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Producers offer portlets to consumers as web services, using SOAP The WSRP . specification defines four web services for producers: Service Description: Offers information and metadata about the producer to consumers. This service is required. Markup: Provides content markup fragments for portlets, and processes interaction requests. This service is required. Registration: Allows consumers to register their information and metadata with the producer, including their capabilities. This service is optional. Portlet Management: Configures and customizes offered portlets for use by the consumer. This service is optional. The producer must implement the Service Description and Markup web services, and may optionally implement the Registration and Portlet Management web services.

if (IsPostBack) { string strOperation = Request.Form["optOperation"]; int nF = 0; Int32.TryParse(txtFirst.Text, out nF); int nS = 0; Int32.TryParse(txtSecond.Text, out nS); int nR = 0; if (strOperation == "Add") nR = nF + nS; else nR = nF - nS; litResult.Text = nR.ToString(); } } }

Reducing Leaf Block Contention (Reverse Key Indexes)

Figure 6-10.

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VIEW: Used to display the current contents of the portlet and allow interaction. You will use this mode for most of your portlet development. EDIT: Used to allow the user to edit preferences for the portlet to customize its behavior, provide connection data, or conduct similar tasks. HELP: Used to provide help to the user on using or customizing the portlet. Other custom modes provided by the portal server are possible. For more on portlet modes, see 4. Each mode has a corresponding method, doView(), doEdit(), or doHelp(), inherited from the GenericPortlet class. The method signature of the doView() method on the GenericPortlet abstract class is

The template creates an initial workflow Sequence that contains a Receive and SendReply activity, as shown in Figure 10-2.

<portlet:renderURL> <portlet:param name="emailID" value="689"/> <portlet:param name="mvcAction" value="viewEmail"/> </portlet:renderURL>

execute pack1.g_ct := 0; -- execute the query execute dbms_output.put_line('Hash table size: ' || ( 32768 - pack1.g_ct)) and we will get the size of the hash table directly; and the answer is

One of the features that customers have come to expect from desktop applications is the ability to selfupdate. The application, on startup, should look for any updates to the code and then will download and install them if the user desires. AIR supports this through the Updater class, but there is still some user interface and networking work to be done to get it all to hang together. The first thing to do is to define a method where the server can indicate to the AIR application what the most recent version is and where the download is. To do this, you will use a simple XML file. An example of this is shown in the following:

For example, add an id to the list component in the Body project:

The type information of the published class in the form <namespace>.<classname>, <assembly> . When the assembly is in the GAC, you have to specify version, culture, and public key information as well.

One final case of parsing is common when working with binary data. That is, say you want to work with a format that is conceptually relatively easy to parse and generate (such as a binary format) but where the process of actually writing the code to crack and encode the format is somewhat tedious. This section covers a useful set of techniques to write readers and writers for binary data quickly and reliably. The running example shows a set of pickling (also called marshalling) and unpickling combinators to generate and read a binary format of our design. You can easily adapt the combinators to work with existing binary formats such as those used for network packets. Picklers and unpicklers for different data types are function values that have signatures as follows: type outstate = System.IO.BinaryWriter type instate = System.IO.BinaryReader type pickler<'T> = 'T -> outstate -> unit type unpickler<'T> = instate -> 'T Here, instate and outstate are types that record information during the pickling or parsing process. In this section, these are just binary readers and writers; but more generally, they can be any type that can collect information and help compact the data during the writing process, such as by ensuring that repeated strings are given unique identifiers during the pickling process.

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