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diff --git a/tests/examplefiles/language.hy b/tests/examplefiles/language.hy
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-;;;; This contains some of the core Hy functions used
-;;;; to make functional programming slightly easier.
-;;;;
-
-
-(defn _numeric-check [x]
-  (if (not (numeric? x))
-    (raise (TypeError (.format "{0!r} is not a number" x)))))
-
-(defn cycle [coll]
-  "Yield an infinite repetition of the items in coll"
-  (setv seen [])
-  (for [x coll]
-    (yield x)
-    (.append seen x))
-  (while seen
-    (for [x seen]
-      (yield x))))
-
-(defn dec [n]
-  "Decrement n by 1"
-  (_numeric-check n)
-  (- n 1))
-
-(defn distinct [coll]
-  "Return a generator from the original collection with duplicates
-   removed"
-  (let [[seen []] [citer (iter coll)]]
-    (for [val citer]
-      (if (not_in val seen)
-        (do
-         (yield val)
-         (.append seen val))))))
-
-(defn drop [count coll]
-  "Drop `count` elements from `coll` and yield back the rest"
-  (let [[citer (iter coll)]]
-    (try (for [i (range count)]
-           (next citer))
-         (catch [StopIteration]))
-    citer))
-
-(defn even? [n]
-  "Return true if n is an even number"
-  (_numeric-check n)
-  (= (% n 2) 0))
-
-(defn filter [pred coll]
-  "Return all elements from `coll` that pass `pred`"
-  (let [[citer (iter coll)]]
-    (for [val citer]
-      (if (pred val)
-        (yield val)))))
-
-(defn inc [n]
-  "Increment n by 1"
-  (_numeric-check n)
-  (+ n 1))
-
-(defn instance? [klass x]
-  (isinstance x klass))
-
-(defn iterable? [x]
-  "Return true if x is iterable"
-  (try (do (iter x) true)
-       (catch [Exception] false)))
-
-(defn iterate [f x]
-  (setv val x)
-  (while true
-    (yield val)
-    (setv val (f val))))
-
-(defn iterator? [x]
-  "Return true if x is an iterator"
-  (try (= x (iter x))
-       (catch [TypeError] false)))
-
-(defn neg? [n]
-  "Return true if n is < 0"
-  (_numeric-check n)
-  (< n 0))
-
-(defn none? [x]
-  "Return true if x is None"
-  (is x None))
-
-(defn numeric? [x]
-  (import numbers)
-  (instance? numbers.Number x))
-
-(defn nth [coll index]
-  "Return nth item in collection or sequence, counting from 0"
-  (if (not (neg? index))
-    (if (iterable? coll)
-      (try (first (list (take 1 (drop index coll))))
-           (catch [IndexError] None))
-      (try (get coll index)
-           (catch [IndexError] None)))
-    None))
-
-(defn odd? [n]
-  "Return true if n is an odd number"
-  (_numeric-check n)
-  (= (% n 2) 1))
-
-(defn pos? [n]
-  "Return true if n is > 0"
-  (_numeric_check n)
-  (> n 0))
-
-(defn remove [pred coll]
-  "Return coll with elements removed that pass `pred`"
-  (let [[citer (iter coll)]]
-    (for [val citer]
-      (if (not (pred val))
-        (yield val)))))
-
-(defn repeat [x &optional n]
-  "Yield x forever or optionally n times"
-  (if (none? n)
-    (setv dispatch (fn [] (while true (yield x))))
-    (setv dispatch (fn [] (for [_ (range n)] (yield x)))))
-  (dispatch))
-
-(defn repeatedly [func]
-  "Yield result of running func repeatedly"
-  (while true
-    (yield (func))))
-
-(defn take [count coll]
-  "Take `count` elements from `coll`, or the whole set if the total
-    number of entries in `coll` is less than `count`."
-  (let [[citer (iter coll)]]
-    (for [_ (range count)]
-      (yield (next citer)))))
-
-(defn take-nth [n coll]
-  "Return every nth member of coll
-     raises ValueError for (not (pos? n))"
-  (if (pos? n)
-    (let [[citer (iter coll)] [skip (dec n)]]
-      (for [val citer]
-        (yield val)
-        (for [_ (range skip)]
-          (next citer))))
-    (raise (ValueError "n must be positive"))))
-
-(defn take-while [pred coll]
-  "Take all elements while `pred` is true"
-  (let [[citer (iter coll)]]
-    (for [val citer]
-      (if (pred val)
-        (yield val)
-        (break)))))
-
-(defn zero? [n]
-  "Return true if n is 0"
-  (_numeric_check n)
-  (= n 0))
-
-(def *exports* ["cycle" "dec" "distinct" "drop" "even?" "filter" "inc"
-                "instance?" "iterable?" "iterate" "iterator?" "neg?"
-                "none?" "nth" "numeric?" "odd?" "pos?" "remove" "repeat"
-                "repeatedly" "take" "take_nth" "take_while" "zero?"])