
bool bHaveIndividuals = false;
foreach( CMiniTreeObject groupObj in ((CMiniTreeGroup)obj).m_alMembers )
{
if( groupObj is CMiniTreeIndividual )
{
fIndividualY = ((CMiniTreeIndividual)groupObj).Top;
bHaveIndividuals = true;
break;
}
}
float fCrossbarCentre = (fCrossbarLeft+fCrossbarRight)/2f;
if( bHaveIndividuals )
{
g.DrawLine( paintbox.m_penConnector, fCrossbarCentre, fCrossbarY, fCrossbarCentre, fIndividualY );
// Connect individuals
SizeF stalkMinMax = ((CMiniTreeGroup)obj).StalkMinMax;
// Width irrelevant, using SizeF simply as a way to pass 2 floats:
float fStalkMin = stalkMinMax.Width;
// Height irrelevant, using SizeF simply as a way to pass 2 floats
float fStalkMax = stalkMinMax.Height;
if( fCrossbarCentre < fStalkMin )
{
fStalkMin = fCrossbarCentre;
}
else if( fCrossbarCentre > fStalkMax )
{
fStalkMax = fCrossbarCentre;
}
g.DrawLine( paintbox.m_penConnector, fStalkMin, fIndividualY, fStalkMax, fIndividualY );
}
}
}
((CMiniTreeGroup)obj).DrawBitmap( paintbox, g, alMap );
}
else if( obj is CMiniTreeIndividual )
{
// Draw individual box
((CMiniTreeIndividual)obj).DrawBitmap( paintbox, g, alMap );
}
}
}
// Draws the element to the graphics instance. public abstract void DrawBitmap( CPaintbox paintbox, Graphics g, ArrayList alMap );
// This is the main tree drawing method.
// irSubject is the individual for whom the tree is based.
// nTargeWidth is the width below which the layout is free to use up space to produce a nice tree.
public ArrayList CreateMiniTree( CPaintbox paintbox, CIndividualRecord ir, string sFilename, int nTargetWidth, System.Drawing.Imaging.ImageFormat imageFormat )
{
// First calculate size required for tree, by iterating through individuals and building a data structure
CMiniTreeGroup mtgParent = CreateDataStructure(ir);
// For each individual calculate size of box required for display using helper function
// There must be a better way to get a graphics:
Bitmap bmp = new Bitmap( 1, 1, System.Drawing.Imaging.PixelFormat.Format24bppRgb );
Graphics g = Graphics.FromImage( bmp );
Font f = paintbox.m_font;
// Record what font windows actually used, in case it chose a different one
MainForm.s_config.m_sTreeFontName = f.Name;
MainForm.s_config.m_fTreeFontSize = f.Size;
// Recursively calculate sizes of other groups
mtgParent.CalculateSize( g, f );
g.Dispose();
bmp.Dispose();
// Now calculate sizes of each row
// Total width includes irSubject, their spouses and their siblings.
// Total height is always three generations
// Now calculate how best to position each generation
// Calculate the width of each generation
// There are three cases : frParents widest, siblings widest, children widest
// Plus two aims : minimise total width, get offspring centred under frParents.
// If nTargetWidth is exceeded simply because of number of individuals in one row, that
// row's width becomes the new target width.
