Create a program that accepts the integers M and N as arguments, creates a random binary text string of length N, and then counts the number of times the last M bits appear in the string in other places. Note: Depending on the value of M, various methods might be suitable.

In python, The function decodeFromAscii takes a list L of integers in the range 32 through 126. Each item in L is an ASCII code representing a single printable character. The function accumulates the string of characters represented by the list of ASCII codes and returns that string. For example, decodeFromAscii([78, 105, 99, 101, 33]) returns "Nice!" because N is chr(78), i is chr(105), c is chr(99), etc. Note: ASCII was created in the 1960's so programmers could have a standard encoding for common keyboard characters as numbers. It was later expanded to create Unicode so that characters from languages  other than English, mathematical symbols, and many other symbols could also be represented by numerical codes. For example: Test Result print(decodeFromAscii([36, 49, 44, 48, 48, 48])) $1,000 print(decodeFromAscii([115, 110, 111, 119])) snow

In Java create a class CharsToUnicodeWhile. Write code that reads from the user a string of characters and then prints them in Unicode. The user can quit the program by typing “Q' or “q”, otherwise the program stays in a loop and reads another string to convert it to Unicode. Use a while loop to test “Q' or “q” and a for loop to traverse the entered string, character by character. Hint: Initialize the while-loop condition BEFORE you enter the loop and update the while-loop condition AT THE END of the body of the loop.

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