How to use list_containers method in localstack

Best Python code snippet using localstack_python

azure_access.py

Source:azure_access.py

...26    # --- Initialize27    blob_service_client = BlobServiceClient.from_connection_string(connect_str)28    # --- Print list of containers29    print(f"List of containers:")30    for blob in blob_service_client.list_containers():31        print("\t" + blob.name)32    return blob_service_client33# -------- initContainerClient34def initContainerClient(blob_client, container):35    """Instantiate a container client36    Arguments:37        blob_client -- Blob Storage Client initialized by initBlobServiceClient function38        container {str} -- Container to access/download from.39    """40    # Get the container client41    container_client = blob_client.get_container_client(container)42    # List all blobs in that container43    list_containers = list(container_client.list_blobs())44    print(f"Container initialized. Number of blobs: {len(list_containers)}")...

Day17_part2.py

Source:Day17_part2.py

1'''Day 17 Advent of Code, ways to add to 150'''2import sys3import time4import itertools5def parse(file_loc):6    '''7    read input to list8    :param file_loc: file path to AOC input.txt9    :return list_containers: list of container sizes10    '''11    list_containers = []12    with open(file_loc, "r") as myfile:13        for line in myfile:14            value = int(line)15            list_containers.append(value)16    return sorted(list_containers)17def max_and_min(list_containers, target):18    '''19    :param list_containers: list of container sizes20    :param target: the target value we are trying to reach21    :return max_number: the maximum number of containers that can be used to reach 150 wihtout going over22    :return min_number: the minimum number of containers that can be used to reach 150 wihtout being too few23    '''24    num_containers = len(list_containers)25    for i, value in enumerate(list_containers):26        if sum(list_containers[0:i+1]) > target:27            break28    max_number = i29    for i, value in enumerate(list_containers):30        if sum(list_containers[num_containers-i-1:]) >= target:31            break32    min_number = i+133    return max_number, min_number34def combo_generator(list_containers, max_number, min_number):35    '''36    Generates all the possible way of choosing n containers from a set of containers37    repeated for different values of n as our solution may use 7 or 12 buckets etc38    :param list_containers: list of container sizes39    :param max_number: the maximum number of containers that can be used to reach 150 without going over40    :param min_number: the minimum number of containers that can be used to reach 150 without being too few41    :return: generator with all combinations that could possibly be a solution42    '''43    for num_containers_in_sol in range(min_number, max_number+1):44        combo_level = itertools.combinations(list_containers, num_containers_in_sol)45        for combo in combo_level:46            yield combo47def checker(some_combo, target):48    sum_to_target = False49    if sum(some_combo) == target:50        sum_to_target = True51    return sum_to_target52def main(file_loc, target, part_num):53    my_containers = parse(file_loc)54    max_containers, min_containers = max_and_min(my_containers, target)55    if part_num == 1:56        possible_sol_generator = combo_generator(my_containers, max_containers, min_containers)57        num_correct_combos = 058        for candidate_combo in possible_sol_generator:59            if checker(candidate_combo, target):60                num_correct_combos += 161        return num_correct_combos62    if part_num == 2:63        num_correct_combos = 064        possible_minimum_number = min_containers65        while num_correct_combos == 0:66            possible_sol_generator = combo_generator(my_containers, possible_minimum_number, possible_minimum_number)67            for candidate_combo in possible_sol_generator:68                if checker(candidate_combo, target):69                    num_correct_combos += 170            possible_minimum_number += 171        print('The minimum number of containers required is {}'.format(possible_minimum_number-1))72        return num_correct_combos73if __name__ == '__main__':74    start_time = time.time()75    input_file = 'Day17_input.txt'76    total = 15077    part = 178    if len(sys.argv) >= 2:79        input_file = sys.argv[1]80    if len(sys.argv) == 3:81        part = int(sys.argv[2])82    print(input_file, part)83    num_possible_correct_combos = main(input_file, total, part)84    print('For part {}, the number of correct combinations is {}'.format(part, num_possible_correct_combos))85    end_time = time.time()86    duration = end_time - start_time...

Day17_part1.py

Source:Day17_part1.py

1'''Day 17 Advent of Code, ways to add to 150'''2import sys3import time4import itertools5def parse(file_loc):6    '''7    read input to list8    :param file_loc: file path to AOC input.txt9    :return list_containers: list of container sizes10    '''11    list_containers = []12    with open(file_loc, "r") as myfile:13        for line in myfile:14            value = int(line)15            list_containers.append(value)16    return sorted(list_containers)17def max_and_min(list_containers, target):18    '''19    :param list_containers: list of container sizes20    :param target: the target value we are trying to reach21    :return max_number: the maximum number of containers that can be used to reach 150 wihtout going over22    :return min_number: the minimum number of containers that can be used to reach 150 wihtout being too few23    '''24    num_containers = len(list_containers)25    for i, value in enumerate(list_containers):26        if sum(list_containers[0:i+1]) > target:27            break28    max_number = i29    for i, value in enumerate(list_containers):30        if sum(list_containers[num_containers-i-1:]) >= target:31            break32    min_number = i+133    return max_number, min_number34def combo_generator(list_containers, max_number, min_number):35    '''36    Generates all the possible way of choosing n containers from a set of containers37    repeated for different values of n as our solution may use 7 or 12 buckets etc38    :param list_containers: list of container sizes39    :param max_number: the maximum number of containers that can be used to reach 150 without going over40    :param min_number: the minimum number of containers that can be used to reach 150 without being too few41    :return: generator with all combinations that could possibly be a solution42    '''43    for num_containers_in_sol in range(min_number, max_number+1):44        combo_level = itertools.combinations(list_containers, num_containers_in_sol)45        for combo in combo_level:46            yield combo47def checker(some_combo, target):48    sum_to_target = False49    if sum(some_combo) == target:50        sum_to_target = True51    return sum_to_target52def main(file_loc, target):53    my_containers = parse(file_loc)54    max_containers, min_containers = max_and_min(my_containers, target)55    possible_sol_generator = combo_generator(my_containers, max_containers, min_containers)56    num_correct_combos = 057    for candidate_combo in possible_sol_generator:58        if checker(candidate_combo, target):59            num_correct_combos += 160    return num_correct_combos61if __name__ == '__main__':62    start_time = time.time()63    input_file = 'Day17_input.txt'64    TOTAL = 15065    if len(sys.argv) >= 2:66        input_file = sys.argv[1]67    num_possible_correct_combos = main(input_file, TOTAL)68    print('The number of correct combinations is {}'.format(num_possible_correct_combos))69    end_time = time.time()70    duration = end_time - start_time...

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