LOT-922 무료 덤프문제 온라인 액세스

Tim has an XPage containing an Edit Box. He has read that it is possible to use the Dojo Toolkit NumberSpinner control in XPages, and he wishes to modify his XPage so that the Edit Box will appear as a Number Spinner in the browser. What would the steps be to accomplish this?

• A.In the XPage, in the Resources tab of the Properties view, add a Dojo Module resource for
  "dijit.form.NumberSpinner" to the XPage.
  Configure the Edit Box to set the dojoType to "dijit.form.NumberSpinner".
• B.From the Dojo Tollkit Website, get the URL to the most recent version of the NumberSpinner.js control (where the URL begins with http://). In the XPage, in the Resources tab of the Properties view, add a JavaScript Library using that
  URL.
  Configure the Edit Box to set the dojoType to "dijit.form.NumberSpinner".
• C.Import the NumberSpinner.js file from Dojo into the application as a JavaScript Library.
  In the XPage, in the Resources tab of the Properties view, add a JavaScript Library resource for
  that NumberSpinner.js file to the XPage.
  Configure the Edit Box to set the dojoType to "dijit.form.NumberSpinner".
• D.Import the NumberSpinner.js file from Dojo into the application as a Dojo Module.
  In the XPage, in the Resources tab of the Properties view, add that Dojo Module resource for that
  NumberSpinner.js file to the XPage.
  Configure the Edit Box to set the dojoType to "dijit.form.NumberSpinner".

John wishes to add a managed bean to his application. In order to do this he must do which of the following:

• A.Create a JavaBean class and add the Java class as a page resource to the XPage where the managed bean is to be used.
• B.Open the pre-existing xpages-config.xml file located at WebContent\WEB-INF\xpagesconfig.xml and add the appropriate markup to the file.
• C.Open the pre-existing faces-config.xml file located at WebContent\WEB-INF\faces-config.xml and add the appropriate markup to the file.
• D.Create a file called xpages-config.xml within his application and define the managed bean within the file using the appropriate syntax.

Elaine wants to use the "webkit" stylesheet for webkit browsers. Which object will enable her to do this?

• A.facesContext.getRequest().getHeader("User-Agent")
• B.facesContext.getExternalContext().getHeader("User-Agent")
• C.facesContext.getExternalContext().getContext().getHeader("User-Agent")
• D.facesContext.getExternalContext().getRequest().getHeader("User-Agent")

Dominic wants to implement the open source CSS framework called Blueprint in his XPages application. He does not want to include any other CSS framework resources which may exist on the Domino server. What is the best way to include all of the required CSS files in the XPages in his application?

• A.Create a new theme which extends webstandard and then add each Blueprint CSS file via a resource definition
• B.Create a new theme which does not have an extension property and then add each Blueprint CSS file via a resource definition
• C.In each XPage in the application add the required CSS files to the Resources section
• D.Create a new theme which extends oneui and then add each Blueprint CSS file via a resource definition

Jeremy wants all of the dijit.Dialog boxes in his application to call a client side JavaScript function called "validateForm" whenever they are hidden. What is the best solution?

• A.Create a custom Dojo control and use that instead of the standard dijit.Dialog in the application
  using the following code:
  /**
  *Custom Dojo Control
  */
  dojo.provide('com.myco.widget.Dialog');
  dojo.require('dijit.Dialog');
  (function(){
  dojo.declare("com.myco.widget.Dialog", dijit.Dialog, {
  onHide: validateForm
  })
  }());
  /**
  *Initialization code
  */
  var dialog = new com.myco.widget.Dialog();
• B.Create a custom Dojo control and use that instead of the standard dijit.Dialog in the application
  using the following code:
  /**
  *Custom Dojo Control
  */
  dojo.provide('com.myco.widget.Dialog');
  dojo.require('dijit.Dialog');
  (function(){
  dojo.declare("com.myco.widget.Dialog", dijit.Dialog, {
  onHide: validateForm
  })
  }());
  /**
  *Initialization code
  */
  var dialog = new dijit.Dialog();
• C.Whenever he initializes a new dijit.Dialog, add an onHide event like so:
  var dialog = new dijit.Dialog({
  onHide: validateForm
  }
  );
• D.Create a custom Dojo control and use that instead of the standard dijit.Dialog in the application
  using the following code:
  /**
  *Custom Dojo Control
  */
  dojo.provide('com.myco.widget.Dialog');
  dojo.require('dijit.Dialog');
  (function(){
  dojo.declare("com.myco.widget.Dialog", dijit.Dialog, {
  onHide: validateForm
  })
  }());
  /**
  *Initialization code
  */
  var dialog = new com.myco.widget.Dialog();
• E.In the "Close" or "Cancel" button of each dialog add a call to validateForm in the onClick event.
• F.Create a custom Dojo control and use that instead of the standard dijit.Dialog in the application
  using the following code:
  /**
  *Custom Dojo Control
  */
  dojo.provide('com.myco.widget.Dialog');
  dojo.require('dijit.Dialog');
  (function(){
  dojo.declare("com.myco.widget.Dialog", dijit.Dialog, {
  onHide: validateForm
  })
  }());
  /**
  *Initialization code
  */
  var dialog = new com.myco.widget.Dialog();
• G.Create a custom Dojo control and use that instead of the standard dijit.Dialog in the application
  using the following code:
  /**
  *Custom Dojo Control
  */
  dojo.provide('com.myco.widget.Dialog');
  dojo.require('dijit.Dialog');
  (function(){
  dojo.declare("com.myco.widget.Dialog", dijit.Dialog, {
  onHide: validateForm
  })
  }());
  /**
  *Initialization code
  */
  var dialog = new com.myco.widget.Dialog();