(8) Question: Next fill in the code for "Part4_Function." Since we are now familiar with conditioncodes and arithmetic operations, we will perform a simple...\ Next fill in the code for "Part4_Function." Since we are now familiar with condition codes and arithmetic operations, we will perform a simple computation that requires both flow control and mathematical operations: finding the population count of an integer. The population count is the number of set bits (1s) in the binary encoding of a number. You may also hear this operation referred to as "Hamming Weight."\ Following the AAPCS calling convention, there will be a 32 - bit integer in R0 when your code written inside Part4_Function starts. You should return from the function after placing the number of 1 s that were present in the encoding of that number back in Ro . This code is tested by holding down SW2. A successful test of your code will result in the Green LED blinking. Incorrect code will result in the Red LED blinking. In arm assembly language

8 Question: Next fill in the code for "Part4_Function." Since we are now familiar with conditioncodes and arithmetic operations, we will perform a simple... Next fill in the code for "Part4_Function." Since we are now familiar with condition codes and arithmetic operations, we will perform a simple computation that requires both flow control and mathematical operations: finding the population count of an integer. The population count is the number of set bits (1s) in the binary encoding of a number. You may also hear this operation referred to as "Hamming Weight." Following the AAPCS calling convention, there will be a 32 - bit integer in R0 when your code written inside Part4_Function starts. You should return from the function after placing the number of 1 s that were present in the encoding of that number back in Ro . This code is tested by holding down SW2. A successful test of your code will result in the Green LED blinking. Incorrect code will result in the Red LED blinking. In arm assembly language