Write a function that performs ONE PARTITION for an array of integers, as defined by the quicksort algorithm. The function has three parameters: an array of integers, the index of the leftmost element to be partitioned, and the index of the rightmost element to be partitioned. (See the quicksort notes for more explanation.) The return value is the index where the pivot element is placed after the partition. When the function returns, all elements to the left of that location (within the partitioned portion of the array) must be less than or equal to the pivot, and all elements to the right of that location (within the partitioned portion of the array) must be greater than or equal to the pivot. int partition (int all, int left, int right); This function does not sort the array, it only partitions.

Write a program in plp assembly that counts up by one starting from zero (or one) inside a loop and writes this value to the leds every time the value is increased. the memory address of the leds is 0xf0200000. the table below shows the meaning and an example usage of the instructions covered in the video, plp instructions for project 1. instruction example usage meaning load immediate li $t0, 8 register $t0 is set to the value, 8. store word sw $t2, 0($t1) the value in register $t1 is used as the memory address. the value in register $t2 is copied into this memory address. add addiu $t4, $t3, 29 register $t4 is assigned the sum of 29 and the value in register $t3. jump j your_label_name the program jumps to the line following the label, "your_label_name: ". label your label name: defines a label called "your_label_name: " that can be jumped to