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It s often useful to think of a parallel program as a series of independent components that send and receive messages This is often referred to as the Actor Model you can find a more formal description of the actor model on Wikipedia at http://enwikipediaorg/wiki/Actor_model Although the scenarios in which you would use message passing tend to be quite complex, the ideas behind it are relatively simple, as you ll see in a handful of simple examples The basic idea behind message passing is that a system is composed of agents, or actors These can both send and receive messages When an agent receives a message, the message is placed in a queue until the agent is ready to process it When an agent processes a message, it makes a decision about what to do with it based on its internal state and contents of the message.

To create a new node, you must use the command-line utility uniaddnode. It is not possible to create nodes through the Application Server Control Calendar Administrator, and, furthermore, the server must not be running while you create a new node. There are two forms of the command. The first will create a single new node: uniaddnode [-n <node-id>] [-t <timezone>] [-a <alias>] The three arguments are all optional. If no Node-ID number is specified, the Oracle Internet Directory will generate one; however, while this is the documented behavior, you may receive an error unless you specify a Node-ID number. If no time zone is specified, the time zone will be picked up from the host operating system. If no alias is specified, you will only be able to reference the node by its Node-ID. Note that the time zone specification is case-sensitive and must conform to the Calendar standard; you can obtain a list of valid time zones with the unitzinfo utility. The second form of the command can create a set of nodes with one command: uniaddnode -sn <node-id> -num <number> Both arguments are required. The first argument is the Node-ID number of the first node to create, and the second argument is the number of nodes to create. They will be consecutively numbered, and the command will fail if any of the numbers are already in use. It is not possible to specify aliases or time zones for the nodes at this time, though you can add an alias later by editing the nodes.ini file. It is not possible to change the time

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The Calling Circle application induces an intensive randomized database workload and is particularly relevant for measuring the throughput and response times of customer transactions and demonstrating the capabilities of RAC in failover and load-balancing scenarios The Calling Circle application is an example OLTP application that implements the customers of a telecommunications company registering, updating, and querying the details of its frequently dialed numbers to receive discount call rates The application was designed to present challenges to clustered Oracle solutions, such as sequence numbers and contention for right-growing indexes The application also maintains change history for each simulated user's frequently called numbers, thereby proportionally increasing the volume of inserts and updates Before running Swingbench in a distributed manner against a RAC cluster, it is necessary to configure the coordinator and cluster overview processes.

As opposed to operating Swingbench directly against the target database, the coordinator process communicates with one or more Sv^ngbench load generators, synchronizing the starting and stopping of benchmarks and gathering statistics, which are then displayed centrally by the cluster overview Configuring Swingbench Swingbench can be configured to operate the Calling Circle benchmark in one of two ways Either the sample Calling Circle XML configuration file can be copied over the default swingconf ig xml file as follows: [oracle@loadi bin]$ cp sample/ccconfigxml swingconfigxml or the Calling Circle XML configuration file can be specified at start-up for swingbench: [oracle@loadi bin]$ /swingbench ~c sample/ccconfigxml Using either method (we will use the copied configuration file here) ensures that the service name detailed in the XMLfile'sConnectString parameter is the correct one for your target cluster, such as the following on loadl: <ConnectString>londonl:1521/RACl</ConnectString> andonload2: <ConnectString>london2:l52l/RAC2</ConnectString> The swingconf ig.

xml file should be the same on all of the load-generation hosts Select one of the load-generation hosts to also run the coordinator process and cluster-overview display On this host only, in the SWINGHOME/bin directory, edit the clusteroverviewxml file to specify the location of the coordinator process running on one of the load-generation hosts such as the following: <Coordinator> <Location>//loadl/CoordinatorServer</Location> </Coordinator> In the MonitoredDatabaseList section, modify the details of the RAC instances to monitor For example, the following section shows that the instance names RACl and RAC2 are shown, and the system user will log in to RACl on host londonl to monitor the activity of the CC user The ConnectString must be of the form <host>: <port>: <SID> when using thin connections, or tnsnames ora entry for OCT connections..

<MonitoredDatabaseList> <MonitoredDatabase DisplayNafne=:"londoni: lS2l:RACl" Username*"system" Password="manager" DriverType="thin" CannectString- londoni:i52l:RACl MonitoredUsers="CC" /> <HonitoredDatabase DisplayName^" london2:l52l:RAC2" Username="system" Password "manager" DriverType=:"thin" ConnectString="london2:i521:RAC2" onitoredUsers="CC" /> </MonitoredDatabaseList>

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