How to use step_to_text method in Behave

Best Python code snippet using behave

qdmr_transformations.py

Source:qdmr_transformations.py

...465        return re.match("^#[0-9]*$", phrase)466    return list(filter(lambda x: is_reference(x), qdmr_arguments))467def create_qdmr_step(qdmr_example, operator, arguments):468    dummy_step = QDMRStep("", operator, arguments)469    qdmr_str = qdmr_example.step_to_text(dummy_step)470    return QDMRStep(qdmr_str, operator, arguments)471class AppendBooleanTransform(QDMRTransform):472    """473    Return list of transformed QDMR examples.474    Appends boolean steps comparing referenced step to a value.475    Implemented for QDMRs where last step is number, i.e., aggregate step:476    """477    def __init__(self, qdmr_example, limit=-1, numeric_qa_data=None):478        """numeric qa file is a json file from original datasets question ids479        to their numeric answers. file computed in pre-processing"""480        self.numeric_qa_data = numeric_qa_data481        self.limit = limit482        super(AppendBooleanTransform, self).__init__(qdmr_example)483    def _transformations(self):...

sokoban_game.py

Source:sokoban_game.py

1import multiprocessing2import pyglet3import pyglet.window.key as key4import solver5import space6KEY_TO_ACTIONS = {7    key.LEFT: 'l',8    key.RIGHT: 'r',9    key.DOWN: 'd',10    key.UP: 'u'11}12STEP_NONE = 013STEP_THINK = 114STEP_ACT = 215PLAYMODE_STEP_PLAY = 016PLAYMODE_STEP_WIN = 117class SokobanGame(object):18    def __init__(self):19        loader = space.SokobanLoader()20        self.layouts = loader.load_maps()21        self.tiles = loader.load_tiles()22        self.settings = space.SokobanSettings()23        self.solved = self.settings.solved24        print("{0}å³æªè§£å³".format(len(self.layouts) - len(self.solved)))25        self.tile_width = self.tiles[0].width26        self.window = pyglet.window.Window()27        self.window.event(self.on_draw)28        self.window.event(self.on_key_press)29        self.play_mode = True30        self.play_mode_step = PLAYMODE_STEP_PLAY31        self.play_mode_win_remain = 032        self.cur_level = None33        self.start_state = None34        self.state = None35        self.state_history = []36        self.step_state = STEP_NONE37        self.solver = None38        self.solver_algorithm = solver.ASTAR_DEADLOCK39        self.plan_explored = 040        self.planned_actions = []41        self.planned_actions_idx = 042        self.label1 = pyglet.text.Label('', font_size=16, x=10, y=450)43        self.label2 = pyglet.text.Label('', font_size=16, x=10, y=10)44        self.labelWin = pyglet.text.Label('', bold=True, color=(255, 0, 0, 255), font_size=24, x=10, y=400)45        self.batch = None46        self.all_sprites = None47        self.start_level(self.settings.getint("last_open", fallback=0))48        pyglet.clock.schedule_interval(self.step, 0.1)49    def start_level(self, level):50        if level < 0:51            level = len(self.layouts) - 152        elif level >= len(self.layouts):53            level = 054        if self.cur_level == level:55            return56        self.settings.set('last_open', level)57        self.cur_level = level58        self.start_state = self.layouts[level]59        self.state = self.start_state60        self.window.set_caption("level {0}".format(self.cur_level))61        self.stop_plan()62        self.state_history = []63        layout_height = len(self.state.layout) * self.tile_width64        layout_width = len(self.state.layout[0]) * self.tile_width65        self.window.set_minimum_size(layout_width, layout_height)66        start_x = (self.window.width - layout_width) / 267        start_y = (self.window.height - layout_height) / 268        self.batch = pyglet.graphics.Batch()69        self.all_sprites = []70        for y, line in enumerate(self.state.layout):71            line_sprite = []72            for x, idx in enumerate(line):73                sprite = pyglet.sprite.Sprite(self.tiles[idx], x=x * self.tile_width + start_x,74                                              y=y * self.tile_width + start_y,75                                              batch=self.batch)76                line_sprite.append(sprite)77            self.all_sprites.append(line_sprite)78        self.batch.invalidate()79    def act(self, action):80        dx, dy = space.ACTIONS[action]81        nxt = self.state.try_move(dx, dy)82        if nxt is None:83            return84        self.state_history.append(self.state)85        self._set_state(nxt)86        if self.play_mode and self.state.is_finished():87            self.play_mode_step = PLAYMODE_STEP_WIN88            self.play_mode_win_remain = 589    def _set_state(self, state):90        self.state = state91        for y, line in enumerate(self.state.layout):92            line_sprite = self.all_sprites[y]93            for x, idx in enumerate(line):94                sprite = line_sprite[x]95                sprite.image = self.tiles[idx]96        self.batch.invalidate()97    def undo(self):98        if self.state_history:99            last_state = self.state_history.pop()100            self._set_state(last_state)101    def on_key_press(self, symbol, modifiers):102        if symbol in KEY_TO_ACTIONS:103            self.stop_plan()104            self.act(KEY_TO_ACTIONS[symbol])105        elif symbol == key.B:106            self.stop_plan()107            self.undo()108        elif symbol in [key.PAGEDOWN, key.PAGEUP]:109            dir = symbol == key.PAGEDOWN and 1 or -1110            ctrl = modifiers & key.MOD_CTRL != 0111            if ctrl:112                nxt = self.next_unsolved_level(dir)113            else:114                nxt = self.cur_level + dir115            self.start_level(nxt)116        elif symbol == key.HOME:117            ctrl = modifiers & key.MOD_CTRL != 0118            if not ctrl and self.cur_level in self.solved:119                actions, explored = self.solved[self.cur_level]120                self.start_act(actions, explored)121            else:122                self.start_plan()123        elif symbol == key.END:124            