Make a program using x$86-64$ Linux assembly syntax. Here's an example of that syntax: $.$global main

$.$text # executable code

main:

mov $$1,\%$r$8$ # count $=1$

top:

cmp $$0,\%$r$8$ # if $($count $==0)$ jump to end

je end

# write$(0,$ message, $13)$

mov $$1,\%$rax # $1$ is system call id for write

mov $$1,\%$rdi # $1$ is fd for stdout

mov $message, $\%$rsi # address of message

mov $$13,\%$rdx # write $13$ bytes

syscall

dec $\%$r$8$ # count$--$

jmp top # always jump back to the top

end:

# exit$(42)$

mov $$60,\%$rax # $60$ is system call id for exit

mov $$33,\%$rdi # $42$ is the exit value

syscall

$.$data # initialized data

message: $.$ascii "Hello, World The program will be called right$\_$tri.s it will take a number from the command line like this: $./$right$\_$tri $3$ and then will make a right triangle out of #$\text{'}$s that are that many lines long and then print Triangle under it$.$ example: $./$right$\_$tri $3$

# ## ### Triangle!