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The types of these two identifiers are unsurprising string and int, respectively. The syntax used by the compiler to describe them is fairly straightforward: the keyword val (meaning value ) and then the identifier, a colon, and finally the type. The definition of the function makeMessage in the next example is a little more interesting. let makeMessage x = (Printf.sprintf "%i" x) + " days to spring time" let half x = x / 2 val makeMessage : int -> string val half : int -> int Note that the makeMessage function s definition is prefixed with the keyword val, just like the two values you saw before; even though it is a function, the F# compiler still considers it to be a value. Also, the type itself uses the notation int -> string, meaning a function that takes an integer and returns a string. The -> between the type names (an ASCII arrow, or just arrow) represents the transformation of the function being applied. The arrow represents a transformation of the value, but not necessarily the type, because it can represent a function that transforms a value into a value of the same type, as shown in the half function on the second line. The types of functions that can be partially applied and functions that take tuples differ. The following functions, div1 and div2, illustrate this.

The view describes the mapping between each allocation unit in the ASM disk group (GROUP_KFDAT, NUMBER_KFDAT, and A N M K D T and each extent in the ASM file (GROUP_KFDAT, U U _ F A) F U KFDAT, and X U KFDAT). NM NM

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Creating IVR applications is the responsibility of your developers. There are three tasks: Specify the hours and days during which the application will be available. Create the deployment, consisting of call flows and sound files. Map the application to a telephone number. The first and last tasks are accomplished through Grid Control. Navigate to the Voicemail and Fax component, and enter appropriate values in the PBX application cluster configuration windows. Creating a deployment is done with a command-line utility, the IVR Manager. This is implemented with a batch file: %ORACLE_HOME%\um\scripts\ivrman.bat A deployment consists of call flows and sound files that must be uploaded into the Oracle Internet Directory with the IVR Manager. Call flows are XML documents that define the flow control through the application. The call flows also specify the audio messages used, and the mappings of keys pressed by users to the telephone extension numbers to which they will be forwarded. Sound files are the audio messages saved as WAV files. There are sample IVR applications provided that can be deployed for testing or edited for use. The XML files will be found in the directory %ORACLE_HOME\um\ sample\ivr\scripts. Sound files are in the directory %ORACLE_HOME%\um\scripts\ivrsound. It is possible for developers to reuse the components of IVR applications. For example, the same call flow with a different set of sound files could present an application in different languages.

In this chapter, we examined ASM in detail. At the time of this writing, ASM has not completely ftilfiUed its promise in terms of performance and manageability. However, Oracle Corporation has dedicated a considerable amount of resources to resolving the underlying issues, and ASM is clearly a priority. Therefore, we can reasonably assume that ASM will continue to evolve and improve over subsequent releases. ASM is unlikely to compete, in terms of performance, with third-party storage solutions. However, many Oracle customers implement RAC for reasons of availability rather than performance, and ASM may be sufficient for such purposes. For some users, ASM may also represent a reduction in management costs. However, for most sites, we think this argument is dubious. If you already have a consolidated storage policy, a dedicated storage team, and non-Oracle databases or legacy Oracle databases (prior to Oracle 10.1), then the complexities of changing your working practices to accommodate ASM may significantly outweigh any manageability benefits. Ultimately, however, we anticipate that ASM will entirely replace OCFS for RAC clusters. Therefore, if you are deploying RAC, we recommend that you investigate ASM before committing to OCFS or a third-party storage solution.

I his chapter describes the steps required to install the Linux software operating system for the Oracle Database lOgRAC. The emphasis is placed on the Red Hat and SUSE Linux releases supported by Oracle under the Unbreakable Linux Partner Initiative and therefore you should review 2 to ensure that the benefits and restrictions of deciding to use an Unbreakable Linux platform are fully understood. The installation process is covered for the standard hardware platforms supported by Oracle under Unbreakable Linux, namely x86, x86-64, and Intel Itanium. The installation steps described in this chapter should be performed identically on each node in the cluster.

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