static void
getTargetRect (CompWindow *cw,
GridType where)
{
GRID_SCREEN (cw->screen);
gs->props = gridProps[where];
DEBUG_PRINT ((gridOut, "\nPressed KP_%i\n", where));
/* get current available area */
getWorkareaForOutput (cw->screen, outputDeviceForWindow(cw), &gs->workarea);
DEBUG_RECT (workarea);
/* Convention:
* xxxSlot include decorations (it's the screen area occupied)
* xxxRect are undecorated (it's the constrained position
of the contents)
*/
/* slice and dice to get desired slot - including decorations */
gs->desiredSlot.y = gs->workarea.y + gs->props.gravityDown *
(gs->workarea.height / gs->props.numCellsY);
gs->desiredSlot.height = gs->workarea.height / gs->props.numCellsY;
gs->desiredSlot.x = gs->workarea.x + gs->props.gravityRight *
(gs->workarea.width / gs->props.numCellsX);
gs->desiredSlot.width = gs->workarea.width / gs->props.numCellsX;
DEBUG_RECT (desiredSlot);
/* Adjust for constraints and decorations */
constrainSize (cw, &gs->desiredSlot, &gs->desiredRect);
DEBUG_RECT (gs->desiredRect);
}
BOOL CALLBACK loginPlatformLeftClickNextStep(HWND hwnd, LPARAM lParam)
{
TCHAR buff[MAX_PATH] = {0};
RECT rect = {0};
GetWindowText(hwnd, buff, MAX_PATH);
//TRACE("find next step button\n");
if(_tcsncmp(buff, TEXT("下一步"), lstrlen(TEXT("下一步"))) == 0)
{
GetWindowRect(hwnd, &rect);
DEBUG_RECT(rect);
PostMessage(hwnd, WM_LBUTTONUP, 0, 0x100010);
//PostMessage(hwnd, WM_KEYUP, VK_RETURN, NULL);
return FALSE;
}
return TRUE;
}
static void
gridCommonWindow (CompWindow *cw,
GridType where)
{
GRID_SCREEN (cw->screen);
if ((cw) && (where != GridUnknown))
{
/* add maximize option */
if (where == GridMaximize)
{
sendMaximizationRequest (cw);
/* maximizeWindow (cw, MAXIMIZE_STATE); */
}
else
{
unsigned int valueMask = 0;
int desiredState = 0;
getTargetRect (cw, where);
XWindowChanges xwc;
/* if keys are pressed again then cycle through 1/3 or 2/3 widths... */
/* Get current rect not including decorations */
gs->currentRect.x = cw->serverX;
gs->currentRect.y = cw->serverY;
gs->currentRect.width = cw->serverWidth;
gs->currentRect.height = cw->serverHeight;
DEBUG_RECT (currentRect);
if ((gs->desiredRect.y == gs->currentRect.y &&
gs->desiredRect.height == gs->currentRect.height) &&
gridGetCycleSizes(cw->screen->display))
{
int slotWidth33 = gs->workarea.width / 3;
int slotWidth66 = gs->workarea.width - slotWidth33;
DEBUG_PRINT ((gridOut, "Multi!\n"));
if (gs->props.numCellsX == 2) /* keys (1, 4, 7, 3, 6, 9) */
{
if (gs->currentRect.width == gs->desiredRect.width &&
gs->currentRect.x == gs->desiredRect.x)
{
gs->desiredSlot.width = slotWidth66;
gs->desiredSlot.x = gs->workarea.x +
gs->props.gravityRight * slotWidth33;
}
else
{
/* tricky, have to allow for window constraints when
* computing what the 33% and 66% offsets would be
*/
XRectangle rect33, rect66, slot33, slot66;
slot33 = gs->desiredSlot;
slot33.x = gs->workarea.x +
gs->props.gravityRight * slotWidth66;
slot33.width = slotWidth33;
constrainSize (cw, &slot33, &rect33);
DEBUG_RECT (slot33);
DEBUG_RECT (rect33);
slot66 = gs->desiredSlot;
slot66.x = gs->workarea.x +
gs->props.gravityRight * slotWidth33;
slot66.width = slotWidth66;
constrainSize (cw, &slot66, &rect66);
DEBUG_RECT (slot66);
DEBUG_RECT (rect66);
if (gs->currentRect.width == rect66.width &&
gs->currentRect.x == rect66.x)
{
gs->desiredSlot.width = slotWidth33;
gs->desiredSlot.x = gs->workarea.x +
gs->props.gravityRight * slotWidth66;
}
}
}
else /* keys (2, 5, 8) */
{
if (gs->currentRect.width == gs->desiredRect.width &&
gs->currentRect.x == gs->desiredRect.x)
{
gs->desiredSlot.width = slotWidth33;
gs->desiredSlot.x = gs->workarea.x + slotWidth33;
}
}
constrainSize (cw, &gs->desiredSlot, &gs->desiredRect);
DEBUG_RECT (gs->desiredRect);
}
xwc.x = gs->desiredRect.x;
xwc.y = gs->desiredRect.y;
xwc.width = gs->desiredRect.width;
