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How to use put_destination method in localstack

Best Python code snippet using localstack_python

Markov_use_bellman.py

Source:Markov_use_bellman.py

...25                self.my_map[(index_x, index_y)] = [prim_value,26                                                   prim_action]  # åå§åå°å¾27    def put_wall(self, x, y):28        self.my_map[(x, y)] = ['#', '#']29    def put_destination(self, x, y, value):30        self.my_map[(x, y)] = [value, value]31    def change_value(self, new_value):32        for index in new_value.keys():33            self.my_map[index][0] = new_value[index]34    def print_map(self):35        for index_y in range(map.y, 0, -1):36            temp = []37            for index_x in range(1, map.x + 1):38                if self.my_map[(index_x, index_y)][1] == '#':39                    temp.append("#")40                elif self.my_map[(index_x, index_y)][1] == 1:41                    temp.append(1)42                elif self.my_map[(index_x, index_y)][1] == -1:43                    temp.append(-1)44                else:45                    temp.append(self.my_map[(index_x, index_y)][1])46            print(temp)47    def print_value(self):48        for index_y in range(map.y, 0, -1):49            temp = []50            for index_x in range(1, map.x + 1):51                if self.my_map[(index_x, index_y)][1] == '#':52                    temp.append("#")53                elif self.my_map[(index_x, index_y)][1] == 1:54                    temp.append(1)55                elif self.my_map[(index_x, index_y)][1] == -1:56                    temp.append(-1)57                else:58                    temp.append(self.my_map[(index_x, index_y)][0])59            print(temp)60def up(x, y, map):61    if y + 1 <= map.y and not (map.my_map[(x, y + 1)][0] is symbol[0]):62        y += 163    return x, y64def down(x, y, map):65    if y - 1 > 0 and not (map.my_map[(x, y - 1)][0] is symbol[0]):66        y -= 167    return x, y68def left(x, y, map):69    if x - 1 > 0 and not (map.my_map[(x - 1, y)][0] is symbol[0]):70        x -= 171    return x, y72def right(x, y, map):73    if x + 1 <= map.x and not (map.my_map[(x + 1, y)][0] is symbol[0]):74        x += 175    return x, y76def make_reward(map, value):77    reward = {}78    for index_x in range(1, map.x + 1):79        for index_y in range(1, map.y + 1):80            if not (map.my_map[(index_x, index_y)][0] in symbol):81                reward[(index_x, index_y)] = value82    return reward83def bellman_function(x, y, map, reward, a1, a2, a3, b):84    array = [a1 * map.my_map[up(x, y, map)][0] + \85             a2 * map.my_map[left(x, y, map)][0] + \86             a3 * map.my_map[right(x, y, map)][0],87             # ======================88             a1 * map.my_map[down(x, y, map)][0] + \89             a2 * map.my_map[left(x, y, map)][0] + \90             a3 * map.my_map[right(x, y, map)][0],91             # ======================92             a1 * map.my_map[left(x, y, map)][0] + \93             a2 * map.my_map[up(x, y, map)][0] + \94             a3 * map.my_map[down(x, y, map)][0],95             # ======================96             a1 * map.my_map[right(x, y, map)][0] + \97             a2 * map.my_map[up(x, y, map)][0] + \98             a3 * map.my_map[down(x, y, map)][0]99             # ======================100             ]101    new_value = reward[(x, y)] + b * np.max(array)102    return new_value103def iteration_of_value(map, reward, a1, a2, a3, b):104    new_value = {}105    stop = False106    i = 0107    while not stop:108        for index_x in range(1, map.x + 1):109            for index_y in range(1, map.y + 1):110                if not (map.my_map[(index_x, index_y)][1] in symbol):111                    new_value[(index_x, index_y)] = \112                        round_point_five(bellman_function(index_x, index_y, map,113                                                          reward,114                                                          a1, a2, a3, b))115        if the_equal(new_value, map):116            stop = True117        i += 1118        # print(i)119        if i == 10000:120            stop = True121        map.change_value(new_value)122    return map123def round_point_five(num):124    return int(num * 100000) / 100000125def the_equal(new_value, map):126    result = True127    for key in new_value.keys():128        if map.my_map[key][0] != new_value[key]:129            result = False130            break131    return result132def choose_best_way(map, a1, a2, a3):133    for x in range(1, map.x + 1):134        for y in range(1, map.y + 1):135            if not (map.my_map[(x, y)][1] in symbol):136                array = [a1 * map.my_map[up(x, y, map)][0] + \137                         a2 * map.my_map[left(x, y, map)][0] + \138                         a3 * map.my_map[right(x, y, map)][0],139                         # ======================140                         a1 * map.my_map[down(x, y, map)][0] + \141                         a2 * map.my_map[left(x, y, map)][0] + \142                         a3 * map.my_map[right(x, y, map)][0],143                         # ======================144                         a1 * map.my_map[left(x, y, map)][0] + \145                         a2 * map.my_map[up(x, y, map)][0] + \146                         a3 * map.my_map[down(x, y, map)][0],147                         # ======================148                         a1 * map.my_map[right(x, y, map)][0] + \149                         a2 * map.my_map[up(x, y, map)][0] + \150                         a3 * map.my_map[down(x, y, map)][0]151                         # ======================152                         ]153                max = np.max(array)154                best_way = []155                for index in range(4):156                    if array[index] == max:157                        best_way.append(num_to_direction(index))158                map.my_map[(x, y)][1] = best_way159def num_to_direction(num):160    direction = ['UP', 'DOWN', 'LEFT', 'RIGHT']161    return direction[num]162if __name__ == "__main__":163    map = map(5, 5)  # çæx * yå°å¾164    # æ¾ç½®éç¢165    map.put_wall(2, 2)166    map.put_wall(4, 3)167    # æ¾ç½®ç®æ å¼168    map.put_destination(5, 5, 1)169    map.put_destination(5, 4, -1)170    # è®¡ç®åæ¥å½æ°ï¼è¾å¥çä¸ºåæ¥å½æ°çå¼ï¼171    reward = make_reward(map, -1)172    # è®¡ç®æç»çæç¨å¼(è¾å¥agentçåä¸ªæ¹åçæ¦çåææ£å åï¼173    map = iteration_of_value(map, reward, 0.8, 0.1, 0.1, 0.5)174    # è®¡ç®æä¼è·¯å¾175    choose_best_way(map, 0.8, 0.1, 0.1)176    # æå°ç¸å³æ°æ®177    map.print_map()...

copy.py

Source:copy.py

...16        files = message['files']17        source = files['source']18        destination = files['destination']19        source_content = self.get_source(source)20        success = self.put_destination(destination, source_content)21        return success22    def get_source(self, source):23        """Get the content of the source file."""24        service, file_path = source.split(":")25        if service == "cloudfiles":26            body = self._get_from_rackspace(file_path)27        if service == "s3":28            body = self._get_from_aws(file_path)29        else:30            raise NotImplementedError31        return body32    def put_destination(self, destination, source_content):33        """Upload content to the destination."""34        service, destination_path = destination.split(":")35        if service == "s3":36            success = self._put_to_aws(destination_path, source_content)37        else:38            raise NotImplementedError39        return success40    def _get_from_rackspace(self, file_path):41        """Get the content from rackspace."""42        obj_name, container_name = self._parse_file_dir_name(file_path)43        response = self.rackspace.object_store.download_object(44            obj_name, container=container_name)45        return response46    def _get_from_aws(self, file_path):...

cli.py

Source:cli.py

...41def copy(source, destination):42    """Copy one file."""43    fc = FileCopier()44    source_content = fc.get_source(source)45    success = fc.put_destination(destination, source_content)...

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