def main(stdscr):
# Settings
stdscr.nodelay(True)
curses.curs_set(0)
SLEEP_TIME = 1. / 120.0
RENDER_TIME = 1. / 60.0
# Context for whole application
global_context = GlobalContext()
global_context.main_screen = Screen(stdscr)
global_context.database = HexDatabase()
global_context.database.db_init()
global_context.state_machine = StateMachine(global_context)
# Aliases
state_machine = global_context.state_machine
main_screen = global_context.main_screen
gClose = False
render_timer = 0. #
while (not gClose) and (not state_machine.is_empty()):
time.sleep(SLEEP_TIME)
render_timer += SLEEP_TIME
# Input
key = stdscr.getch()
if key != -1:
state_machine.on_input(key)
# Update
state_machine.on_update(SLEEP_TIME)
# Render
if render_timer >= RENDER_TIME:
main_screen.clear()
state_machine.on_render()
main_screen.render()
render_timer = 0.
def _init_session_params(self, query):
self._params.user_token = query.get_user_token()
self._params.sign_id = query.get_required_int64('sign_id')
self._params.is_private = query.get_optional_bool('is_private')
def _run_session(self):
info = self._sign_engine.get_info(self._params.sign_id)
# Check user credentials
self._access_rules.check_can_edit_sign(self._params.user_token,
sign_info=info)
if self._params.is_private != None:
self._sign_engine.set_sign_privacy(self._params.sign_id,
self._params.is_private)
return {'success': True}
if __name__ == "__main__":
from global_context import GlobalContext
global_context = GlobalContext()
global_context.initialize()
s = UpdateSignSession(global_context)
s.parse_query(
'{"user_token": "Gn0qsNoPY2BJGhfVYpKaVilLcClAMhbkOUocm6wTCEYfrL2sdzOs3FDVPOKk/paM9rsRALIS5VnnNxPGgcq33gBrcuy5cvHsSddQY8SqGNJ5lBDPZC4nT4imTibF+Uz/", "sign_id": 1152699052946918040}'
)
print s.execute()
