Step $1$: Convert the assembly code into C$++$ code. Step $2$: Explain the function of the converted C$++$ code. Assembly Code C$++$ Code Explanation of Functionality movl $8(\%$rbp$),\%$eax sall $$3,\%$eax subl $$3,\%$eax movl $\%$eax, $4(\%$rbp$)$ movl $8(\%$rbp$),\%$eax sall $$2,\%$eax subl $$1,\%$eax leal $7(\%$rax$),\%$edx testl $\%$eax, $\%$eax cmovs $\%$edx, $\%$eax sarl $$3,\%$eax movl $\%$eax, $4(\%$rbp$)$ movl $8(\%$rbp$),\%$eax leal $7(\%$rax$),\%$edx testl $\%$eax, $\%$eax cmovs $\%$edx, $\%$eax sarl $$3,\%$eax movl $8(\%$rbp$),\%$edx sall $$2,\%$edx addl $\%$edx, $\%$eax movl $\%$eax, $4(\%$rbp$)$ Step $1$: Convert the assembly code into C$++$ code. Step $2$: Explain the function of the converted C$++$ code. Assembly Code C$++$ Code Explanation of Functionality movl $8(\%$rbp$),\%$eax sall $$3,\%$eax subl $$3,\%$eax movl $\%$eax, $4(\%$rbp$)$ movl $8(\%$rbp$),\%$eax sall $$2,\%$eax subl $$1,\%$eax leal $7(\%$rax$),\%$edx testl $\%$eax, $\%$eax cmovs $\%$edx, $\%$eax sarl $$3,\%$eax movl $\%$eax, $4(\%$rbp$)$ movl $8(\%$rbp$),\%$eax leal $7(\%$rax$),\%$edx testl $\%$eax, $\%$eax cmovs $\%$edx, $\%$eax sarl $$3,\%$eax movl $8(\%$rbp$),\%$edx sall $$2,\%$edx addl $\%$edx, $\%$eax movl $\%$eax, $4(\%$rbp$)$