![Ryan on Twitter: "So one of my favorite things about #Lisp is that it's able to transform itself into any syntax you'd want. Here I'm actually working on some functionality for #CommonLisp Ryan on Twitter: "So one of my favorite things about #Lisp is that it's able to transform itself into any syntax you'd want. Here I'm actually working on some functionality for #CommonLisp](https://pbs.twimg.com/media/Fa-lQn_UcAETATD.png)
Ryan on Twitter: "So one of my favorite things about #Lisp is that it's able to transform itself into any syntax you'd want. Here I'm actually working on some functionality for #CommonLisp
![SOLVED: Consider the following LISP code snippet: Suppose Ist is a valid list with at least one element (print (setf (car lst) ( (Zambda (x) (list x) ) 'a) ) ) Which SOLVED: Consider the following LISP code snippet: Suppose Ist is a valid list with at least one element (print (setf (car lst) ( (Zambda (x) (list x) ) 'a) ) ) Which](https://cdn.numerade.com/ask_images/052d646e7f424a7290357adb6bb6a832.jpg)
SOLVED: Consider the following LISP code snippet: Suppose Ist is a valid list with at least one element (print (setf (car lst) ( (Zambda (x) (list x) ) 'a) ) ) Which
![So, I'm learning LISP, but I really hate the read-evaluate-print-loop (REPL) command line interface. I thought this would be a nice compromise by writing all my LISP code in C++. Flair: [C++] So, I'm learning LISP, but I really hate the read-evaluate-print-loop (REPL) command line interface. I thought this would be a nice compromise by writing all my LISP code in C++. Flair: [C++]](https://i.redd.it/9rukxyp31yy11.png)