private void populateListing() {
_listing.removeAllComponents();
getResourcesFromValue(getValue())
.forEach(
r -> {
Optional<ResourceRepositoryItem> repoItem = _repositoryDAO.getRepoItemForResource(r);
if (repoItem.isPresent()) {
ResourceRepositoryItemValueViewer viewer =
new ResourceRepositoryItemValueViewer(repoItem.get());
PushButton remove = CommonActions.REMOVE.push();
AppUtil.enableTooltip(remove);
remove.addActionListener(
ev -> {
RI val = removeResourceFromValue(repoItem.get().getResource(), getValue());
_repositoryDAO.mergeRepositoryItem(val);
populateListing();
});
_listing.add(of("resource", of("actions persistence-actions", remove), viewer));
}
});
}
@Override
public void init() {
super.init();
PushButton selectResources =
new PushButton(createText(BUTTON_TEXT_SELECT_RESOURCES_FMT(), _terms.resources()));
selectResources.addActionListener(ev -> beginResourceSelection());
selectResources.addClassName("select-resources");
populateListing();
if (_canEdit) {
add(of("actions entity-actions", selectResources));
}
add(_listing);
}
@Override
public void init() {
// Make sure you call super.init() at the top of this method.
/// See the Javadoc for #init() for more information about what it does.
super.init();
// Set HTML element type and class names for presentation use on this Container component.
setHTMLElement(HTMLElement.section);
addClassName("user-profile-viewer");
// property_viewer is a standard class name.
addClassName("property-viewer");
// Add microdata for programmatic / SEO use
/// OR use RDFa support
/// You typically only do this in viewers - not editors.
setAttribute("itemscope", "");
setAttribute("itemtype", "http://schema.org/Person");
// setAttribute allows you to set any attribute as long as it will not interfere with a
// component's
/// native HTML. For example, you cannot set the "value" attribute on a Field since
/// it uses that attribute.
// It's a good idea to *not* mark variables final that you don't want in the scope of event
// listeners.
/// Hibernate/JPA entities are a great example of this pattern. You always need to re-attach
/// entities before using them, so we should always call getUserProfile() in the context
/// of handling an event. Note: our getUserProfile() method re-attaches the entity.
UserProfile userProfile = getUserProfile();
Name name = userProfile.getName();
// You can use a Field for displaying non-internationalized content.
/// It is desirable to do this since you don't need to create a LocalizedText.
/// However, you cannot change the HTMLElement of a Field at this time,
/// so some of the following code uses a Label which does allow
/// specification of the HTMLElement.
final Field namePrefix = new Field(name.getFormOfAddress(), false);
final Field nameGiven = new Field(name.getFirst(), false);
final Field nameFamily = new Field(name.getLast(), false);
final Field nameSuffix = new Field(name.getSuffix(), false);
// Sometimes it is easier and less error prone to make a component non-visible
/// than checking for null on each use. Use this pattern with care. You don't
/// want to consume a lot of resource unnecessarily.
if (StringFactory.isEmptyString(namePrefix.getText())) namePrefix.setVisible(false);
if (StringFactory.isEmptyString(nameSuffix.getText())) nameSuffix.setVisible(false);
// Address
Address address = userProfile.getPostalAddress();
// Address lines are always on their own line so we make sure they are enclosed by a block
// element like a DIV..
final Label addressLine1 = new Label();
addressLine1.setHTMLElement(HTMLElement.div).addClassName("prop").addClassName("address_line");
final Label addressLine2 = new Label();
addressLine2.setHTMLElement(HTMLElement.div).addClassName("prop").addClassName("address_line");
if (address.getAddressLines().length > 0)
addressLine1.setText(TextSources.create(address.getAddressLines()[0]));
if (address.getAddressLines().length > 1)
addressLine2.setText(TextSources.create(address.getAddressLines()[1]));
final HTMLComponent city = new HTMLComponent();
// The "prop" class name is part of the standard HTML structure. It is always a good idea to
// also
/// add a specific class name like "city" in this example. Please be consistent when using class
// names.
