void CLabelView::OnLabelType()
{
CPmwDoc* pDoc = GetDocument();
CLabelTypeDialog Dialog(pDoc->GetPaperInfo(), this);
if (Dialog.DoModal() == IDOK)
{
CLabelData* pLabel = Dialog.GetChosenLabel();
if (pLabel != NULL)
{
/* Get the paper info. */
pDoc->AssignPaperInfo(*pLabel);
pDoc->SizeToInternalPaper();
pDoc->reset_views();
}
}
}
void CLabelView::SetLabelVariables(PrintContext& pc, int nPage)
{
CLabelPrintDialog* pDialog = (CLabelPrintDialog*)pc.m_pPD;
ASSERT(!pDialog->m_fPageBreak);
ASSERT(nPage < pDialog->m_nTotalPages);
// Compute how many labels have been printed to this point.
CPmwDoc* pDoc = GetDocument();
CPaperInfo* pLabelInfo = pDoc->GetPaperInfo();
int nStartingLabel = pDialog->m_nStartingLabel;
int nSlots = pLabelInfo->Slots();
// This is how many labels have been printed so far.
int nLabels = nPage*nSlots - nStartingLabel;
// Compute the new name index and copy count.
// Get the name list.
CStdMacroServer* pMacroServer = pDoc->GetMacroServer();
NameListRecord* pNameList = pMacroServer->GetNameList();
int nNames = pNameList->Names();
if (nNames == 0)
{
pc.m_nCurrentName = -1;
pc.m_nCurrentCopy = nLabels;
}
else
{
if (pDialog->m_fCollate)
{
pc.m_nCurrentName = nLabels % nNames;
pc.m_nCurrentCopy = nLabels / nNames;
}
else
{
int nCopies = pDialog->m_nLabelCopies;
ASSERT(nCopies > 0);
pc.m_nCurrentName = nLabels / nCopies;
pc.m_nCurrentCopy = nLabels % nCopies;
}
}
}
void CLabelView::OnDraw(CDC* pDC)
{
// Print preview comes in as printing. Printing case does not come here.
// So, IsPrinting() flag determines preview.
if (!pDC->IsPrinting() || m_pPreviewExtent == NULL)
{
INHERITED::OnDraw(pDC);
return;
}
/*
// Save the scaled_source x0 and y0 in the printer rc since we will be
// changing them.
*/
// Save the in extent since it gets change during interrupt.
PBOX InExtent = m_pPreviewExtent->extent;
PBOX SourcePbox = printer_rc.source_pbox;
PPNT SourceOrigin;
SourceOrigin.x = printer_rc.scaled_source_x0;
SourceOrigin.y = printer_rc.scaled_source_y0;
/* Get the document to work with. */
CPmwDoc* pDoc = GetDocument();
int nPrintOrientation = pDoc->get_orientation();
BOOL fLandscape = (nPrintOrientation == LANDSCAPE);
/* Get the App and its info. */
CPmwApp* pApp = GET_PMWAPP();
CPaperInfo* pPaperInfo = pApp->GetPaperInfo(nPrintOrientation);
CPrinterInfo* pPrinterInfo = pApp->GetPrinterInfo(nPrintOrientation);
CFixedRect PaperPhysicalMargins = pPaperInfo->PhysicalMargins();
/* Get the paper info. */
CPaperInfo* pLabelInfo = pDoc->GetPaperInfo();
CFixedRect Margins = pLabelInfo->Margins();
// If this is landscape, rotate the margins correctly.
pPrinterInfo->OrientRect(&Margins);
/* Compute the number of slots we need to print. */
int nSlot = m_pPreviewExtent->update_object == NULL ? 0 : m_pPreviewExtent->m_nPreviewSlot;
int nSlots = pLabelInfo->Slots();
/* Run through all the slots. */
while (nSlot < nSlots)
{
/*
// Setup the parameters for this slot so that we will draw in the correct
// spot on the page.
*/
ASSERT(pDoc->CurrentPageIndex() == 0 || pDoc->CurrentPageIndex() == 1);
CFixedRect SlotBounds = pLabelInfo->SlotBounds(nSlot);
BOOL fBack = (pDoc->CurrentPageIndex() == 1);
CFixedPoint Dims = pLabelInfo->PaperDims();
CFixed lLeft = SlotBounds.Left;
CFixed lTop = SlotBounds.Top;
CFixed lWidth = SlotBounds.Width();
CFixed lHeight = SlotBounds.Height();
if (fLandscape)
{
switch (pPrinterInfo->Orientation())
{
case 90:
{
// 90 degree rotation (like lasers)
SlotBounds.Left = Dims.y - (lTop + lHeight);
SlotBounds.Top = lLeft;
break;
}
// case -1:
// case 270:
default:
{
// 270 degree rotation (like dot-matrix)
SlotBounds.Left = lTop;
SlotBounds.Top = Dims.x - (lLeft + lWidth);
break;
}
}
if (fBack)
{
// We are printing the back side. Reverse the slot.
