def test_in_axis_geometry(self):
geometry = self.win.geometry
in_axis = manipulate.in_axis_geometry(geometry, 'x')
self.assertEqual(
in_axis,
core.Geometry(geometry.x, 0, geometry.width, DESKTOP_HEIGHT))
in_axis = manipulate.in_axis_geometry(geometry, 'y')
self.assertEqual(
in_axis,
core.Geometry(0, geometry.y, DESKTOP_WIDTH, geometry.height))
def test_maximal_size(self):
max_geometry = core.Geometry(0, 0, DESKTOP_WIDTH, DESKTOP_HEIGHT)
self.win.set_geometry(max_geometry)
resized = self.resize(self.win, ALL)
self.assertEqual(resized.x, 0)
self.assertEqual(resized.y, 0)
self.assertEqual(resized.x2, DESKTOP_WIDTH)
self.assertEqual(resized.y2, DESKTOP_HEIGHT)
def test_in_direction_geometry__inclusive(self):
geometry = self.win.geometry
workarea = self.WM.workarea_geometry
in_direction = manipulate.in_direction_geometry(geometry, ALL, True)
self.assertEqual(in_direction, self.WM.workarea_geometry)
in_direction = manipulate.in_direction_geometry(
geometry, TOP_LEFT, True)
self.assertEqual(in_direction,
core.Geometry(0, 0, geometry.x2, geometry.y2))
in_direction = manipulate.in_direction_geometry(geometry, TOP, True)
self.assertEqual(in_direction,
core.Geometry(0, 0, workarea.width, geometry.y2))
in_direction = manipulate.in_direction_geometry(
geometry, TOP_RIGHT, True)
self.assertEqual(
in_direction,
core.Geometry(geometry.x, 0, workarea.width - geometry.x,
geometry.y2))
in_direction = manipulate.in_direction_geometry(geometry, LEFT, True)
self.assertEqual(in_direction,
core.Geometry(0, 0, geometry.x2, workarea.height))
in_direction = manipulate.in_direction_geometry(geometry, RIGHT, True)
self.assertEqual(
in_direction,
core.Geometry(geometry.x, 0, workarea.width - geometry.x,
workarea.height))
in_direction = manipulate.in_direction_geometry(
geometry, BOTTOM_LEFT, True)
self.assertEqual(
in_direction,
core.Geometry(0, geometry.y, geometry.x2,
workarea.height - geometry.y))
in_direction = manipulate.in_direction_geometry(geometry, BOTTOM, True)
self.assertEqual(
in_direction,
core.Geometry(0, geometry.y, workarea.width,
workarea.height - geometry.y))
in_direction = manipulate.in_direction_geometry(
geometry, BOTTOM_RIGHT, True)
self.assertEqual(
in_direction,
core.Geometry(geometry.x, geometry.y, workarea.width - geometry.x,
workarea.height - geometry.y))
def get_geometry(self, x, y):
return core.Geometry(x, y, WIN_WIDTH, WIN_HEIGHT)