internal void GetVisibleRangePoints(out int start, out int end)
{
start = 0;
end = 0;
NativeMethods.Win32Rect rect = new NativeMethods.Win32Rect();
if (Misc.GetClientRect(_hwnd, ref rect) && !rect.IsEmpty)
{
NativeMethods.SIZE size;
string s = new string('E', 1);
GetTextExtentPoint32(s, out size);
NativeMethods.Win32Point ptStart = new NativeMethods.Win32Point((int)(rect.left + size.cx / 4), (int)(rect.top + size.cy / 4));
NativeMethods.Win32Point ptEnd = new NativeMethods.Win32Point((int)(rect.right - size.cx / 8), (int)(rect.bottom - size.cy / 4));
start = CharFromPosEx(ptStart);
end = CharFromPosEx(ptEnd);
if (start > 0)
{
Point pt = PosFromChar(start);
if (pt.X < rect.left)
{
start++;
}
}
}
else
{
// multi-line edit controls are handled differently than single-line edit controls.
if (IsMultiline)
{
// get the line number of the first visible line and start the range at
// the beginning of that line.
int firstLine = GetFirstVisibleLine();
start = LineIndex(firstLine);
// calculate the line number of the first line scrolled off the bottom and
// end the range at the beginning of that line.
end = LineIndex(firstLine + LinesPerPage());
}
else
{
// single-line edit control
// the problem is that using a variable-width font the number of characters visible
// depends on the text that is in the edit control. so we can't just divide the
// width of the edit control by the width of a character.
// so instead we do a binary search of the characters from the first visible character
// to the end of the text to find the visibility boundary.
Rect r = GetRect();
int limit = GetTextLength();
start = GetFirstVisibleChar();
int lo = start; // known visible
int hi = limit; // known non-visible
while (lo + 1 < hi)
{
int mid = (lo + hi) / 2;
Point pt = PosFromChar(mid);
if (pt.X >= r.Left && pt.X < r.Right)
{
lo = mid;
}
else
{
hi = mid;
}
}
// trim off one character unless the range is empty or reaches the end.
end = hi > start && hi < limit ? hi - 1 : hi;
}
}
}
public static extern int MapWindowPoints(IntPtr hWndFrom, IntPtr hWndTo, [In, Out] ref NativeMethods.Win32Rect rect, int cPoints);
//------------------------------------------------------
//
// Private Methods
//
//------------------------------------------------------
#region Private Methods
private NativeMethods.Win32Rect BoundingRect()
{
NativeMethods.Win32Rect itemRect = new NativeMethods.Win32Rect();
Misc.ProxySendMessage(_hwnd, NativeMethods.LB_GETITEMRECT, new IntPtr(_item), ref itemRect);
return(Misc.MapWindowPoints(_hwnd, IntPtr.Zero, ref itemRect, 2) ? itemRect : NativeMethods.Win32Rect.Empty);
}
// send an EM_GETRECT message to find out the bounding rectangle
internal Rect GetRect()
{
NativeMethods.Win32Rect rect = new NativeMethods.Win32Rect();
Misc.ProxySendMessage(WindowHandle, NativeMethods.EM_GETRECT, IntPtr.Zero, ref rect);
return(new Rect(rect.left, rect.top, rect.right - rect.left, rect.bottom - rect.top));
}
// Gets the bounding rectangle for this element
private NativeMethods.Win32Rect BoundingRect()
{
// get index
int index = OrderToIndex(_hwnd, _item);
NativeMethods.Win32Rect rectW32 = NativeMethods.Win32Rect.Empty;
bool result;
unsafe
{
result = XSendMessage.XSend(_hwnd, NativeMethods.HDM_GETITEMRECT, new IntPtr(index), new IntPtr(&rectW32), Marshal.SizeOf(rectW32.GetType()), XSendMessage.ErrorValue.Zero);
}
if (result)
{
if (!Misc.MapWindowPoints(_hwnd, IntPtr.Zero, ref rectW32, 2))
{
return(NativeMethods.Win32Rect.Empty);
}
// Remove the space that is used to
if (!IsFilter())
{
// From the source code for the SysHeader control.
