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The options in this section can only be used when compiling code targeted for 64-bit Intel processors (the GCC ia-64 build target). This does not include EMT64 chips, which are supported as a subset of the x86-64 build target. For a discussion of options that can be used on i386 systems, see the section earlier in this appendix titled i386 and AMD x86-64 Options. For a discussion of options that can only be used on AMD64 (64-bit AMD) systems, see the section earlier in this appendix titled AMD x86-64 Options. GCC options available when compiling code for 64-bit Intel systems are the following: -mauto-pic: Specifying this option tells GCC to generate position-independent code (i.e., code that is self-relocatable). Specifying this option implies the -mconstant-gp option. This option is useful when compiling firmware code. -mb-step: Specifying this option tells GCC to generate code that works around Itanium B step errata.

The command takes two arguments: the database name you want to modify, and whether to set the DATE_CORRELATION_OPTIMIZATION ON or OFF. This option is defaulted to OFF, as having it ON adds extra overhead for those tables that meet the criteria for date correlation optimization. This option, when ON, can benefit queries that join two table datetime values, which are related by a foreign key reference. SQL Server will then maintain additional correlation statistics, which may allow, depending on your query, SQL Server to generate more efficient, less I/O intensive query plans. In order to take advantage of this database setting and for the statistics to be created automatically, at least one of the datetime columns (primary key or foreign key) has to be the first key column in a clustered index or the partitioning column in a partitioned table. Be aware that there is extra overhead in updating the statistics, so you should monitor performance for databases that have heavy updates to the primary-key and foreign-key datetime-related tables, as the benefits of the query optimization may not outweigh the overhead of the statistics updates. In this recipe, the AdventureWorks will have this option turned ON: SELECT is_date_correlation_on FROM sys.databases WHERE name = 'AdventureWorks' ALTER DATABASE AdventureWorks SET DATE_CORRELATION_OPTIMIZATION ON SELECT is_date_correlation_on FROM sys.databases WHERE name = 'AdventureWorks' This returns: is_date_correlation_on ---------------------0 (1 row(s) affected) is_date_correlation_on ---------------------1 (1 row(s) affected)

In this recipe, the sys.databases system catalog view was used to check the state of date correlation of the AdventureWorks database. After that, ALTER DATABASE and SET DATE_CORRELATION_OPTIMIZATION ON was issued. The sys.databases system catalog view was checked again, confirming the new setting.

ImageMagick also ships with a screen-capture program called import. When you run the command, the cursor in X Windows becomes a set of crosshairs, and when you click a window, the contents of that window are saved into the specified file. For example, the following command line: import capture.png saves the image shown in Figure 4-23 when you click a window.

-mbig-endian: Specifying this option tells GCC to generate code for a big endian target This is the default for HP-UX systems using the IA-64 processor -mconstant-gp: Specifying this option tells GCC to generate code that uses a single constant global pointer value This is useful when compiling kernel code because all pointers are offset from a single global -mdwarf2-asm: Specifying this option tells GCC to generate assembler code for DWARF2 line number debugging This information may be useful when not using the GNU assembler -mearly-stop-bits: Specifying this option enables GCC to put stop bits in object code earlier than immediately preceding the instruction that generated the stop bits This may help with scheduling -mfixed-range=register-range: Specifying this option tells GCC to generate code that treats the specified range of registers as fixed registers A register range is specified as two registers separated by a dash.

Introduced in SQL Server 2005, the PARAMETERIZATION option is used with ALTER DATABASE and controls whether all or just some queries against the database are parameterized. Parameterization occurs when a query is submitted to SQL Server. SQL Server looks at literal values in a SELECT, INSERT, UPDATE, and DELETE statement and seeks to parameterize them (make a placeholder) so that query execution plans can be reused when similar queries are executed, instead of a new plan being made for each query. Execution plans are created for the parameterized