$(25$ points$)$ Modify the single$-$cycle datapath $($page $\frac{3}{3})$by implementing the conditional move instruction 'MOVNZ' $($move$-$if$-$not$-$zero$).$ Below is the syntax. The instruction below will move $$t1$ into $$t0$ if $$t20.$ Otherwise, $$t0$ will be set to $"0".$

MOVNZ $t$0,$ $t$1,$ $t$2$

This is the encoding of the instruction above:

$\backslash$table$[[$unique$,$t $1,$t $2,$t $0,0,0],[$opcode $(6),$rs $(5),$rt $(5),rd(5),$shamt$(5),$funct $(6)]]$

Draw the changes on the datapath diagram and provide the values of all the control signals.

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$(25$ points$)$ Modify the single$-$cycle datapath $($page $3/3)$by implementing the conditional move instruction 'MOVNZ' $($move$-$if$-$not$-$zero$).$ Below is the syntax. The instruction below will move $t$1$ into $t$0$ if $t$2!=0.$ Otherwise, $t$0$ will be set to $"0".$

MOVNZ $t$0,$ $t$1,$ $t$2$

This is the encoding of the instruction above:

$\backslash$table$[[$unique$,$t $1,$t $2,$t $0,0,0],[$opcode $(6),$rs $(5),$rt $(5),rd(5),$shamt $(5),$funct $(6)]]$

Draw the changes on the datapath diagram and provide the values of all the control signals. Please i need the drawing