// This is the divider slop area. Selecting this area with the mouse does not select
// the header, it perpares the header/column to be resized.
int cxBorder = 8 * UnsafeNativeMethods.GetSystemMetrics(NativeMethods.SM_CXBORDER);
if (Misc.IsLayoutRTL(_hwnd))
{
// Right to left mirroring style
// adjust the left margin
rectW32.left += cxBorder;
if (rectW32.left > rectW32.right)
{
rectW32.left = rectW32.right;
}
// adjust the right margin
if (_item > 0)
{
rectW32.right -= cxBorder;
if (rectW32.right < rectW32.left)
{
rectW32.right = rectW32.left;
}
}
}
else
{
// adjust the left margin
if (_item > 0)
{
rectW32.left += cxBorder;
if (rectW32.left > rectW32.right)
{
rectW32.left = rectW32.right;
}
}
// adjust the right margin
rectW32.right -= cxBorder;
if (rectW32.right < rectW32.left)
{
rectW32.right = rectW32.left;
}
}
}
return(rectW32);
}
return(NativeMethods.Win32Rect.Empty);
}
// Process all the Element Properties
internal override object GetElementProperty(AutomationProperty idProp)
{
// if the hwnd is a winform, then return the Winform id otherwise let
// UIAutomation do the job
if (idProp == AutomationElement.AutomationIdProperty)
{
// Winforms have a special way to obtain the id
if (WindowsFormsHelper.IsWindowsFormsControl(_hwnd, ref _windowsForms))
{
string sPersistentID = WindowsFormsHelper.WindowsFormsID(_hwnd);
return(string.IsNullOrEmpty(sPersistentID) ? null : sPersistentID);
}
}
else if (idProp == AutomationElement.NameProperty)
{
string name;
// If this is a winforms control and the AccessibleName is set, use it.
if (WindowsFormsHelper.IsWindowsFormsControl(_hwnd, ref _windowsForms))
{
name = GetAccessibleName(NativeMethods.CHILD_SELF);
if (!string.IsNullOrEmpty(name))
{
return(name);
}
}
// Only hwnd's can be labeled.
name = LocalizedName;
// PerSharp/PreFast will flag this as a warning 6507/56507: Prefer 'string.IsNullOrEmpty(name)' over checks for null and/or emptiness.
// It is valid to set LocalizedName to an empty string. LocalizedName being an
// empty string will prevent the SendMessage(WM_GETTEXT) call.
#pragma warning suppress 6507
if (name == null && GetParent() == null)
{
if (_fControlHasLabel)
{
IntPtr label = Misc.GetLabelhwnd(_hwnd);
name = Misc.GetControlName(label, true);
if (!string.IsNullOrEmpty(name))
{
_controlLabel = label;
}
}
else
{
name = Misc.ProxyGetText(_hwnd);
}
}
// If name is still null, and we have an IAccessible, try it:
// this picks up names on HWNDs set through Dynamic Annotation
// (eg. on the richedits in Windows Mail), and holds us over till
// we add DA support to UIA properly.
if (String.IsNullOrEmpty(name))
{
name = GetAccessibleName(NativeMethods.CHILD_SELF);
}
return(name);
}
// Only hwnd's can be labeled.
else if (idProp == AutomationElement.LabeledByProperty && _fControlHasLabel)
{
// This is called to make sure that _controlLabel gets set.
object name = GetElementProperty(AutomationElement.NameProperty);
// If a control has a LocalizedName, the _controlLabel will not get set.
// So look for it now.
if (_controlLabel == IntPtr.Zero && name != null && GetParent() == null)
{
_controlLabel = Misc.GetLabelhwnd(_hwnd);
}
// If we have a cached _controlLabel that means that the name property we just got
// was retreived from the label of the control and not its text or something else. If this
// is the case expose it as the label.
if (_controlLabel != IntPtr.Zero)
{
return(AutomationInteropProvider.HostProviderFromHandle(_controlLabel));
}
}
else if (idProp == AutomationElement.IsOffscreenProperty)
{
if (!SafeNativeMethods.IsWindowVisible(_hwnd))
{
return(true);
}
IntPtr hwndParent = Misc.GetParent(_hwnd);
// Check if rect is within rect of parent. Don't do this for top-level windows,
// however, since the win32 desktop hwnd claims to have a rect only as large as the
// primary monitor, making hwnds on other monitors seem clipped.
if (hwndParent != IntPtr.Zero && hwndParent != UnsafeNativeMethods.GetDesktopWindow())
{
NativeMethods.Win32Rect parentRect = NativeMethods.Win32Rect.Empty;
if (Misc.GetClientRectInScreenCoordinates(hwndParent, ref parentRect) && !parentRect.IsEmpty)
{
Rect itemRect = BoundingRectangle;
if (!itemRect.IsEmpty && !Misc.IsItemVisible(ref parentRect, ref itemRect))
{
return(true);
}
}
}
}
return(base.GetElementProperty(idProp));
}
// Same as clicking on an hyperlink
void IInvokeProvider.Invoke()
{
// Check that button can be clicked.
