def start(self):
while True:
idx = Dialog().select(tr(30007), WINDOWS.values())
if idx == -1:
break
window = WINDOWS.keys()[idx]
while True:
idx = Dialog().select(tr(30008), ACTIONS.keys())
if idx == -1:
break
category = ACTIONS.keys()[idx]
while True:
curr_keymap = self._current_keymap(window, category)
labels = [
"%s - %s" % (name, key) for _, key, name in curr_keymap
]
idx = Dialog().select(tr(30009), labels)
if idx == -1:
break
action, oldkey, _ = curr_keymap[idx]
newkey = self._record_key()
old = (window, action, oldkey)
new = (window, action, newkey)
if old in self.userkeymap:
self.userkeymap.remove(old)
self.userkeymap.append(new)
if old != new:
self.dirty = True
def onInit(self):
try:
self.getControl(401).addLabel(tr(30001))
self.getControl(402).addLabel(tr(30002))
except:
self.getControl(401).setLabel(tr(30001))
self.getControl(402).setLabel(tr(30002))
def onInit(self):
try:
self.getControl(401).addLabel(tr(30001))
self.getControl(402).addLabel(tr(30002))
except:
self.getControl(401).setLabel(tr(30001))
self.getControl(402).setLabel(tr(30002))
def start(self):
while True:
idx = Dialog().select(tr(30007), WINDOWS.values())
if idx == -1:
break
window = WINDOWS.keys()[idx]
while True:
idx = Dialog().select(tr(30008), ACTIONS.keys())
if idx == -1:
break
category = ACTIONS.keys()[idx]
while True:
curr_keymap = self._current_keymap(window, category)
labels = [ "%s - %s" % (name, key) for _, key, name in curr_keymap ]
idx = Dialog().select(tr(30009), labels)
if idx == -1:
break
action, oldkey, _ = curr_keymap[idx]
newkey = self._record_key()
old = (window, action, oldkey)
new = (window, action, newkey)
if old in self.userkeymap:
self.userkeymap.remove(old)
self.userkeymap.append(new)
if old != new:
self.dirty = True
def reset_pin_dialog(side):
run_xdotool_key(*nav('p'))
time.sleep(DIALOG_DELAY) # wait a bit for the dialog to appear
# Need to actually place pin to set settings.A2
run_xdotool_key('Tab', 'Tab', *nav('10U'), *(['Tab'] * 4), *nav('4U'),
'Tab', *tr('2.54'), *nav('E'))
time.sleep(DIALOG_DELAY) # wait a bit for the dialog to appear
run_xdotool_key(*nav('E' + PIN_DIR[side][1] * 2))
def insert_pins(prefix, numbers, pin_type, side):
"""
Inserts pins of a certain type on a given side.
:param prefix: Base name of a pin, e.g. A5 => A
:param numbers: Pin numbers to add
:param pin_type: Pin type
:param side: Pin side (up, left, right, down)
:return:
"""
prefix = prefix.upper()
for i, pin_number in enumerate(numbers):
pin_name = prefix
if len(numbers) > 1:
pin_name += str(i)
run_xdotool_key(*nav('p'))
time.sleep(DIALOG_DELAY) # wait a bit for the dialog to appear
run_xdotool_key(*tr(pin_name), 'Tab', *tr(pin_number), 'Tab')
if i == 0: # Set up pin properties.
run_xdotool_key(*(['Down'] * PIN_TYPES[pin_type]), *(['Tab'] * 4),
*(['Down'] * PIN_DIR[side][0]))
run_xdotool_key('Tab', 'Tab', *nav('E'))
time.sleep(DIALOG_DELAY) # wait a bit for the dialog to disappear
run_xdotool_key(*nav('E' + PIN_DIR[side][1] * 2))
def main_loop():
confirm_discard = False
while True:
idx = Dialog().select(tr(30000), [tr(30003), tr(30004), tr(30005)])
if idx == 0:
confirm_discard = edit()
elif idx == 1:
delete()
elif idx == 2:
save()
xbmc.executebuiltin("action(reloadkeymaps)")
break
elif idx == -1 and confirm_discard:
if Dialog().yesno(tr(30000), tr(30006)) == 1:
break
else:
break