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One key characteristic of an event channel is throughput If your application handles high rates of event delivery, you should evaluate your event channel implementation to determine how quickly it can deliver events If we ignore the effects of multiple suppliers and consumers, the time required for an event channel to receive an event and push it out is mostly dependent on how efficiently the underlying ORB handles the IDL any type Different ORBs use different techniques to marshal and unmarshal the any type, and some techniques are much more efficient than others Some ORBs are highly tuned for any handling, but others do only an adequate job in this regard We advise you to carefully measure the efficiency of your event channel before deploying a high-volume event-based production system on it The number of consumers and suppliers connected to an event channel can also influence its throughput When an event arrives, the event channel must make that event available to each consumer that is connected Delivery to each push consumer requires a separate CORBA request invocation from the event channel to the consumer; for pull consumers, the channel must buffer the event until the consumer requests it Also, the more suppliers that are connected, the more events there are to receive and transmit to the consumers Unless the event channel uses proprietary multicast protocols, which some of them do, there is simply no way around this limitation Although we speak of suppliers and consumers as being "connected" to the event channel, we do not mean to imply that these are necessarily network connections Because operating systems impose limits on the number of open network connections a process can have, a quality event channel implementation must be able to handle more consumers and suppliers than it has network connections For push suppliers and pull consumers, the event channel acts as a server, and this means that it can perform an orderly shutdown of one of these clients if it wants to reuse that connection for another supplier or consumer Such a shutdown is transparent to the client ORB, which attempts to establish a new connection when it needs to push or pull a new event For pull suppliers and push consumers, the event channel acts as a client, so in the extreme case it can open a network connection, send the request, and then immediately close the connection Establishing and reestablishing connections in the ways described here can be costly, so be sure that the underlying operating system can support the necessary number of connections to your event channel Event channel implementations vary in what they store persistently Most of them at least remember connection information so that consumer and supplier connections can be transparently restored if the event channel is stopped and restarted Some implementations also persistently store event data that has not yet been pushed to or pulled from particular consumers This is especially important for pull consumers that do not pull events very frequently Event channel implementations also must be able to deal with suppliers and consumers that are not well behaved A pull supplier or push consumer that crashes should not cause the event channel to hang indefinitely waiting for a response That would prevent other suppliers and consumers from getting their events handled in a timely manner A quality.

By default, the NLB logs are not written to a le; however, the Log Settings menu item under the Options menu allows logs to be written to a speci ed le and location It contains any new log in a basic text format, as shown here:

The argument matches at least one of the matchers m1, m2, m3, [ ]

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0183 Information 12/15/2007 2:29:19 PM 1921681130 SAVDALHA01 Drainstop operation result : SUCCESS, Host State : Host is Stopped 0184 Information 12/15/2007 2:29:24 PM 1921681130 SAVDALHA02 Drainstop operation result : SUCCESS, Host State : Host is Stopped 0185 Information 12/15/2007 2:29:35 PM 1921681130 SAVDALHA01 Start operation result : SUCCESS, Host State : Converging 0186 Information 12/15/2007 2:29:35 PM 1921681130 SAVDALHA02 Start operation result : SUCCESS, Host State : Converging

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If you want to specify alternate credentials for connecting to remote servers, select Credentials from the Options menu This allows the entry of the credentials to be used in place of the current logged-on credentials

event channel implementation allows characteristics, such as time-outs and the number of retries, to be configured through either a configuration subsystem, environment variables, or start-up options 2072 Push Model Considerations Suppliers usually use the push model, primarily because it allows them to avoid the buffering needed when supporting the pull model In some sense it is also the more natural and efficient of the two models Suppliers usually want to notify all interested parties of an event as soon as it occurs, and the push model allows them to do that Its efficiency arises from the fact that it avoids the overhead of polling A push supplier need not implement any CORBA objects unless it wants to be explicitly notified when disconnection occurs This is ideal for applications that cannot support server functionality, perhaps for licensing, deployment, or security reasons Unlike a push supplier, however, an application hosting a push consumer must be able to act as a server and receive events as they are generated 2073 Pull Model Considerations Because this model relies entirely on polling for event delivery, it suffers from the problem of having to buffer events For consumers that pull events infrequently, pull suppliers whose event buffers fill up must discard events Choosing which events to discard depends entirely on the application Some pull suppliers might want to discard the oldest events first, whereas others might stop accepting events after their buffers have filled Still others might keep only the first one of several events that arrive within a certain timeframe, based on the likelihood that the second and subsequent events are duplicates of the first one Because this model relies on polling, excessive network traffic can be a problem if pull consumers poll for events frequently To avoid polling, a pull consumer can invoke the blocking PullSupplier::pull operation rather than use the non-blocking try_pull This approach reduces the amount of network traffic However, for pull suppliers that are hosted by thread-per-request servers, it can result in the creation of a large number of threads in the server to handle these requests Moreover, if the event data are not readily available in the pull supplier, each blocking pull request will require its thread to exist until the supplier has an event, using even more application resources If the server uses a fixed-size thread pool, this situation could result in all available threads being blocked because of pull requests This model does not require pull consumers to act as servers, so it is suitable for use with pure clients that consume events.

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15116493188 srvr1-vlan20rcsntxsbcglobalnet [1511641138] dnsr1sbcglobalnet [68941561]

allOf(m1, m2, m3, [ ])

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