@@ -363,8 +363,8 @@ WARN::function declared to return type EMP does not retrieve (EMP.*)
363363 the dynamic loader loads the function's object code into memory,
364364 and links the function with the running
365365 <productname>Postgres</productname> executable. The SQL syntax
366- forthe <xref linkend="sql-createfunction-title"
367- endterm="sql-createfunction-title"> command links the SQL function
366+ for<command>CREATE FUNCTION</command>
367+ links the SQL function
368368 to the C source function in one of two ways. If the SQL function
369369 has the same name as the C source function the first form of the
370370 statement is used. The string argument in the AS clause is the
@@ -377,9 +377,13 @@ WARN::function declared to return type EMP does not retrieve (EMP.*)
377377 for. This link symbol is just the function name in the C source
378378 code.
379379
380- After it is used for the first time, a dynamically loaded, user
381- function is retained in memory, and future calls to the function
382- only incur the small overhead of a symbol table lookup.
380+ <note>
381+ <para>
382+ After it is used for the first time, a dynamically loaded, user
383+ function is retained in memory, and future calls to the function
384+ only incur the small overhead of a symbol table lookup.
385+ </para>
386+ </note>
383387 </para>
384388
385389 <para>
@@ -979,12 +983,11 @@ memmove(destination->data, buffer, 40);
979983
980984 <para>
981985 As of <productname>Postgres</productname> v6.6, the alternative
982- form of the AS clause for the SQL <command>CREATE
983- FUNCTION</command> command described in <xref
984- linkend="sql-createfunction-title" endterm="sql-createfunction-title">
985- decouples the SQL function name from the function name in the C
986- source code. This is now the preferred technique to accomplish
987- function overloading.
986+ form of the AS clause for the SQL
987+ <command>CREATE FUNCTION</command> command
988+ decouples the SQL function name from the function name in the C
989+ source code. This is now the preferred technique to accomplish
990+ function overloading.
988991 </para>
989992
990993 <sect3>