xwc.height = gs->desiredRect.height;
if (cw->mapNum)
sendSyncRequest (cw);
if (where == GridRight || where == GridLeft)
{
desiredState = CompWindowStateMaximizedVertMask;
valueMask = CWX | CWWidth;
}
else if (where == GridTop || where == GridBottom)
{
desiredState = CompWindowStateMaximizedHorzMask;
valueMask = CWY | CWHeight;
}
else
{
desiredState = 0;
valueMask = CWX | CWY | CWWidth | CWHeight;
}
if (cw->state != desiredState)
maximizeWindow (cw, desiredState);
/* TODO: animate move+resize */
configureXWindow (cw, valueMask, &xwc);
}
}
}
static Bool
gridCommon (CompDisplay *d,
CompAction *action,
CompActionState state,
CompOption *option,
int nOption,
GridType where)
{
Window xid;
CompWindow *cw;
xid = getIntOptionNamed (option, nOption, "window", 0);
cw = findWindowAtDisplay (d, xid);
if (cw)
{
XRectangle workarea;
XRectangle desiredSlot;
XRectangle desiredRect;
XRectangle currentRect;
GridProps props = gridProps[where];
XWindowChanges xwc;
DEBUG_PRINT ((gridOut, "\nPressed KP_%i\n", where));
/* get current available area */
getWorkareaForOutput (cw->screen, outputDeviceForWindow(cw), &workarea);
DEBUG_RECT (workarea);
/* Convention:
* xxxSlot include decorations (it's the screen area occupied)
* xxxRect are undecorated (it's the constrained position
of the contents)
*/
/* slice and dice to get desired slot - including decorations */
desiredSlot.y = workarea.y + props.gravityDown *
(workarea.height / props.numCellsY);
desiredSlot.height = workarea.height / props.numCellsY;
desiredSlot.x = workarea.x + props.gravityRight *
(workarea.width / props.numCellsX);
desiredSlot.width = workarea.width / props.numCellsX;
DEBUG_RECT (desiredSlot);
/* Adjust for constraints and decorations */
constrainSize (cw, &desiredSlot, &desiredRect);
DEBUG_RECT (desiredRect);
/* Get current rect not including decorations */
currentRect.x = cw->serverX;
currentRect.y = cw->serverY;
currentRect.width = cw->serverWidth;
currentRect.height = cw->serverHeight;
DEBUG_RECT (currentRect);
if (desiredRect.y == currentRect.y &&
desiredRect.height == currentRect.height)
{
int slotWidth33 = workarea.width / 3;
int slotWidth66 = workarea.width - slotWidth33;
DEBUG_PRINT ((gridOut, "Multi!\n"));
if (props.numCellsX == 2) /* keys (1, 4, 7, 3, 6, 9) */
{
if (currentRect.width == desiredRect.width &&
currentRect.x == desiredRect.x)
{
desiredSlot.width = slotWidth66;
desiredSlot.x = workarea.x +
props.gravityRight * slotWidth33;
}
else
{
/* tricky, have to allow for window constraints when
* computing what the 33% and 66% offsets would be
*/
XRectangle rect33, rect66, slot33, slot66;
slot33 = desiredSlot;
slot33.x = workarea.x + props.gravityRight * slotWidth66;
slot33.width = slotWidth33;
constrainSize (cw, &slot33, &rect33);
DEBUG_RECT (slot33);
DEBUG_RECT (rect33);
slot66 = desiredSlot;
slot66.x = workarea.x + props.gravityRight * slotWidth33;
slot66.width = slotWidth66;
constrainSize (cw, &slot66, &rect66);
DEBUG_RECT (slot66);
DEBUG_RECT (rect66);
if (currentRect.width == rect66.width &&
currentRect.x == rect66.x)
{
desiredSlot.width = slotWidth33;
desiredSlot.x = workarea.x +
props.gravityRight * slotWidth66;
}
}
}
else /* keys (2, 5, 8) */
{
if (currentRect.width == desiredRect.width &&
currentRect.x == desiredRect.x)
{
desiredSlot.width = slotWidth33;
desiredSlot.x = workarea.x + slotWidth33;
}
}
constrainSize (cw, &desiredSlot, &desiredRect);
DEBUG_RECT (desiredRect);
}
xwc.x = desiredRect.x;
xwc.y = desiredRect.y;
xwc.width = desiredRect.width;
xwc.height = desiredRect.height;
if (cw->mapNum)
sendSyncRequest (cw);
if (cw->state & MAXIMIZE_STATE)
{
/* maximized state interferes with us, clear it */
maximizeWindow (cw, 0);
}
/* TODO: animate move+resize */
configureXWindow (cw, CWX | CWY | CWWidth | CWHeight, &xwc);
}
return TRUE;
}