SlotBounds.Left = Dims.y - (SlotBounds.Left + lHeight);
}
SlotBounds.Right = SlotBounds.Left + lHeight;
SlotBounds.Bottom = SlotBounds.Top + lWidth;
}
else
{
// Portrait.
if (fBack)
{
// We are printing the back side. Reverse the slot.
SlotBounds.Left = Dims.x - SlotBounds.Right;
SlotBounds.Right = SlotBounds.Left + lWidth;
}
}
CFixedPoint Org;
Org.x = Margins.Left-PaperPhysicalMargins.Left;
Org.y = Margins.Top-PaperPhysicalMargins.Top;
if (fLandscape)
{
/* Printout is landscape. Reverse the origins. */
CFixed t = Org.x;
Org.x = Org.y;
Org.y = t;
}
PPNT Delta;
Delta.x = MulFixed(SlotBounds.Left + Org.x, PAGE_RESOLUTION);
Delta.y = MulFixed(SlotBounds.Top + Org.y, PAGE_RESOLUTION);
printer_rc.source_pbox.x0 = SourcePbox.x0 - Delta.x;
printer_rc.source_pbox.y0 = SourcePbox.y0 - Delta.y;
printer_rc.source_pbox.x1 = SourcePbox.x1 - Delta.x;
printer_rc.source_pbox.y1 = SourcePbox.y1 - Delta.y;
printer_rc.scaled_source_x0 = /*SourceOrigin.x*/
- Delta.x*printer_rc.x_resolution;
printer_rc.scaled_source_y0 = /*SourceOrigin.y*/
- Delta.y*printer_rc.y_resolution;
if (IsBoxOnBox(&printer_rc.source_pbox, &InExtent))
{
// Do the draw.
INHERITED::OnDraw(pDC);
if (m_pPreviewExtent->update_object != NULL)
{
m_pPreviewExtent->m_nPreviewSlot = nSlot;
m_pPreviewExtent->extent = InExtent;
break;
}
}
/*
// Update the parameters for the next label to draw.
*/
nSlot++;
}
/*
// Restore the scaled source x0 from the saved values.
*/
printer_rc.source_pbox = SourcePbox;
printer_rc.scaled_source_x0 = SourceOrigin.x;
printer_rc.scaled_source_y0 = SourceOrigin.y;
}
void CLabelView::OnDraw(PrintContext* pc)
{
CPmwDoc* pDoc = GetDocument();
DWORD dwPage = pDoc->CurrentPageIndex();
// Verify we are doing a normal page.
if (dwPage != 0 && dwPage != 1)
{
// Non-standard page (like the "key" page). Defer to the base class.
CPmwView::OnDraw(pc);
return;
}
/*
// Save the scaled_source x0 and y0 in the printer rc since we will be
// changing them.
*/
PBOX SourcePbox = printer_rc.source_pbox;
PPNT SourceOrigin;
SourceOrigin.x = printer_rc.scaled_source_x0;
SourceOrigin.y = printer_rc.scaled_source_y0;
/* Get the document to work with. */
int nPrintOrientation = pDoc->get_orientation();
BOOL fLandscape = (nPrintOrientation == LANDSCAPE);
/* Get the App and its info. */
CPmwApp* pApp = GET_PMWAPP();
CPaperInfo* pPaperInfo = pApp->GetPaperInfo(nPrintOrientation);
CPrinterInfo* pPrinterInfo = pApp->GetPrinterInfo(nPrintOrientation);
CFixedRect PaperPhysicalMargins = pPaperInfo->PhysicalMargins();
/* Get the paper info. */
CPaperInfo* pLabelInfo = pDoc->GetPaperInfo();
CFixedRect Margins = pLabelInfo->Margins();
// If this is landscape, rotate the margins correctly.
pPrinterInfo->OrientRect(&Margins);
/* Get the label print dialog. */
CLabelPrintDialog* pDialog = (CLabelPrintDialog*)pc->m_pPD;
/* Get the name list. */
CStdMacroServer* pMacroServer = pDoc->GetMacroServer();
NameListRecord* pNameList = pMacroServer->GetNameList();
/* Compute the number of slots we need to print. */
int nSlot = pc->m_nStartingLabel;
int nSlots = pLabelInfo->Slots();
/* Run through all the slots. */
while (nSlot < nSlots && !UserAbort)
{
/*
// See if the name we want is the one that's bound.
