Fix? $.$section $.$note.GNU$-$stack,"",@progbits $.$section $.$data part: $.$quad $41$ # x$-$coordinate for a part $($snake$).$quad $13$ # y$-$coordinate for a part $($snake$).$quad $2.$quad $0$ apple: $.$quad $0$ # x$-$coordinate of apple $.$quad $0$ # y$-$coordinate of apple $.$quad $0.$quad $0$ # apple visibility flag obstacle: $.$quad $0$ # x$-$coordinate of obstacle $.$quad $0$ # y$-$coordinate of obstacle $.$quad $0$ input: $.$byte $\text{'}3\text{'}$ Vert: $.$byte $\text{'}]\text{'}$ # Vertical boundary character delay: $.$quad $0$ collision: $.$quad $0$ head: $.$quad $0$ apple$\_$counter: $.$quad $2$ # Counter for apples $($starting value$)$ running$\_$apple$\_$count: $.$quad $2$ # Running apple counter obstacle$\_$counter: $.$quad $0$ # Counter for obstacles running$\_$obstacle$\_$count: $.$quad $0$ # Running obstacle counter first$\_$apple: $.$quad $0$ # First apple flag first$\_$obstacle: $.$quad $0$ # First obstacle flag ch: $.$string $"$O$\backslash 0"$ # Character for snake $($head$)$ cp: $.$string $"*\backslash 0"$ # Character for apple Press$\_$Any$\_$Key$\_$string: $.$string "Press key to start$\backslash 0"$ # Prompt message to start Press$\_$Any$\_$Key$\_$End: $.$string "Done, press key to exit$\backslash 0"$ # End message level$\_$string: $.$string "Level $\%$d$\backslash 0"$ # Level display format score$\_$string: $.$string "Score $\%05$d$\backslash 0"$ # Score display format $(5$ digits$)$ segments$\_$string: $.$string "Segments $\%$d$\backslash 0"$ # Segments display format final$\_$score: $.$asciz "Your score was $\%$d

$"$ # Final score message final$\_$segments: $.$asciz "Your snake had $\%$d segments

$"$ # Final segments message final$\_$level: $.$asciz "You made it to level $\%$d

$"$ # Final level message level: $.$quad $1$ # Current level $($starting level $1)$ segments: $.$quad $4$ # Number of snake segments score: $.$quad $0$ # Current score ac: $.$string $"$@$\backslash 0"$ # Character for some symbol $($e$.$g$.,$ for apple$)$ oc: $.$string $"$X$\backslash 0"$ # Character for obstacle tail: $.$quad $0$ # Tail of the snake $($pointer or coordinates$)$ apple$\_$tail: $.$quad $0$ # Tail of the apple $($placeholder$)$ obstacle$\_$tail: $.$quad $0$ # Tail of obstacle $($placeholder$)$ ts: $.$byte $\text{'}=\text{'}$ # Top side border character for the game window window: $.$quad $0$ # Window size or properties $($placeholder$).$section $.$text $.$globl main main: call starting$\_$snake movq head, $\%$rdi push $\%$rbp mov $\%$rsp$,\%$rbp call initialize # Initialize game state, setup resources, etc. call make$\_$apples # Function to generate apples in the game call make$\_$obstacles # Function to generate obstacles call print$\_$board # Print the initial game board movq $$1,\%$rdi movq $$31,\%$rsi lea Press$\_$Any$\_$Key$\_$string, $\%$rdx call mvprintw # Display the "Press key to start" message pop $\%$rbp # Restore the base pointer after function call movq head, $\%$rdi movq collision, $\%$r$13$ call user$\_$input # Get user input $($move snake$)$ movq $$300,\%$rdi # Set a delay of $300($time between snake moves$)$ movq $\%$rdi, delay call timeout movq $\%$r$13,\%$rdi cmp $$1,\%$rdi # Compare collision state to $1($if collision$)$ jz end call level$\_$complete$\_$test # Test if the current level is complete movq $\%$rax, $\%$rdi cmp $$1,\%$rdi jz level$\_$completed call create$\_$part movq head, $\%$rdi call move$\_$snake # Call to move the snake call collide movq $\%$rax, collision # Store the result of the collision check movq head, $\%$rdi # Pass head for further processing push $\%$rbp mov $\%$rsp$,\%$rbp call erase # Erase the previous frame of the board movq collision, $\%$rdi # Load collision state again movq first$\_$apple, $\%$rsi # Load first apple flag call print$\_$board # Print the board again after moving movq collision, $\%$rdi pop $\%$rbp movq collision, $\%$rdi jmp loop$34$ loop$34$: movq head, $\%$rdi # Pass head to user$\_$input for the next loop iteration movq collision, $\%$r$13$ movq delay, $\%$r$12$ call user$\_$input movq $\%$r$13,\%$rdi # Check collision state cmp $$1,\%$rdi movq $\%$r$12,$ delay # Store delay value in the delay variable jz end call level$\_$complete$\_$test # Check if level is complete movq $\%$rax, $\%$rdi cmp $$1,\%$rdi jz level$\_$completed # If level completed, jump call create$\_$part # Create a new snake part movq head, $\%$rdi # Move snake's head call move$\_$snake # Move snake forward call collide movq $\%$rax, collision movq head, $\%$rdi # Load head push $\%$rbp # Save base pointer mov $\%$rsp$,\%$rbp # Set base pointer call erase movq collision, $\%$rdi movq first$\_$apple, $\%$rsi call print$\_$board # Print the updated game board movq collision, $\%$rdi pop $\%$rbp movq collision, $\%$rdi jmp loop$34$ # End of the game or level $($if collision detected or game over$)$ level$\_$completed: call free$\_$apples # Call function to free apples $($cleanup$)$ movq running$\_$apple$\_$count, $\%$rax addq $$1,\%$rax movq $\%$rax, running$\_$apple$\_$count movq $\%$rax, apple$\_$counter # Update the apple$\_$counter with the new count call make$\_$apples movq running$\_$obstacle$\_$count, $\%$rax # Load the current obstacle count into $\%$rax cmp $$0,\%$rax jz make$\_$second$\_$obstacle # Jump to make$\_$second$\_$obstacle if obstacle count is $0$ jmp make$\_$all$\_$other$\_$obstacles make$\_$se