this is my prompt Implement a matmul function that uses the ARM ADD and MUL $($or MLA$)$ instruction in the file named matmul$-$mul. Test to ensure that your outputs match the provided outputs for the matrices of size $16,64,256,$ and $1024.$ I have implemented my code in armv$8$ based on the c code provided below but my code is not working properly and i am struggling to debig using gdb$.$ Please helP implement the code below in armv$8$

$///////////////////////////////////////////////////////////////////////////////2//$ You're implementing the following function in ARMV$8$ Assembly

$3//!$ C $=$ A $*$ B

$4//!$ @param C result matrix $5//!$ @param A matrix A

$6//!$ @param B matrix B

$7//!$ @param hA height of matrix A

$8//!$ @param wA width of matrix A$,$ height of matrix B

$9//!$ @param wB width of matrix B

$10//$

$11//$ Note that while A$,$ B$,$ and C represent two$-$dimensional matrices,

$12//$ they have all been allocated linearly. This means that the elements

$13//$ in each row are sequential in memory, and that the first element

$14//$ of the second row immedialely follows the last element in the first

$15//$ row, etc.

$16/$

$/17//$void matmul$($int$*$ C$,$ const int$*$ A$,$ const int$*$ B$,$ unsigned int hA$,$

$18//$ unsigned int wA$,$ unsigned int wB$)19//\{$

$20//$ for $($unsigned int i $=0$; i $<$ hA; $++$i$)//$outer$\_$loop$\_$i

$21//$ for $($unsigned int j $=0$; j $<$ wB; $++$j$)\{//$inner loop$\_$j

$22//$ int sum $=0$;

$23//$ for $($unsigned int k $=0$; k $<$ wA; $++$k$)\{$ inner$\_$loop k

$24//$ sum $+=$ A$[$i $*$ wA $+$ k$]*$ B$[$k $*$ wB $+$ j$]$;

$25//\}$

$26//$ C$[$i $*$ wB $+$ j$]=$ sum; $//$innermost

$27//$ NOTE: This version should use the MUL$/$MLA and ADD instructions