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If the directory containing your system header files is automounted, it may be unmounted while the fixincludes script is running The easiest way to work around this problem is to make a local copy of /usr/include under another name, temporarily modify your automounter maps (configuration files) not to automount /usr/include, and then restart autofs (on a Linux system), or whatever other automounter daemon and control scripts you are using If your entire /usr directory structure is automounted, such as on many Solaris systems, simply put together a scratch machine with a local /usr directory, build GCC there, and then install it You can then use the tar application to archive the directory and install it on any system, regardless of its automount configuration The fixproto script may sometimes add prototypes for the sigsetjmp() and siglongjmp() functions that reference the jmp_buf datatype before that type is defined.

Views are a great way to pre-assemble data before presenting it to end-users. Views can be used to obscure numerous table joins and column selections. Views can also be used to implement security by only allowing users authorization access to the view, and not to the actual underlying tables. For all the usefulness of views, there are still some performance shortcomings to watch out for. When considering views for your database, consider the following best practices : Performance-tune your views as you would performance-tune a SELECT query, because a regular view is essentially just a stored query. Poorly performing views can have a huge impact on server performance. Don t nest your views more than one level deep. Specifically, do not define a view that calls another view, and so on. This can lead to confusion when you attempt to tune inefficient queries, not to mention a performance overhead for each nested level. Use stored procedures instead of views, if possible. Stored procedures can offer a performance boost, as the execution plan can reuse them. (In contrast, every time a view is accessed, its execution plan is recompiled.) Stored procedures can also reduce network traffic, provide business logic, and have fewer restrictions than a view (see 10 for more information). When a view is created, its definition is stored in the database, but the actual data that the view returns is not stored separately from the underlying tables. The next few recipes will demonstrate how to create and manage views.

You can resolve this problem by manually editing the file containing the prototypes, placing the typedef in front of the prototypes..

A view is created using the CREATE VIEW command. The syntax is as follows: CREATE VIEW [ schema_name . ] view_name [ (column [ ,...n ] ) ] [ WITH [ ENCRYPTION ] [ SCHEMABINDING ] [ VIEW_METADATA ] [ ,...n ] ] AS select_statement [ WITH CHECK OPTION ] The arguments of this command are described in Table 7-2. Some of these arguments will also be reviewed in more detail later on in the chapter. Table 7-2. CREATE VIEW Arguments

[ schema_name . ] view_name (column [ ,...n ] )

Built on an x86 to run on an x86 to generate binaries for an x86 Built on a SuperH to run on a SuperH to generate binaries for an ARM Built on an x86 to run on a MIPS to generate binaries for an x86 Built on a PPC to run on a SPARC to generate code for a SPARC Built on an ARM to run on a SuperH to generate code for a MIPS

The schema and name of the new view. This is the optional list of column names to be used for the view. If not designated, the names used in the SELECT query will be used instead. Encrypts the Transact-SQL definition in the system tables so that it cannot be viewed without a saved copy of the original CREATE VIEW command. SCHEMABINDING binds the view to the schema of the underlying tables, restricting any changes in the base table that would impact the view definition. When designated, APIs accessing information about the view will see view information instead of metadata from the underlying table or tables. The SELECT query used to return the rows and columns of the view.