Problem $1)$ Assume two LEDs $($LED$1,$LED$2)$ and one

LEDs should be initially off. After each press and release

state $($LED$1/$LED$2)$ in the sequence: ON$/$ON$,$ ON$/$OFF$,$ O

OFF$/$OFF$,$ and son on$.$

Assign I$/$O ports as follows:

$($a$)$ Draw the state machine

$($b$)$ Draw the schematic diagram $($circuit diagram$)$Problem $1)$ Assume two LEDs $($LED$1,$LED$2)$ and one

LEDs should be initially off. After each press and release

state $($LED$1/$LED$2)$ in the sequence: ON$/$ON$,$ ON$/$OFF$,$ O

OFF$/$OFF$,$ and son on$.$

Assign I$/$O ports as follows:

$($a$)$ Draw the state machine

$($b$)$ Draw the schematic diagram $($circuit diagram$)$

Problem $1)$ Assume two LEDs $($LED$1,$LED$2)$ and one

LEDs should be initially off. After each press and release

state $($LED$1/$LED$2)$ in the sequence: ON$/$ON$,$ ON$/$OFF$,$ O

OFF$/$OFF$,$ and son on$.$

Assign I$/$O ports as follows:

$($a$)$ Draw the state machine

$($b$)$ Draw the schematic diagram $($circuit diagram$)$

Problem $1)$ Assume two LEDs $($LED$1,$LED$2)$ and one

LEDs should be initially off. After each press and release

state $($LED$1/$LED$2)$ in the sequence: ON$/$ON$,$ ON$/$OFF$,$ O

OFF$/$OFF$,$ and son on$.$

Assign I$/$O ports as follows:

$($a$)$ Draw the state machine

$($b$)$ Draw the schematic diagram $($circuit diagram$)$

$``$c

void configure$\_$IO$()\{$

$//$ Configure RB$5,$ RB$6,$ RB$7$ as outputs $(0$ for output$)$

TRISBbits.TRISB$5=0$;

TRISBbits.TRISB$6=0$;

TRISBbits. TRISB$7=0$;

$//$ Configure RB$8$ as input $(1$ for input$)$

TRISBbits.TRISB$8=1$;

$\}$

$`$

$//$ Iterate over all $8$ input combinations $(000$ to $111)$

for $($input$\_$combination $=0$; input$\_$combination $<mtext></mtext><mn>8</mn>$; input$\_$combination$++)\{$

$//$ Set RB$5,$ RB$6,$ RB$7$ according to the input combination

LATBbits.LATB$5=($input$\_$combination $\backslash 0)$& $1$; $//$ Set RB$5$

LATBbits.LATB$6=($input$\_$combination $>>1)$& $1$; $//$ Set RB$6$

LATBbits.LATB$7=($input$\_$combination $>>2)$& $1$; $//$ Set RB$7$

$//$ Calculate the expected output based on the given logic

$//($Assuming the circuit implements AND with NOT gate$)$

expected$\_$output $=!(($LATBbits$.$LATB$5$ & LATBbits.LATB$6)$ & LATBbits.LATB$7)$;

$//$ Check if the output at RB$8$ matches the expected output

if $($PORTBbits$.$RB$8!=$ expected$\_$output$)\{$

return $0$; $//$ Return $0$ if any test fails

$\}$

$\}$

return $1$; $//$ Return $1$ if all tests pass

$\}$

$``$c

void configure$\_$IO$()\{$

$//$ Configure RB$5,$ RB$6,$ RB$7$ as outputs $(0$ for output$)$

TRISBbits.TRISB$5=0$;

TRISBbits.TRISB$6=0$;

TRISBbits. TRISB$7=0$;

$//$ Configure RB$8$ as input $(1$ for input$)$

TRISBbits.TRISB$8=1$;

$\}$

$`$

$//$ Iterate over all $8$ input combinations $(000$ to $111)$

for $($input$\_$combination $=0$; input$\_$combination $<mtext></mtext><mn>8</mn>$; input$\_$combination$++)\{$

$//$ Set RB$5,$ RB$6,$ RB$7$ according to the input combination

LATBbits.LATB$5=($input$\_$combination $\backslash 0)$& $1$; $//$ Set RB$5$

LATBbits.LATB$6=($input$\_$combination $>>1)$& $1$; $//$ Set RB$6$

LATBbits.LATB$7=($input$\_$combination $>>2)$& $1$; $//$ Set RB$7$

$//$ Calculate the expected output based on the given logic

$//($Assuming the circuit implements AND with NOT gate$)$

expected$\_$output $=!(($LATBbits$.$LATB$5$ & LATBbits.LATB$6)$ & LATBbits.LATB$7)$;

$//$ Check if the output at RB$8$ matches the expected output

if $($PORTBbits$.$RB$8!=$ expected$\_$output$)\{$

return $0$; $//$ Return $0$ if any test fails

$\}$

$\}$

return $1$;

My issueis with the expectedOutput equationn

I need explanation whether it's true Or not