binary bomb lab phase$\_4.$ please help me$.$

i need answer..

i should input $\%$d $\%$d $\%$d $\%$d $\%$d $($ i think we just need first and second integer$)$

Dump of assembler code for function phase$\_4$:

$=>0$x$000055555555575$b $<+0>$: endbr$64$

$0$x$000055555555575$f $<+4>$: sub $$0$x$18,\%$rsp

$0$x$0000555555555763<+8>$: mov $\%$fs:$0$x$28,\%$rax

$0$x$000055555555576$c $<+17>$: mov $\%$rax,$0$x$8(\%$rsp$)$

$0$x$0000555555555771<+22>$: xor $\%$eax,$\%$eax

$0$x$0000555555555773<+24>$: lea $0$x$4(\%$rsp$),\%$rcx

$0$x$0000555555555778<+29>$: mov $\%$rsp$,\%$rdx

$0$x$000055555555577$b $<+32>$: lea $0$x$1$c$73(\%$rip$),\%$rsi # $0$x$5555555573$f$5$

$0$x$0000555555555782<+39>$: call $0$x$5555555552$d$0<\_\_$isoc$99\_$sscanf@plt$>$

$0$x$0000555555555787<+44>$: cmp $$0$x$2,\%$eax

$0$x$000055555555578$a $<+47>$: jne $0$x$555555555792$

$0$x$000055555555578$c $<+49>$: cmpl $$0$xe$,(\%$rsp$)$

$0$x$0000555555555790<+53>$: jbe $0$x$555555555797$

$0$x$0000555555555792<+55>$: call $0$x$555555555$d$75$

$0$x$0000555555555797<+60>$: mov $$0$xe$,\%$edx

$0$x$000055555555579$c $<+65>$: mov $$0$x$0,\%$esi

$0$x$00005555555557$a$1<+70>$: mov $(\%$rsp$),\%$edi

$0$x$00005555555557$a$4<+73>$: call $0$x$55555555571$a

$0$x$00005555555557$a$9<+78>$: cmp $$0$x$7,\%$eax

$0$x$00005555555557$ac $<+81>$: jne $0$x$5555555557$b$5$

$0$x$00005555555557$ae $<+83>$: cmpl $$0$x$7,0$x$4(\%$rsp$)$

$0$x$00005555555557$b$3<+88>$: je $0$x$5555555557$ba

$0$x$00005555555557$b$5<+90>$: call $0$x$555555555$d$75$

$0$x$00005555555557$ba $<+95>$: mov $0$x$8(\%$rsp$),\%$rax

$0$x$00005555555557$bf $<+100>$: xor $\%$fs:$0$x$28,\%$rax

$0$x$00005555555557$c$8<+109>$: jne $0$x$5555555557$cf

$0$x$00005555555557$ca $<+111>$: add $$0$x$18,\%$rsp

$0$x$00005555555557$ce $<+115>$: ret

$0$x$00005555555557$cf $<+116>$: call $0$x$555555555230<\_\_$stack$\_$chk$\_$fail@plt$>$

Dump of assembler code for function func$4$:

$0$x$000055555555571$a $<+0>$: endbr$64$

$0$x$000055555555571$e $<+4>$: sub $$0$x$8,\%$rsp

$0$x$0000555555555722<+8>$: mov $\%$edx,$\%$eax

$0$x$0000555555555724<+10>$: sub $\%$esi,$\%$eax

$0$x$0000555555555726<+12>$: mov $\%$eax,$\%$ecx

$0$x$0000555555555728<+14>$: shr $$0$x$1$f$,\%$ecx

$0$x$000055555555572$b $<+17>$: add $\%$eax,$\%$ecx

$0$x$000055555555572$d $<+19>$: sar $\%$ecx

$0$x$000055555555572$f $<+21>$: add $\%$esi,$\%$ecx

$0$x$0000555555555731<+23>$: cmp $\%$edi,$\%$ecx

$0$x$0000555555555733<+25>$: jg $0$x$555555555741$

$0$x$0000555555555735<+27>$: mov $$0$x$0,\%$eax

$0$x$000055555555573$a $<+32>$: jl $0$x$55555555574$d

$0$x$000055555555573$c $<+34>$: add $$0$x$8,\%$rsp

$0$x$0000555555555740<+38>$: ret

$0$x$0000555555555741<+39>$: lea $-0$x$1(\%$rcx$),\%$edx

$0$x$0000555555555744<+42>$: call $0$x$55555555571$a

$0$x$0000555555555749<+47>$: add $\%$eax,$\%$eax

$0$x