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The preceding code traps the exception before the redirection happens . This gives you the opportunity to log the exception (or, as in this example, to show it in the System.Diagnostics.Debug context) . The following graphic shows the exception details listed in the Output tab in Visual Studio .

: 520 1 (10 bytes) 2 (28 bytes) 3 (18 bytes) 2 (28 bytes) 3 (18 bytes) 1 (6 bytes) 1 (6 bytes) 1 (22 bytes) 1 (20 bytes) 128 bytes 40 bytes 8 bytes 16 bytes 172 bytes

custid ----------1 2 3 4 5 6 7 8 9 10 11 12 ... empid ----------4 3 3 4 3 9 4 4 4 3 6 8 cnt ----------2 2 3 4 6 3 3 2 4 4 2 2

or installed. If a user who is a member of the local Administrators group is logged on to the client computer, she will be notified that updates are ready to be downloaded and installed.

Page 1 Part I Introducing Microsoft Producer 1: 2:

After the PreBuildEvent and PostBuildEvent properties, the next option is to override existing targets that were created as extension points. Previously I showed that the C# projects import a project le named Microsoft.CSharp.targets; other managed languages de ne their own shared le. All of these les will then import another le, Microsoft.Common.targets. This le, which contains all the common elements in building managed projects, de nes many targets that were created simply to be overridden. For example, if you take a look at a project le created by Visual Studio you will see a comment like the following.

The GridView control doesn t automatically add any visual element to the output that indicates the direction of the sorting. This is one of the few cases in which some coding is needed to complete sorting:

public static void Main(string[] args) { string serverUrl = args[0]; string teamProject = args[1]; TeamFoundationServer server = TeamFoundationServerFactory.GetServer( serverUrl, new UICredentialsProvider() ); IBuildServer buildServer = (IBuildServer)server.GetService(typeof(IBuildServer)); IBuildAgent buildAgent = buildServer.CreateBuildAgent(teamProject); buildAgent.MachineName = Environment.MachineName; buildAgent.Name = buildAgent.MachineName; buildAgent.Save(); }

DECLARE @line GEOMETRY; SET @line = (SELECT GEOM FROM Lines WHERE NAME = 'Line1'); DECLARE @area GEOMETRY; SET @area = (SELECT GEOM FROM Polygons WHERE NAME = 'Area2'); SELECT @line.STDisjoint(@area) AS Disjoint;

Name lookup in the local NetBIOS name cache WINS server query Query of local network through NetBIOS broadcasts Name lookup in the Lmhosts file, found in the WINDOWS\System32\Drivers\Etc folder

For conversion operator methods, you must indicate whether a compiler can emit code to call a conversion operator method implicitly or whether the source code must explicitly indicate when the compiler is to emit code to call a conversion operator method . In C#, you use the implicit keyword to indicate to the compiler that an explicit cast doesn t have to appear in the source code in order to emit code that calls the method . The explicit keyword allows the compiler to call the method only when an explicit cast exists in the source code . After the implicit or explicit keyword, you tell the compiler that the method is a conversion operator by specifying the operator keyword . After the operator keyword, you specify the type that an object is being cast to; in the parentheses, you specify the type that an object is being cast from . Defining the conversion operators in the preceding Rational type allows you to write code like this (in C#):

11

ceiling(), floor(), and round()

2. Click Speed Up My System. If your system passes an initial ReadyBoost test, the Properties dialog box will appear, with the ReadyBoost tab selected:

It is common to have threads simply read the contents of some data . If this data is protected by a mutual exclusive lock (like the SimpleSpinLock, SimpleWaitLock, SimpleHybridLock, AnotherHybridLock, Mutex, or Monitor), then if multiple threads attempt this access concurrently, only one thread gets to run and all the other threads are blocked, which can reduce scalability and throughput in your application substantially . However, if all the threads want to access the data in a read-only fashion, then there is no need to block them at all; they should all be able to access the data concurrently . On the other hand, if a thread wants to modify the data, then this thread needs exclusive access to the data . The ReaderWriterLockSlim construct encapsulates the logic to solve this problem . Specifically, the construct controls threads like this:

Routine1( ... ) { Coordinate latitude; Coordinate longitude; Coordinate elevation; ... // latitude in degrees // longitude in degrees // elevation in meters from earth center