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The versions of the WaitOne, WaitAll, and SignalAndWait that do not accept a timeout parameter should be prototyped as having a void return type, not Boolean . The reason is because these methods will return only true since the implied timeout is infinite (System.Threading.Timeout.Infinite) . When you call any of these methods, you do not need to check their return value . As already mentioned, the AutoResetEvent, ManualResetEvent, Semaphore, and Mutex classes are all derived from WaitHandle, so they inherit WaitHandle s methods and their behavior . However, these classes introduce additional methods of their own, and I ll address those now . First, the constructors for all of these classes internally call the Win32 CreateEvent (passing FALSE for the bManualReset parameter) or CreateEvent (passing TRUE for the bManualReset parameter), CreateSemaphore, or CreateMutex functions . The handle value returned from all of these calls is saved in a private SafeWaitHandle field defined inside the WaitHandle base class . Second, the EventWaitHandle, Semaphore, and Mutex classes all offer static OpenExisting methods, which internally call the Win32 OpenEvent, OpenSemaphore, or OpenMutex functions, passing a String argument that identifies an existing named kernel object . The handle

The cache dependency mechanism is encapsulated in the CacheDependency class. This class can represent a single file or directory, an array of files or directories, or an array of cached items logically related to a particular item added to the cache. To establish a dependency between a cached item and an external component, you add the item using a specific overload of the Insert method, as shown here:

SET NOCOUNT ON; USE tempdb; IF OBJECT_ID('dbo.CustOrders', 'V') IS NOT NULL DROP VIEW dbo.CustOrders; IF OBJECT_ID('dbo.Orders', 'U') IS NOT NULL DROP TABLE dbo.Orders; IF OBJECT_ID('dbo.Customers', 'U') IS NOT NULL DROP TABLE dbo.Customers; GO CREATE TABLE dbo.Customers ( cid INT NOT NULL PRIMARY KEY, cname VARCHAR(25) NOT NULL, /* other columns */ ) INSERT INTO dbo.Customers(cid, cname) VALUES (1, 'Cust 1'), (2, 'Cust 2'); CREATE TABLE dbo.Orders ( oid INT NOT NULL PRIMARY KEY, cid INT NOT NULL REFERENCES dbo.Customers, /* other columns */ ) INSERT INTO dbo.Orders(oid, cid) VALUES (1001, 1), (1002, 1), (1003, 1), (2001, 2), (2002, 2), (2003, 2); GO CREATE VIEW dbo.CustOrders AS SELECT C.cid, C.cname, O.oid FROM dbo.Customers AS C JOIN dbo.Orders AS O ON O.cid = C.cid; GO

if ( x < y ) { swap = x x = y y swap }

int first = 32; double second = 123.457; DateTime third = new DateTime(1999, 11, 1, 17, 22, 25);

The CLR has a feature, called constraints, that offers a better way for you to define a generic type indicating what type arguments are valid for it . I ll discuss constraints later in this chapter . Unfortunately, constraints do not support the ability to limit a type argument to enumerated types only, which is why the previous example requires a static constructor to ensure that the type is an enumerated type .

The Groups table has a column representing the group (groupid), a column representing a unique identi er within the group (memberid), and some value columns (string and val) that need to be aggregated. I like to use such a generic form of data because it allows you to focus on the techniques and not on the data. Note that this is merely a generic form of a table containing data that you want to aggregate. For example, it could represent a Sales table where groupid stands for empid, val stands for qty, and so on.

In this example, the loop is empty because the while expression includes two things: the work of the loop inputChar = cin.get() and a test for whether the

The senior managers PCs will always be configured with IP addresses that allow them to access the Internet. The branch manager s PC will always be configured with an IP address that will allow it to access the Internet. All managers will be able to obtain a DHCP lease even when the supply of leases is exhausted. DHCP leases issued to the managers PCs will include the same DNS server and default gateway configurations that they do at present.

// Example: Set default values for fields in a new version of this type } [OnDeserialized] private void OnDeserialized(StreamingContext context) { // Example: Initialize transient state from fields sum = x + y; } [OnSerializing] private void OnSerializing(StreamingContext context) { // Example: Modify any state before serializing } [OnSerialized] private void OnSerialized(StreamingContext context) { // Example: Restore any state after serializing } }

Silverlight Documentation on MSDN: Silverlight Books: