README in bindata-0.5.0 vs README in bindata-0.5.1

@@ -48,15 +48,15 @@
 3. A sequence of unsigned 32bit integers in big endian form, the total
    number of which is determined by the value of the 8bit integer.
 
 The BinData declaration matches the english description closely.  Just for
 fun, lets look at how we'd implement this using #pack and #unpack.  Here's
-the writing function, have a go at the reading function.
+the writing code, have a go at the reading code.
 
-  def write_my_fancy_format(io, comment, some_ints)
-    comment = "this is a comment"
-    some_ints = [2, 3, 8, 9, 1, 8]
+  comment = "this is a comment"
+  some_ints = [2, 3, 8, 9, 1, 8]
+  File.open(...) do |io|
     io.write([comment, some_ints.size, *some_ints].pack("Z*CN*"))
   end
 
 
 The general format of a BinData declaration is a class containing one or more
@@ -65,12 +65,12 @@
   class MyName < BinData::Struct
     type field_name, :param1 => "foo", :param2 => bar, ...
     ...
   end
 
-*type* is the name of a supplied type (e.g. +uint32be+,  +string+) or a
-user defined type.  For user defined types, convert the class name from
-CamelCase to lowercase underscore_style.
+*type* is the name of a supplied type (e.g. <tt>uint32be</tt>,  +string+)
+or a user defined type.  For user defined types, convert the class name
+from CamelCase to lowercase underscore_style.
 
 *field_name* is the name by which you can access the data.  Use either a
 String or a Symbol.  You may specify a name as nil, but this is described
 later in the tutorial.