syntax-error.json

[
 "\n{'python_code': \"d = {}\\nfor i in array:\\n    d.update({str(i): function(i)})\\nd['newkey'] = 42\", 'is_valid': True, 'is_better': True, 'is_good_for_beginner': True}",
 "\n{'python_code': 'd = {}\\nfor i in array:\\n    d[i] = function(i)\\nd[1] = 42', 'is_valid': True, 'is_better': True, 'is_good_for_beginner': True}",
 "\n{'python_code': 'd = {}\\nfor i, val in enumerate(array):\\n    d[i] = function(val)\\nd[1] = 42', 'is_valid': True, 'is_better': True, 'is_good_for_beginner': True}",
 "\n{'python_code': \"\\n            def build_dict(array, function):\\n                d = {}\\n                for i in array:\\n                    d[i] = function(i)\\n                return d\\n\\n            d = build_dict(array, function)\\n            d['newkey'] = 42\\n            \", 'is_valid': True, 'is_better': True, 'is_good_for_beginner': False}",
 "\n{'python_code': \"\\n            def build_dict(array, function):\\n                d = {}\\n                for i in array:\\n                    d[str(i)] = function(i)\\n                return d\\n\\n            d = build_dict(array, function)\\n            d['newkey'] = 42\\n            \", 'is_valid': True, 'is_better': True, 'is_good_for_beginner': False}",
 "\n{'code': '\\nimport collections\\nd = collections.defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))\\n', 'type': 'beginner'}",
 "\n{'code': '\\nd = {}\\nfor i in array:\\n    d[i] = function(i)\\n', 'type': 'intermediate'}",
 "\n{'code': '\\ndef _func(i, d):\\n    d[i] = function(i)\\n\\nd = {}\\nfor i in array:\\n    _func(i, d)\\n', 'type': 'expert'}",
 "\n{'code': 'from collections import defaultdict\\n\\nd = defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))', 'comment': 'Uses the collections.defaultdict() function to initialize an empty dictionary with a default list value.', 'variable_d_value': {'d': {1: [1], 2: [2]}}, 'variable_i_value': {'i': 1}}",
 "\n{'code': 'for i in array:\\n    if i not in d:\\n        d[i] = []\\n    d[i].append(function(i))', 'comment': 'Uses a conditional statement to check if a key exists in the dictionary, and if not, adds the key with an empty list value.', 'variable_d_value': {'d': {1: [1], 2: [2]}}, 'variable_i_value': {'i': 1}}",
 "\n{'code': 'd = dict()\\nfor i in array:\\n    if i not in d:\\n        d[i] = []\\n    d[i].append(function(i))', 'comment': 'Uses the dict() function to initialize an empty dictionary, then uses a conditional statement to check if a key exists in the dictionary, and if not, adds the key with an empty list value.', 'variable_d_value': {'d': {1: [1], 2: [2]}}, 'variable_i_value': {'i': 1}}",
 "\n{'code': 'd = collections.defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))', 'explanation': 'This is the original code.', 'level': 'Beginner', 'import': ['collections']}",
 "\n{'code': 'def get_dict(array, function):\\n    d = collections.defaultdict(list)\\n    for i in array:\\n        d[i].append(function(i))\\n    return d\\n\\nd = get_dict(array, function)', 'explanation': 'This is an intermediate version of the original code. It uses a function to create a dictionary.', 'level': 'Intermediate', 'import': ['collections']}",
 "\n{'code': 'def get_dict(array, function):\\n    d = collections.defaultdict(list)\\n    for i in array:\\n        d[i] = function(i)\\n    return d\\n\\nd = get_dict(array, function)', 'explanation': \"This is an expert version of the original code. It uses a function to create a dictionary and assign the function's output to the dictionary key.\", 'level': 'Expert', 'import': ['collections']}",
 "\n{'code': 'd = dict()\\nfor i in array:\\n    if i not in d:\\n        d[i] = list()\\n    d[i].append(function(i))', 'explanation': 'Using dict() instead of {} to initialize the dictionary.', 'type': 'Beginner'}",
