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By changing initial state of the ManualResetEvent to signaled, the thread does not wait at the WaitOne() method even though we specified the timeout value of 1,000 milliseconds. When the ManualResetEvent was nonsignaled, the thread waited for the state to change to signaled, but it timed out after 1,000 milliseconds. The state is already signaled, so the thread has no reason to wait on the WaitOne() method. To change the state of the ManualResetEvent to nonsignaled, you call the Reset() method of ManualResetEvent; to change the state to signaled, you call the Set() method. The following listing, ManualReset.vb, shows the usage of the Reset() method, and the next, ManualSet.vb, shows the usage of the Set() method: Imports System Imports System.Threading Namespace ManualReset Class Reset <STAThread> Shared Sub Main() Dim manRE As ManualResetEvent manRE = New ManualResetEvent(True) Console.WriteLine("Before WaitOne ") Dim state As Boolean = _ manRE.WaitOne(1000, True) Console.WriteLine( _ "After first WaitOne {0}", state) 'Change the state to signaled manRE.Reset() state = manRE.WaitOne(1000, True) Console.WriteLine( _ "After second WaitOne {0}", state) Console.ReadLine() End Sub End Class End Namespace The output from ManualReset is Before WaitOne After first WaitOne True After second WaitOne False In ManualReset, we set the state of the ManualResetEvent object to signaled (True) in its constructor. As a result, the thread does not wait at the first WaitOne() method and returns True. Next, we Reset the state of the ManualResetEvent object to nonsignaled (False), so the thread has to wait for 5 seconds until it times out. In ManualSet.vb, we use the Set() method: Imports System Imports System.Threading

s Note There is an add-on for sending notifications via ICQ at NagiosExchange (www.nagiosexchange.org/ Notifications.35.0.html &tx_netnagext_pi1[p_view]=184). There is also an alpha version of a tool to send Nagios notifications via AIM at http://os.cyberheatinc.com/nim.php.

Setting the view algorithm to UNDEFINED tells the query parser to make the choice between the MERGE and TEMPTABLE algorithms. The parser prefers the MERGE method, so it will use that method unless a condition forces it to use a temporary table. As noted earlier, the MERGE method can t be used when the view doesn t represent a one-to-one relationship with records in the underlying tables. UNDEFINED is the default, and it will be used if you omit the ALGORITHM keyword (or you can explicitly specify ALGORITHM = UNDEFINED). UNDEFINED is also used if the view specifies MERGE but can be processed only by using a temporary table.

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Namespace ManualSet Class ManualSet <STAThread> Shared Sub Main() Dim manRE As ManualResetEvent manRE = New ManualResetEvent(False) Console.WriteLine("Before WaitOne ") Dim state As Boolean = _ manRE.WaitOne(1000, True) Console.WriteLine( _ "After first WaitOne {0} , state) 'Change the state to signaled manRE.Set() state = manRE.WaitOne(1000, True) Console.WriteLine( _ "After second WaitOne {0} , state) Console.ReadLine() End Sub End Class End Namespace The output from ManualSet is Before WaitOne After first WaitOne False After second WaitOne True In ManualSet, we set the initial state of the ManualResetEvent object to nonsignaled (False). As a result, the thread has to wait on the first WaitOne() method. We then set the state to signaled using the Set() method; the thread refuses to wait on the second WaitOne() method, and quits. Just as the WaitOne() method waits for a single event object to become signaled, the WaitAll() function waits for all the event objects to become True or signaled, or it will stay there until the timeout occurs and the WaitAny() method waits for any of the event objects to become True or signaled.

One of the issues with Nagios notifications is that if the notification logic is fulfilled, a notification will be generated and sent. Nagios considers each notification to a particular contact to be an individual instance. It counts the number of notifications sent (for purposes like escalations), but it does not make any assertions about how many notifications it has sent to a particular contact. This can result in large volumes of notifications being sent to a contact

The view name is the name used in SQL statements to query the view. Names of views share the same namespace as tables in the database, which means you can t have a view with the same name as a table within the same database. The NAME parameter can be prefixed with a database name, which allows you to explicitly specify the database where the view should be created. If the database name isn t prepended, the view will be created in the currently active database. If there is no currently active database, the CREATE statement will return an error.

The AutoResetEvent class is similar to the ManualResetEvent class because it waits for the timeout to take place or the event to be signaled and then notifies the waiting threads about the event. One important difference between ManualResetEvent and AutoResetEvent is that AutoResetEvent changes state at the WaitOne() method. The following listing shows the usage of AutoResetEvent class: Imports System Imports System.Threading Namespace AutoReset Class AutoReset <STAThread> Shared Sub Main()

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