birt code 128

birt code 128

birt code 128

birt code 128

birt code 128

birt code 128,

birt code 128,
birt code 128,

birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,

birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,

birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,
birt code 128,

-fobjc-exceptions: This Objective C and Objective C++ language option tells GCC to enable syntactic support for structure exceptions handling, similar to that provided by C++ and Java -fobjc-gc: This Objective C and Objective C++ language option enables garbage collection in Objective C and Objective C++ programs -fomit-frame-pointer: This optimization option tells GCC not to keep the frame pointer in a register for functions that do not require a frame pointer Besides making an additional register available for other code, this option reduces both code size and the execution path by eliminating the instructions required to save, set up, and restore frame pointers This option will have no effect on systems where the standard function calling sequence always includes frame pointer allocation and setup When building GCC for a specific platform, the FRAME_POINTER_REQUIRED macro determines whether this option is meaningful on a specific target system.

object_permission [ ,...n ] [ ( column [ ,...n ] ) ] ON { table | view | table_function } stored_procedure | extended_procedure scalar_function | aggregate_function service_queue synonym < database_principal > [ ,...n ] CASCADE

File Size (Bytes)

AS { Windows_group | database_role | application_role }

-fopenmp: This code generation option tells GCC to support handling the OpenMP directives #pragma omp in C/C++ applications, and !$omp in Fortran applications See the OpenMP API Specification at http://wwwopenmporg for more information about OpenMP and associated directives -foptimize-register-move: This optimization option tells GCC to reassign register numbers in simple operations in an attempt to maximize register tying This option is synonymous with the -fregmove option and is automatically enabled when using GCC optimization levels 2 and higher -foptimize-sibling-calls: This optimization option attempts to optimize sibling and tail recursive calls..

To revoke object permissions to the grantee, the REVOKE command is used. The syntax is as follows: REVOKE [ GRANT OPTION FOR ] { ALL [ PRIVILEGES ] | object_permission [ ,...n ] } { [ ( column [ ,...n ] ) ] ON { table | view | table_function } | ON { table | view | table_function } [ ( column [ ,...n ] ) ] | ON { stored_procedure | extended_procedure } | ON { scalar_function | aggregate_function } | ON service_queue | ON synonym } { TO | FROM } < database_principal > [ ,...n ] [ CASCADE ] [ AS { Windows_group | database_role | application_role } ] The arguments of this command are described in Table 18-15.

210 45 1104 13891 208 1008

I show how these functions are used in this book, but I don t rehash the list of available properties. For a complete list, see SERVERPROPERTY and DATABASEPROPERTYEX topics in SQL Server 2005 Books Online.

5 5 5 5 5 5

This DB_ID function returns the database integer ID and DB_NAME returns the database name for the current database (unless there are parameters supplied). This example demonstrates how to retrieve the current database system ID and name: SELECT DB_ID() DatabaseID, DB_NAME() DatabaseNM

111,202 147,575 187,105 225,945 271,854 329,787 431,488 631,369 1,149,447 3,883,520 23,887,926 23,887,898 23,887,926 4,806,309 3,692,672

12:42 12:29 13:50 13:51 12:44 13:50

In this example, the internal database ID (assigned by SQL Server when the database was created) is returned along with the database name. The functions will return information based on the current database context. Both also accept parameters, for example: SELECT DB_ID('master') DatabaseID, DB_NAME(1) DatabaseNM

which you can use to look up explicit database ID or name values without switching the database context to the actual database.

Note All of the GCC compilers do the right thing based on the extensions of the files provided on any GCC command line. Mapping file extensions to actions (for example, understanding that files with .o extensions only need to be linked) is done via the GCC specs file. Prior to GCC version 4, the specs file was a stand-alone text file that could be modified using a text editor; with GCC 4 and later, the specs file is built-in and must be extracted before it can be modified. For more information about working with the specs file, see the section Customizing GCC Using Spec Strings in Appendix A.

OBJECT_ID returns the database object identifier number, as assigned internally within the database. OBJECT_NAME returns the object's name based on its object identifier number. In this example, I ll demonstrate how to return a database object s name and ID: SELECT OBJECT_ID('Production.Location'), OBJECT_NAME(1253579504) This returns: 1333579789 DF_Illustration_ModifiedDate