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As mentioned in 1, you can configure delegates via the delegates.xml file. This file starts with this comment on its usage: <!-Delegate command file. Commands which specify decode="in_format" encode="out_format" specify the rules for converting from in_format to out_format. These rules may be used to translate directly between formats. Commands which specify only decode="in_format" specify the rules for converting from in_format to some format which ImageMagick will automatically recognize. These rules are used to decode formats.

The second query showed the actual Transact-SQL trigger name and definition of each trigger in the database. If the trigger was encrypted (similar to an encrypted view or stored procedure, for example), the trigger definition will display a NULL value in this query.

When you use inline with a function, GCC attempts to integrate that function s code into its callers. As an optimization, inline functions make execution faster by eliminating the overhead of function calls (saving and restoring stack pointers, for example). If the argument values are constant, they can be optimized at compile time, reducing the amount of function code integrated into the callers. Although at first sight inlining might seem to inflate code size, this is not necessarily the case. Other optimizations might allow sufficient code hoisting or subexpression elimination in such a way that the actual integrated code is smaller. Although C99 includes inline functions, one of the shortcomings of GCC is that its implementation of inline functions differs from requirements of the standard. To declare a function inline, use the inline keyword in its declaration: inline long cube(long i) { return i * i * i; }

Introduced in SQL Server 2005, DDL triggers respond to server or database events, rather than table data modifications. For example, you can create a DDL trigger that writes to an audit table whenever a database user issues the CREATE TABLE or DROP TABLE command. Or, at the server level, you can create a DDL trigger that responds to the creation of a new login (for example, preventing a certain login from being created). Database DDL triggers are stored as objects within the database they were created in, whereas Server DDL triggers, which track changes at the server level, are stored in the master database. The syntax for a DDL Trigger is as follows: CREATE TRIGGER trigger_name ON { ALL SERVER | DATABASE } [ WITH <ddl_trigger_option> [ ...,n ] ] FOR { event_type | event_group } [ ,...n ] AS { sql_statement [ ...n ]} Table 12-4 details the arguments of this command: Table 12-4. CREATE TRIGGER (DDL) Arguments

If you are writing a header file for inclusion in ISO C programs, use __inline__ instead of inline.

The user-defined name of the new DDL trigger (notice that a DDL trigger does not have an owning schema, since it isn t related to an actual database table or view). Designates whether the DDL trigger will respond to server-scoped (ALL SERVER) or DATABASE-scoped events. Allows you to specify the ENCRYPTION and/or EXECUTE AS clause. ENCRYPTION will encrypt the Transact-SQL definition of the trigger. EXECUTE AS allows you to define the security context under which the trigger will be executed. An event_type indicates a single DDL server or database event which can be reacted to by the trigger. For example CREATE_TABLE, ALTER_TABLE, DROP_INDEX, and more. An event_group is a logical grouping of event_type events. A single DDL trigger can be created to react against one or more event types or groups. For example the DDL_PARTITION_FUNCTION_EVENTS group reacts to the following individual events: CREATE_PARTITION_FUNCTION, ALTER_PARTITION_FUNCTION, and DROP_PARTITION_FUNCTION. You can find a complete list of trigger event types in the SQL Server 2005 Books Online topic DDL Events for Use with DDL Triggers and a complete list of trigger event groups in the SQL Server 2005 Books Online topic Event Groups for Use with DDL Triggers. (Continued)