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You can also select items using the item's attribute name and value If you specify the attribute name in quotation marks, the attribute-value parameter is case-sensitive Otherwise it is not You can use * for attribute names in location terms; for example, this location term selects the second child of any type for which the attribute TARGET has a value (any value at all): CHILD(2,*,TARGET,*) This location specification selects the second child which is a P element for which the ALIGN attribute has been left unspecified: CHILD(2,P,ALIGN,*IMPLIED)

Besides CHILD, you can also use DESCENDANT, which selects among the elements with content in the location source For example, this location specification selects the second MENU element with a CHICKEN attribute that has value of ROASTED: DESCENDANT(2,MENU,CHICKEN,ROASTED)

The ANCESTOR keyword selects an element from among the direct ancestors of the location source For example, this location specification finds the smallest element containing the location source and having the attribute FINDME with value HEREIAM: ANCESTOR(1,*,FINDME,HEREIAM)

The first thing that you need to do is declare an UpdatePanel object and a Button in your Web Part class:

The PRECEDING keyword selects an element[md]or a pseudo-element[md] from all those that precede the location source For example, this location specification points to the third element or pseudo-element preceding the element with an ID of M15: ID(M15)PRECEDING(3,)

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You use the PSIBLING keyword to select an element or pseudo-element from among those that precede the location source within the same parent element (A sibling is an element or pseudo-element contained by the same parent element)Those elements or pseudo-elements that precede the current location in the document are elder siblings; those that follow it are younger siblings For example, here we point to the element or pseudo-element immediately preceding the element with an ID of M99: ID(M99)PSIBLING(1,)

You use the keyword + like the keyword PRECEDING, but here you select elements from the part of the document following the location source (not preceding it) In a similar way, the FSIBLING keyword works like PSIBLING but selects from the younger siblings of the location source, not the elder siblings

protected UpdatePanel updatePanel; protected Button refreshButton;

We've covered a lot of relative location terms now, so let's take a look at a longer example that makes use of them In this example, we'll decode an extended link with the location terms: #ROOT()CHILD(2,CUSTOMER)(2,PRODUCT)(1,NAME)

1

In this next example, we'll read in this XML document, +, and let the user traverse that link: < XML version="10" >

<!doctype LINK [

These controls are declared in the class as protected so that they can be used in new Web Parts inheriting from this Web Part. The CreateChildControls method is implemented in listing 10.1; the method creates the update panel and the button. The feed isn t retrieved by this method (as in previous implementations of the RSS Web Part), but instead the feed retrieval is moved to the OnPreRender method.

#FIXED "EXTENDED"

(TRUE|FALSE)

"TRUE"

(EMBED|REPLACE|NEW) "REPLACE"

Figure 10.1 The RSS Web Part has a button that makes a partial update of the page, refreshing only the contents of the specific Web Part.

(AUTO|USER)

"USER"

.

#FIXED "LOCATOR"

protected override void CreateChildControls() { if (string.IsNullOrEmpty(this.RssFeedUrl)) { HyperLink hl = new HyperLink { NavigateUrl = string.Format( "javascript:ShowToolPane2Wrapper('Edit','129','{0}');" , this.ID), ID = string.Format("MsoFrameworkToolpartDefmsg_{0}", this.ID), Text = "Click here to configure the Web Part..." }; this.Controls.Add(hl); return; } Creates

(EMBED|REPLACE|NEW) "REPLACE"

(AUTO|USER)

"USER"

updatePanel = new UpdatePanel(); updatePanel.ID = "updatePanel"; refreshButton = new Button() { Text = "Refresh", ID = "refreshButton", CssClass = "ms-NarrowButtonHeightWidth" }; this.Controls.Add(refreshButton);

XML-LINK="LOCATOR"

<!DOCTYPE DOCUMENT [

The location specification we will decode looks like this: +, so that's what we'll expect to see when the program runs We'll present the user with a window like this, with a button marked Display the linked-to text and a text field: When the user clicks the Display button, we'll read in the + file and decode the locator string in that document Then we'll read in the target resource and display its character data this way: We start by setting up the application and its applet and adding the controls we'll need: import commsxmlParseException;

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