def test_in(self): rect = RectLTRB(left=2, top=2, right=6, bottom=6) self.assertIn(RectLTRB(left=2, top=2, right=4, bottom=4), rect) self.assertNotIn(rect, rect) self.assertIn(Point(x=2, y=2), rect) self.assertIn(Point(x=4, y=4), rect) self.assertNotIn(Point(x=2, y=6), rect) self.assertNotIn(Point(x=6, y=2), rect) self.assertNotIn(Point(x=6, y=6), rect)
def test_collection(self):
"""Tests whether a collection of several rectangle and point types convert to the expected L{RectLTRB}."""
rect=RectLTRB(left=10, top=15, right=500, bottom=1000)
self.assertEqual(RectLTRB.fromCollection(
rect.topLeft,
rect.bottomRight,
rect.center,
Point(15, 15),
Point(20, 20),
Point(50, 50),
Point(400, 400),
POINT(x=15, y=15),
POINT(x=20, y=20),
POINT(x=50, y=50),
POINT(x=400, y=400),
RectLTRB(left=450, top=450, right=490, bottom=990),
RECT(450, 450, 490, 990)
), rect)
location=RectLTWH(left=10, top=15, width=500, height=1000)
self.assertEqual(RectLTWH.fromCollection(
location.topLeft,
location.bottomRight,
location.center,
Point(15, 15),
Point(20, 20),
Point(50, 50),
Point(400, 400),
POINT(x=15, y=15),
POINT(x=20, y=20),
POINT(x=50, y=50),
POINT(x=400, y=400),
RectLTRB(left=450, top=450, right=505, bottom=1010),
RECT(450, 450, 490, 990)
), location)
def test_points(self): rect = RectLTRB(left=-5, top=-5, right=5, bottom=5) self.assertEqual(rect.topLeft, Point(x=-5, y=-5)) self.assertEqual(rect.topRight, Point(x=5, y=-5)) self.assertEqual(rect.bottomLeft, Point(x=-5, y=5)) self.assertEqual(rect.bottomRight, Point(x=5, y=5)) self.assertEqual(rect.center, Point(x=0, y=0)) # Specifically test some other edge cases for center self.assertEqual(RectLTRB(left=10, top=10, right=20, bottom=20).center, Point(x=15, y=15)) self.assertEqual(RectLTRB(left=-20, top=-20, right=-10, bottom=-10).center, Point(x=-15, y=-15)) self.assertEqual(RectLTRB(left=10, top=10, right=21, bottom=21).center, Point(x=16, y=16)) self.assertEqual(RectLTRB(left=-21, top=-21, right=-10, bottom=-10).center, Point(x=-16, y=-16))
def _setCaretOffset(self, offset):
rects = self._storyFieldsAndRects[1]
if offset >= len(rects):
raise RuntimeError("offset %d out of range")
rect = rects[offset]
# Place the cursor at the left coordinate of the character, vertically centered.
point = Point(rect.left, rect.center.y)
try:
point = point.toPhysical(self.obj.windowHandle)
except RuntimeError:
raise RuntimeError(
"Conversion to physical coordinates failed when setting caret offset"
)
oldX, oldY = winUser.getCursorPos()
winUser.setCursorPos(*point)
mouseHandler.executeMouseEvent(winUser.MOUSEEVENTF_LEFTDOWN, 0, 0)
mouseHandler.executeMouseEvent(winUser.MOUSEEVENTF_LEFTUP, 0, 0)
winUser.setCursorPos(oldX, oldY)
def kwargsFromSuper(cls,kwargs,relation=None):
IAccessibleObject=kwargs['IAccessibleObject']
#MSHTML should not be used for MSAA child elements.
#However, objectFromPoint can hit an MSAA child element but we still should try MSHTML's own elementFromPoint even in this case.
if kwargs.get('IAccessibleChildID') and not isinstance(relation,tuple):
return False
HTMLNode=None
try:
HTMLNode=HTMLNodeFromIAccessible(IAccessibleObject)
except NotImplementedError:
pass
if not HTMLNode:
return False
if relation=="focus":
# #4045: we must recurse into frames ourselves when fetching the active element of a document.
while True:
try:
HTMLNode=HTMLNode.document.activeElement
except:
log.exception("Error getting activeElement")
break
nodeName=HTMLNode.nodeName or ""
if nodeName.lower() not in ("frame","iframe"):
# The IAccessibleObject may be incorrect now, so let the constructor recalculate it.
del kwargs['IAccessibleObject']
break
childElement=getChildHTMLNodeFromFrame(HTMLNode)
if not childElement:
break
HTMLNode=childElement
elif isinstance(relation,tuple):
windowHandle=kwargs.get('windowHandle')
if not windowHandle:
log.debugWarning("Error converting point to client coordinates, no window handle")
return False
try:
point = Point(*relation).toClient(windowHandle)
except WindowsError:
log.debugWarning("Error converting point to client coordinates", exc_info=True)
return False
# #3494: MSHTML's internal coordinates are always at a hardcoded DPI (usually 96) no matter the system DPI or zoom level.
