def run(self, inputcode, iterations=None, run_forever=False, frame_limiter=False, verbose=False,
            break_on_error=False):
        '''
        Executes the contents of a Nodebox/Shoebot script
        in current surface's context.

        :param inputcode: Path to shoebot source or string containing source
        :param iterations: None or Maximum amount of frames to run
        :param run_forever: If True then run until user quits the bot
        :param frame_limiter: If True then sleep between frames to respect speed() command.
        '''
        source = None
        filename = None

        if os.path.isfile(inputcode):
            source = open(inputcode).read()
            filename = inputcode
        elif isinstance(inputcode, basestring):
            filename = 'shoebot_code'
            source = inputcode

        self._load_namespace(self._namespace, filename)
        self._executor = executor = LiveExecution(source, ns=self._namespace, filename=filename)

        try:
            if not iterations:
                if run_forever:
                    iterations = None
                else:
                    iterations = 1
            iteration = 0

            event = None

            while iteration != iterations and not event_is(event, QUIT_EVENT):
                # do the magic

                # First iteration
                self._run_frame(executor, limit=frame_limiter, iteration=iteration)
                if iteration == 0:
                    self._initial_namespace = copy.copy(self._namespace)  # Stored so script can be rewound
                iteration += 1

                # Subsequent iterations
                while self._should_run(iteration, iterations) and event is None:
                    iteration += 1
                    self._run_frame(executor, limit=frame_limiter, iteration=iteration)
                    event = next_event()
                    if not event:
                        self._canvas.sink.main_iteration()  # update GUI, may generate events..

                while run_forever:
                    #
                    # Running in GUI, bot has finished
                    # Either -
                    #   receive quit event and quit
                    #   receive any other event and loop (e.g. if var changed or source edited)
                    #
                    while event is None:
                        self._canvas.sink.main_iteration()
                        event = next_event(block=True, timeout=0.05)
                        if not event:
                            self._canvas.sink.main_iteration()  # update GUI, may generate events..

                    if event.type == QUIT_EVENT:
                        break
                    elif event.type == SOURCE_CHANGED_EVENT:
                        # Debounce SOURCE_CHANGED events -
                        # gedit generates two events for changing a single character -
                        # delete and then add
                        while event and event.type == SOURCE_CHANGED_EVENT:
                            event = next_event(block=True, timeout=0.001)
                    elif event.type == SET_WINDOW_TITLE:
                        self._canvas.sink.set_title(event.data)

                    event = None  # this loop is a bit weird...
                    break

        except Exception as e:
            # this makes KeyboardInterrupts still work
            # if something goes wrong, print verbose system output
            # maybe this is too verbose, but okay for now

            import sys
            if verbose:
                errmsg = traceback.format_exc()
            else:
                errmsg = simple_traceback(e, executor.known_good or '')
            print >> sys.stderr, errmsg
            if break_on_error:
                raise
def run(self, inputcode, iterations=None, run_forever=False, frame_limiter=False, verbose=False,
            break_on_error=False):
        
        source = None
        filename = None

        if os.path.isfile(inputcode):
            source = open(inputcode).read()
            filename = inputcode
        elif isinstance(inputcode, basestring):
            filename = 'shoebot_code'
            source = inputcode

        self._load_namespace(self._namespace, filename)
        self._executor = executor = LiveExecution(source, ns=self._namespace, filename=filename)

        try:
            if not iterations:
                if run_forever:
                    iterations = None
                else:
                    iterations = 1
            iteration = 0

            event = None

            while iteration != iterations and not event_is(event, QUIT_EVENT):
                

                
                self._run_frame(executor, limit=frame_limiter, iteration=iteration)
                if iteration == 0:
                    self._initial_namespace = copy.copy(self._namespace)  
                iteration += 1

                
                while self._should_run(iteration, iterations) and event is None:
                    iteration += 1
                    self._run_frame(executor, limit=frame_limiter, iteration=iteration)
                    event = next_event()
                    if not event:
                        self._canvas.sink.main_iteration()  

                while run_forever:
                    
                    
                    
                    
                    
                    
                    while event is None:
                        self._canvas.sink.main_iteration()
                        event = next_event(block=True, timeout=0.05)
                        if not event:
                            self._canvas.sink.main_iteration()  

                    if event.type == QUIT_EVENT:
                        break
                    elif event.type == SOURCE_CHANGED_EVENT:
                        
                        
                        
                        while event and event.type == SOURCE_CHANGED_EVENT:
                            event = next_event(block=True, timeout=0.001)
                    elif event.type == SET_WINDOW_TITLE:
                        self._canvas.sink.set_title(event.data)

                    event = None  
                    break

        except Exception as e:
            
            
            

            import sys
            if verbose:
                errmsg = traceback.format_exc()
            else:
                errmsg = simple_traceback(e, executor.known_good or '')
            print >> sys.stderr, errmsg
            if break_on_error:
                raise
def run ( self , inputcode , iterations = None , run_forever = False , frame_limiter = False , verbose = False , break_on_error = False ) : source = None filename = None if os . path . isfile ( inputcode ) : source = open ( inputcode ) . read ( ) filename = inputcode elif isinstance ( inputcode , basestring ) : filename = 'shoebot_code' source = inputcode self . _load_namespace ( self . _namespace , filename ) self . _executor = executor = LiveExecution ( source , ns = self . _namespace , filename = filename ) try : if not iterations : if run_forever : iterations = None else : iterations = 1 iteration = 0 event = None while iteration != iterations and not event_is ( event , QUIT_EVENT ) : # do the magic # First iteration self . _run_frame ( executor , limit = frame_limiter , iteration = iteration ) if iteration == 0 : self . _initial_namespace = copy . copy ( self . _namespace ) # Stored so script can be rewound iteration += 1 # Subsequent iterations while self . _should_run ( iteration , iterations ) and event is None : iteration += 1 self . _run_frame ( executor , limit = frame_limiter , iteration = iteration ) event = next_event ( ) if not event : self . _canvas . sink . main_iteration ( ) # update GUI, may generate events.. while run_forever : # # Running in GUI, bot has finished # Either - #   receive quit event and quit #   receive any other event and loop (e.g. if var changed or source edited) # while event is None : self . _canvas . sink . main_iteration ( ) event = next_event ( block = True , timeout = 0.05 ) if not event : self . _canvas . sink . main_iteration ( ) # update GUI, may generate events.. if event . type == QUIT_EVENT : break elif event . type == SOURCE_CHANGED_EVENT : # Debounce SOURCE_CHANGED events - # gedit generates two events for changing a single character - # delete and then add while event and event . type == SOURCE_CHANGED_EVENT : event = next_event ( block = True , timeout = 0.001 ) elif event . type == SET_WINDOW_TITLE : self . _canvas . sink . set_title ( event . data ) event = None # this loop is a bit weird... break except Exception as e : # this makes KeyboardInterrupts still work # if something goes wrong, print verbose system output # maybe this is too verbose, but okay for now import sys if verbose : errmsg = traceback . format_exc ( ) else : errmsg = simple_traceback ( e , executor . known_good or '' ) print >> sys . stderr , errmsg if break_on_error : raise
Executes the contents of a Nodebox/Shoebot script
        in current surface's context.

        :param inputcode: Path to shoebot source or string containing source
        :param iterations: None or Maximum amount of frames to run
        :param run_forever: If True then run until user quits the bot
        :param frame_limiter: If True then sleep between frames to respect speed() command.
Executes the contents of a Nodebox / Shoebot script in current surface s context .