void CEnvelopeWizard::AddDroppedGraphic(int nDragImage, POINT point)
{
if (!m_pEnvelopeDoc)
return;
CAGPage* pPage = m_pEnvelopeDoc->GetPage(0);
if (!pPage)
return;
CAGLayer* pUserLayer = pPage->GetUserLayer();
if (!pUserLayer)
return;
CAGSymImage* pImage = m_pGraphics[nDragImage];
if (!pImage)
return;
CAGSymImage* pNewImage = (CAGSymImage*)pImage->Duplicate();
if (!pNewImage)
return;
SetImageSize(pNewImage, &point);
pUserLayer->AddSymbol(pNewImage);
GetDocWin()->SymbolUnselect(true);
GetDocWin()->SymbolSelect(pNewImage);
GetDocWin()->SymbolInvalidate(pNewImage);
}
bool CXMLDlg::AddImage(HGLOBAL hMemory, bool bIsDIB, CAGPage* pPage, RECT* pDestRect)
{
if (!pPage || !pDestRect)
{
ASSERT(false);
return false;
}
RECT MaxBounds = {0,0,0,0};
SIZE PageSize = {0,0};
pPage->GetPageSize(PageSize);
::SetRect(&MaxBounds, 0, 0, PageSize.cx, PageSize.cy);
CAGSym* pSym = NULL;
if (bIsDIB)
{
char* pMemory = (char*)::GlobalLock(hMemory);
if (!pMemory)
return false;
// do we have a bitmap file header preceding the DIB?
BITMAPFILEHEADER* pBMPFile = (BITMAPFILEHEADER*)pMemory;
#define BFT_BITMAP 0x4d42 /* 'BM' */
if (pBMPFile->bfType == BFT_BITMAP)
pMemory += sizeof(BITMAPFILEHEADER);
BITMAPINFOHEADER* pDIB = (BITMAPINFOHEADER*)pMemory;
if (pDIB->biCompression == BI_RGB)
{
CAGSymImage* pSymImage = new CAGSymImage(pDIB, MaxBounds);
pSym = pSymImage;
}
::GlobalUnlock(hMemory);
}
else
{
CAGSymImage* pSymImage = new CAGSymImage(hMemory, MaxBounds);
pSym = pSymImage;
}
if (!pSym)
{
ASSERT(false);
return false;
}
pSym->SetDestRect(*pDestRect);
CAGLayer* pActiveLayer = pPage->GetActiveLayer();
if (pActiveLayer)
pActiveLayer->AddSymbol(pSym);
else
ASSERT(false);
return true;
}
void CEnvelopeWizard::InitGraphics(CAGDoc* pPrevDoc)
{
for (int nIndex = 0; nIndex < MAX_NUM_PICTURES; nIndex++)
m_pGraphics[nIndex] = NULL;
if (!pPrevDoc)
return;
int nGraphicItem = 0;
for (int nIndex = 0; nIndex < MAX_PAGES_TO_CHECK; nIndex++)
{
CAGPage* pPage = pPrevDoc->GetPage(nIndex);
if (!pPage)
continue;
int nLayers = pPage->GetNumLayers();
for (int l = 0; l < nLayers; l++)
{
CAGLayer* pLayer = pPage->GetLayer(l);
if (!pLayer)
continue;
int nSymbols = pLayer->GetNumSymbols();
for (int i = 0; i < nSymbols; i++)
{
CAGSym* pSym = (CAGSym*)pLayer->GetSymbol(i);
if (!pSym)
continue;
if (!pSym->IsImage())
continue;
CAGSymImage* pImage = (CAGSymImage*)pSym;
if (pImage->IsLocked() || pImage->IsDeleted())
continue;
CAGSymImage* pNewImage = (CAGSymImage*)pImage->Duplicate();
if (!pNewImage)
return;
// Add a copy of the image symbol to the list
// Be sure to set its location to (0,0) to make it easier to add to the envelope
CRect DestRect = pNewImage->GetDestRectTransformed();
DestRect.MoveToXY(0,0);
pNewImage->SetDestRect(DestRect);
pNewImage->SetMatrix(CAGMatrix());
pNewImage->SetHidden(false);
