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For this quiz, you must write an implementation of the function count_bits in ARM assembly language: int count_bits(unsigned int *array, int size); The function accepts two arguments. The first is a pointer to an array of integers. The second is the number of integers in the array. The function counts the total number of set bits in the array. For example, if the array contained this (in hex): d6275066 88718a3d The function call should return 29. You may now, of course, use registers ro to r10, provided you save them on the stack. Do not use registers r11-r15. To get credit for the quiz, click Test. Once your solution passes tests, click Submit. The Run option will run the program in main.c. You can use that for your own testing purposes as you develop your solution. Hints and Suggestions It takes two nested loops to do this. You can count to 32 and shift bits or you can shift until the value is zero. #Expand for main.C examples. + I get undefined reference to 'count_bits' # This problem can't be done in four registers! I get Error 124 Submit For this quiz, you must write an implementation of the function count_bits in ARM assembly language: int count_bits(unsigned int *array, int size); The function accepts two arguments. The first is a pointer to an array of integers. The second is the number of integers in the array. The function counts the total number of set bits in the array. For example, if the array contained this (in hex): d6275066 88718a3d The function call should return 29. You may now, of course, use registers ro to r10, provided you save them on the stack. Do not use registers r11-r15. To get credit for the quiz, click Test. Once your solution passes tests, click Submit. The Run option will run the program in main.c. You can use that for your own testing purposes as you develop your solution. Hints and Suggestions It takes two nested loops to do this. You can count to 32 and shift bits or you can shift until the value is zero. #Expand for main.C examples. + I get undefined reference to 'count_bits' # This problem can't be done in four registers! I get Error 124 Submit