//
// @
// Make sure that the control is enabled
if (!SafeNativeMethods.IsWindowEnabled(_hwnd))
{
throw new ElementNotEnabledException();
}
if (!SafeNativeMethods.IsWindowVisible(_hwnd))
{
throw new InvalidOperationException(SR.Get(SRID.OperationCannotBePerformed));
}
//
// Get the bounding rect for the window.
//
NativeMethods.Win32Rect BoundingRect = NativeMethods.Win32Rect.Empty;
if (!Misc.GetWindowRect(_hwnd, ref BoundingRect))
{
return;
}
//
// All we really need here are the height and the width,
// so we don't even need to translate between screen
// and client coordinates.
//
int width = BoundingRect.right - BoundingRect.left;
int height = BoundingRect.bottom - BoundingRect.top;
//
// Determine the point to click.
//
// @
for (int Resolution = 10; Resolution > 0; --Resolution)
{
for (int x = 1; x <= width; x += Resolution)
{
for (int y = 1; y <= height; y += Resolution)
{
//
// Send the link an LM_HITTEST message.
//
// Allocate a local hit test info struct.
UnsafeNativeMethods.LHITTESTINFO HitTestInfo = new UnsafeNativeMethods.LHITTESTINFO();
// Fill in the coordinates that we want to check.
HitTestInfo.pt.x = x;
HitTestInfo.pt.y = y;
// Fill in index and state info.
HitTestInfo.item.mask = NativeMethods.LIF_ITEMINDEX | NativeMethods.LIF_STATE;
HitTestInfo.item.iLink = 0;
HitTestInfo.item.stateMask = NativeMethods.LIS_ENABLED;
HitTestInfo.item.state = 0;
bool bGetItemResult;
unsafe
{
// Send the LM_HITTEST message.
bGetItemResult = XSendMessage.XSend(_hwnd, NativeMethods.LM_HITTEST, IntPtr.Zero, new IntPtr(&HitTestInfo), Marshal.SizeOf(HitTestInfo.GetType()));
}
if (bGetItemResult == true && HitTestInfo.item.iLink == _item)
{
//
// N.B. [SEdmison]:
// This multiplication is essentially just
// a left shift by one word's width; in
// Win32 I'd just use my trusty MAKELONG macro,
// but C# doesn't give me that option.
//
Misc.ProxySendMessage(_hwnd, NativeMethods.WM_LBUTTONDOWN, IntPtr.Zero, NativeMethods.Util.MAKELPARAM(x, y));
Misc.ProxySendMessage(_hwnd, NativeMethods.WM_LBUTTONUP, IntPtr.Zero, NativeMethods.Util.MAKELPARAM(x, y));
return;
}
}
}
}
}
// ------------------------------------------------------
//
// Internal Methods
//
// ------------------------------------------------------
#region Internal Methods
// Returns the bounding rectangle of the control.
internal static Rect GetBoundingRectangle(IntPtr hwnd, WindowsSlider.SItem item, bool fHorizontal)
{
NativeMethods.Win32Rect rcChannel = new NativeMethods.Win32Rect();
rcChannel.left = rcChannel.right = rcChannel.top = rcChannel.bottom = 1000;
unsafe
{
XSendMessage.XSend(hwnd, NativeMethods.TBM_GETCHANNELRECT, IntPtr.Zero, new IntPtr(&rcChannel), Marshal.SizeOf(rcChannel.GetType()), XSendMessage.ErrorValue.NoCheck);
}
if (!Misc.MapWindowPoints(hwnd, IntPtr.Zero, ref rcChannel, 2))
{
return(Rect.Empty);
}
NativeMethods.Win32Rect rcThumb = new NativeMethods.Win32Rect();
rcThumb.left = rcThumb.right = rcThumb.top = rcThumb.bottom = 1000;
unsafe
{
XSendMessage.XSend(hwnd, NativeMethods.TBM_GETTHUMBRECT, IntPtr.Zero, new IntPtr(&rcThumb), Marshal.SizeOf(rcThumb.GetType()), XSendMessage.ErrorValue.NoCheck);
}
if (!Misc.MapWindowPoints(hwnd, IntPtr.Zero, ref rcThumb, 2))
{
return(Rect.Empty);
}
if (fHorizontal)
{
// When WS_EX_RTLREADING is set swap the increment and decrement bars.
