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authorJames Booth <boothj5@gmail.com>2014-01-18 23:49:15 +0000
committerJames Booth <boothj5@gmail.com>2014-01-18 23:49:15 +0000
commit47fe146a22dc2ab98b64dda3f1fb5bbcbb1d4277 (patch)
treecadadf944aa62611d3a13c227e7e243aee3854d6 /src/muc.c
parentb32ba75db5ea16ef3458139332f464af4de23040 (diff)
downloadprofani-tty-47fe146a22dc2ab98b64dda3f1fb5bbcbb1d4277.tar.gz
Added to and tidied /connect help
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; To demonstrate generic functions, we'll construct a factorial function with
; separate base and recursive clauses. Compare factorial.mu.

; factorial n = n*factorial(n-1)
(function factorial [
  (default-space:space-address <- new space:literal 30:literal)
  (n:integer <- input 0:literal)
  (x:integer <- subtract n:integer 1:literal)
  (subresult:integer <- factorial x:integer)
  (result:integer <- multiply subresult:integer n:integer)
  (reply result:integer)
])

; factorial 0 = 1
(function factorial [
  (default-space:space-address <- new space:literal 30:literal)
  (n:integer <- input 0:literal)
  { begin
    (zero?:boolean <- equal n:integer 0:literal)
    (break-unless zero?:boolean)
    (reply 1:literal)
  }
])

(function main [
  (1:integer <- factorial 5:literal)
  ($print (("result: " literal)))
  (print-integer nil:literal/terminal 1:integer)
  ($print (("\n" literal)))
])