rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

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You are working on a plan for a Group Policy structure that will ensure separate security settings for different users. You will not be changing the OU hierarchy. You want to test the security settings on each of the users. What is the best way to perform these tests

1-50

Transaction isolation (the I in ACID) is a critical part of any transactional system. This section explains isolation conditions, database locking, and transaction isolation levels. These concepts are important when deploying any transactional system.

A. Use RSoP in planning mode to simulate the policies on existing users. B. Use RSoP in logging mode to simulate the policies on existing users. C. Create and test a new OU hierarchy. D. Create a new OU hierarchy in a test forest, then use RSoP in planning mode to

1

You have a new kiosk system that is being deployed to the public. Each kiosk is equipped with a computer running Microsoft Windows XP that logs on to Active Direc tory. You want to ensure that the kiosks are identical in all respects. Which of the fol lowing do you use (Select all that apply.)

Transaction isolation is defined in terms of isolation conditions called dirty reads, repeatable reads, and phantom reads. These conditions describe what can happen when two or more transactions operate on the same data. When two users execute data access methods concurrently, different problems can surface or be avoided entirely, depending on the isolation level used by the database. Transaction isolation seeks to avoid these situations.

A. Enable Group Policy Loopback processing mode for the kiosks. B. Use a single computer account for all the kiosks to use. C. Place all kiosk computer accounts within the same OU. D. Place all kiosks within the same site.

The security designer must analyze the situation and understand the limitations imposed by factors such as legacy infrastructure, currently installed software, and the interoperability requirements. If she does not, she will not produce a workable design and may even promote one that reduces, instead of increases, security on the network.

You have just been hired as a network administrator for Fabrikam, Inc. Your predeces sor created local policies on all computers in the network in your location of Chicago. You do not know how other locations apply group policies to computers, but the com puter accounts for their computers are mingled with yours in the various OUs across the domain. Furthermore, at your site, when technicians have made changes to the computers, they have often changed the local policy settings. You want to have con sistent group policies that refresh on the computer upon each startup. Which type of Group Policy should you select

Identify capabilities of legacy infrastructure and integrate them into the design. Identify technology limitations. Analyze interoperability constraints.

You are planning the group policies for your domain. You have six OUs in the domain. The top OU is named All. Below All, you have Computers and Users. Within Users, you have Sales, Finance, and Service. You have the following objectives: Primary objective: You want to make certain that the Service team has a software restriction policy to prevent installation of unapproved software

A dirty read occurs when a transaction reads uncommitted changes made by a previous transaction. If the first transaction is rolled back, the data read by the second transaction becomes invalid because the rollback undoes the changes. The second transaction will not be aware that the data it has read has become invalid.

18-10

Very few security designers get to pick and choose hardware, operating system software, security devices, and processes from scratch. Instead, they must make sure that security designs consider legacy computers, operating systems, network devices, or other infrastructure components. These considerations are often a large part of security design work. This section describes what a legacy system is and then provides guidelines for integrating legacy infrastructure in security designs.

Planning and Implementing Group Policy (4.0)

A repeatable read occurs when the data read is guaranteed to look the same if read again during the same transaction. Repeatable reads are guaranteed in one of two ways: either the data read is locked against changes, or it is a snapshot that doesn t reflect changes. If the data is locked, it cannot be changed by any other transaction until the current transaction ends. If the data is a snapshot, other transactions can change the data, but these changes will not be seen by this transaction if the read is repeated.