def reset(self) -> GlulxGameState:
self.message_broker.reset()
if self.game_running:
self.close()
self._names_struct = ffi.new('struct sock_names*')
lib.init_glulx(self._names_struct)
sock_name = ffi.string(self._names_struct.sock_name).decode('utf-8')
self._process = subprocess.Popen([
"%s/git-glulx-ml" % (GLULX_PATH, ), self._gamefile, '-g',
sock_name, '-q'
])
c_feedback = lib.get_output_nosend(self._names_struct)
if c_feedback == ffi.NULL:
self.close()
raise ValueError("Game failed to start properly: {}.".format(
self._gamefile))
c_feedback = ffi.gc(c_feedback, lib.free)
start_output = ffi.string(c_feedback).decode('utf-8')
self.game_state = GlulxGameState(self)
self.game_state.init(start_output, self.game, self._state_tracking,
self._compute_intermediate_reward)
# TODO: check if the game was compiled in debug mode. You could parse
# the output of the following command to check whether debug mode
# was used or not (i.e. invalid action not found).
self._send('actions') # Turn on debug print for Inform7 action events.
self._send('restrict commands') # Restrict Inform7 commands.
return self.game_state
def reset(self) -> GlulxGameState:
if self.game_running:
self.close()
self._names_struct = ffi.new('struct sock_names*')
lib.init_glulx(self._names_struct)
sock_name = ffi.string(self._names_struct.sock_name).decode('utf-8')
self._process = subprocess.Popen([
"%s/git-glulx-ml" % (GLULX_PATH, ), self._gamefile, '-g',
sock_name, '-q'
])
c_feedback = lib.get_output_nosend(self._names_struct)
if c_feedback == ffi.NULL:
self.close()
raise ValueError("Game failed to start properly: {}.".format(
self._gamefile))
c_feedback = ffi.gc(c_feedback, lib.free)
start_output = ffi.string(c_feedback).decode('utf-8')
if not self._state_tracking:
self.enable_extra_info("score")
version = self._send('tw-print version').splitlines()[0]
if version != "I didn't understand that sentence." and version != str(
Inform7Game.VERSION):
raise ValueError(
"Cannot play a TextWorld version {} game, expected version {}".
format(version, Inform7Game.VERSION))
# TODO: check if the game was compiled in debug mode. You could parse
# the output of the following command to check whether debug mode
# was used or not (i.e. invalid action not found).
self._send('tw-trace-actions'
) # Turn on debug print for Inform7 action events.
_extra_output = ""
for info in self.extra_info:
_extra_output = self._send('tw-extra-infos {}'.format(info))
start_output = start_output[:-1] + _extra_output[:
-1] # Add extra infos minus the prompts '>'.
self.game_state = GlulxGameState(self)
self.game_state.init(start_output, self.game, self._state_tracking,
self._compute_intermediate_reward)
return self.game_state
def reset(self) -> str:
self.close() # Terminate existing process if needed.
self._names_struct = ffi.new('struct sock_names*')
lib.init_glulx(self._names_struct)
sock_name = ffi.string(self._names_struct.sock_name).decode('utf-8')
self._process = subprocess.Popen(["%s/git-glulx-ml" % (GLULX_PATH,), self._gamefile, '-g', sock_name, '-q'])
c_feedback = lib.get_output_nosend(self._names_struct)
if c_feedback == ffi.NULL:
self.close()
raise ValueError("Game failed to start properly: {}.".format(self._gamefile))
c_feedback = ffi.gc(c_feedback, lib.free)
feedback = ffi.string(c_feedback).decode('utf-8')
feedback = _strip_input_prompt_symbol(feedback)
self.state = GameState(feedback=feedback, raw=feedback)
return self.state