// If nTargetWidth is exceeded otherwise, minimising total width becomes the priority
mtgParent.CalculateLayout( 0f, 0f );
mtgParent.Compress();
RectangleF rect = mtgParent.GetExtent();
m_sizeTotal = new SizeF( rect.Width, rect.Height );
mtgParent.Translate( -rect.Left, -rect.Top );
// Calculate offset for each row
// Can't do this so create a new bitmap: bmp.Width = totalSize.Width;
// Can't do this so create a new bitmap: bmp.Height = totalSize.Height;
int nTotalWidth = (int)(m_sizeTotal.Width+1.0f);
int nTotalHeight = (int)(m_sizeTotal.Height+1.0f);
bmp = new Bitmap( nTotalWidth, nTotalHeight, System.Drawing.Imaging.PixelFormat.Format32bppArgb );
g = Graphics.FromImage( bmp );
// Do background fill
if( MainForm.s_config.m_bFakeMiniTreeTransparency && paintbox.m_brushFakeTransparency != null )
{
g.FillRectangle( paintbox.m_brushFakeTransparency, 0, 0, nTotalWidth, nTotalHeight );
}
else if( imageFormat == ImageFormat.Gif && paintbox.m_brushBgGif != null )
{
g.FillRectangle( paintbox.m_brushBgGif, 0, 0, nTotalWidth, nTotalHeight );
}
ArrayList alMap = new ArrayList();
mtgParent.DrawBitmap( paintbox, g, alMap );
// Save the bitmap
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.eDL_Note, "Saving mini tree as " + sFilename );
if( System.IO.File.Exists( sFilename ) )
{
// Delete any current file
System.IO.File.SetAttributes( sFilename, System.IO.FileAttributes.Normal );
System.IO.File.Delete( sFilename );
}
// Save using FileStream to try to avoid crash (only seen by customers)
System.IO.FileStream fs = new System.IO.FileStream( sFilename, System.IO.FileMode.Create );
bmp.Save( fs, imageFormat );
fs.Close();
g.Dispose();
bmp.Dispose();
// For gifs we need to reload and set transparency colour
if( imageFormat == ImageFormat.Gif && !MainForm.s_config.m_bFakeMiniTreeTransparency )
{
Image imageGif;
ColorPalette colorpalette;
imageGif = Image.FromFile( sFilename );
colorpalette = imageGif.Palette;
// Creates a new GIF image with a modified colour palette
if (colorpalette != null )
{
// Create a new 8 bit per pixel image
Bitmap bm=new Bitmap(imageGif.Width,imageGif.Height,PixelFormat.Format8bppIndexed);
// Get it's palette
ColorPalette colorpaletteNew = bm.Palette;
// Copy all the entries from the old palette removing any transparency
int n=0;
foreach(Color c in colorpalette.Entries)
{
colorpaletteNew.Entries[n++]=Color.FromArgb(255,c);
}
// Now to copy the actual bitmap data
// Lock the source and destination bits
BitmapData src = ((Bitmap)imageGif).LockBits(new Rectangle(0,0,imageGif.Width,imageGif.Height),ImageLockMode.ReadOnly,imageGif.PixelFormat);
BitmapData dst = bm.LockBits(new Rectangle(0,0,bm.Width,bm.Height),ImageLockMode.WriteOnly,bm.PixelFormat);
// Uses pointers so we need unsafe code.
// The project is also compiled with /unsafe
byte backColor = 0;
unsafe
{
backColor = ((byte *)src.Scan0.ToPointer())[0]; // Assume transparent colour appears as first pixel.
byte* src_ptr = ((byte *)src.Scan0.ToPointer());
byte* dst_ptr = ((byte *)dst.Scan0.ToPointer());
// May be useful: System.Runtime.InteropServices.Marshal.Copy(IntPtr source, byte[], destination, int start, int length)
// May be useful: System.IO.MemoryStream ms = new System.IO.MemoryStream(src_ptr);
int width = imageGif.Width;
int src_stride = src.Stride - width;
int dst_stride = dst.Stride - width;
for(int y=0;y<imageGif.Height;y++)
{
// Can't convert IntPtr to byte[]: Buffer.BlockCopy( src_ptr, 0, dst_ptr, 0, width );
int x = width;
while( x-- > 0 )
{
*dst_ptr++ = *src_ptr++;
}
src_ptr += src_stride;
dst_ptr += dst_stride;
}
}
// Set the newly selected transparency
colorpaletteNew.Entries[(int)backColor]=Color.FromArgb(0,Color.Magenta);
// Re-insert the palette
bm.Palette=colorpaletteNew;
// All done, unlock the bitmaps
((Bitmap)imageGif).UnlockBits(src);
bm.UnlockBits(dst);
imageGif.Dispose();
// Set the new image in place
imageGif=bm;
colorpalette=imageGif.Palette;
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.eDL_Note, "Re-saving mini gif as " + sFilename );
imageGif.Save( sFilename, imageFormat );
}
}
return alMap;
}
// Draws the actual box, and adds the region of the box to the image alMap list.
