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In this recipe, the fill factor was configured to 50%, leaving 50% of the index pages free for new rows. PAD_INDEX was also enabled, so the intermediate index pages will also be left half free. Both options are used in the WITH clause of the CREATE INDEX syntax: WITH (FILLFACTOR=50, PAD_INDEX=ON) Using FILLFACTOR can be a balancing act between reads and writes. For example, a 100% fill factor can improve reads, but slow down write-activity, causing frequent page splitting as the database engine must continually shift row locations in order to make space in the data pages. Having too low of a fill factor can benefit row inserts, but it can also slow down read operations, as more data pages must be accessed in order to retrieve all required rows. If you re looking for a general rule of thumb, use a 100% fill factor for tables with almost no data modification activity, 90% for low activity, 70% for medium activity, and 50% or lower for high activity.

$ ls aclocal.m4 AUTHORS autom4te.cache calc_fib.c calc_fib.o ChangeLog config.log config.status configure configure.ac COPYING depcomp fibonacci fibonacci.c fibonacci.o INSTALL install-sh Makefile Makefile.am Makefile.in missing mkinstalldirs NEWS README

This results in the following command line: convert -affine 1,0,0,1,50,100 -transform input.jpg output.jpg

In this recipe, I ll show you how to change the lock resource types that can be locked for a specific index. In 3, I discussed various lock types and resources within SQL Server. Specifically, various resources can be locked by SQL Server from small (row and key locks) to medium (page locks, extents) to large (table, database). Multiple, smaller-grained locks help with query concurrency, assuming there are a significant number of queries simultaneously requesting data from the same table and associated indexes. Numerous locks take up memory, however, and can lower performance for the SQL Server instance as a whole. The trade-off is larger-grained locks which increase memory resource availability but also reduce query concurrency. Now in SQL Server 2005, you can create an index that restricts certain locking types when it is queried. Specifically, you can designate whether page or row locks are allowed. In general you should allow SQL Server to automatically decide which locking type is best; however, there may be situations where you wish to temporarily restrict certain resource locking types, for troubleshooting, or a severe performance issue. The syntax for configuring these options for both CREATE INDEX and ALTER INDEX is as follows: WITH ( ALLOW_ROW_LOCKS = { ON | OFF } | ALLOW_PAGE_LOCKS = { ON | OFF }) This recipe shows you how to disable the database engine s ability to place row or page locks on an index, forcing it to use table locking instead: -- Disable page locks. Table and row locks can still be used. CREATE INDEX NI_EmployeePayHistory_Rate ON

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The default behavior for EXECUTE AS is the CALLER option, which means that the permissions of the executing user are used (and if the user doesn t have proper access, that execution will fail). This was the default behavior of stored procedures in SQL Server 2000 as well. If the SELF option is used, the execution context of the stored procedure will be that of the user that created or last altered the stored procedure. When the OWNER option is designated, the owner of the stored procedure s schema is used. The user_name option is an explicit reference to a database user whose security context the stored procedure will be executed under.

That is all there is to it! As explained in the section Creating Makefile.am Files and Other Files Required by automake, the generated Makefile contains default commands for installing your program and even for running tests if you have defined some using the TESTS and CHECK primaries. The earlier section Installing and Configuring autoconf and automake provided information about downloading the latest versions of Autoconf and Automake and checking the info files for the appropriate application or printing their reference manuals. For a user-oriented discussion of the GNU build tools, refer to the book GNU AUTOCONF, AUTOMAKE, and LIBTOOL, Gary V. Vaughan et al. (New Riders, 2000. ISBN: 1-57870-190-2). Though this book discusses substantially older versions of the GNU build tools and is therefore somewhat dated, it is an excellent and friendly book that provides detailed insights into using autoconf, automake, and libtool. (Using libtool is discussed in the next chapter of this book.) This section explained how to create the input and auxiliary files required by Autoconf and Automake and how to execute these applications and the scripts they produce in order to compile and install your application. You may have noticed that nothing in the Autoconf or Automake input files specifies details such as the location of the resulting binaries and other application files. These values are set by passing them to the configure script produced by Autoconf, which then generates a Makefile that encapsulates this information. The next section discusses the arguments you can pass to the configure script to customize the Makefile that it creates.