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If you find an operand, you recursively evaluate the expressions it contains to obtain its values and then perform the operation: | Multi (e1, e2) -> (interpretInner e1) * (interpretInner e2) You can see the complete interpreter in Listing 12-6. Listing 12-6. Interpreting an AST Generated from Command-Line Input open System open System.Collections.Generic open Strangelights.Expression // requesting a value for variable from the user let getVariableValues e = let rec getVariableValuesInner input (variables : Map<string, float>) = match input with | Ident (s) -> match variables.TryFind(s) with | Some _ -> variables | None -> printf "%s: " s let v = float(Console.ReadLine()) variables.Add(s,v) | Multi (e1, e2) -> variables |> getVariableValuesInner e1 |> getVariableValuesInner e2 | Div (e1, e2) -> variables |> getVariableValuesInner e1 |> getVariableValuesInner e2 | Plus (e1, e2) -> variables |> getVariableValuesInner e1 |> getVariableValuesInner e2 | Minus (e1, e2) -> variables |> getVariableValuesInner e1 |> getVariableValuesInner e2 | _ -> variables getVariableValuesInner e (Map.empty)

Use the FALCLIENT parameter to specify the FAL client name that is used by the FAL service. On the primary database, it should be a service name referencing the primary database; on the standby database, it should be a service name referencing the standby database.

This parameter specifies the FAL server name that is used by the FAL service. On the primary database, it should be a service name referencing the standby database, and on the standby database, it should be a service name referencing the primary database.

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This section describes creating a physical standby database. This example is based on a two-node RAC primary database on nodes londonl and london2, and a single-node RAC standby database on node readingl. For the examples in this section, D C is used create the two node primary database BA on OCFS, and default values are specified wherever possible. We will configure the standby database in maximize performance mode using the ARCn background process. We have chosen this configuration, because in spite of the advanced functionality offered by Data Guard, in our experience, this is the configuration that customers most commonly choose to deploy. The example uses a single node RAC standby database. The standby database does not need to include the RAC option. However, deploying the standby database with the RAC option configured will allow additional nodes to be added to the standby without any loss of service in the event of a disaster. In our opinion, this measure is prudent. If a disaster strikes and your primary site is unavailable for a significant amount of time, you will probably have more important issues to consider than the conversion of the standby database from single-instance to RAC. In addition, you may have lost your reference site. The first step is to build the standby database servers. While you may wish to use identical hardware for the primary and standby servers, this is not essential as long as the architecture is the same (32-bit, x86-64, Itanium, etc.). Once the standby servers are built, perform the following actions on each server: 1. Install and patch the operating system. 2. Configure the operating system. 3. Install and configure shared storage. 4. Install Oracle Clusterware. 5. Install Oracle Database software. 6. Install management agents. These actions are described in the following sections.

The Messaging server is the hub that accepts requests from end users with mobile devices for application component services, and dispatches notifications to these end users that are generated by the application components. There are four associated processes: The Async Listener monitors access points for incoming messages. Access points can accept either e-mail, or SMS, or instant messages, and can be configured to manage requests for various application services. It operates asynchronously; the messages are not necessarily managed in real time. The Notification Event Collector gathers notification messages generated by the various application components. As with the Async Listener, the messages are not necessarily managed in real time; they may be queued before transmission to the Notification Engine. The Notification Engine dequeues messages received by the Notification Event Collector and sends them to the Messaging server for transmission to end users. The Messaging Gateway provides a generic interface to various messaging technologies: e-mail, SMS, voice, and fax. Messages dispatched by the Messaging server pass through this gateway on their way to the end user s mobile device. Figure 11-1 is a graphical representation of the communication flow for requests and notifications through the Messaging server.

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