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One of the great things with Web Part connections is that end users can make the connections themselves. They can use the SharePoint web interface or use a rich client application such as SharePoint Designer. Web Part connections in the SharePoint interface are designed to be easy to use and configure. Connected Web Parts can be used in many different scenarios. Let s return to our earlier example in which you have a list of orders in one Web Part and a second Web Part that shows the details of a specific order. By connecting your Web Parts, you build a dynamic interface. You can have even more Web Parts involved in your connections. In this example, you could connect to another Web Part that shows customer details so that when a user selects an order both the details of the order and information about the customer are shown.

import javautilEnumeration;

import javaawt*;

import javanet*;

Manage multiserver environments Manage a variety of hardware platforms Administer security, troubleshoot to the protocol level, and perform network capacity planning

import javaappletApplet;

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14.2.1 Connecting using the web interface Web Parts can be connected using the web interface in SharePoint. You do so by selecting Edit Web Part in the Web Part options menu to enter edit mode and open the Web Part s property pane. Click the options menu again and select the Connections option. The Connections submenu is dynamic and depends on what consumer and provider endpoints the current Web Part exposes and whether there are compatible Web Parts on the page (see figure 14.3). By selecting a connection type and then the target Web Part, you ll connect your Web Parts. Depending on the type of the connection, an optional pop-up window will ask you to provide the connection with further details, such as which parameter or property to retrieve or send values to. You ll see this in action a bit later in the chapter. Once the connection is established, a check mark appears beside the current connection. Depending on the implementation of the Web Parts, there might be multiple connections.

public class imagebrowser extends Applet{

static String filename;

Button button1;

The Dashboard contains information about the current page and request. Figure 8.7 shows an example of how it might look. The Developer Dashboard has a border in green, yellow, or red. A red border means that some of the monitored metrics have excessive values or that one or more critical events are logged. A yellow border indicates that the request took more than one second, and green indicates that the page was most likely successful. On the left side are all monitored events and method calls, including their execution time. This call tree is useful when you re looking for performance bottlenecks. The right column contains more information about the current request, including the total execution time, correlation id, and all database queries. If you click on one of the database queries, you ll get even more information about them.

boolean imageReady = false;

Image image = null;

Element imageElement = null;

Has knowledge of commonly used concepts, practices, and procedures within database administration Has worked with common commercial database products, including Oracle, Microsoft SQL Server, and Access Relies on instructions and preestablished guidelines to perform the functions of the job

Using monitored scopes SharePoint 2010 introduces a new way to monitor custom applications. Using monitored scopes you can easily hook into the Developer Dashboard call tree and display your own operations. The standard call in the Developer Dashboard contains only the default events called by SharePoint, but a custom application most often contains more methods and classes that should be monitored. Custom monitored scopes are created by instantiating a new object of the type SPMonitoredScope. This starts a new scope when created and ends the scope when you dispose of it. Figure 8.8 shows how custom scopes are added to a Web Part. A custom scope is added to the CreFigure 8.8 The Developer ateChildControls method, and it calls two other moni- Dashboard shows all the tored methods. By looking at the execution time, you can monitored scopes and their execution time. This allows easily see which method performs slowly. you to locate the parts of the Listing 8.2 shows the code for realizing the custom Web Part that can be causing scopes shown in figure 8.7. Notice that the usage pattern a bottleneck.

public static void main(String args[])

imagebrowserFrame frame = new imagebrowserFrame("The imagebrowser application");

frameresize(320, 320);

is used to properly dispose of the SPMonitoredScope objects when the scope is over. Monitored scopes aren t supported in sandboxed solutions.

imagebrowser applet = new imagebrowser();

frameadd("Center", applet);

appletinit();

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