Clean up whitespace

hy/contrib/sequences.hy

@@ -3,53 +3,60 @@
 ;; license. See the LICENSE.
 
 (defclass Sequence []
+
   (defn --init-- [self func]
-              "initialize a new sequence with a function to compute values"
-              (setv (. self func) func)
-              (setv (. self cache) [])
-              (setv (. self high-water) -1))
+    "initialize a new sequence with a function to compute values"
+    (setv (. self func) func)
+    (setv (. self cache) [])
+    (setv (. self high-water) -1))
+
   (defn --getitem-- [self n]
-                 "get nth item of sequence"
-                 (if (hasattr n "start")
-                   (gfor x (range n.start n.stop (or n.step 1))
-                         (get self x))
-                   (do (when (neg? n)
-                         ; Call (len) to force the whole
-                         ; sequence to be evaluated.
-                         (len self))
-                       (if (<= n (. self high-water))
-                         (get (. self cache) n)
-                         (do (while (< (. self high-water) n)
-                               (setv (. self high-water) (inc (. self high-water)))
-                               (.append (. self cache) (.func self (. self high-water))))
-                             (get self n))))))
+    "get nth item of sequence"
+    (if (hasattr n "start")
+    (gfor x (range n.start n.stop (or n.step 1))
+         (get self x))
+    (do (when (neg? n)
+         ; Call (len) to force the whole
+         ; sequence to be evaluated.
+         (len self))
+       (if (<= n (. self high-water))
+         (get (. self cache) n)
+         (do (while (< (. self high-water) n)
+               (setv (. self high-water) (inc (. self high-water)))
+               (.append (. self cache) (.func self (. self high-water))))
+             (get self n))))))
+
    (defn --iter-- [self]
-              "create iterator for this sequence"
-              (setv index 0)
-              (try (while True
-                     (yield (get self index))
-                     (setv index (inc index)))
-                   (except [IndexError]
-                     (return))))
+     "create iterator for this sequence"
+     (setv index 0)
+     (try (while True
+            (yield (get self index))
+            (setv index (inc index)))
+          (except [IndexError]
+            (return))))
+
    (defn --len-- [self]
-             "length of the sequence, dangerous for infinite sequences"
-             (setv index (. self high-water))
-             (try (while True
-                    (get self index)
-                    (setv index (inc index)))
-                  (except [IndexError]
-                    (len (. self cache)))))
+     "length of the sequence, dangerous for infinite sequences"
+     (setv index (. self high-water))
+     (try (while True
+            (get self index)
+            (setv index (inc index)))
+          (except [IndexError]
+            (len (. self cache)))))
+
    (setv max-items-in-repr 10)
+
    (defn --str-- [self]
-             "string representation of this sequence"
-             (setv items (list (take (inc self.max-items-in-repr) self)))
-             (.format (if (> (len items) self.max-items-in-repr)
-                        "[{0}, ...]"
-                        "[{0}]")
-                      (.join ", " (map str items))))
+     "string representation of this sequence"
+     (setv items (list (take (inc self.max-items-in-repr) self)))
+     (.format (if (> (len items) self.max-items-in-repr)
+                "[{0}, ...]"
+                "[{0}]")
+              (.join ", " (map str items))))
+
    (defn --repr-- [self]
-              "string representation of this sequence"
-              (.--str-- self)))
+     "string representation of this sequence"
+     (.--str-- self)))
 
 (defmacro seq [param &rest seq-code]
   `(Sequence (fn ~param (do ~@seq-code))))

tests/native_tests/defclass.hy

@@ -37,7 +37,7 @@
   (defclass B []
     (setv x 42)
     (setv y (fn [self value]
-         (+ self.x value))))
+      (+ self.x value))))
   (assert (= B.x 42))
   (assert (= (.y (B) 5) 47))
   (setv b (B))

tests/native_tests/language.hy

@@ -1773,20 +1773,22 @@ macros()
 
 (defn test-pep-3115 []
   (defclass member-table [dict]
-    (defn --init-- [self] (setv self.member-names []))
+    (defn --init-- [self]
+      (setv self.member-names []))
 
     (defn --setitem-- [self key value]
-                   (if (not-in key self)
-                       (.append self.member-names key))
-                   (dict.--setitem-- self key value)))
+      (if (not-in key self)
+          (.append self.member-names key))
+      (dict.--setitem-- self key value)))
 
   (defclass OrderedClass [type]
-    (setv --prepare-- (classmethod (fn [metacls name bases] (member-table))))
+    (setv --prepare-- (classmethod (fn [metacls name bases]
+      (member-table))))
 
     (defn --new-- [cls name bases classdict]
-               (setv result (type.--new-- cls name bases (dict classdict)))
-               (setv result.member-names classdict.member-names)
-               result))
+      (setv result (type.--new-- cls name bases (dict classdict)))
+      (setv result.member-names classdict.member-names)
+      result))
 
   (defclass MyClass [:metaclass OrderedClass]
     (defn method1 [self] (pass))

tests/native_tests/mathematics.hy

@@ -160,19 +160,19 @@
 
 (defclass HyTestMatrix [list]
   (defn --matmul-- [self other]
-     (setv n (len self)
-           m (len (. other [0]))
-           result [])
-     (for [i (range m)]
-       (setv result-row [])
-       (for [j (range n)]
-         (setv dot-product 0)
-         (for [k (range (len (. self [0])))]
-           (+= dot-product (* (. self [i] [k])
-                              (. other [k] [j]))))
-         (.append result-row dot-product))
-       (.append result result-row))
-     result))
+    (setv n (len self)
+          m (len (. other [0]))
+          result [])
+    (for [i (range m)]
+      (setv result-row [])
+      (for [j (range n)]
+        (setv dot-product 0)
+        (for [k (range (len (. self [0])))]
+          (+= dot-product (* (. self [i] [k])
+                             (. other [k] [j]))))
+        (.append result-row dot-product))
+      (.append result result-row))
+    result))
 
 (setv first-test-matrix (HyTestMatrix [[1 2 3]
                                        [4 5 6]

tests/native_tests/py36_only_tests.hy

@@ -41,7 +41,7 @@
 (defn test-pep-487 []
   (defclass QuestBase []
     (defn --init-subclass-- [cls swallow &kwargs kwargs]
-                         (setv cls.swallow swallow)))
+      (setv cls.swallow swallow)))
 
   (defclass Quest [QuestBase :swallow "african"])
   (assert (= (. (Quest) swallow) "african")))