def test_sizehint_change_applied(hlwm, x11, floating):
hlwm.attr.tags.focus.floating = floating
# create a client with a geometry that does not match the sizehints
# we will set later
handle, winid = x11.create_client()
old_geometry = Rectangle(x=30, y=40, width=111, height=121)
hlwm.attr.clients[winid].floating_geometry = old_geometry
if floating:
assert hlwm.attr.clients[winid].content_geometry().size(
) == old_geometry.size()
# update the size hints:
hints = {
'flags': Xutil.PResizeInc,
'width_inc': 5,
'height_inc': 7,
}
handle.set_wm_normal_hints(hints)
x11.sync_with_hlwm()
new_geometry = hlwm.attr.clients[winid].floating_geometry()
# the new size adheres to the size hints
assert new_geometry.width % hints['width_inc'] == 0
assert new_geometry.height % hints['height_inc'] == 0
# the new size changes only as little as necessary
assert abs(new_geometry.width - old_geometry.width) <= hints['width_inc']
assert abs(new_geometry.height -
old_geometry.height) <= hints['height_inc']
if floating:
assert hlwm.attr.clients[winid].content_geometry().size(
) == new_geometry.size()
def test_floating_geometry_and_placement(hlwm, x11, place_center):
hlwm.attr.tags.focus.floating = True
rule_geo = Rectangle(30, 40, 140, 170)
rule = ['floating_geometry=' + rule_geo.to_user_str()]
if place_center:
rule += ['floatplacement=center']
else:
# also add another rule whose floatplacement is then overwritten:
hlwm.call('rule floatplacement=center')
rule += ['floatplacement=none']
# 'floatplacement' is only applied by 'rule', so no test
# for 'apply_tmp_rule' or 'apply_rules'
hlwm.call(['rule'] + rule)
_, winid = x11.create_client()
client_geo = hlwm.attr.clients[winid].floating_geometry()
monitor_geo = hlwm.attr.monitors.focus.geometry()
assert client_geo.size() == rule_geo.size()
if place_center:
assert client_geo.center() == monitor_geo.center()
else:
assert client_geo.topleft() == rule_geo.topleft()