Data structures find_color(colors:set, values:list) -> list The function will have two parameters. The first parameter is a set of strings known as Colors. A second parameter is a list of tuple-2 known as Values. Colors will contain a set of randomly selected colors. Values will contain a list of tuples of size 2. Each tuple will contain color (str) and a number (int). The function should look at each tuple in Values. For each tuple, add the number (the second value in the tuple) to a list of numbers if the color in the tuple (the first value in the tuple) is in Colors. In other words, find all tuples that have a color in the Colors and add the tuples numbers to a list. Finally, the function should return the list of numbers collected in the order they are found in the values list. Example: Colors: {'black', 'pink', 'yellow'}
values: [('green', 100), ('yellow', 13), ('red', 6)]
Expected: [13] Colors: {'yellow'}
values: [('black', 54), ('pink', 5)]
Expected: [] Colors: {'black', 'blue', 'yellow'}
values: [('yellow', 29), ('yellow', 19), ('black', 31), ('yellow', 67), ('green', 44)]
Expected: [29, 19, 31, 67]
Data structures find_color(colors:set, values:list) -> list The function will have two parameters. The first parameter is a set of strings known as Colors. A second parameter is a list of tuple-2 known as Values. Colors will contain a set of randomly selected colors. Values will contain a list of tuples of size 2. Each tuple will contain color (str) and a number (int). The function should look at each tuple in Values. For each tuple, add the number (the second value in the tuple) to a list of numbers if the color in the tuple (the first value in the tuple) is in Colors. In other words, find all tuples that have a color in the Colors and add the tuples numbers to a list. Finally, the function should return the list of numbers collected in the order they are found in the values list. Example: Colors: {'black', 'pink', 'yellow'} values: [('green', 100), ('yellow', 13), ('red', 6)] Expected: [13] Colors: {'yellow'} values: [('black', 54), ('pink', 5)] Expected: [] Colors: {'black', 'blue', 'yellow'} values: [('yellow', 29), ('yellow', 19), ('black', 31), ('yellow', 67), ('green', 44)] Expected: [29, 19, 31, 67]
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Data structures
find_color(colors:set, values:list) -> list
The function will have two parameters. The first parameter is a set of strings known as Colors. A second parameter is a list of tuple-2 known as Values. Colors will contain a set of randomly selected colors. Values will contain a list of tuples of size 2. Each tuple will contain color (str) and a number (int). The function should look at each tuple in Values. For each tuple, add the number (the second value in the tuple) to a list of numbers if the color in the tuple (the first value in the tuple) is in Colors. In other words, find all tuples that have a color in the Colors and add the tuples numbers to a list. Finally, the function should return the list of numbers collected in the order they are found in the values list.
Example:
Colors: {'black', 'pink', 'yellow'}
values: [('green', 100), ('yellow', 13), ('red', 6)]
Expected: [13]
Colors: {'yellow'}
values: [('black', 54), ('pink', 5)]
Expected: []
Colors: {'black', 'blue', 'yellow'}
values: [('yellow', 29), ('yellow', 19), ('black', 31), ('yellow', 67), ('green', 44)]
Expected: [29, 19, 31, 67]
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