In python: raspberry pi please

Fun $0(2$ points$).$ Two LEDs: LED$\_$R $($red$)$ and LED$\_$G $($green$)$; four push buttons: A$\_$R$,$ A$\_$G$,$ B$\_$R$,$ B$\_$G; five LEDs $($all yellow$)$ labelled and positioned in an array as follows: $[$AAA AA AB BB BBB$].$ It is necessary that you put the components on your breadboard in the following order, from left to right:

$\backslash$table$[[$A$\_$R A$\_$G$,$AAA AA AB BB BBB$,$LED$\_$R LED$\_$G$,$B$\_$R B$\_$G$],[($player A buttons$),($yellow LEDs$),($red and green LEDs$),($player B buttons$)]]$

The game has two players: Player A plays with buttons $A_R($for red$)$ and $A_G($for green$),$ and player $B$ plays with buttons B$\_$R $($for red$)$ and B$\_$G $($for green$).$ Moreover, the left and right directions in the LED array are assigned to players A and $B,$ respectively. Initially, the LED array status is $[00100],$ and throughout the game one and only one light out of the five yellow LEDs is on at a time.

Fun $1(2$ points$).$ The program randomly turns one of the two LEDs, LED$\_$R or LED$\_$G$,$ on while the other one remains off.

Players A and $B$ push the corresponding buttons, $A_R$ and $B_R$ for LED$\_$R$,$ and $A_G$ and $B_G$ for LED$\_$G$.$ Whoever pushes the associated button earlier will get one point, which means that the $\text{'}$on$\text{'}$ yellow LED in the LED array $[$AAA AAABBBBBB shifts one step in favor of that player, as follows:

Fun $2(3$ points$).$ If player A pushes the associated button earlier, then:

Fun $3(3$ points$).$ If player $B$ pushes the associated button earlier, then:

Fun $4(2$ points$).$ After $2($sec$)$ delay, either LED$\_$R or LEG$\_$G randomly turn on again and the game resumes unless the GAME$-$OVER scenario occurs. LED$\_$G turn on$,$ simultaneously, which means that the game is over and player $A$ or $B,$ respectively, is the winner. Then, after $5(sec)$ delay, a new game starts and either LED$\_$R or LEG$\_$G randomly turn on again.

Fun $6(2$ points$).$ Program runs smoothly without any bugs for an arbitrary large number of steps.

Hint. In order to randomly turn on LED$\_$R or LED$\_$G$,$ you need to randomly generate $0$ or $1$ as follows: Python program to randomly generate a $0$ or $1$

import random $r=r$ andom. choice $([0,1])$

print $(r)$