Modify the project structure.

Now the lib directory contains what will eventually end up on the
user's /usr/lib/csc. When I write make install, it will copy all of
the .csc files from lib into the destination lib directory. This means I
can start working on the standard library in lib/scheme.

1 files changed, 0 insertions, 85 deletions

diff --git a/csc/list.csc b/csc/list.csc
deleted file mode 100644
index b1c2298..0000000
--- a/csc/list.csc
+++ /dev/null
@@ -1,85 +0,0 @@
-(define-library (csc list)
-  (export
-    all
-    enumerate
-    filter
-    intercalate
-    revappend
-    split-at
-    take
-    unzip)
-  (import (scheme base)
-          (only (csc loop)
-            loop
-            return)
-          (only (csc match)
-            match))
-  (begin
-
-
-    (define (take n xs)
-      (loop for x in xs
-            for i from 1 to n
-            collect x))
-
-
-    (define (split-at n xs)
-      (if (<= n 0)
-        (values '() xs)
-        (loop for i from 1 to n
-              for x in xs
-              for second-half = (cdr xs) then (cdr second-half)
-              collect x into first-half
-              finally (return (values first-half second-half)))))
-
-
-    (define (revappend a b)
-      (let loop ((xs a)
-                 (acc b))
-        (if (null? xs)
-            acc
-          (loop (cdr xs) (cons (car xs) acc)))))
-
-
-    (define (intercalate x l)
-      (match l
-        ('() '())
-        ((_) l)
-        ((head . tail) (cons head (cons x (intercalate x tail))))))
-
-
-    (define (enumerate l)
-      (let loop ((i 0)
-                 (l l))
-        (match l
-          ('() '())
-          ((head . tail) (cons (cons i head) (loop (+ 1 i) tail))))))
-
-
-    (define (filter p l)
-      (let loop ((l l)
-                 (acc '()))
-        (match l
-          ('() (reverse acc))
-          ((x . xs)
-           (if (p x)
-             (loop xs (cons x acc))
-             (loop xs acc))))))
-
-
-    (define (unzip l)
-      (loop for x in l
-            collect (car x) into xs
-            collect (cdr x) into ys
-            finally (return (values xs ys))))
-
-
-    (define (all pred . ls)
-      (loop for ls = ls then (map cdr ls)
-            while (loop for l in ls
-                        if (null? l)
-                          return #f
-                        finally (return #t))
-            unless (apply pred (map car ls))
-              return #f
-            finally (return #t)))))