رينج (لغة برمجة) - ويكيبيديا

See "Hello, World!" 

# Project : Caesar cipher  cipher = "pack my box with five dozen liquor jugs" abc = "abcdefghijklmnopqrstuvwxyz" see "text is to be encrypted:" + nl see cipher+ nl + nl str = "" key = random(24) + 1 see "key = " + key + nl + nl see "encrypted:" + nl caesarencode(cipher, key) see str + nl + nl cipher = str see "decrypted again:" + nl caesardecode(cipher, key) see str + nl  func caesarencode(cipher, key)        str = ""        for n = 1 to len(cipher)             if cipher[n] != " "                pos = substr(abc, cipher[n])                if pos + key < len(abc)                   str = str + abc[pos + key]                else                   if (pos+key)-len(abc) != 0                      str = str + abc[(pos+key)%len(abc)]                   else                       str = str +abc[key+pos]                   ok                     ok                 else                   str = str + " "                ok        next      return str  func caesardecode(cipher, key)        str = ""        for n= 1 to len(cipher)             if cipher[n] != " "                pos = substr(abc, cipher[n])                if (pos - key) > 0 and pos != key                    str = str + abc[pos - key]                    loop                else                     if pos = key                       str = str + char(122)                    else                      str = str + abc[len(abc)-(key-pos)]                    ok                                     ok                             else                str = str + " "             ok        next        return str 

new point {            # Create new object from the Point class the access the object using braces x=10  y=20  z=30       # Set the object attributes print()                # Call the print() method }                      # end of object access using braces class point            # Define the class x y z                  # Define the attributes (x,y,z) func print             # Define the print() method ? x + nl + y + nl + z  # Print the attributes values (nl means printing a new line) 

for n = 1 to 15     see catalan(n) + nl next   func catalan n      if n = 0 return 1 ok      cat = 2 * (2 * n - 1) * catalan(n - 1) / (n + 1)      return cat 

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