self.stop_plan()125        elif symbol == key.M:126            self.play_mode = not self.play_mode127            self.update_label()128        elif symbol == key._1:129            self.solver_algorithm = solver.BFS130            self.stop_plan()131        elif symbol == key._2:132            self.solver_algorithm = solver.ASTAR133            self.stop_plan()134        elif symbol == key._3:135            self.solver_algorithm = solver.ASTAR_DEADLOCK136            self.stop_plan()137    def next_unsolved_level(self, dir):138        c = self.cur_level139        while True:140            c += dir141            if c == self.cur_level:142                return c143            if c < 0:144                c = len(self.layouts) - 1145            elif c >= len(self.layouts):146                c = 0147            if c not in self.solved:148                return c149    def step(self, dt):150        if self.play_mode and self.play_mode_step == PLAYMODE_STEP_WIN:151            self.play_mode_win_remain -= dt152            if self.play_mode_win_remain < 0:153                self.play_mode_step = PLAYMODE_STEP_PLAY154                nxt = self.cur_level + 1155                self.start_level(nxt)156            self.update_label()157        if self.step_state == STEP_NONE:158            return159        if self.step_state == STEP_THINK:160            progress = None161            while self.step_state == STEP_THINK:162                info = self.solver.poll()163                if info is None:164                    break165                typ, inf = info166                if typ == 0:167                    progress = inf168                elif typ == 1:169                    action_list, explored = inf170                    action_str = "".join(action_list)171                    if self.state == self.start_state:172                        self.solved[self.cur_level] = (action_str, explored)173                        self.settings.set_solved(self.solved)174                    self.start_act(action_str, explored)175                    progress = None176                    print(self.cur_level, "solution:", explored, action_str)177            if progress:178                self.plan_explored, frontier = progress179                self.update_label()180        if self.step_state == STEP_ACT:181            if self.planned_actions_idx < len(self.planned_actions):182                action = self.planned_actions[self.planned_actions_idx]183                self.act(action)184                self.planned_actions_idx += 1185            else:186                self.stop_plan()187    step_to_text = {STEP_NONE: '', STEP_THINK: 'think', STEP_ACT: 'act'}188    algorithm_to_text = {solver.BFS: 'bfs', solver.ASTAR: 'astar', solver.ASTAR_DEADLOCK: 'astar_deadlock'}189    def update_label(self):190        if self.play_mode:191            self.label1.text = "ç¬¬ {0} å³".format(self.cur_level)192            if self.step_state == STEP_THINK:193                self.label2.text = 'è§£å³ä¸... {0}'.format(self.plan_explored)194            else:195                self.label2.text = ""196            if self.play_mode_step == PLAYMODE_STEP_WIN:197                self.labelWin.text = "åçå¥½ï¼{0} ç§åè¿å¥ç¬¬ {1} å³".format(int(self.play_mode_win_remain), self.cur_level + 1)198            else:199                self.labelWin.text = ""200        else:201            self.label1.text = SokobanGame.algorithm_to_text[self.solver_algorithm]202            solved_text = (self.cur_level in self.solved) and 'solved' or 'unsolved'203            explored_text = (self.cur_level not in self.solved and self.step_state == STEP_NONE) \204                            and ' ' or 'explored={0}'.format(self.plan_explored)205            self.label2.text = '{0} {1} {2}'.format(solved_text, SokobanGame.step_to_text[self.step_state],206                                                    explored_text)207    def start_plan(self):208        if self.solver:209            self.solver.end()210            self.solver = None211        self.solver = ConcurrentSolver(self.state, self.solver_algorithm)212        self.solver.start()213        self.step_state = STEP_THINK214        self.plan_explored = 0215        self.update_label()216    def start_act(self, actions, explored):217        if self.solver:218            self.solver.end()219            self.solver = None220        self.step_state = STEP_ACT221        self.plan_explored = explored222        self.planned_actions = actions223        self.planned_actions_idx = 0224        self.update_label()225    def stop_plan(self):226        if self.solver:227            self.solver.end()228            self.solver = None229        self.step_state = STEP_NONE230        if self.cur_level in self.solved:231            self.planned_actions, self.plan_explored = self.solved[self.cur_level]232        self.update_label()233    def on_draw(self):234        self.window.clear()235        self.batch.draw()236        self.label1.draw()237        self.label2.draw()238        self.labelWin.draw()239    def run(self):240        pyglet.app.run()241class ConcurrentSolver:242    def __init__(self, startState, algorithm):243        self.startState = startState244        self.queue = multiprocessing.Queue()245        self.problem = solver.SokobanSearchProblem(startState, progress=self._progress, algorithm=algorithm)246        self.process = multiprocessing.Process(target=self._solve)247    def start(self):248        self.process.start()249    def end(self):250        self.process.terminate()251    def poll(self):252        try:253            return self.queue.get_nowait()254        except:255            return None256    def _progress(self, exploredSet, frontier):257        exploredSize, frontierSize = len(exploredSet), len(frontier)258        if exploredSize % 100 == 0:259            self.queue.put([0, (exploredSize, frontierSize)])260    def _solve(self):261        actions, exploredSet = self.problem.solve()262        exploredSize = len(exploredSet)263        self.queue.put([1, (actions, exploredSize)])264def main():265    game = SokobanGame()266    game.run()267if __name__ == '__main__':...

