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How to use all_exist method in localstack

Best Python code snippet using localstack_python

groups.py

Source:groups.py

1VALUES = [0, 25, 33, 50, 75, 100]2PROGRAMS = {3    'sd': ('SD', 'Software Development', '#FF0000'),4    'ai': ('AI', 'Artificial Intelligence', '#0000FF'),5    'csc': ('CSC', 'Cybersecurity & Cloud', '#00FF00'),6    'ti': ('TI', 'Technische Informatica', '#FFFF00'),7    'bim': ('BIM', 'Business IT Management', '#00FFFF')}8PROGRAM_NAMES = [p[0] for p in PROGRAMS.values()]9def is_valid_groupchoice(choices):10    names = [choice[0] for choice in choices]11    values = [choice[1] for choice in choices]12    all_exist = True13    for name in names:14        all_exist = all_exist and name in PROGRAM_NAMES15    for value in values:16        all_exist = all_exist and value in VALUES17    distinct = len(set(names)) == len(names)18    sums_to_hundred = sum(values) in [100, 99]  # rounding stuff with the 33%ers19    return all_exist and distinct and sums_to_hundred20def initial_groups():21    groups = {}22    for i in range(6):23        groups[f'Team {i + 1}'] = []24    return groups25def remove_student_choice(model, to_remove):26    for name, members in model.items():27        for student in members:28            if student['name'] == to_remove:29                members.remove(student)30def add_student_choice(model, team, student, choices):31    if not is_valid_groupchoice(choices):32        raise Exception('Invalid choices')33    remove_student_choice(model, student)34    model[team].append({'name': student, 'choices': choices})35MIN_TEAM_SIZE = 436def get_team_distribution(team):37    team = list(team)  # create a copy so we don't edit the input list38    if len(team) < MIN_TEAM_SIZE:39        # pad the list with 'empties', so it's clear there is still stuff missings40        for i in range(len(team), MIN_TEAM_SIZE):41            team.append({'name': 'NONE', 'choices': [('NONE', 100)]})42    values = {}43    total = 044    for student in team:45        for program, value in student['choices']:46            if program not in values.keys():47                values[program] = value48            else:49                values[program] = values[program] + value50            total += value51    # normalise to 100%52    factor = 100 / total53    for key, value in values.items():54        values[key] = factor * value55    return values56def dummy_data(model):57    add_student_choice(model, 'Team 1', 'Arie de Groot', [('SD', 100)])58    add_student_choice(model, 'Team 1', 'Bruno Verkade', [('TI', 50), ('CSC', 50)])59    add_student_choice(model, 'Team 1', 'Chris Lemontagne', [('AI', 33), ('BIM', 33), ('CSC', 33)])60    add_student_choice(model, 'Team 1', 'Drummond Lee', [('SD', 100)])61    add_student_choice(model, 'Team 2', 'Effi De Geus', [('SD', 100)])...

exercise_01.py

Source:exercise_01.py

1# def find_words(words, chars):2#     chars_dict = {}3#     for char in chars:4#         if char not in chars_dict:5#             chars_dict[char] = 16#         else:7#             chars_dict[char] += 18#     possible_words = []9#     for word in words:10#         word_dict = {}11#         for char in word:12#             if char not in word_dict:13#                 word_dict[char] = 114#             else:15#                 word_dict[char] += 116#         all_exist = True17#         for key, value in word_dict.items():18#             if key not in chars_dict:19#                 all_exist = False20#                 break21#             else:22#                 if chars_dict[key] < value:23#                     all_exist = False24#         if all_exist:25#             possible_words.append(word_dict)26#     count = 027#     for word in possible_words:28#         for key, value in word.items():29#             count += value30#     return count31def find_words(words, chars):32    chars_dict = {}33    for char in chars:34        if char not in chars_dict:35            chars_dict[char] = 136        else:37            chars_dict[char] += 138    count = 039    for word in words:40        chars_dict_copy = chars_dict.copy()41        all_exist = True42        for char in word:43            if char not in chars_dict:44                all_exist = False45                break46            if chars_dict_copy[char] < 1:47                all_exist = False48                break49            chars_dict_copy[char] -= 150        if all_exist:51            count += len(word)...

main.py

Source:main.py

1from functools import reduce2all_answers = open('input.txt', 'r').read()3print(all_answers)4groups = all_answers.split('\n\n')5# print(groups)6# current_group_yesses = []7# groups = []8# for l in all_answers:9#   if l == '':10#     groups.append(current_group_yesses)11#     current_group_yesses = []12#     continue13#   current_group_yesses.append(l)14# groups.append(current_group_yesses)15counts = []16for g in groups:17  all_exist = set()18  for c in g[0]:19    all_exist.add(c)20  for i in range(1, len(g)):21    all_exist = all_exist.intersection(set(g[i]))22  counts.append(len(all_exist))...

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