1 files changed, 12 insertions, 10 deletions
diff --git a/src/corelib/doc/src/filestorage.qdoc b/src/corelib/doc/src/filestorage.qdoc
index fb1279cea5..394d920923 100644
--- a/src/corelib/doc/src/filestorage.qdoc
+++ b/src/corelib/doc/src/filestorage.qdoc
@@ -30,15 +30,15 @@
 \title File and Datastream Functions
 
 The QIODevice class is the base interface class of all I/O devices in
-\l {Qt Core}.  QIODevice provides both a common implementation and an
+\l{Qt Core}.  QIODevice provides both a common implementation and an
 abstract interface for devices that support reading and writing of blocks
 of data. The device can be a memory buffer, a file, or a datastream.
 
 Some subclasses like QFile have been implemented using a memory buffer for
 intermediate storing of data. This speeds up programs by reducing
-read/write operations. Buffering makes functions like getChar() and putChar()
-fast, as they can operate on the memory buffer instead of directly on the
-device itself.
+read/write operations. Buffering makes functions like \l{QFile::}{getChar()} and
+\l{QFile::}{putChar()} fast, as they can operate on the memory buffer instead of
+directly on the device itself.
 
 The QFile class provides functions for reading from and writing to files.
 A QFile may be used by itself or, more conveniently, with a QTextStream or
@@ -48,6 +48,7 @@ QBuffer allows you to access a QByteArray using the QIODevice interface.
 The QByteArray is treated just as a standard random-accessed file.
 An example:
 
+\code
      QBuffer buffer;
      char ch;
 
@@ -58,12 +59,13 @@ An example:
      buffer.getChar(&ch);  // ch == 't'
      buffer.getChar(&ch);  // ch == ' '
      buffer.getChar(&ch);  // ch == 'r'
+\endcode
 
-Call open() to open the buffer. Then call write() or putChar() to write to
-the buffer, and read(), readLine(), readAll(), or getChar() to read from it.
-size() returns the current size of the buffer, and you can seek to arbitrary
-positions in the buffer by calling seek(). When you are done with accessing
-the buffer, call close().
+Call \l{QBuffer::}{open()} to open the buffer. Then call \l{QBuffer::}{write()} or \l{QBuffer::}{putChar()} to write to
+the buffer, and \l{QBuffer::}{read()}, \l{QBuffer::}{readLine()}, \l{QBuffer::}{readAll()}, or \l{QBuffer::}{getChar()} to read from it.
+\l{QBuffer::}{size()} returns the current size of the buffer, and you can seek to arbitrary
+positions in the buffer by calling \l{QBuffer::}{seek()}. When you are done with accessing
+the buffer, call \l{QBuffer::}{close()}.
 
 The QDataStream class provides serialization of binary data to a QIODevice.
 A data stream is a binary stream of encoded information which is 100% inde-
@@ -91,7 +93,7 @@ There are three general ways to use QTextStream when reading text files:
     \li Character by character, by streaming into QChar or char types. This
         method is often used for convenient input handling when parsing files,
         independent of character encoding and end-of-line semantics. To skip
-        white space, call skipWhiteSpace().
+        white space, call \l{QTextStream::}{skipWhiteSpace()}.
 \endlist
 
 QByteArray can be used to store both raw bytes (including \c{\0}) and traditional