test_model2.py

Source:test_model2.py

...17    data2 = dict(data, **kwargs)18    headings = list(data2.keys())19    cells = [text(value) for value in data2.values()]20    return Row(headings, cells, line=line)21def step_to_text(step, indentation="    "):22    step_text = u"%s %s" % (step.keyword, step.name)23    more_text = None24    if step.text:25        more_text = ModelDescriptor.describe_docstring(step.text, indentation)26    elif step.table:27        more_text = ModelDescriptor.describe_table(step.table, indentation)28    if more_text:29        step_text = u"%s\n%s" % (step_text, more_text)30    return step_text.rstrip()31# ----------------------------------------------------------------------------32# TEST SUITE:33# ----------------------------------------------------------------------------34class TestScenarioOutlineBuilder(object):35    """Unit tests for the templating mechanism that is provided by the36    :class:`behave.model:ScenarioOutlineBuilder`.37    """38    @staticmethod39    def assert_make_step_for_row(step_text, expected_text, params=None):40        if params is None:41            params = {}42        step = parse_step(step_text)43        row = make_row(**params)44        output = ScenarioOutlineBuilder.make_step_for_row(step, row)45        assert step_to_text(output) == expected_text46    @staticmethod47    def assert_make_row_tags(tag_text, expected_tags, params=None):48        if params is None:49            params = {}50        tags = parse_tags(tag_text)51        row = make_row(**params)52        actual_tags = ScenarioOutlineBuilder.make_row_tags(tags, row)53        assert actual_tags == expected_tags54    def test_make_step_for_row__without_placeholders_remains_unchanged(self):55        step_text = u'Given a step without placeholders'56        expected_text = text(step_text)57        params = dict(firstname="Alice", lastname="Beauville")58        self.assert_make_step_for_row(step_text, expected_text, params)59    def test_make_step_for_row__with_placeholders_in_step(self):...

qdmr_example.py

Source:qdmr_example.py

...27    def qdmr_encoding(self):28        prefix = "return "29        return prefix + " ;return ".join(self.qdmr_steps_text())30    def qdmr_steps_text(self):31        step_phrases = [self.step_to_text(step) for step in self.steps]32        return step_phrases33    def step_to_text(self, qdmr_step):34        op = qdmr_step.operator35        if op == "select":36            return self.select_step_phrase(qdmr_step)37        elif op == "project":38            return self.project_step_phrase(qdmr_step)39        elif op == "filter":40            return self.filter_step_phrase(qdmr_step)41        elif op == "aggregate":42            return self.aggregate_step_phrase(qdmr_step)43        elif op == "group":44            return self.group_step_phrase(qdmr_step)45        elif op == "superlative":46            return self.superlative_step_phrase(qdmr_step)47        elif op == "comparative":...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.