public override void DrawBitmap( CPaintbox paintbox, Graphics g, ArrayList alImageMap )
{
SolidBrush solidbrushBg, solidbrushText;
if( m_bConcealed )
{
solidbrushBg = paintbox.m_brushBoxConcealed;
}
else if( m_bHighlight )
{
solidbrushBg = paintbox.m_brushBoxHighlight;
}
else if( m_bShade )
{
solidbrushBg = paintbox.m_brushBoxShade;
}
else
{
solidbrushBg = paintbox.m_brushBox;
}
if( m_bLinkable )
{
solidbrushText = paintbox.m_brushTextLink;
}
else if( m_bConcealed )
{
solidbrushText = paintbox.m_brushTextConcealed;
}
else
{
solidbrushText = paintbox.m_brushText;
}
g.FillRectangle( solidbrushBg, m_x+MARGIN_HORIZ, m_y+MARGIN_VERT, m_sizeText.Width, m_sizeText.Height-1f );
g.DrawRectangle( paintbox.m_penBox, m_x+MARGIN_HORIZ, m_y+MARGIN_VERT, m_sizeText.Width, m_sizeText.Height-1f );
float fTextX = m_x+MARGIN_HORIZ+PADDING_HORIZ;
float fTextY = m_y+MARGIN_VERT+PADDING_VERT;
if( m_bConserveWidth )
{
g.DrawString( m_sFirstnames, paintbox.m_font, solidbrushText, fTextX + m_fFirstnamesPad, fTextY );
fTextY += m_sizeFirstnames.Height;
g.DrawString( m_sSurname, paintbox.m_font, solidbrushText, fTextX + m_fSurnamePad, fTextY );
fTextY += m_sizeSurname.Height;
}
else
{
g.DrawString( Name, paintbox.m_font, solidbrushText, fTextX + m_fSurnamePad, fTextY );
fTextY += m_sizeSurname.Height;
}
g.DrawString( m_sDate, paintbox.m_font, solidbrushText, fTextX + m_fDatePad, fTextY );
if( m_bChild )
{
g.DrawLine( paintbox.m_penConnector, m_x+MARGIN_HORIZ+m_sizeText.Width/2f, m_y, m_x+MARGIN_HORIZ+m_sizeText.Width/2f, m_y + MARGIN_VERT/* -1f*/ );
}
if( m_ir != null )
{
alImageMap.Add( new CMiniTreeMap( Name, m_ir, m_bLinkable,
(int)(m_x+MARGIN_HORIZ), (int)(m_y+MARGIN_VERT),
(int)(m_x+MARGIN_HORIZ+m_sizeText.Width), (int)(m_y+MARGIN_VERT+m_sizeText.Height-1f) ) );
}
}
// Constructor
public CCreatorRecordIndividual( CGedcom gedcom, IProgressCallback progress, string sW3cfile, CIndividualRecord ir, CCreatorIndexIndividuals indiIndexCreator, CPaintbox paintbox )
: base(gedcom, progress, sW3cfile)
{
m_ir = ir;
m_indiIndexCreator = indiIndexCreator;
m_paintbox = paintbox;
m_htFirstFoundEvent = new Hashtable();
m_sBirthdaySourceRefs = "";
m_sDeathdaySourceRefs = "";
m_sNameTitle = "";
m_bUnknownName = false;
m_sName = m_ir.Name;
m_sNameSuffix = m_ir.NameSuffix;
m_sFirstName = "";
m_sSurname = "";
m_sOccupation = "";
m_bConcealed = m_ir.Visibility() == CIndividualRecord.EVisibility.Restricted;
m_alEventList = new ArrayList();
m_alAttributeList = new ArrayList();
m_alReferenceList = new ArrayList();
m_alOccupations = new ArrayList();
m_sPreviousChildLink = "";
m_sNextChildLink = "";
m_alOtherNames = new ArrayList();
m_qdateInferredBirthday = null;
m_dateActualBirthday = null;
m_qdateInferredDeathday = null;
m_dateActualDeathday = null;
m_alParents = new ArrayList();
}
// The heart of GEDmill is here.
