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This next example queries the sys.server_triggers and sys.server_trigger_events system catalog views to retrieve a list of server-scoped DDL triggers. This returns the name of the DDL trigger, the type of trigger (Transact-SQL or CLR), the disabled state of the trigger, and the events the trigger is fired off of (you ll see one row for each event a trigger is based on): SELECT name, s.type_desc SQL_or_CLR, is_disabled, e.type_desc FiringEvents FROM sys.server_triggers s INNER JOIN sys.server_trigger_events e ON s.object_id = e.object_id This returns data based on the previous sever-level trigger created earlier: name srv_trg_RestrictNewLogins SQL_or_CLR SQL_TRIGGER is_disabled 0 FiringEvents CREATE_LOGIN

The main problem with Glibc is that it is really, really big Because Glibc provides the infrastructure for all C applications, Glibc has to provide a huge collection of function and symbol definitions even if you are actually only using some of them The fact that Glibc is usually used as a shared library saves you some initial application size, but as soon as you actually load the library into memory, you are getting the same worst-case effect (application size + library size) as if you had statically linked your application in the first place and used everything in Glibc.

To display database-scoped DDL trigger Transact-SQL definitions, you can query the sys.sql_modules system catalog view: SELECT t.name, m.Definition FROM sys.triggers AS t INNER JOIN sys.sql_modules m ON t.object_id = m.object_id WHERE t.parent_class_desc = 'DATABASE' To display server-scoped DDL triggers, we query the sys.server_sql_modules and sys.server_triggers system catalog views: SELECT t.name, m.definition FROM sys.server_sql_modules m INNER JOIN sys.server_triggers t ON m.object_id = t.object_id

As I mentioned in the previous paragraph, the shared library concept at least guarantees that all applications that use Glibc share the same in-memory copy but what if you don t need everything that is in Glibc The classic solution for reducing the size of an application that uses shared libraries is to unroll the library and recreate it so that it only contains the functions that you actually use Doing this eliminates anything that s unnecessary and which therefore needlessly increases the memory footprint of your application, while still leveraging the shared library concept Unfortunately, in real life this is both hard to do and extremely time-consuming, though some open source tools can help with this.

<delegate decode="foo" encode="png" mode="bi" command='"/home/mikal/imagemagickbook/delegate/simple.sh" "%i" "%o"' /> </delegatemap> This configuration line says that to decode the foo format, use the command line specified, which will produce a PNG file. The command line specified uses a complete path to the simple shell script, passes the path to the input file as the first argument, and places a temporary path for output as the second argument. You don t need to specify a full path for the delegate executable if it s on the user s path. Now, you can convert from the foo format to other formats like this: convert input.foo output.tif which will now perform as you would expect. If you want to encode to the foo format, then you merely need to reverse the values of the encode and decode parameters. Some additional options are available in the delegate s configuration file. The two most interesting are stealth mode, which stops the delegate from being listed by the list command-line argument to the convert command, and the spawn option, which forces the delegate to run in a new process, which means ImageMagick can continue executing once the delegate is started. This is useful for delegates that want to launch user interfaces, such as viewers. For these two options, the possible values are True and False.

The first query in this recipe returns a list of database-scoped triggers using the sys.triggers system catalog view. In order to only display DDL database-scoped triggers, I had to qualify the parent_class_desc value to DATABASE. The second query was written to return a list of server-scoped triggers and their associated triggering events. In that situation, the sys.server_triggers and sys.server_trigger_events system catalogs were queried. The third query was used to return the Transact-SQL definitions of database-scoped triggers by qualifying sys.triggers to sys.sql_modules. To return server-scoped trigger Transact-SQL definitions, the sys.server_sql_modules and sys.server_triggers system catalog views were queried.

Unfortunately, almost every application that is more complex than hello, world uses different standard C functions, and you would therefore have to repeat the link, identify problems, repeat cycle a good many times for each of your applications That is a possibility when there is a small number of applications, but it is a maintenance nightmare waiting to happen when you update or upgrade your application and you need to remember the application s original requirements and repeat the process to account for any new requirements that you have introduced in your updated application code..