def windows_in_workspace(workspace):
"""
Generator to iterate over windows in a workspace.
Args:
workspace: The name of the workspace whose windows to iterate over.
"""
ws = get_workspace_tree(workspace)
for con in windows_in_container(ws):
# Get information on the window.
try:
window = Window.by_id(con['window'])[0]
except ValueError as e:
eprint(str(e))
continue
# Pre-emptively attempt to catch error
try:
window
except NameError as e:
eprint(str(e))
continue
if not window:
continue
yield (con, window)
def recalled(self):
if not os.path.isfile(self.rrun_file):
return
try:
window_id_hex = readfile(self.rrun_file)
if window_id_hex.startswith('run'):
return True # but we can't switch to the running window
im_running = Window.by_id(int(window_id_hex, 16))
except Exception as e:
print e ###
return
if im_running:
writefile(self.rrun_file, 'run baby')
im_running[0].activate()
return True
def test_properties():
def get_geometry(w):
return (w.x, w.y, w.w, w.h)
#
w1, xclock = get_win('xclock')
assert 'maximized_vert' not in w1.wm_state
assert 'maximized_horz' not in w1.wm_state
w1.set_properties(("toggle", "maximized_vert", "maximized_horz"))
#
# get a new instance of w1, to re-read the wm_state
w2 = Window.by_id(int(w1.id, 16))[0]
assert not (get_geometry(w1) == get_geometry(w2))
assert 'maximized_vert' in w2.wm_state
assert 'maximized_horz' in w2.wm_state
