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Write a function called convert_case( string, upper=False ) that takes a string and returns a new string where that string is converted to lowercase if upper keyword parameter is False and converted to uppercase otherwise. def convert_case( string, upper-False ): birite your function according to the specifications given in the question. Note that your function MUST work in the general case as demonstrated below. = YOUR CODE HERE pass Test cases: assert convert_case( "abCde", upper-True ) "ABCDE assert convert_case( "abcde", upper-False ) == "abcde" assert convert_case( "abCde") == "abcde"

Write a function called convert_case( string, upper=False ) that takes a string and returns a new string where that string is converted to lowercase if upper keyword parameter is False and converted to uppercase otherwise. def convert_case( string, upper-False ): birite your function according to the specifications given in the question. Note that your function MUST work in the general case as demonstrated below. = YOUR CODE HERE pass Test cases: assert convert_case( "abCde", upper-True ) "ABCDE assert convert_case( "abcde", upper-False ) == "abcde" assert convert_case( "abCde") == "abcde"

Computer Networking: A Top-Down Approach (7th Edition)
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
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question 4 Write a function called convert case( string, upper=False ) that takes a string and returns a new string where that string is converted to lowercase if upper keyword parameter is False and converted to uppercase otherwise. [ ]: def convert_case( string, upper=False ): Write your function according to the specifications given in the question. Note that your function MUST work in the general case as demonstrated below. YOUR CODE HERE pass Test cases: [ ]: assert convert_case( "abCde", upper=True ) == "ABCDE" assert convert_case( "abCde", upper=False ) == "abcde" assert convert_case( "abCde" ) == "abcde" Question 5 Write a Python function strange_concat( a, b ), which takes two strings, a and b and returns a string by concatenating the corresponding characters from each string, except that, for string b, concatenation will start from the end and move towards the beginning. Then the return value should have whatever remains from either string that does not have corresponding characters in the other string. If there are leftover characters from b, note that these will be in reverse order. [ : def strange_concat( a, b ): irite your function according to the specifications given in the question. Note that your function MUST work in the general case as demonstrated below. # YOUR CODE HERE pass Test cases: [ ]: assert strange_concat( "abcde", "XYz" ) -- 'azbYcXde assert strange_concat( "abc", "XYZPQR" ) == 'ARBQCPZYX
Transcribed Image Text:Question 4 Write a function called convert case( string, upper=False ) that takes a string and returns a new string where that string is converted to lowercase if upper keyword parameter is False and converted to uppercase otherwise. [ ]: def convert_case( string, upper=False ): Write your function according to the specifications given in the question. Note that your function MUST work in the general case as demonstrated below. YOUR CODE HERE pass Test cases: [ ]: assert convert_case( "abCde", upper=True ) == "ABCDE" assert convert_case( "abCde", upper=False ) == "abcde" assert convert_case( "abCde" ) == "abcde" Question 5 Write a Python function strange_concat( a, b ), which takes two strings, a and b and returns a string by concatenating the corresponding characters from each string, except that, for string b, concatenation will start from the end and move towards the beginning. Then the return value should have whatever remains from either string that does not have corresponding characters in the other string. If there are leftover characters from b, note that these will be in reverse order. [ : def strange_concat( a, b ): irite your function according to the specifications given in the question. Note that your function MUST work in the general case as demonstrated below. # YOUR CODE HERE pass Test cases: [ ]: assert strange_concat( "abcde", "XYz" ) -- 'azbYcXde assert strange_concat( "abc", "XYZPQR" ) == 'ARBQCPZYX
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