m_pGraphics[nGraphicItem] = pNewImage;
nGraphicItem++;
}
}
}
}
bool CFYSPrintDoc::PageHasSymbols(CAGPage* pPage)
{
bool bRetVal = false;
int nLayers = pPage->GetNumLayers();
if (nLayers <= 0)
return bRetVal;
for (int nLayer = 0; nLayer < nLayers; nLayer++)
{
CAGLayer* pLayer = pPage->GetLayer(nLayer);
if (!pLayer)
continue;
if (pLayer->GetNumSymbols())
{
bRetVal = true;
break;
}
}
return bRetVal;
}
void CEnvelopeWizard::CreateEnvelope(CAGDoc** ppAGDoc)
{
m_pEnvelopeDoc = new CAGDoc();
// Let the caller take control over this document
if (ppAGDoc)
*ppAGDoc = m_pEnvelopeDoc;
if (!m_pEnvelopeDoc)
return;
m_pEnvelopeDoc->SetPortrait(m_PageSize.cx <= m_PageSize.cy);
m_pEnvelopeDoc->SetDocType(DOC_ENVELOPE);
m_pEnvelopeDoc->SetFileName(CString("Untitled"));
m_pEnvelopeDoc->SetModified(true);
CAGPage* pPage = new CAGPage(m_PageSize.cx, m_PageSize.cy);
if (!pPage)
return;
m_pEnvelopeDoc->AddPage(pPage);
int nLayers = 2;
for (int j = 0; j < nLayers; j++)
pPage->AddLayer(new CAGLayer());
CAGLayer* pUserLayer = pPage->GetUserLayer();
if (!pUserLayer)
return;
CAGLayer* pMasterLayer = pPage->GetMasterLayer();
if (!pUserLayer)
return;
m_nMaxImageSize = m_PageSize.cy / 2;
m_pEnvelopePicture->GetPictureList()->DrawListViewThumbnails();
// Add the Background Item
CAGSymGraphic* pBackground = new CAGSymRectangle();
if (pBackground)
{
RECT BackgroundRect;
::SetRect(&BackgroundRect, 0, 0, m_PageSize.cx, m_PageSize.cy);
pBackground->SetDestRect(BackgroundRect);
pBackground->SetID(IDR_ENVELOPE_BACKGROUND);
pBackground->SetFillColor(RGB(240,240,255));
pBackground->SetFillColor2(RGB(255,255,255));
pBackground->SetFillType(FT_Solid);
pBackground->SetHidden(true);
pUserLayer->AddSymbol(pBackground);
}
int xCenter = m_PageSize.cx / 2;
int yCenter = m_PageSize.cy / 2;
RECT rMargins = { INCHES(0.375), INCHES(0.375), m_PageSize.cx - INCHES(0.375), m_PageSize.cy - INCHES(0.375)};
// Add the Send Address Text Item
CAGSymText* pSendAddr = new CAGSymText(ST_TEXT);
if (pSendAddr)
{
RECT SendRect;
SendRect.left = xCenter - (INCHES(1.75)/2);
SendRect.top = yCenter - (INCHES(1)/2);
SendRect.right = SendRect.left + INCHES(3.0);
SendRect.bottom = SendRect.top + INCHES(1.1);
pSendAddr->Create(SendRect);
pSendAddr->SetID(IDR_ENVELOPE_SEND);
SetAddressText(pSendAddr, m_strSendAddress);
pSendAddr->SelectAll(false);
pSendAddr->SetHorzJust(eFlushLeft);
pSendAddr->SetVertJust(eVertTop);
pSendAddr->SetEmphasis(false, false, false);
pUserLayer->AddSymbol(pSendAddr);
}
// Add the Return Address Text Item
CAGSymText* pReturnAddr = new CAGSymText(ST_TEXT);
if (pReturnAddr)
{
RECT ReturnRect;
ReturnRect.left = rMargins.left;
ReturnRect.top = rMargins.top;
ReturnRect.right = ReturnRect.left + INCHES(3.0);
ReturnRect.bottom = ReturnRect.top + INCHES(1.1);
pReturnAddr->Create(ReturnRect);
pReturnAddr->SetID(IDR_ENVELOPE_RETURN);