public void Create()
{
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Note, "CWebsite::Create()" );
// 1 means the process was aborted, for signalling back to calling thread. 2 means file nError.
CThreadError threaderror = new CThreadError( 1, "No error" );
try
{
// The value to indicate in the progress bar to show how much of the website creation is complete.
int nProgress = 0;
// The maximum value of the progress bar, i.e. when website creation is fully complete.
int nProgressMax =
1 // Site-wide multimedia files
+ 1 // W3C Sticker
+ 1 // Background image
+ 1 // Style sheet
+ m_gedcom.CountIndividuals
+ 1 // Individuals Index
+ m_gedcom.CountSources
+ 1 // Front page
+ 1 // Help page
+ 1 // CD ROM (Doesn't matter here that CD ROM autorun might not be included.)
+ 1; // Scripts (Doesn't matter here that scripts might not be included.)
// The paintbox with which to draw the mini tree
CPaintbox paintbox = new CPaintbox(MainForm.s_config);
paintbox.SetBackgroundImage(MainForm.s_config.m_sBackgroundImage);
// Object to keep count of number of files created etc.
CStats stats = new CStats();
// Here goes....
// Start the progress indicator.
m_progressWindow.Begin( 0, nProgressMax );
if (m_progressWindow.IsAborting)
{
return;
}
// Copy the images to use in place of non-pic multimedia files.
m_progressWindow.SetText("Copying multimedia");
CopyIcons();
if (m_progressWindow.IsAborting)
{
return;
} m_progressWindow.StepTo(++nProgress);
// Copy the W3C sticker file.
m_progressWindow.SetText("Copying W3C sticker");
string sW3CFilename = "";
if (MainForm.s_config.m_bIncludeValiditySticker)
{
sW3CFilename = CopyW3CSticker();
}
if (m_progressWindow.IsAborting)
{
return;
} m_progressWindow.StepTo(++nProgress);
// Create the index creator for use by the individuals records creator.
CCreatorIndexIndividuals indiIndexCreator = new CCreatorIndexIndividuals( m_gedcom, m_progressWindow, sW3CFilename );
// Copy the image for the background of the webpages.
m_progressWindow.SetText("Copying background image");
string sBackgroundImageFilename = CopyBackgroundImage();
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo( ++nProgress );
// Create the style sheet
m_progressWindow.SetText("Creating style sheet");
string cssFilename = String.Concat( MainForm.s_config.m_sOutputFolder, "\\", MainForm.s_config.m_sStylesheetFilename, ".css" );
if( MainForm.s_config.m_sStylesheetFilename.Length>0 && (!MainForm.s_config.m_bPreserveStylesheet || !File.Exists( cssFilename ) ) )
{
CCreatorStylesheet csc = new CCreatorStylesheet( m_gedcom, m_progressWindow, sW3CFilename, cssFilename, sBackgroundImageFilename );
csc.Create();
}
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo( ++nProgress );
// Create the pages for the individual records.
m_progressWindow.SetText("Creating individual pages");
foreach (CIndividualRecord ir in m_gedcom.m_alIndividualRecords)
{
CCreatorRecordIndividual ipc = new CCreatorRecordIndividual( m_gedcom, m_progressWindow, sW3CFilename, ir, indiIndexCreator, paintbox );
if (ipc.Create( stats ))
{
stats.m_unIndividuals++;
}
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo(++nProgress);
}
// Create the index for the individual records pages.
m_progressWindow.SetText("Creating individuals index");
indiIndexCreator.Create();
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo(++nProgress);
// Clear list of copied files, so that source images get copied afresh
// and so get resized differently to any indi images based on the same file.
