PYTHON!!!!! Use the strategy of the decimal to binary conversion implemented in Project 4, and the bit shift left operation defined in Project 5 to code a new encryption algorithm. The algorithm should Add 1 to each character’s numeric ASCII value. Convert it to a bit string. Shift the bits of this string one place to the left. A single-space character in the encrypted string separates the resulting bit strings. An example of the program input and output is shown below: Enter a message: Hello world! 0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101 Program produces correct output given input: Test case: Test for Hello world! Input: Hello world! Results: 0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101 Test case: Test for What a lovely day! Input: What a lovely day! Results: 0110001 1010011 1000101 1101011 000011 1000101 000011 1011011 1100001 1101111 1001101 1011011 1110101 000011 1001011 1000101 1110101 000101 Test case: Test for Say 'what' again. Input: Say 'what' again. Results: 0101001 1000101 1110101 000011 010001 1110001 1010011 1000101 1101011 010001 000011 1000101 1010001 1000101 1010101 1011111 011111
PYTHON!!!!! Use the strategy of the decimal to binary conversion implemented in Project 4, and the bit shift left operation defined in Project 5 to code a new encryption algorithm. The algorithm should Add 1 to each character’s numeric ASCII value. Convert it to a bit string. Shift the bits of this string one place to the left. A single-space character in the encrypted string separates the resulting bit strings. An example of the program input and output is shown below: Enter a message: Hello world! 0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101 Program produces correct output given input: Test case: Test for Hello world! Input: Hello world! Results: 0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101 Test case: Test for What a lovely day! Input: What a lovely day! Results: 0110001 1010011 1000101 1101011 000011 1000101 000011 1011011 1100001 1101111 1001101 1011011 1110101 000011 1001011 1000101 1110101 000101 Test case: Test for Say 'what' again. Input: Say 'what' again. Results: 0101001 1000101 1110101 000011 010001 1110001 1010011 1000101 1101011 010001 000011 1000101 1010001 1000101 1010101 1011111 011111
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
Problem 1PE
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PYTHON!!!!!
Use the strategy of the decimal to binary conversion implemented in Project 4, and the bit shift left operation defined in Project 5 to code a new encryption
The algorithm should
- Add 1 to each character’s numeric ASCII value.
- Convert it to a bit string.
- Shift the bits of this string one place to the left.
A single-space character in the encrypted string separates the resulting bit strings.
An example of the
Enter a message: Hello world!
0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101
Program produces correct output given input:
Test case:
Test for Hello world!
Input:
Hello world!
Results:
0010011 1001101 1011011 1011011 1100001 000011 1110001 1100001 1100111 1011011 1001011 000101
Test case:
Test for What a lovely day!
Input:
What a lovely day!
Results:
0110001 1010011 1000101 1101011 000011 1000101 000011 1011011 1100001 1101111 1001101 1011011 1110101 000011 1001011 1000101 1110101 000101
Test case:
Test for Say 'what' again.
Input:
Say 'what' again.
Results:
0101001 1000101 1110101 000011 010001 1110001 1010011 1000101 1101011 010001 000011 1000101 1010001 1000101 1010101 1011111 011111
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