SetAddressText(pReturnAddr, m_strReturnAddress);
pReturnAddr->SelectAll(false);
pReturnAddr->SetHorzJust(eFlushLeft);
pReturnAddr->SetVertJust(eVertTop);
pReturnAddr->SetEmphasis(false, false, false);
pUserLayer->AddSymbol(pReturnAddr);
}
// Add the first image to the document
CAGSymImage* pImage = m_pGraphics[0];
if (!pImage)
return;
CAGSymImage* pNewImage = (CAGSymImage*)pImage->Duplicate();
if (!pNewImage)
return;
SetImageSize(pNewImage);
pNewImage->SetID(IDC_ENVELOPE_PIC_0);
pUserLayer->AddSymbol(pNewImage);
GetDocWin()->SymbolUnselect(true);
GetDocWin()->SymbolSelect(pNewImage);
GetDocWin()->Position(POS_LEFT, POS_BOTTOM, 0/*id*/);
}
void CXMLDlg::CreateGraphicItem(HTREEITEM pItem, CAGPage* pPage, POINT& ptOffset, CString& szParentItemType)
{
HTREEITEM pChildItem = m_treeOutput.GetChildItem(pItem);
if (!pChildItem)
{
ASSERT(false);
return;
}
COLORREF LineColor = RGB(0,0,0);
int iLineWidth = LT_None;
FillType tFillType = FT_None;
COLORREF FillColor = RGB(0,0,0);
COLORREF FillColor2 = RGB(0,0,0);
LineStart tStart = LS_LeftTop;
POINT* pPoints = new POINT[5000];
int nPoints = 0;
CRect DestRect;
double fAngle = 0.0;
while (pChildItem)
{
CString szItemType = m_treeOutput.GetItemText(pChildItem);
if (!szItemType.CompareNoCase(_T("pt")) )
{
POINT Location = {0,0};
GetCurrentObjectLocation(pChildItem, Location);
pPoints[nPoints++] = Location;
}
else
{
CString szTitle;
CString szValue;
Separate(m_treeOutput.GetItemText(pChildItem), szTitle, szValue);
if (!szTitle.CompareNoCase(_T("x")) )
{
DestRect.left = INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("y")) )
{
DestRect.top = INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("dx")) )
{
DestRect.right = DestRect.left + INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("dy")) )
{
DestRect.bottom = DestRect.top + INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("angle")) )
{
fAngle = atof(szValue);
}
else
if (!szTitle.CompareNoCase(_T("filltype")) )
{
if (!szValue.CompareNoCase(_T("Solid")))
tFillType = FT_Solid;
else
if (!szValue.CompareNoCase(_T("SweepRight")))
tFillType = FT_SweepRight;
else
if (!szValue.CompareNoCase(_T("SweepDown")))
tFillType = FT_SweepDown;
else
if (!szValue.CompareNoCase(_T("RadialCenter")))
tFillType = FT_RadialCenter;
else
if (!szValue.CompareNoCase(_T("RadialCorner")))
tFillType = FT_RadialCorner;
}
else
if (!szTitle.CompareNoCase(_T("fillcolor")) )
{
FillColor = ParseColor(szValue);
}
else
if (!szTitle.CompareNoCase(_T("fillblendcolor")) )
{
FillColor2 = ParseColor(szValue);
}
else
if (!szTitle.CompareNoCase(_T("linetype")) )
{
if (!szValue.CompareNoCase(_T("Hairline")))
iLineWidth = LT_Hairline;
else
if (!szValue.CompareNoCase(_T("Normal")))
iLineWidth = POINTUNITS(1);
}
else
if (!szTitle.CompareNoCase(_T("linecolor")) )
{
LineColor = ParseColor(szValue);
