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Exercise 1: Acquire Locks by Using the Read Committed Isolation Level 1. Open Microsoft SQL Server Management Studio, and connect to an instance of SQL Server 2005. 2. In a new query window, which will be referred to as Connection 1, type and execute the following SQL statements to create the TestDB database, the Test schema, and the table that you will use in this exercise:

Each central processing unit (CPU) in your SQL Server 2005 server is an instance of this counter, which measures the utilization of each individual CPU. The counter is also available for all the CPUs by selecting _Total as the instance. If the % Total Processor Time (_Total) counter exceeds 80 percent for continuous periods of 10 minutes or more during a 24-hour monitoring period, you might have a CPU bottleneck. If these busy periods occur only once or twice during the 24-hour period, the problem is probably not serious. If, on the other hand, they occur frequently (say, more than once per hour), you might need to reduce the load on the server or check query performance.

CREATE ENDPOINT [Mirroring] AUTHORIZATION [INSTM\SQLAdmin] STATE=STARTED AS TCP (LISTENER_PORT = 5024, LISTENER_IP = ALL) FOR DATA_MIRRORING (ROLE = PARTNER, AUTHENTICATION = WINDOWS NEGOTIATE , ENCRYPTION = REQUIRED ALGORITHM RC4)

-- Connection 1 Session ID: <put @@SPID result here> /* Leave the above line to easily see that this query window belongs to Connection 1. */ SELECT @@SPID; GO CREATE DATABASE TestDB; GO USE TestDB; GO CREATE SCHEMA Test; GO CREATE TABLE Test.TestTable ( Col1 INT NOT NULL ,Col2 INT NOT NULL ); INSERT Test.TestTable (Col1, Col2) VALUES (1,10); INSERT Test.TestTable (Col1, Col2) VALUES (2,20);

Specify Mirroring as the endpoint name, which standardizes the naming convention for these types of endpoints so that you can easily distinguish them from other types of endpoints.

3. Connect to INSTM, open a new query window, and execute the following command:

6

You should monitor this counter in addition to the Processor: % Processor Time counter. If it exceeds 2 per CPU for continuous periods of 10 minutes or more during a 24-hour monitoring period, you might have a CPU bottleneck. If, for example, you have 3 CPUs in your server, the Processor Queue Length should not exceed 6 for the entire server.

CREATE ENDPOINT [Mirroring] AUTHORIZATION [INSTW\SQLAdmin] STATE=STARTED AS TCP (LISTENER_PORT = 5024, LISTENER_IP = ALL)

9

(Col1, (Col1, (Col1, (Col1,

FOR DATA_MIRRORING (ROLE = WITNESS, AUTHENTICATION = WINDOWS NEGOTIATE , ENCRYPTION = REQUIRED ALGORITHM RC4)

You can evaluate network usage by monitoring the Network Interface performance object counters. These counters measure the rates at which bytes and packets are sent and received over a TCP/IP connection. The first instance of the Network Interface object (Instance 1) represents the loopback, which is a local path through the protocol driver and the network adapter. All other instances represent installed network adapters. Typically, no absolute maximum and minimum values exist for Network Interface counters (with the exception of the Output Queue Length counter, which should always be zero). Modern, high-speed network adapters and local area network connections can comfortably handle traffic levels that would overwhelm older hardware. You need to detect whether the traffic your network handles is increasing over time or has increased suddenly and unexpectedly. In the latter case, your network could be experiencing an external attack, and you might want to configure an alert to detect this. The level of traffic that triggers such an alert depends entirely on the typical level of traffic on your network. The counters you typically use to monitor network traffic are as follows:

Col2) Col2) Col2) Col2)

For Database Mirroring, you must configure the principal, mirror, and witness endpoints on different SQL Server instances.

4. Connect to each instance and verify the endpoints just created by executing the following commands:

(3,30); (4,40); (5,50); (6,60);

Microsoft SQL Server Management Studio(SSMS) has a graphical user interface (GUI) interface to configure Database Mirroring endpoints and to configure, fail over, pause, resume, and reconfigure the operating mode of a Database Mirroring session. You can access this GUI by right-clicking a database, choosing Properties, and then selecting the Mirroring page in the Properties dialog box.

Network Interface: Bytes Received/sec Network Interface: Bytes Sent/sec Network Interface: Bytes/sec Network Interface: Output Queue Length