 "\n{'code': 'for i in array:\\n    d.setdefault(i, []).append(function(i))', 'explanation': 'Using setdefault() to add a key to the dictionary if it does not exist.', 'type': 'Intermediate'}",
 "\n{'code': 'd = collections.defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))', 'explanation': 'Using collections.defaultdict() to create a dictionary with a default value for each key.', 'type': 'Expert'}",
 "\n{'code': '\\nd = {}\\nfor i in array:\\n    for j in function(i):\\n        d[i].append(j)\\n', 'explanation': 'A beginner programmer may not be familiar with dictionary comprehensions and might use a for loop instead.'}",
 "\n{'code': '\\nd = {i: list(function(i)) for i in array}\\n', 'explanation': 'An intermediate programmer might use a dictionary comprehension to create the dictionary.'}",
 "\n{'code': '\\nd = dict((i, list(function(i))) for i in array)\\n', 'explanation': 'An expert programmer might use a dictionary constructor to create the dictionary.'}",
 "\n{'code': 'd = collections.defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))'}",
 "\n{'code': 'for i in array:\\n    d.setdefault(i, []).append(function(i))'}",
 "\n{'code': '\\nd = {}\\nfor i in array:\\n    d.setdefault(i, [])\\nlists = [[function(i)] for i in array]\\nfor i in range(len(lists)):\\n    d[lists[i][0]].append(lists[i][1])\\n'}",
 "\n{'code': '\\nd = collections.defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))\\nd = {k: sorted(v) for k, v in d.items()}\\n'}",
 "\n{'code': 'd = defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))', 'comment': 'using defaultdict to initialize the dictionary'}",
 "\n{'code': 'd = collections.defaultdict(list)\\nfor i in array:\\n    d[i].append(function(i))', 'comment': 'using collections.defaultdict to initialize the dictionary'}",
 "\n{'code': '\\nfor i in array:\\n    d[function(i)] = i\\nd\\n', 'is_valid': True}",
 "\n{'code': '\\nd = {}\\nfor i in array:\\n    d[function(i)] = i\\nd\\n', 'is_valid': True}",
 "\n{'code': '\\nresult = {}\\nfor i in array:\\n    result[function(i)] = i\\nresult\\n', 'is_valid': True}",
 "\n{'code': '\\nresult = dict()\\nfor i in array:\\n    result[function(i)] = i\\nresult\\n', 'is_valid': True}",
 "\n{'code': '\\nresult = {i:i for i in array}\\nresult\\n', 'is_valid': True}",
 "\n{'code': '\\nfrom collections import defaultdict\\nresult = defaultdict(list)\\nfor i in array:\\n    result[function(i)].append(i)\\nresult\\n', 'is_valid': True}",
 "\n{'code': 'd = [function(array[i]) for i in range(len(array))]', 'explanation': 'List comprehensions can be used to concisely iterate over an iterable and apply a function to each element', 'level': 'expert'}",
 "\n{'code': 'for i in range(len(array)):\\n    d[i] = function(array[i])', 'explanation': 'This is the most basic way to iterate over an iterable and apply a function to each element.', 'level': 'beginner'}",
 "\n{'code': 'i = 0\\nfor element in array:\\n    d[i] = function(element)\\n    i += 1', 'explanation': 'This is another way to iterate over an iterable and apply a function to each element. It uses the index `i` of the element in the list to access the corresponding element in the dictionary.', 'level': 'intermediate'}",
 "\n{'code': 'for i, val in enumerate(array):\\n    d[i] = function(val)\\n', 'explanation': 'A simple example of using a for loop to iterate over an array and apply a function to each element.', 'level': 'beginner'}",
 "\n{'code': 'd = {}\\nfor i, val in enumerate(array):\\n    d[i] = function(val)\\n', 'explanation': 'A more concise example of using a for loop to iterate over an array and apply a function to each element.', 'level': 'intermediate'}",
 "\n{'code': 'import numpy as np\\ndef apply_function(val):\\n    return function(val)\\n\\nd = np.vectorize(apply_function)(array)\\n', 'explanation': 'A more efficient example of using a vectorized function to apply a function to each element of an array.', 'level': 'expert'}"
]