}
else
if (!szTitle.CompareNoCase(_T("linewidth")) )
{
iLineWidth = POINTUNITS(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("start")) )
{
if (!szValue.CompareNoCase(_T("UpperLeft")))
tStart = LS_LeftTop;
else
if (!szValue.CompareNoCase(_T("UpperRight")))
tStart = LS_RightTop;
else
if (!szValue.CompareNoCase(_T("LowerRight")))
tStart = LS_RightBottom;
else
if (!szValue.CompareNoCase(_T("LowerLeft")))
tStart = LS_LeftBottom;
}
}
pChildItem = m_treeOutput.GetNextItem(pChildItem, TVGN_NEXT);
}
CAGSymGraphic* pSym = NULL;
if (!szParentItemType.CompareNoCase(_T("rectangle")))
{
CAGSymRectangle* pSym1 = new CAGSymRectangle();
pSym = pSym1;
}
else
if (!szParentItemType.CompareNoCase(_T("ellipse")))
{
CAGSymEllipse* pSym1 = new CAGSymEllipse();
pSym = pSym1;
}
else
if (!szParentItemType.CompareNoCase(_T("drawing")))
{
CAGSymDrawing* pSym1 = new CAGSymDrawing();
// Due to a conversion bug, flip the y value of each point within the drawing
int iOffset = DestRect.bottom + DestRect.top;
for (int i = 0; i < nPoints; i++)
pPoints[i].y = iOffset - pPoints[i].y;
pSym1->SetPoints(pPoints, nPoints);
pSym = pSym1;
}
else
if (!szParentItemType.CompareNoCase(_T("line")))
{
CAGSymLine* pSym1 = new CAGSymLine();
pSym1->SetLineStart(tStart);
pSym = pSym1;
}
else
if (!szParentItemType.CompareNoCase(_T("border")))
{
CAGSymRectangle* pSym1 = new CAGSymRectangle();
pSym = pSym1;
// Ignore everything because the data is bad; make it a black, 5 point, unfilled rectangle
LineColor = RGB(0,0,0);
iLineWidth = POINTUNITS(5);
tFillType = FT_None;
FillColor = RGB(0,0,0);
FillColor2 = RGB(0,0,0);
}
else
if (!szParentItemType.CompareNoCase(_T("hyperlink")))
{
}
delete [] pPoints;
if (!pSym)
{
ASSERT(false);
return;
}
DestRect.OffsetRect(-ptOffset.x, -ptOffset.y);
pSym->SetLineColor(LineColor);
pSym->SetLineWidth(iLineWidth);
pSym->SetFillType(tFillType);
pSym->SetFillColor(FillColor);
pSym->SetFillColor2(FillColor2);
pSym->SetDestRect(DestRect);
if (fAngle)
{
CAGMatrix Matrix;
Matrix.Rotate(-fAngle, -fAngle, ((DestRect.left + DestRect.right) / 2), ((DestRect.top + DestRect.bottom) / 2));
pSym->SetMatrix(Matrix);
}
CAGLayer* pActiveLayer = pPage->GetActiveLayer();
if (pActiveLayer)
pActiveLayer->AddSymbol(pSym);
}
void CXMLDlg::CreateTextItem(HTREEITEM pItem, CAGPage* pPage, POINT& ptOffset)
{
HTREEITEM pChildItem = m_treeOutput.GetChildItem(pItem);
if (!pChildItem)
{
ASSERT(false);
return;
}
// Initialize the text properties: Color, Valign, HAlign, Angle, Font
COLORREF Color = RGB(0,0,0);
eTSJustTypes HAlignment = eRagCentered;
eVertJust VAlignment = eVertTop;
LOGFONT Font;
memset(&Font, 0, sizeof(Font));
Font.lfWeight = FW_NORMAL;
Font.lfCharSet = ANSI_CHARSET; //j DEFAULT_CHARSET
Font.lfItalic = false;
Font.lfUnderline = false;
Font.lfStrikeOut = false;
lstrcpy(Font.lfFaceName, "Arial");