*/
if (pc->m_nBoundName != pc->m_nCurrentName)
{
pc->m_nBoundName = pc->m_nCurrentName;
ASSERT(pc->m_pCursor != NULL);
if (pc->m_pCursor != NULL)
{
pMacroServer->BindToRecord(pc->m_pCursor, pNameList->Name(pc->m_nBoundName));
pDoc->ReflowMacros();
}
}
/*
// Setup the parameters for this slot so that we will draw in the correct
// spot on the page.
*/
ASSERT(dwPage == 0 || dwPage == 1);
CFixedRect SlotBounds = pLabelInfo->SlotBounds(nSlot);
BOOL fBack = (dwPage == 1);
CFixedPoint Dims = pLabelInfo->PaperDims();
CFixed lLeft = SlotBounds.Left;
CFixed lTop = SlotBounds.Top;
CFixed lWidth = SlotBounds.Width();
CFixed lHeight = SlotBounds.Height();
if (fLandscape)
{
switch (pPrinterInfo->Orientation())
{
case 90:
{
// 90 degree rotation (like lasers)
SlotBounds.Left = Dims.y - (lTop + lHeight);
SlotBounds.Top = lLeft;
break;
}
// case -1:
// case 270:
default:
{
// 270 degree rotation (like dot-matrix)
SlotBounds.Left = lTop;
SlotBounds.Top = Dims.x - (lLeft + lWidth);
break;
}
}
if (fBack)
{
// We are printing the back side. Reverse the slot.
SlotBounds.Left = Dims.y - (SlotBounds.Left + lHeight);
}
SlotBounds.Right = SlotBounds.Left + lHeight;
SlotBounds.Bottom = SlotBounds.Top + lWidth;
}
else
{
// Portrait.
if (fBack)
{
// We are printing the back side. Reverse the slot.
SlotBounds.Left = Dims.x - SlotBounds.Right;
SlotBounds.Right = SlotBounds.Left + lWidth;
}
}
CFixedPoint Org;
Org.x = Margins.Left-PaperPhysicalMargins.Left;
Org.y = Margins.Top-PaperPhysicalMargins.Top;
if (fLandscape)
{
/* Printout is landscape. Reverse the origins. */
CFixed t = Org.x;
Org.x = Org.y;
Org.y = t;
}
PPNT Delta;
Delta.x = MulFixed(SlotBounds.Left + Org.x, PAGE_RESOLUTION);
Delta.y = MulFixed(SlotBounds.Top + Org.y, PAGE_RESOLUTION);
printer_rc.source_pbox.x0 = SourcePbox.x0 - Delta.x;
printer_rc.source_pbox.y0 = SourcePbox.y0 - Delta.y;
printer_rc.source_pbox.x1 = SourcePbox.x1 - Delta.x;
printer_rc.source_pbox.y1 = SourcePbox.y1 - Delta.y;
printer_rc.scaled_source_x0 = /*SourceOrigin.x*/
- Delta.x*printer_rc.x_resolution;
printer_rc.scaled_source_y0 = /*SourceOrigin.y*/
- Delta.y*printer_rc.y_resolution;
/*
// Do the draw.
*/
CPmwView::OnDraw(&pc->m_dcPrint);
/*
// Update the parameters for the next label to draw.
*/
if (pDialog->m_fCollate)
{
if (++pc->m_nCurrentName == pNameList->Names())
{
/* Reset the name index. */
pc->m_nCurrentName = (pNameList->Names() == 0) ? -1 : 0;
/* Advance to the next copy. */
pc->m_nCurrentCopy++;
if (pc->m_nCurrentCopy == pDialog->m_nLabelCopies)
{
/* All done! */
break;
}
/*
// Finished another set.
// If we need to stop here, do so now.
*/
if (pDialog->m_fPageBreak)
{
/* Move to the next page. */
break;
}
}
}
else
{
/* We want to do the next copy. */
if (++pc->m_nCurrentCopy == pDialog->m_nLabelCopies)
{
/* Reset the copy count. */
pc->m_nCurrentCopy = 0;
/* Advance to the next name. */
pc->m_nCurrentName++;
if (pc->m_nCurrentName == pNameList->Names())
{
/* All done! */
break;
}
/*
// Finished another set.
// If we need to stop here, do so now.
*/
if (pDialog->m_fPageBreak)
{
/* Move to the next page. */
break;
}
}
}
nSlot++;
}
/*
// Restore the scaled source x0 from the saved values.
*/
printer_rc.source_pbox = SourcePbox;
printer_rc.scaled_source_x0 = SourceOrigin.x;
printer_rc.scaled_source_y0 = SourceOrigin.y;
}