CCreator.ClearCopiedFilesList();
// Create the pages for the source records.
m_progressWindow.SetText( "Creating source pages" );
foreach( CSourceRecord sr in m_gedcom.m_alSourceRecords )
{
if( sr != null && sr.ContainsAnyInformation() )
{
CCreatorRecordSource spc = new CCreatorRecordSource( m_gedcom, m_progressWindow, sW3CFilename, sr );
if( spc.Create( stats ) )
{
stats.m_unSources++;
}
}
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo(++nProgress);
}
if (m_progressWindow.IsAborting)
{
return;
}
// Create the front page
m_progressWindow.SetText("Creating front page");
string front_page_filename = String.Concat(MainForm.s_config.m_sOutputFolder, "\\", MainForm.s_config.m_sFrontPageFilename, ".", MainForm.s_config.m_sHtmlExtension);
if( MainForm.s_config.m_sFrontPageFilename.Length>0 && (!MainForm.s_config.m_bPreserveFrontPage || !File.Exists( front_page_filename ) ) )
{
CCreatorFrontPage fpc = new CCreatorFrontPage( m_gedcom, m_progressWindow, sW3CFilename, stats );
fpc.Create();
}
m_progressWindow.StepTo( ++nProgress );
if (m_progressWindow.IsAborting)
{
return;
}
// Create the help page
m_progressWindow.SetText("Creating help page");
string help_page_filename = String.Concat(MainForm.s_config.m_sOutputFolder, "\\", "help.", MainForm.s_config.m_sHtmlExtension);
if( MainForm.s_config.m_bIncludeHelppage )
{
CCreatorHelppage hpc = new CCreatorHelppage( m_gedcom, m_progressWindow, sW3CFilename );
hpc.Create();
}
m_progressWindow.StepTo( ++nProgress );
if (m_progressWindow.IsAborting)
{
return;
}
// Copy the CD ROM autorun file
m_progressWindow.SetText( "Creating CD-ROM files" );
if( MainForm.s_config.m_bCreateCDROMFiles )
{
CreateCDROMFiles( m_gedcom );
}
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo(++nProgress);
// Copy the Javascript
m_progressWindow.SetText( "Creating Javascript file" );
if( MainForm.s_config.m_bAllowMultipleImages ) // Currently (10Dec08) the only thing that uses javascript is the multiple images feature.
{
CreateJavascriptFiles( m_gedcom );
}
if (m_progressWindow.IsAborting)
{
return;
}
m_progressWindow.StepTo(++nProgress);
// Done
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Note, "Finished" );
m_progressWindow.SetText( "Done" );
threaderror.m_nError = 0;
threaderror.m_sMessage = "";
}
catch( ArgumentException e )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Error, "Caught Argument Exception : " + e.ToString() );
threaderror.m_nError = 2; // 2 => abnormal abort.
threaderror.m_sMessage = "";
}
catch( IOException e )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Error, "Caught IO Exception : " + e.ToString() );
threaderror.m_nError = 2; // 2 => abnormal abort.
threaderror.m_sMessage = "";
}
catch( NullReferenceException e )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Error, "Caught NullReference Exception : " + e.ToString() );
threaderror.m_nError = 2; // 2 => abnormal abort.
threaderror.m_sMessage = "";
}
catch( CHTMLException e )
{
threaderror.m_nError = 2; // 2 => abnormal abort.
threaderror.m_sMessage = e.Message;
}
catch( Exception e )
{
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Error, "Caught Exception : " + e.ToString() );
threaderror.m_nError = 2; // 2 => abnormal abort.
threaderror.m_sMessage = "";
}
finally
{
LogFile.TheLogFile.WriteLine( LogFile.DT_HTML, LogFile.EDebugLevel.Note, "Thread ending..." );
if( m_progressWindow != null )
{
m_progressWindow.End( threaderror );
}
}
}