inverted_word_counts(word_count_dict, banned) that takes as a parameter a Write a function dictionary mapping from words to word-counts (like the ones in earlier questions) and a list of banned words, then returns the dictionary inverted, i.e. mapping from an integer word count to an alphabetically ordered list of words with that count but skipping words that are banned. For example, if the word count dictionary were: {'a': 20, 'west': 10, 'blotto': 1, 'bingo': 1, 'x': 5, 'member': 1) and the banned list = ["member", "west"] then the inverted dictionary would be (1: ['bingo', 'blotto'], 5: ['x'], 20: ['a']} showing that the list of words occurring exactly once is ['bingo', 'blotto] (note that it's alphabetically ordered), the list of words occurring five times is just 'x' and the list of words occurring 20 times is ['a']. For example: Result Test test_dict= {'a': 20, 'west': 10, 'blotto': 1, "bingo': 1, "x": 5, "member: 1) 1: ['bing banned - ["member", "west"] 5: [***] 20: ['a'] inverse = inverted word_counts (test_dict, banned) for count in sorted (inverse.keys()): print('(): ().format(count, inverse[count])) Answer: (penalty regime: 0, 10, 20, ... %) 1

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Write a function inverted_word_counts(word_count_dict, banned) that takes as a parameter a
dictionary mapping from words to word-counts (like the ones in earlier questions) and a list of
banned words, then returns the dictionary inverted, i.e. mapping from an integer word count to an
alphabetically ordered list of words with that count but skipping words that are banned. For
example, if the word count dictionary were:
{'a': 20, 'west': 10, 'blotto': 1, 'bingo': 1, 'x': 5, 'member': 1}
and the banned list = ["member", "west"]
then the inverted dictionary would be
(1: ['bingo', 'blotto'], 5: ['x'], 20: ['a']}
showing that the list of words occurring exactly once is ['bingo', 'blotto] (note that it's
alphabetically ordered), the list of words occurring five times is just 'x' and the list of words
occurring 20 times is ['a'].
For example:
Test
Result
M
test dict {'a': 20, 'west': 10, 'blotto': 1, "bingo':1, 'x': 5, 'member': 1) 1: ['bing
banned - ["member", "west"]
5: [***]
20: ['a']
inverse inverted_word_counts (test_dict, banned)
for count in sorted (inverse.keys()):
print('(): ().format(count, inverse[count]))
Answer: (penalty regime: 0, 10, 20, ... %)
1
↑
Transcribed Image Text:Write a function inverted_word_counts(word_count_dict, banned) that takes as a parameter a dictionary mapping from words to word-counts (like the ones in earlier questions) and a list of banned words, then returns the dictionary inverted, i.e. mapping from an integer word count to an alphabetically ordered list of words with that count but skipping words that are banned. For example, if the word count dictionary were: {'a': 20, 'west': 10, 'blotto': 1, 'bingo': 1, 'x': 5, 'member': 1} and the banned list = ["member", "west"] then the inverted dictionary would be (1: ['bingo', 'blotto'], 5: ['x'], 20: ['a']} showing that the list of words occurring exactly once is ['bingo', 'blotto] (note that it's alphabetically ordered), the list of words occurring five times is just 'x' and the list of words occurring 20 times is ['a']. For example: Test Result M test dict {'a': 20, 'west': 10, 'blotto': 1, "bingo':1, 'x': 5, 'member': 1) 1: ['bing banned - ["member", "west"] 5: [***] 20: ['a'] inverse inverted_word_counts (test_dict, banned) for count in sorted (inverse.keys()): print('(): ().format(count, inverse[count])) Answer: (penalty regime: 0, 10, 20, ... %) 1 ↑
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