if (Misc.IsLayoutRTL(hwnd))
{
if (item == SItem.LargeDecrement)
{
item = SItem.LargeIncrement;
}
else if (item == SItem.LargeIncrement)
{
item = SItem.LargeDecrement;
}
}
switch (item)
{
case WindowsSlider.SItem.LargeDecrement:
return(new Rect(rcChannel.left, rcChannel.top, rcThumb.left - rcChannel.left, rcChannel.bottom - rcChannel.top));
case WindowsSlider.SItem.Thumb:
return(new Rect(rcThumb.left, rcThumb.top, rcThumb.right - rcThumb.left, rcThumb.bottom - rcThumb.top));
case WindowsSlider.SItem.LargeIncrement:
return(new Rect(rcThumb.right, rcChannel.top, rcChannel.right - rcThumb.right, rcChannel.bottom - rcChannel.top));
}
}
else
{
int dx = rcChannel.bottom - rcChannel.top;
int dy = rcChannel.right - rcChannel.left;
switch (item)
{
case WindowsSlider.SItem.LargeDecrement:
return(new Rect(rcChannel.left, rcChannel.top, dx, rcThumb.top - rcChannel.top));
case WindowsSlider.SItem.Thumb:
return(new Rect(rcThumb.left, rcThumb.top, rcThumb.right - rcThumb.left, rcThumb.bottom - rcThumb.top));
case WindowsSlider.SItem.LargeIncrement:
return(new Rect(rcChannel.left, rcThumb.bottom, dx, dy));
}
}
return(Rect.Empty);
}
// ------------------------------------------------------
//
// Internal Methods
//
// ------------------------------------------------------
#region Internal Methods
// Static implementation for the bounding rectangle. This is used by
// ElementProviderFromPoint to avoid to have to create for a simple
// boundary check
// param "item", ID for the scrollbar bit
// param "sbFlag", SBS_ WindowLong equivallent flag
static internal Rect GetHorizontalScrollbarBitBoundingRectangle(IntPtr hwnd, WindowsScrollBar.ScrollBarItem item, NativeMethods.ScrollBarInfo sbi)
{
// Horizontal Scrollbar
NativeMethods.Win32Rect rc = new NativeMethods.Win32Rect(sbi.xyThumbTop, sbi.rcScrollBar.top, sbi.xyThumbBottom, sbi.rcScrollBar.bottom);
if (!Misc.MapWindowPoints(hwnd, IntPtr.Zero, ref rc, 2))
{
return(Rect.Empty);
}
// Since the scrollbar position is already mapped, restore them back
rc.top = sbi.rcScrollBar.top;
rc.bottom = sbi.rcScrollBar.bottom;
NativeMethods.SIZE sizeArrow;
using (ThemePart themePart = new ThemePart(hwnd, "SCROLLBAR"))
{
sizeArrow = themePart.Size((int)ThemePart.SCROLLBARPARTS.SBP_ARROWBTN, 0);
}
// check that the 2 buttons can hold in the scroll bar
bool fThumbVisible = sbi.rcScrollBar.right - sbi.rcScrollBar.left >= 5 * sizeArrow.cx / 2;
if (sbi.rcScrollBar.right - sbi.rcScrollBar.left < 2 * sizeArrow.cx)
{
// the scroll bar is tiny, need to shrink the button
sizeArrow.cx = (sbi.rcScrollBar.right - sbi.rcScrollBar.left) / 2;
}
//
// Builds prior to Vista 5359 failed to correctly account for RTL scrollbar layouts.
