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The partition scheme is applied using the ON clause. ON [HitDateRangeScheme] (HitDate) Notice that although the HitDate column wasn t a nonclustered index key, it was included in the partition scheme, matching that of the table. When the index and table use the same partition scheme, they are said to be aligned. You can choose to use a different partitioning scheme for the index than the table; however that scheme must use the same data type argument, number of partitions, and boundary values. Unaligned indexes can be used to take advantage of collocated joins meaning if you have two columns from two tables that are frequently joined that also use the same partition function, same data type, number of partitions and boundaries, you can potentially improve query join performance. However, the common approach will most probably be to use aligned partition schemes between the index and table, for administration and performance reasons.

ull-text search functionality allows you to issue intelligent word and phrase searches against character and binary data, using full-text enabled operators, which can perform significantly better than a regular LIKE operator search. In this chapter, I ll present recipes that teach you how to enable full-text search capabilities in your database using Transact-SQL.

Shared libraries provide a number of advantages over static libraries, most notably the following: Simplified application maintenance: Shared libraries can be updated at any time, and they use a version numbering scheme so applications can load the right version of a shared library Applications compiled against a shared library can automatically take advantage of bug fixes or enhanced functionality provided in newer versions of those libraries Applications compiled against specific or previous-generation shared libraries can continue to use those libraries without disruption Shared library version numbering is explained later in this section Reduced system disk space requirements: Applications that use shared libraries are smaller than applications that are statically linked with libraries because the library is not bundled into the application This is especially significant in graphical applications, such as X Window System applications, that use functions contained in a relatively large number of graphics libraries.

In SQL Server 2005, Microsoft deprecated several of the full-text system stored procedures in favor of more consistent Transact-SQL CREATE/ALTER/DROP commands. Deprecated procedures include: sp_fulltext_catalog, sp_fulltext_column, sp_fulltext_database, sp_fulltext_table, sp_help_fulltext_catalogs, sp_help_fulltext_catalogs_cursor, sp_help_fulltext_columns, sp_help_fulltext_tables, and sp_help_fulltext_table_cursor.

Compiling these types of applications with static libraries would increase their size three or four times Similarly, running a graphical desktop environment, such as GNOME, KDE, or X Window manager and some number of X Window System applications that use shared libraries, can significantly reduce overall system memory consumption, since all of these applications share access to a single copy of each shared library rather than including their own copy..

Full-text indexes allow you to search against unstructured textual data using more sophisticated functions and a higher level of performance than using just the LIKE operator. Unlike regular B-tree clustered or nonclustered indexes, full-text indexes are compressed index structures that are comprised of tokens from the indexed textual data. Tokens are words or character strings that SQL Server has identified in the indexing process. Using special full-text functions, you can extend word or phrase searches beyond the character pattern, and search based on inflection, synonyms, wildcards, and proximity to other words. Full-text catalogs are used to contain zero or more full-text indexes, and are stored on the local hard drive of the SQL Server instance server. A full-text catalog can contain full-text indexes that index one or more tables in a single database. SQL Server 2005 has two internal components that are used to generate and process the fulltext functionality. The Microsoft Full-Text Engine for SQL Server (MSFTESQL) is used to populate the full-text indexes and catalogs and facilitate full-text searches against the database tables. The Microsoft Full-Text Engine Filter Daemon (MSFTEFD) is used to extract textual information from the document, removing non-textual data and retaining meaningful words and phrases. SQL Server 2005 introduces a number of new Transact-SQL commands used to create, modify, and remove full-text catalog and full-text index objects. System-stored procedures used in previous versions of SQL Server have been deprecated in place of these new commands. Also new in SQL Server 2005, full-text catalogs are now backed up along with regular database backups, and thus can be restored with a database RESTORE command as well.