How to use recursive_walk method in autotest

Best Python code snippet using autotest_python

views.py

Source:views.py

...12@csrf_exempt13@allow_http("GET", "POST")14def xinha_linker_backend(request):15    site = request.site16    def recursive_walk(path):17        files = []18        for subpath in site.get_contents(path):19            data = {'url': subpath}20            file_path = os.path.join(site.repo_path, path, subpath)21            if os.path.isdir(file_path):22                data['children'] = recursive_walk(subpath)23            files.append(data)24        return files25    26    files = recursive_walk('')27    return HttpResponse(json.dumps(files), mimetype="application/json")28import imghdr29@csrf_exempt30@allow_http("GET", "POST")31@rendered_with("xinha/image_manager.html")32def xinha_image_manager_backend(request):33    return {}34from PIL import Image35@csrf_exempt36@allow_http("GET", "POST")37@rendered_with("xinha/image_manager_images.html")38def xinha_image_manager_backend_images(request):39    site = request.site40    def recursive_walk(path):41        files = []42        for subpath in site.get_contents(path):43            file_path = os.path.join(site.repo_path, subpath)44            if os.path.isdir(file_path):45                files.extend(recursive_walk(subpath))46            elif imghdr.what(file_path) is not None:47                image = Image.open(file_path)48                width, height = image.size49                files.append({50                        'path': '/' + subpath.lstrip('/'),51                        'thumb_uri': '/' + subpath.lstrip('/'),52                        'title': os.path.basename(file_path),53                        'description': os.path.basename(file_path),54                        'id': subpath,55                        'width': width, 'height': height,56                        })57        return files58    59    images = recursive_walk(site.raw_files_path.strip('/'))60    return {'images': images}61@csrf_exempt62def xinha_image_manager_backend_upload(request):...

12.py

Source:12.py

...3import aocd4import tulun5YEAR = 20216DAY = 127def recursive_walk(node, dest, visit_limit=1, visited=None):8    if node is dest:9        return 110    if visited is None:11        visited = collections.defaultdict(int)12        visited[node] = 100013    path_list = []14    for neighbor in node:15        new_visit_limit = visit_limit16        if neighbor.k.islower():17            if visited[neighbor] >= visit_limit:18                continue19            if visited[neighbor] == visit_limit - 1:20                new_visit_limit = max(visit_limit - 1, 1)21        visited[neighbor] += 122        num_child_path = recursive_walk(neighbor, dest, new_visit_limit, visited)23        visited[neighbor] -= 124        path_list.append(num_child_path)25    return sum(path_list)26def main():27    data = """start-A28start-b29A-c30A-b31b-d32A-end33b-end"""34    data = """dc-end35HN-start36start-kj37dc-start38dc-HN39LN-dc40HN-end41kj-sa42kj-HN43kj-dc"""44    data = """fs-end45he-DX46fs-he47start-DX48pj-DX49end-zg50zg-sl51zg-pj52pj-he53RW-he54fs-DX55pj-RW56zg-RW57start-pj58he-WI59zg-he60pj-fs61start-RW"""62    data = aocd.get_data(day=DAY, year=YEAR)63    edges = [l.split('-') for l in data.split('\n')]64    cave_graph = tulun.Graph(edges)65    answer = recursive_walk(cave_graph['start'], cave_graph['end'], visit_limit=1)66    print(answer)67    aocd.submit(answer, part='a', day=DAY, year=YEAR)68    answer = recursive_walk(cave_graph['start'], cave_graph['end'], visit_limit=2)69    print(answer)70    aocd.submit(answer, part='b', day=DAY, year=YEAR)71if __name__ == '__main__':...

labirinto_recursivo.py

Source:labirinto_recursivo.py

...8        [0, 1, 0, 1, 1, 1],9        [0, 1, 0, 0, 0, 0]]10        11#Algoritmo Recursivo de explorar o Labirinto12def recursive_walk(x, y):13    if grid[x][y] == 2:14        print ("Encontrado em:", x, y)15        return True16    17    elif grid[x][y] == 1:18        print ("Parede em:", x, y)19        return False2021    elif grid[x][y] == 3:22        print ("Visitado em:", x, y)23        return False24    25    print ("Visitando em:", x, y)2627    # marca como visitado28    grid[x][y] = 32930    # explora os vizinhos no sentido horario, comeÃ§ando pela direita31    if ((x < len(grid)-1 and recursive_walk(x+1, y))32        or (y > 0 and recursive_walk(x, y-1))33        or (x > 0 and recursive_walk(x-1, y))34        or (y < len(grid)-1 and recursive_walk(x, y+1))):35    		return True3637    return False3839recursive_walk(5, 0)4041print()42print("Da uma olhada no labirinto")
...

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