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create delete print template update validate These actions are described in the following sections. create The first form of this command creates an application profile based on the arguments supplied. The syntax for this option follows: crs_profile -create resource_name -t application [-dir directory^path] [-a action^script] [-8 binary_pathname] [-d description] [-h hosting_members] [-r required^resources] [-1 optional_resources] [-p placement_policy] [-0 as=auto_start,ci=check_interval,ft=failure_threshold, fi=:failure_interval,ra=restart_attefnptSjfd=faiIover_delay, st=script_tifneout,ap=active_placement,bt=rebalance, ut=uptime_threshold^rt=start_tiRieout,pt=stop_tinieout] [-f] [-q] If this command is executed by the root user, the profile will be created in $ORA_CRS_HOME/crs/ profile directory; if the command is executed by any other user, the profile will be created in the $ORA_CRS_HOME/crs/public directory. The -t argument specifies the type of resource. In this case, it is mandatory and must have the value application. The remaining arguments are optional and include the following: -dir <directory path>: Allows you to override the directory location. -a <action__script>: Specifies an action script or program (e.g., HAFDemoAction). -B <binary pathname>: Specifies the name of the application executable, c r s p r o f i l e will generate an action script for this executable.

This is the number one cause of unresponsive GUIs You can see this in action in the following example that creates a GUI that could easily become unreactive because it tries to do too much computation on the GUI thread This example also illustrates how to ensure your GUI remains reactive by making a few simple changes You will look primarily at a useful abstraction called the BackgroundWorker class, which you find in the SystemComponentModel namespace This useful class allows you to run some work, raising a notification event when this work is complete This is especially useful for GUI programming because the completed notification is raised on the GUI thread This helps you enforce the rule that GUI objects should only be altered from the thread that created them.

-d <description>: Specifies a description (e.g., "HAFDemo").

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-h <hosting nodes>: Specifies a list of nodes in cluster on which application can be hosted. -r <required resources>: Specifies any required resources (e.g., hafdemovip). -1 <optional resources>: Specifies any optional resources. -p <placement policy>: Specifies the policy Oracle uses to determine which node the application is initially started on. It can be PREFERRED or UNAVAILABLE. -0 <options>: Specifies one or more options. The options specified by -o correspond to parameters in the application profile. The options are listed in Table 17-4.

The single-node deployment is the simplest configuration. It may well be cost-effective for small organizations having only a few hundred concurrent users, but it has no fault-tolerant capabilities unless some form of hardware failover is used. The single-node installation is perfect for demonstration or training purposes, and many organizations will find it extremely useful to have such an environment available for these purposes, in addition to the live production environment. A minimal single-node installation can be made on an ordinary PC, provided it has adequate main memory. The system used for development during the course of writing much of this book was a single-node deployment: a PC with a single 1.6GHz Pentium processor and 2GB main memory running on Linux. Such a machine can run the full Oracle Collaboration Suite, but the memory requirements are such that if all the components are started concurrently, it will be paging badly and performance will be atrocious. It would be nowhere near adequate for a production installation. An effective minimum hardware configuration for production purposes would be a twin CPU (or possibly a dual-cored single CPU) machine with 4GB RAM. Such a machine should be capable of supporting an organization with concurrent users numbered in the dozens up to perhaps one or two hundred. A more powerful single-node machine (such as a multiprocessor SMP machine powered by multiple SPARC, PowerPC, PA-RISC, or 64-bit Intel or AMD processors) could support several hundred concurrent users. The single-node will have two Oracle homes. The infrastructure Oracle home will run an Oracle Application Server infrastructure instance with all the identity management

ACTIVE_PLACEMENT AUTO_START PLACEMENT CHECKJNTERVAL FAILOVER_DELAY FAILUREJNTERVAL FAILUREJHRESHOLD RESTART_ATTEMPTS SCRIPT_TIMEOUT STARTJIMEOUT STOPJIMEOUT UPTIME_THRESHOLD

The purpose of each option is fairly self-explanatory. Further information can be found in the Oracle documentation. Now, consider the following example:

Specifically, the example creates a GUI for calculating the Fibonacci numbers using the simple Fibonacci calculation algorithm you saw in 7: module StrangelightsExtensions let fibs = (1I,1I) |> Sequnfold (fun (n0, n1) -> Some(n0, (n1, n0 + n1))) let fib n = Seqnth n fibs Creating a simple GUI for this calculation is straightforward; you can do this using the WinForms GUI toolkit you saw in 8: open StrangelightsExtensions open System open SystemWindowsForms let form = let form = new Form() // input text box let input = new TextBox() // button to launch processing let button = new Button(Left = inputRight + 10, Text = "Go") // label to display the result let output = new Label(Top = inputBottom + 10, Width = formWidth, Height = formHeight - inputBottom + 10, Anchor = (AnchorStylesTop ||| AnchorStyles.

[oracle@londoni oracle]$ $ORA_CRS_HOME/bin/crs__^profile \ -create hafdemo -t application -d "HAF Demo" -r hafdemovip -a /tmp/HAFDemoAction -0 ci=5,ra=60

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