Font.lfHeight = -POINTUNITS(14);
#define MAX_SPECS 1000
int pCharOffsets[MAX_SPECS];
CAGSpec* pSpecs[MAX_SPECS];
int nSpecs = 0;
char* pTextBuffer = new char[10000];
if (!pTextBuffer)
{
ASSERT(false);
return;
}
*pTextBuffer = '\0';
CRect DestRect;
double fAngle = 0.0;
while (pChildItem)
{
CString szItemType = m_treeOutput.GetItemText(pChildItem);
if (!szItemType.CompareNoCase(_T("style")) )
{
int iOffset = lstrlen(pTextBuffer);
CAGSpec* pSpec = HandleAddText(pChildItem, Font, Color, HAlignment, (BYTE*)pTextBuffer + iOffset);
if (pSpec)
{
pSpecs[nSpecs] = pSpec;
pCharOffsets[nSpecs] = iOffset;
nSpecs++;
}
}
else
{
CString szTitle;
CString szValue;
Separate(m_treeOutput.GetItemText(pChildItem), szTitle, szValue);
if (!szTitle.CompareNoCase(_T("x")) )
{
DestRect.left = INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("y")) )
{
DestRect.top = INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("dx")) )
{
DestRect.right = DestRect.left + INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("dy")) )
{
DestRect.bottom = DestRect.top + INCHES(atof(szValue));
}
else
if (!szTitle.CompareNoCase(_T("angle")) )
{
fAngle = atof(szValue);
}
else
if (!szTitle.CompareNoCase(_T("valign")) )
{
if (!szValue.CompareNoCase(_T("Top")))
VAlignment = eVertTop;
else
if (!szValue.CompareNoCase(_T("Middle")))
VAlignment = eVertCentered;
else
if (!szValue.CompareNoCase(_T("Bottom")))
VAlignment = eVertBottom;
}
}
pChildItem = m_treeOutput.GetNextItem(pChildItem, TVGN_NEXT);
}
if (!nSpecs)
{
delete [] pTextBuffer;
return;
}
DestRect.OffsetRect(-ptOffset.x, -ptOffset.y);
CAGSymText* pText = new CAGSymText(ST_TEXT);
if (pText)
{
pText->Create(DestRect);
pText->SetVertJust(VAlignment);
if (fAngle)
{
CAGMatrix Matrix;
Matrix.Rotate(-fAngle, -fAngle, ((DestRect.left + DestRect.right) / 2), ((DestRect.top + DestRect.bottom) / 2));
pText->SetMatrix(Matrix);
}
// Set the text and specs
pText->SetText(pTextBuffer, nSpecs, pSpecs, pCharOffsets);
// Add the text symbol to the page/layer
CAGLayer* pActiveLayer = pPage->GetActiveLayer();
if (pActiveLayer)
pActiveLayer->AddSymbol(pText);
}
else
ASSERT(false);
delete [] pTextBuffer;
}
bool CFYSPrintDoc::CreateXmlDoc(CString& strOrderId, CString& strCorrId, CString& strFYSInfo, bool bUnpackFiles)
{
if (!m_pAGDoc)
return false;
CWaitCursor Wait;
Initialize();
if (!CreateDirAndSubDirs())
return false;
// Documents element
CString strDocFileName;
{
// strip the last "\"
int nLen = m_strFYSTempPath.GetLength();
CString strTempPath = m_strFYSTempPath.Left(nLen-1);
strDocFileName = TempFileName(strTempPath, "4YS", "txt");
strDocFileName = m_strFYSTempPath + strDocFileName;
FILE* docout = NULL;
errno_t err = fopen_s(&docout, strDocFileName, "wb");
if (!docout || err != 0)
{
SetError(String("Failed to open %s", strDocFileName));
