It works fine with code -- it basically just splits on whitespace and considers anything in the result to be a "word". The code won't make sense, and parens/br

It works fine with code -- it basically just splits on whitespace and considers anything in the result to be a "word". The code won't make sense, and parens/brackets/etc won't be balanced, but you can definitely use it for practicing. EDIT: Here are a few drills it generated when I gave it its own source code: # Lesson generated by Typkov Lesson 1 (string/split (sanitize text) #"\s+"))) dict [w n] 0))) (rest words)))))) lessons)))) (defn sanitize [s] (-> s (string/replace \" \"))) (defn [lesson n] (let [w n] (let [initial-word (random-choice (keys dict)))) (defn markov-dict ([words] (markov-dict words) n "\n" (join-n lines)))) (defn Lesson 2 text 24) [:text "You must enter a decent amount of "])))) "G:MENU\n"))) (defn random-choice [coll] (nth coll (rand-int n))] (loop data))) (render "/" data) (not (form-valid? data))) (render "/" data) data} (t/home (:text data) (t/home (:text data) (not (second words)] Lesson 3 n] (let [initial-word (random-choice (keys dict))] (case format n] (let [w (first words) lessons (repeatedly n (partial string/join "\n")) (def \' \') (string/replace \" \"))) (defn markov-dict ([words] (markov-dict {} get-lesson [text format n] 0))) (rest choices))))))) (def join-nn (partial