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consumers would instead have to be directly connected to the supplier event channel This would mean that the supplier event channel would have five direct consumers rather than two Assuming that the supplier event channel and consumer event channel run as separate server processes, this configuration allows the load of obtaining events from suppliers to be handled by the supplier event channel and allows most of the consumer delivery load to be handled by the consumer event channel The trade-off is the extra hop required to get the events from the supplier channel to the consumer channel The steps for connecting event channels are somewhat tricky If you perform them in the wrong order, your active channel could end up getting disconnection exceptions for each event it tries to deliver because the passive channel is not yet ready to receive events The proper steps are as follows Step 1 Obtain a ProxyPushSupplier object reference from the supplier event channel (the active end) Step 2 Obtain a ProxyPushConsumer object reference from the consumer event channel (the passive end) Step 3 Invoke connect_push_supplier on the ProxyPushConsumer, passing it the ProxyPushSupplier object reference This lets the passive side of the interchannel connection know about the active side and sets the passive side into the state of being ready to receive events Step 4 Invoke connect_push_consumer on the ProxyPushSupplier, passing it the ProxyPushConsumer object reference This lets the active side of the interchannel connection know about the passive side At this point, the active side can start pushing events to the passive side In the following sections we show examples of the actual C++ code you would have to write to set up this kind of connection or any interchannel based on any other of the event delivery models

AD would be unavailable Again, System Center Operations Manager solves this by monitoring services and understanding all the services AD is dependent on that are needed for it to function This includes monitoring AD servers, DNS servers, and network connectivity as one service for the organization

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Services are useful only when they ful ll their role and are accessible This is the key to high availability keep services available There is no point in purchasing a state-of-the-art iSCSI storage area network (SAN) with 30TB of storage for your organization s data storage and then having it accessed via a single le server If the le server is unavailable, there is no way to get to the data The le services provided by the le server need to be highly available Windows Server 2008 provides two types of high availability: Network Load Balancing (NLB) and failover clustering This chapter discusses these in detail; each tackles a different type of service that needs high availability

Whether you are implementing a supplier or a consumer that pushes or pulls events, the steps you perform to implement and register them are roughly the same The general steps required are as follows Step 1 Implement a servant for your push consumer or pull supplier Both push suppliers and pull consumers are clients, so you do not need to implement servants for those cases Step 2

NLB provides a method to distribute TCP/IP traf c among several separate servers running the NLB feature Clients access a separate IP address and domain name system (DNS) name, which the NLB service owns It then distributes the traf c through the available members Because NLB has multiple servers that can respond to a client request, NLB gives higher availability to the service offered over the NLB IP address; however, there is no replication of information or shared storage between the servers in the NLB group Services that use NLB tend to be stateless (which means requests do not require any link between each other to be maintained by the service) because a client request could be sent to any server in the NLB group Any prior state the client and server had would be lost if, the next time, the client communicated to the NLB that he was redirected to a different server Client requests are spread evenly among the servers in the NLB group 1205

will allow log messages to be sent to the turtle, but fail if it s told to stop In practice, while allowing precise invocations is common, blocking individual methods is rarely useful

Obtain a reference to the event channel This step depends on your CORBA environment, but it is usually done by using the Naming Service or Trading Service to find an event channel object reference Step 3 Get a ConsumerAdmin reference from the EventChannel if you want to register a consumer, or get a SupplierAdminw reference if you want to register a supplier Step 4 Obtain the appropriate proxy object reference for the event model you want to use from the ConsumerAdmin or SupplierAdmin object Step 5 Invoke the appropriate connection operation on the proxy object In the following sections, we show how to implement push and pull flavors of both consumers and suppliers To keep the example code focused on the Event Service, we create all objects as transient objects of the Root POA We also assume that a name binding for our event channel already exists directly in the initial NamingContext returned from ORB::resolve_initial_references The examples we show in the next few sections are based on having the thermostats in the CCS deliver an event whenever their temperature settings are modified The following IDL struct is used to convey event data to all interested consumers

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