I$\text{'}$m currently working on reverse engineering phase$\_2$ of a challenge, and I$\text{'}$m having trouble understanding the assembly code. Additionally, I need assistance with extracting the six numbers provided as input. Here's the assembly code for phase$\_2$:

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$0$x$400$f$10$ push $\%$rbx

$0$x$400$f$11$ sub $$0$x$20,\%$rsp

$0$x$400$f$15$ mov $\%$rsp$,\%$rsi

$0$x$400$f$18$ callq $0$x$40135$b

$0$x$400$f$1$d cmpl $$0$xe$,(\%$rsp$)$

$0$x$400$f$21$ jne $0$x$400$f$2$a

$0$x$400$f$23$ mov $$0$x$1,\%$ebx

$0$x$400$f$28$ jmp $0$x$400$f$40$

$0$x$400$f$2$a callq $0$x$401728$

$0$x$400$f$2$f jmp $0$x$400$f$23$

$0$x$400$f$31$ callq $0$x$401728$

$0$x$400$f$36$ add $$0$x$1,\%$rbx

$0$x$400$f$3$a cmp $$0$x$5,\%$rbx

$0$x$400$f$3$e je $0$x$400$f$52$

$0$x$400$f$40$ mov $(\%$rsp$,\%$rbx$,4),\%$eax

$0$x$400$f$43$ sub $-0$x$4(\%$rsp$,\%$rbx$,4),\%$eax

$0$x$400$f$47$ mov $\%$ebx,$\%$edx

$0$x$400$f$49$ imul $\%$ebx,$\%$edx

$0$x$400$f$4$c cmp $\%$edx,$\%$eax

$0$x$400$f$4$e jge $0$x$400$f$36$

$0$x$400$f$50$ jmp $0$x$400$f$31$

$0$x$400$f$52$ add $$0$x$20,\%$rsp

$0$x$400$f$56$ pop $\%$rbx

$0$x$400$f$57$ retq

$000000000040135$b :

$40135$b: $4883$ ec $08$ sub $$0$x$8,\%$rsp

$40135$f: $4889$ f$2$ mov $\%$rsi,$\%$rdx

$401362$: $488$d $4$e $04$ lea $0$x$4(\%$rsi$),\%$rcx

$401366$: $488$d $4614$ lea $0$x$14(\%$rsi$),\%$rax

$40136$a: $50$ push $\%$rax

$40136$b: $488$d $4610$ lea $0$x$10(\%$rsi$),\%$rax

$40136$f: $50$ push $\%$rax

$401370$: $4$c $8$d $4$e $0$c lea $0$xc$(\%$rsi$),\%$r$9$

$401374$: $4$c $8$d $4608$ lea $0$x$8(\%$rsi$),\%$r$8$

$401378$: be a$2274000$ mov $$0$x$4027$a$2,\%$esi

$40137$d: b$800000000$ mov $$0$x$0,\%$eax

$401382$: e$8$ a$9$ f$8$ ff ff callq $400$c$30<\_\_$isoc$99\_$sscanf@plt$>$

$401387$: $4883$ c$410$ add $$0$x$10,\%$rsp

$40138$b: $83$ f$805$ cmp $$0$x$5,\%$eax

$40138$e: $7$e $05$ jle $401395$

$401390$: $4883$ c$408$ add $$0$x$8,\%$rsp

$401394$: c$3$ retq

$401395$: bf $01000000$ mov $$0$x$1,\%$edi

$40139$a: e$8$ e$1$ f$8$ ff ff callq $400$c$80$

I understand the basic structure of the function, but I$\text{'}$m struggling with some specific parts, such as the conditional jumps and the use of registers. Additionally, I need help extracting the six numbers provided as input by the read$\_$six$\_$numbers function.

Could someone please assist me in extracting the six numbers?

Thank you very much for your help!