def _read_xshape(self, x=0, y=0):
if not X11Window.displayHasXShape() or not XSHAPE:
return {}
extents = X11Window.XShapeQueryExtents(self.xid)
if not extents:
shapelog("read_shape for window %#x: no extents", self.xid)
return {}
#w,h = X11Window.getGeometry(xid)[2:4]
shapelog("read_shape for window %#x: extents=%s", self.xid, extents)
bextents = extents[0]
cextents = extents[1]
if bextents[0]==0 and cextents[0]==0:
shapelog("read_shape for window %#x: none enabled", self.xid)
return {}
v = {
"x" : x,
"y" : y,
"Bounding.extents" : bextents,
"Clip.extents" : cextents,
}
for kind in SHAPE_KIND.keys():
kind_name = SHAPE_KIND[kind]
rectangles = X11Window.XShapeGetRectangles(self.xid, kind)
v[kind_name+".rectangles"] = rectangles
shapelog("_read_shape()=%s", v)
return v
def _read_xshape(self, x=0, y=0):
if not X11Window.displayHasXShape():
return {}
extents = X11Window.XShapeQueryExtents(self.xid)
if not extents:
shapelog("read_shape for window %#x: no extents", self.xid)
return {}
#w,h = X11Window.getGeometry(xid)[2:4]
shapelog("read_shape for window %#x: extents=%s", self.xid, extents)
bextents = extents[0]
cextents = extents[1]
if bextents[0]==0 and cextents[0]==0:
shapelog("read_shape for window %#x: none enabled", self.xid)
return {}
v = {
"x" : x,
"y" : y,
"Bounding.extents" : bextents,
"Clip.extents" : cextents,
}
for kind in SHAPE_KIND.keys():
kind_name = SHAPE_KIND[kind]
rectangles = X11Window.XShapeGetRectangles(self.xid, kind)
v[kind_name+".rectangles"] = rectangles
shapelog("_read_shape()=%s", v)
return v
def dump_xshape(xid):
extents = X11Window.XShapeQueryExtents(xid)
if not extents:
print("read_shape for window %#x: no extents" % xid)
return {}
v = {}
bextents = extents[0]
cextents = extents[1]
if bextents[0]==0 and cextents[0]==0:
print("read_shape for window %#x: none enabled" % xid)
return {}
v["Bounding.extents"] = bextents
v["Clip.extents"] = cextents
for kind in SHAPE_KIND.keys():
kind_name = SHAPE_KIND[kind]
rectangles = X11Window.XShapeGetRectangles(xid, kind)
v[kind_name+".rectangles"] = rectangles
print("read_shape()=%s" % v)
def dump_xshape(xid):
extents = X11Window.XShapeQueryExtents(xid)
if not extents:
print("read_shape for window %#x: no extents" % xid)
return {}
v = {}
bextents = extents[0]
cextents = extents[1]
if bextents[0] == 0 and cextents[0] == 0:
print("read_shape for window %#x: none enabled" % xid)
return {}
v["Bounding.extents"] = bextents
v["Clip.extents"] = cextents
for kind in SHAPE_KIND.keys():
kind_name = SHAPE_KIND[kind]
rectangles = X11Window.XShapeGetRectangles(xid, kind)
v[kind_name + ".rectangles"] = rectangles
print("read_shape()=%s" % v)
def _read_xshape(self):
if not X11Window.displayHasXShape():
return {}
extents = X11Window.XShapeQueryExtents(self.xid)
if not extents:
shapelog("read_shape for window %#x: no extents", self.xid)
return {}
v = {}
#w,h = X11Window.getGeometry(xid)[2:4]
bextents = extents[0]
cextents = extents[1]
if bextents[0] == 0 and cextents[0] == 0:
shapelog("read_shape for window %#x: none enabled", self.xid)
return {}
v["Bounding.extents"] = bextents
v["Clip.extents"] = cextents
for kind in SHAPE_KIND.keys():
kind_name = SHAPE_KIND[kind]
rectangles = X11Window.XShapeGetRectangles(self.xid, kind)
v[kind_name + ".rectangles"] = rectangles
shapelog("_read_shape()=%s", v)
return v