//
if ((Environment.OSVersion.Version.Major < 6) && (Misc.IsLayoutRTL(hwnd)))
{
if (item == WindowsScrollBar.ScrollBarItem.UpArrow)
{
item = WindowsScrollBar.ScrollBarItem.DownArrow;
}
else if (item == WindowsScrollBar.ScrollBarItem.DownArrow)
{
item = WindowsScrollBar.ScrollBarItem.UpArrow;
}
else if (item == WindowsScrollBar.ScrollBarItem.LargeIncrement)
{
item = WindowsScrollBar.ScrollBarItem.LargeDecrement;
}
else if (item == WindowsScrollBar.ScrollBarItem.LargeDecrement)
{
item = WindowsScrollBar.ScrollBarItem.LargeIncrement;
}
}
switch (item)
{
case WindowsScrollBar.ScrollBarItem.UpArrow:
rc.left = sbi.rcScrollBar.left;
rc.right = sbi.rcScrollBar.left + sizeArrow.cx;
break;
case WindowsScrollBar.ScrollBarItem.LargeIncrement:
if (fThumbVisible)
{
rc.left = rc.right;
rc.right = sbi.rcScrollBar.right - sizeArrow.cx;
}
else
{
rc.left = rc.right = sbi.rcScrollBar.left + sizeArrow.cx;
}
break;
case WindowsScrollBar.ScrollBarItem.Thumb:
if (!fThumbVisible)
{
rc.left = rc.right = sbi.rcScrollBar.left + sizeArrow.cx;
}
break;
case WindowsScrollBar.ScrollBarItem.LargeDecrement:
if (fThumbVisible)
{
rc.right = rc.left;
rc.left = sbi.rcScrollBar.left + sizeArrow.cx;
}
else
{
rc.left = rc.right = sbi.rcScrollBar.left + sizeArrow.cx;
}
break;
case WindowsScrollBar.ScrollBarItem.DownArrow:
rc.left = sbi.rcScrollBar.right - sizeArrow.cx;
rc.right = sbi.rcScrollBar.right;
break;
}
// Don't need to normalize, OSVer conditional block converts to absolute coordinates.
return(rc.ToRect(false));
}
// ------------------------------------------------------
//
// Internal Methods
//
// ------------------------------------------------------
#region Internal Methods
// Static implementation for the bounding rectangle. This is used by
// ElementProviderFromPoint to avoid to have to create for a simple
// boundary check
// param "item", ID for the scrollbar bit
// param "sbFlag", SBS_ WindowLong equivallent flag
static internal Rect GetVerticalScrollbarBitBoundingRectangle(IntPtr hwnd, WindowsScrollBar.ScrollBarItem item, NativeMethods.ScrollBarInfo sbi)
{
NativeMethods.Win32Rect rc = new NativeMethods.Win32Rect(sbi.rcScrollBar.left, sbi.xyThumbTop, sbi.rcScrollBar.right, sbi.xyThumbBottom);
if (!Misc.MapWindowPoints(hwnd, IntPtr.Zero, ref rc, 2))
{
return(Rect.Empty);
}
// Vertical Scrollbar
// Since the scrollbar position is already mapped, restore them back
rc.left = sbi.rcScrollBar.left;
rc.right = sbi.rcScrollBar.right;
NativeMethods.SIZE sizeArrow;
using (ThemePart themePart = new ThemePart(hwnd, "SCROLLBAR"))
{
sizeArrow = themePart.Size((int)ThemePart.SCROLLBARPARTS.SBP_ARROWBTN, 0);
}
// check that the 2 buttons can hold in the scroll bar
bool fThumbVisible = sbi.rcScrollBar.bottom - sbi.rcScrollBar.top >= 5 * sizeArrow.cy / 2;
if (sbi.rcScrollBar.bottom - sbi.rcScrollBar.top < 2 * sizeArrow.cy)
{
// the scroll bar is tiny, need to shrink the button
sizeArrow.cy = (sbi.rcScrollBar.bottom - sbi.rcScrollBar.top) / 2;
}
switch (item)
{
case WindowsScrollBar.ScrollBarItem.UpArrow:
rc.top = sbi.rcScrollBar.top;
rc.bottom = sbi.rcScrollBar.top + sizeArrow.cy;
break;
case WindowsScrollBar.ScrollBarItem.LargeIncrement:
if (fThumbVisible)
{
rc.top = rc.bottom;
rc.bottom = sbi.rcScrollBar.bottom - sizeArrow.cy;
}
else
{
rc.top = rc.bottom = sbi.rcScrollBar.top + sizeArrow.cy;
}
break;
case WindowsScrollBar.ScrollBarItem.Thumb:
if (!fThumbVisible)
{
rc.top = rc.bottom = sbi.rcScrollBar.top + sizeArrow.cy;
}
break;
case WindowsScrollBar.ScrollBarItem.LargeDecrement:
if (fThumbVisible)
{
rc.bottom = rc.top;
rc.top = sbi.rcScrollBar.top + sizeArrow.cy;
}
else
{
rc.top = rc.bottom = sbi.rcScrollBar.top + sizeArrow.cy;
}
break;
case WindowsScrollBar.ScrollBarItem.DownArrow:
rc.top = sbi.rcScrollBar.bottom - sizeArrow.cy;
rc.bottom = sbi.rcScrollBar.bottom;
break;
}
// Don't need to normalize, OSVer conditional block converts to absolute coordinates.
