rdlc data matrix

rdlc data matrix

rdlc data matrix

Active Directory is the directory service included in the Windows 2000 Server and Windows Server 2003 networks. A directory service is a network service that identifies all resources on a network and makes them accessible to users and applications. Active Directory offers simplified administration, scalability, and open standards support. The logical structure of Active Directory is made up of domains, trees, forests, OUs, and objects. The logical structure is separated from the physical structure of the network itself, and does not rely on the physical location of servers or the network connectivity throughout the domain. The physical structure of Active Directory is based on the underlying network and is made up of domain controllers and sites.

To load schema information into a DataSet, use the ReadXmlSchema method of the DataSet. Load the XML schema information directly from an .xsd file or read it from a stream. Call the ReadXmlSchema method of a DataSet to load the entire DataSet or

Create an answer file containing the commands needed to activate the French user interface. Reset the default user interface language. Enable the French feature in the language pack. Commit the changes you have made to the image. Unmount the image. Apply the answer file to the image. Clean up the resources left by the mounted image. Mount the image to a folder. Add the French language pack to the image. Create an answer file containing the commands needed to install the language pack.

One of the advantages of procedures and functions is the ability of SQL Server to cache query plans for subsequent executions of the code. While you want to maximize caching, there are times when subsequent executions could require different query plans for optimal execution. When the query plan generated depends upon the values used for each execution, you should use the RECOMPILE option to force SQL Server to optimize the procedure or function each time it is executed.

To improve query performance, don t include extraneous tables or columns in queries. Use correlated subqueries or inner joins to return information from other tables with matching data. Use noncorrelated subqueries or outer joins when other tables have nonmatching data. Use the FTS functions to efficiently search text data. Use system functions, UDFs, and aggregate functions to help format output data for business requirements. Avoid cursors; instead, use temporary tables if you need to break up query logic. Use transactions and error handling code to keep inconsistent data out of the database.

To complete the lessons in this chapter, you must have done the following:

Scenario 7.1. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-53

{-s Server | -d Domain} -u UserName -p {Password | *}

Practice: Configuring Windows Firewall In this practice, you use Windows Firewall and WFAS to configure two different firewall rules. By interacting with the interface, you learn more about the types of rules that you can configure with each tool. EXERCISE 1: Configuring Firewall Rules with Windows Firewall In this exercise, you configure a rule that allows incoming traffic to the Internet Backgammon application. To complete this exercise, perform the following steps: 1. 2. 3. 4. Log on to Canberra with the Kim_Akers user account. Click Start, Control Panel, and System And Security. Under Windows Firewall, click Allow A Program Through Windows Firewall. In the Allow Programs To Communicate Through Windows Firewall dialog box, shown in Figure 7-11, click Change Settings.

1. 2. 3.

The name-to-IP address mappings for a zone are stored in the zone database file. Each zone is anchored to a specific domain, referred to as the zone s root domain. The zone database file does not necessarily contain information for all subdomains of the zone s root domain, only those subdomains within the zone. In Figure 13-9, the root domain for Zone1 is microsoft.com, and its zone file contains the name-to-IP address mappings for the microsoft and sales domains. The root domain for Zone2 is development, and its zone file contains the name-to-IP address mappings only for the development domain. The zone file for Zone1 does not contain the name-to-IP address mappings for the development domain, although development is a subdomain of the microsoft domain.