void CSketcherView::OnMouseMove(UINT nFlags, CPoint point)
{
// Define a Device Context object for the view
CClientDC aDC(this); // DC is for this view
OnPrepareDC(&aDC); // Get origin adjusted
aDC.DPtoLP(&point); // convert point to logical coordinates
// If we are in move mode, move the selected element and return
if(m_MoveMode)
{
MoveElement(aDC, point); // Move the element
return;
}
if((nFlags & MK_LBUTTON) && (this == GetCapture()))
{
m_SecondPoint = point; // Save the current cursor position
if(m_pTempElement)
{
if(CURVE == GetDocument()->GetElementType()) // Is it a curve?
{ // We are drawing a curve so add a segment to the existing curve
static_cast<CCurve*>(m_pTempElement)->AddSegment(new CPoint(m_SecondPoint));
m_pTempElement->Draw(&aDC); // Now draw it
return; // We are done
}
// If we get to here it's not a curve so
// redraw the old element so it disappears from the view
aDC.SetROP2(R2_NOTXORPEN); // Set the drawing mode
m_pTempElement->Draw(&aDC); // Redraw the old element
delete m_pTempElement; // Delete the old element
m_pTempElement = 0; // Reset the pointer to 0
}
// Create a temporary element of the type and color that
// is recorded in the document object, and draw it
m_pTempElement = CreateElement(); // Create a new element
m_pTempElement->Draw(&aDC); // Draw the element
}
else
{ // We are not creating an element so do highlighting
CSketcherDoc* pDoc=GetDocument(); // Get a pointer to the document
CElement* pOldSelected(m_pSelected);
m_pSelected = pDoc->FindElement(point); // Set selected element
if(m_pSelected != pOldSelected)
{
if(m_pSelected)
InvalidateRect(m_pSelected->GetBoundRect(), FALSE);
if(pOldSelected)
InvalidateRect(pOldSelected->GetBoundRect(), FALSE);
pDoc->UpdateAllViews(0);
}
}
}
void CSketcherView::OnRButtonDown(UINT nFlags, CPoint point)
{
if(m_MoveMode)
{
// In moving mode, so drop element back in original position
CClientDC aDC(this);
OnPrepareDC(&aDC); // Get origin adjusted
MoveElement(aDC, m_FirstPos); // Move element to original position
m_pSelected = nullptr; // De-select element
GetDocument()->UpdateAllViews(nullptr); // Redraw all the views
}
}
void CSketcherView::OnRButtonDown(UINT nFlags, CPoint point)
{
if(m_MoveMode)
{
// In moving mode, so drop element back in original position
CClientDC aDC(this);
OnPrepareDC(&aDC); // Get origin adjusted
MoveElement(aDC, m_FirstPos); // Move element to orig position
m_MoveMode = FALSE; // Kill move mode
m_pSelected = 0; // De-select element
GetDocument()->UpdateAllViews(0); // Redraw all the views
return; // We are done
}
//CScrollView::OnRButtonDown(nFlags, point);
}
// MW-2014-06-12: [[ Bug 12628 ]] Use Remote operation to copy the root out of the new document.
bool CXMLElement::MoveRemoteElement(CXMLElement *p_element, bool p_sibling, bool p_before)
{
// DOMWrapAdoptNode only allows you to move a node to under a parent, so first
// we compute the parent node. In non-sibling mode, this is the parent node. In sibling
// mode the parent of this is the parent node.
xmlNodePtr t_parent;
t_parent = element;
if (p_sibling)
t_parent = t_parent -> parent;
// If this has no parent then badness.
if (t_parent == NULL)
return false;
// Now make our doc tree adopt the source node.
if (xmlDOMWrapAdoptNode(NULL, p_element -> element -> doc, p_element -> element, element -> doc, t_parent, 0) != 0)
return false;
// Now that p_element is in this's xmlTree we can use MoveElement to place it appropriately.
return MoveElement(p_element, p_sibling, p_before);
}
void CSketcherView::OnMouseMove(UINT nFlags, CPoint point)
{
// Define a Device Context object for the view
CClientDC aDC(this); // DC is for this view
OnPrepareDC(&aDC); // Get origin adjusted
// If we are in move mode, move the selected element and return
if(m_MoveMode)
{
aDC.DPtoLP(&point); // Convert to logical coordinatess
MoveElement(aDC, point); // Move the element
return;
}
aDC.SetROP2(R2_NOTXORPEN); // Set the drawing mode
if((nFlags&MK_LBUTTON) && (this==GetCapture()))
{
aDC.DPtoLP(&point); // convert point to Logical
m_SecondPoint = point; // Save the current cursor position
if(m_pTempElement)
{
if(CURVE == GetDocument()->GetElementType()) // Is it a curve?
{ // We are drawing a curve
// so add a segment to the existing curve
static_cast<CCurve*>(m_pTempElement)->AddSegment(m_SecondPoint);
m_pTempElement->Draw(&aDC); // Now draw it
return; // We are done
}
aDC.SetROP2(R2_NOTXORPEN); // Set drawing mode
// Redraw the old element so it disappears from the view
m_pTempElement->Draw(&aDC);
delete m_pTempElement; // Delete the old element
m_pTempElement = 0; // Reset the pointer to 0
}
// Create a temporary element of the type and color that
// is recorded in the document object, and draw it
m_pTempElement = CreateElement(); // Create a new element
m_pTempElement->Draw(&aDC); // Draw the element
}
else
{ // We are not drawing an element so do highlighting...
CSketcherDoc* pDoc=GetDocument(); // Get a pointer to the document
CElement* pElement = 0; // Store an element pointer
CRect aRect(0,0,0,0); // Store a rectangle
POSITION aPos = pDoc->GetListHeadPosition(); // Get first element posn
CElement* pOldSelection = m_pSelected; // Save old selected element
m_pSelected = 0;
while(aPos) // Iterate through the list
{
pElement = pDoc->GetNext(aPos);
aRect = pElement->GetBoundRect();
aDC.LPtoDP(aRect);
aRect.NormalizeRect();
// Select the first element that appears under the cursor
if(aRect.PtInRect(point))
{
m_pSelected = pElement;
break;
}
}
if(m_pSelected == pOldSelection) // If new selection is same as old
return; // we are done
// Unhighlight old selection if there is one
if(pOldSelection != 0) // Verify there is one
{
aRect = pOldSelection->GetBoundRect();
aDC.LPtoDP(aRect); // Convert to device coords
aRect.NormalizeRect(); // Normalize
InvalidateRect(aRect, FALSE); // Invalidate area
}
// Highlight new selection if there is one
if(m_pSelected != 0) // Verify there is one
{
aRect = m_pSelected->GetBoundRect();
aDC.LPtoDP(aRect); // Convert to device coords
aRect.NormalizeRect(); // Normalize
InvalidateRect(aRect, FALSE); // Invalidate area
}
}
}