return false;
}
SIZE PageSize = {0,0};
m_pAGDoc->GetPageSize(PageSize);
double dx = DINCHES(PageSize.cx);
double dy = DINCHES(PageSize.cy);
fprintf(docout, " <Documents Count='1'>\r\n");
fprintf(docout, " <Document CLT_CorrelationID='%s' FYS_CorrelationID='%s'>\r\n", strOrderId, strCorrId);
fprintf(docout, " <GreetingCard PageWidth='%0.5G' PageHeight='%0.5G' />\r\n", dx, dy);
int nPages = m_pAGDoc->GetNumPages();
for (int nPage = 0; nPage < nPages; nPage++)
{
CAGPage* pPage = m_pAGDoc->GetPage(nPage);
if (!pPage)
continue;
if (!PageHasSymbols(pPage))
continue;
fprintf(docout, "\t\t\t<Page PageNumber='%d'>\r\n", nPage+1);
int nLayers = pPage->GetNumLayers();
for (int nLayer = 0; nLayer < nLayers; nLayer++)
{
CAGLayer* pLayer = pPage->GetLayer(nLayer);
if (!pLayer)
continue;
int nSymbols = pLayer->GetNumSymbols();
for (int nSymbol = nSymbols - 1; nSymbol >= 0; nSymbol--)
{
bool bRetVal = true;
CAGSym* pSym = pLayer->GetSymbol(nSymbol);
if (!pSym || pSym->IsHidden())
continue;
pSym->RegisterFileSpecsCallback(fnFileSpecs, (LPARAM)this);
int idSym = pSym->GetID();
bool bReposition = (idSym == IDR_AGLOGO || idSym == IDR_CARDBACK_COPYRIGHT);
if (bReposition)
{
// Move these symbols up to make room for the FYS logo
CAGMatrix Matrix = pSym->GetMatrix();
Matrix.Translate(0, -(INCHES(0.5)));
pSym->SetMatrix(Matrix);
}
pSym->WriteFYSXml(docout, 4);
if (bReposition)
{
CAGMatrix Matrix = pSym->GetMatrix();
Matrix.Translate(0, INCHES(0.5));
pSym->SetMatrix(Matrix);
}
if (pSym->IsImage())
{
CAGSymImage* pSymImage = (CAGSymImage*)pSym;
CString strSep("\\");
CString strImagePath = m_strFYSTempPath + IMAGES_PATH + strSep;
bRetVal = DumpImageFile(pSymImage, strImagePath);
if (bRetVal)
{
SIZE PageSize;
pPage->GetPageSize(PageSize);
if (pSymImage->DoCoverDraw() && pSymImage->IsCoverAllowed())
pSymImage->WriteXmlRects(docout, PageSize, 4);
}
}
pSym->UnregisterFileSpecsCallback();
if (!bRetVal)
return false;
}
}
fprintf(docout, "\t\t\t</Page>\r\n");
}
fprintf(docout, " </Document>\r\n");
fprintf(docout, " </Documents>\r\n");
fclose(docout);
}
CString strSep("\\");
CString strFontsPath = m_strFYSTempPath + FONTS_PATH + strSep;
DumpFontFiles(strFontsPath);
// Get Configuration element
if (!GetConfigurationElement(strFYSInfo))
{
CleanUpEx(strDocFileName);
return false;
}
// Get Resources element
if (!GetResourcesElement())
{
CleanUpEx(strDocFileName);
return false;
}
// Write CreateAndPrint.xml file
CString strXmlPath = m_strFYSTempPath + XML_PATH + strSep;
if (!WriteCreatePrintXml(strDocFileName, strXmlPath))
{
CleanUpEx(strDocFileName);
return false;
}
// Write StreamHdr.xml file
if (!WriteXmlStreamHeader(strXmlPath))
{
CleanUp();
return false;
}
// Write 4YourSoul.txt file
if (!CreateSendFile())
{
CleanUp();
return false;
}
if (bUnpackFiles)
UnpackFiles();
CleanUp();
return true;
}
