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Hello,
Yes, sorry was changed. use DrawControlText method:
CSize CControlStatic::GetSize(CDC* pDC)
{
// This function is used to determine the size
// of the bounding rectangle of the text. The
// function returns the size of the rectangle in
// a CSize object.
// Determine if the toolbar is docked horizontally or vertically.
BOOL bVert = GetParent()->GetPosition() == xtpBarRight || GetParent()->GetPosition() == xtpBarLeft;
// Instantiate an empty CRect object to hold the
// size of the bounding rectangle of the text.
CXTPEmptyRect rcText;
// Function declaration for the DrawTextEx function:
// CSize DrawTextEx(
// CDC* pDC, A pointer to the current device context.
// CString str, A CString object that contains the text to draw.
// CRect rcText, A CRect object that is used to hold the size of the bounding rectangle of the text.
// BOOL bDraw, If TRUE, then the text is drawn. If FALSE, then the function returns the size of the bounding rectangle of the text.
// BOOL bVert, TRUE if the toolbar is docked in a vertical position.
// BOOL bCentered, TRUE if the text is drawn centered.
// BOOL bTriangled, If TRUE, then an arrow is drawn at the end of the text.
// BOOL bEmbosssed = FALSE, TRUE to draw the text embossed.
// );
// Do not draw the text, just get the size of the bounding rectangle of the text.
CSize sz = GetPaintManager()->DrawControlText(pDC, this, &rcText, FALSE, bVert, FALSE, FALSE);
// If the toolbar is docked in a vertical position,
// then the minimum width of the bounding rectangle is 22.
// The height of the bounding rectangle is the length of the text.
if (bVert)
return CSize(max(22, sz.cx), sz.cy);
// If the toolbar is drawn in a horizontal position, then
// the length of the bounding rectangle is the length of the text.
// The height of the bounding rectangle is a minimum of 22.
return CSize(sz.cx, max(22, sz.cy));
}
void CControlStatic::Draw(CDC* pDC)
{
// Determine if the toolbar is docked horizontally or vertically.
BOOL bVert = GetParent()->GetPosition() == xtpBarRight || GetParent()->GetPosition() == xtpBarLeft;
// Get the bounding rectangle of the control.
CRect rcText = GetRect();
// Function declaration for DrawControlEntry:
// DrawControlEntry(
// CDC* pDC, Pointer to a valid device context
// CRect rc, Rectangle to draw.
// BOOL bEnabled, TRUE if the control is enabled.
// BOOL bSelected, TRUE if the control is selected.
// BOOL bPressed, TRUE if the control is pushed.
// BOOL bChecked, TRUE if the control is checked.
// BOOL bPopuped, TRUE if the control is popuped.
// XTPBarPosition barPosition, Parent's bar position.
// );
// This method is called to fill the control's face.
pDC->SetTextColor(GetPaintManager()->GetRectangleTextColor(FALSE, FALSE, GetEnabled(), FALSE, FALSE, GetParent()->GetType(), GetParent()->GetPosition()));
// Function declaration for the DrawTextEx function:
// CSize DrawTextEx(
// CDC* pDC, A pointer to the current device context.
// CString str, A CString object that contains the text to draw.
// CRect rcText, A CRect object that is used to hold the size of the bounding rectangle of the text.
// BOOL bDraw, If TRUE, then the text is drawn. If FALSE, then the function returns the size of the bounding rectangle of the text.
// BOOL bVert, TRUE if the toolbar is docked in a vertical position.
// BOOL bCentered, TRUE if the text is drawn centered.
// BOOL bTriangled, If TRUE, then an arrow is drawn at the end of the text.
// BOOL bEmbosssed = FALSE, TRUE to draw the text embossed.
// );
// GetEnabled() returns TRUE if the control is enabled; otherwise FALSE.
GetPaintManager()->DrawControlText(pDC, this, &rcText, TRUE, bVert, TRUE, FALSE);
}
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Oleg, Support Team
CODEJOCK SOFTWARE SOLUTIONS
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