return(rc.ToRect(false));
}
// Same as clicking on an hyperlink
void IInvokeProvider.Invoke()
{
// Check that button can be clicked.
//
// This state could change anytime.
//
// Make sure that the control is enabled
if (!SafeNativeMethods.IsWindowEnabled(_hwnd))
{
throw new ElementNotEnabledException();
}
if (!SafeNativeMethods.IsWindowVisible(_hwnd))
{
throw new InvalidOperationException(SR.Get(SRID.OperationCannotBePerformed));
}
//
// Get the bounding rect for the window.
//
NativeMethods.Win32Rect BoundingRect = NativeMethods.Win32Rect.Empty;
if (!Misc.GetWindowRect(_hwnd, ref BoundingRect))
{
return;
}
//
// All we really need here are the height and the width,
// so we don't even need to translate between screen
// and client coordinates.
//
int width = BoundingRect.right - BoundingRect.left;
int height = BoundingRect.bottom - BoundingRect.top;
//
// Determine the point to click.
//
// We do this by scanning over the window's client
// region hit-testing until we find a point that
// corresponds to our link. We start out by scanning
// at a resolution of 10x10 pixels, starting from the
// window's (1,1) coordinate, then reducing the resolution
// if needed. Thus the idea here is to scan quickly if
// possible, but more thoroughly if absolutely necessary.
//
// Note:
// I intentionally started scanning points starting from
// (1,1) rather than from (0,0) just in case clicking the
// border of a control is different than clicking inside
// the border.
//
for (int Resolution = 10; Resolution > 0; --Resolution)
{
for (int x = 1; x <= width; x += Resolution)
{
for (int y = 1; y <= height; y += Resolution)
{
//
// Send the link an LM_HITTEST message.
//
// Allocate a local hit test info struct.
UnsafeNativeMethods.LHITTESTINFO HitTestInfo = new UnsafeNativeMethods.LHITTESTINFO();
// Fill in the coordinates that we want to check.
HitTestInfo.pt.x = x;
HitTestInfo.pt.y = y;
// Fill in index and state info.
HitTestInfo.item.mask = NativeMethods.LIF_ITEMINDEX | NativeMethods.LIF_STATE;
HitTestInfo.item.iLink = 0;
HitTestInfo.item.stateMask = NativeMethods.LIS_ENABLED;
HitTestInfo.item.state = 0;
bool bGetItemResult;
unsafe
{
// Send the LM_HITTEST message.
bGetItemResult = XSendMessage.XSend(_hwnd, NativeMethods.LM_HITTEST, IntPtr.Zero, new IntPtr(&HitTestInfo), Marshal.SizeOf(HitTestInfo.GetType()));
}
if (bGetItemResult == true && HitTestInfo.item.iLink == _item)
{
//
// N.B. [SEdmison]:
// This multiplication is essentially just
// a left shift by one word's width; in
// Win32 I'd just use my trusty MAKELONG macro,
// but C# doesn't give me that option.
//
Misc.ProxySendMessage(_hwnd, NativeMethods.WM_LBUTTONDOWN, IntPtr.Zero, NativeMethods.Util.MAKELPARAM(x, y));
Misc.ProxySendMessage(_hwnd, NativeMethods.WM_LBUTTONUP, IntPtr.Zero, NativeMethods.Util.MAKELPARAM(x, y));
return;
}
}
}
}
}