xFactor,yFactor=getZoomFactorsFromHTMLDocument(HTMLNode.document)
try:
HTMLNode = HTMLNode.document.elementFromPoint(point.x // xFactor, point.y // yFactor)
except:
HTMLNode = None
if not HTMLNode:
log.debugWarning("Error getting HTMLNode with elementFromPoint")
return False
del kwargs['IAccessibleObject']
del kwargs['IAccessibleChildID']
kwargs['HTMLNode']=HTMLNode
return True
def test_ctypesPOINT(self): # Add self.assertEqual(Point(x=2, y=4)+POINT(x=2, y=4),Point(x=4, y=8)) self.assertEqual(POINT(x=2, y=4)+Point(x=2, y=4),Point(x=4, y=8)) # Sum self.assertEqual(sum((Point(x=2, y=4), POINT(x=2, y=4), Point(x=2, y=4))), Point(x=6, y=12)) # Subtract self.assertEqual(Point(x=2, y=4)-POINT(x=4, y=8),Point(x=-2, y=-4)) self.assertEqual(POINT(x=2, y=4)-Point(x=4, y=8),Point(x=-2, y=-4)) # Greater than self.assertTrue(Point(x=3, y=4).yWiseGreaterThan(POINT(x=4, y=3))) self.assertFalse(Point(x=3, y=4).xWiseGreaterThan(POINT(x=4, y=3))) self.assertTrue(Point(x=4, y=3).xWiseGreaterThan(POINT(x=3, y=4))) self.assertFalse(Point(x=4, y=3).yWiseGreaterThan(POINT(x=3, y=4))) self.assertTrue(Point(x=3, y=4).yWiseGreaterOrEq(POINT(x=4, y=3))) self.assertFalse(Point(x=3, y=4).xWiseGreaterOrEq(POINT(x=4, y=3))) self.assertTrue(Point(x=4, y=3).xWiseGreaterOrEq(POINT(x=3, y=4))) self.assertFalse(Point(x=4, y=3).yWiseGreaterOrEq(POINT(x=3, y=4))) # Less than self.assertTrue(Point(x=4, y=3).yWiseLessThan(POINT(x=3, y=4))) self.assertFalse(Point(x=4, y=3).xWiseLessThan(POINT(x=3, y=4))) self.assertTrue(Point(x=3, y=4).xWiseLessThan(POINT(x=4, y=3))) self.assertFalse(Point(x=3, y=4).yWiseLessThan(POINT(x=4, y=3))) self.assertTrue(Point(x=4, y=3).yWiseLessOrEq(POINT(x=3, y=4))) self.assertFalse(Point(x=4, y=3).xWiseLessOrEq(POINT(x=3, y=4))) self.assertTrue(Point(x=3, y=4).xWiseLessOrEq(POINT(x=4, y=3))) self.assertFalse(Point(x=3, y=4).yWiseLessOrEq(POINT(x=4, y=3))) # Equality self.assertEqual(POINT(x=4, y=3), Point(x=4, y=3)) self.assertNotEqual(POINT(x=3, y=4), Point(x=4, y=3))
def test_equal(self): self.assertEqual(Point(x=4, y=3), Point(x=4, y=3)) self.assertNotEqual(Point(x=3, y=4), Point(x=4, y=3))
def test_lessThan(self): self.assertTrue(Point(x=4, y=3).yWiseLessThan(Point(x=3, y=4))) self.assertFalse(Point(x=4, y=3).xWiseLessThan(Point(x=3, y=4))) self.assertTrue(Point(x=3, y=4).xWiseLessThan(Point(x=4, y=3))) self.assertFalse(Point(x=3, y=4).yWiseLessThan(Point(x=4, y=3))) self.assertTrue(Point(x=4, y=3).yWiseLessOrEq(Point(x=3, y=4))) self.assertFalse(Point(x=4, y=3).xWiseLessOrEq(Point(x=3, y=4))) self.assertTrue(Point(x=3, y=4).xWiseLessOrEq(Point(x=4, y=3))) self.assertFalse(Point(x=3, y=4).yWiseLessOrEq(Point(x=4, y=3)))
def test_greaterThan(self): self.assertTrue(Point(x=3, y=4).yWiseGreaterThan(Point(x=4, y=3))) self.assertFalse(Point(x=3, y=4).xWiseGreaterThan(Point(x=4, y=3))) self.assertTrue(Point(x=4, y=3).xWiseGreaterThan(Point(x=3, y=4))) self.assertFalse(Point(x=4, y=3).yWiseGreaterThan(Point(x=3, y=4))) self.assertTrue(Point(x=3, y=4).yWiseGreaterOrEq(Point(x=4, y=3))) self.assertFalse(Point(x=3, y=4).xWiseGreaterOrEq(Point(x=4, y=3))) self.assertTrue(Point(x=4, y=3).xWiseGreaterOrEq(Point(x=3, y=4))) self.assertFalse(Point(x=4, y=3).yWiseGreaterOrEq(Point(x=3, y=4)))
def test_sub(self): self.assertEqual(Point(x=2, y=4)-Point(x=4, y=8),Point(x=-2, y=-4))
def test_sum(self): point=Point(x=2, y=4) self.assertEqual(sum((point, point, point)), Point(x=6, y=12))
def test_add(self): self.assertEqual(Point(x=2, y=4)+Point(x=2, y=4),Point(x=4, y=8))