/// For example, if everyone else is using "city", please use "city" too. Don't come up with
// another class name
/// that means something similar like "town" or "locality". Consistency has a big impact on
/// the time required to style HTML as well as the ability to reuse CSS.
city.setHTMLElement(HTMLElement.span).addClassName("prop").addClassName("city");
if (!StringFactory.isEmptyString(address.getCity())) {
// Our microdata for the city shouldn't include the comma, so this is a bit more complicated
// than the other examples.
city.setText(
TextSources.create(
"<span itemprop=\"addressLocality\">"
+ address.getCity()
+ "</span><span class=\"delimiter\">,</span>"));
} else city.setVisible(false);
final Label state = new Label(TextSources.create(address.getState()));
state.addClassName("prop").addClassName("state");
final Label postalCode = new Label(TextSources.create(address.getPostalCode()));
postalCode.addClassName("prop").addClassName("postal_code");
// Other Contact
final Field phoneNumber = new Field(userProfile.getPhoneNumber(), false);
final Field emailAddress = new Field(userProfile.getEmailAddress(), false);
// Social Contact
final URILink twitterLink =
userProfile.getTwitterLink() != null
? new URILink(_userProfileDAO.toURI(userProfile.getTwitterLink(), null))
: null;
final URILink facebookLink =
userProfile.getFacebookLink() != null
? new URILink(_userProfileDAO.toURI(userProfile.getFacebookLink(), null))
: null;
final URILink linkedInLink =
userProfile.getLinkedInLink() != null
? new URILink(_userProfileDAO.toURI(userProfile.getLinkedInLink(), null))
: null;
// We are going to output HTML received from the outside, so we need to sanitize it first for
// security reasons.
/// Sometimes you'll do this sanitation prior to persisting the data. It depends on whether or
// not you need to
/// keep the original unsanitized HTML around.
String processedHTML = userProfile.getAboutMeProse();
if (!StringFactory.isEmptyString(processedHTML)) {
// Process the HTML converting links as necessary (adding JSESSIONID(s)
/// for URL based session tracking, converting resource links to increase concurrent loading
// limit,
/// CMS link externalization, etc).
/// This is *not* sanitation and should always be done before rendering - never before
// persisting.
/// We are doing this before sanitizing the HTML to avoid having to whitelist internal URL
// protocols, etc.
try {
processedHTML =
XMLRenderer.parseWithRoot(processedHTML, Event.getRequest(), Event.getResponse());
} catch (IOException e) {
_logger.error("Unable to accept HTML: " + processedHTML, e);
}
// We don't trust the input, so we sanitize it with a whitelist of allowed HTML.
Document dirty = Jsoup.parseBodyFragment(processedHTML, "");
Whitelist whitelist = Whitelist.relaxed();
// Don't allow users to use our website as a link farm
whitelist.addEnforcedAttribute("a", "rel", "nofollow");
Cleaner cleaner = new Cleaner(whitelist);
Document clean = cleaner.clean(dirty);
processedHTML = clean.html();
}
final HTMLComponent aboutMeProse = new HTMLComponent(processedHTML);
Component aboutMeVideo = null;
URL videoLink = userProfile.getAboutMeVideoLink();
if (videoLink != null) {
// There are several ways to link to media (Youtube video URL, Vimeo video URL, Flickr URL,
// internally hosted media file, etc).
/// You can link to it.
/// You can embed it. See http://oembed.com/ for a common protocol for doing this.
/// If the link is to the media itself, you can create a player for it.
/// Below is an example of creating a link to the video as well as a player.
final URI videoLinkURI = _userProfileDAO.toURI(videoLink, null);
URILink videoLinkComponent = new URILink(videoLinkURI, TextSources.create("My Video"));
videoLinkComponent.setTarget("_blank");
IMediaUtility util = MediaUtilityFactory.getUtility();
try {
// Check if we can parse the media and it has a stream we like.
/// In our made up example, we're only accepting H.264 video. We don't care about the audio
// in this example.
IMediaMetaData mmd;
if (util.isEnabled()
&& videoLinkURI != null
&& (mmd = util.getMetaData(videoLinkURI.toString())).getStreams().length > 0) {
int width = 853, height = 480; // 480p default
boolean hasVideo = false;
for (IMediaStream stream : mmd.getStreams()) {
if (stream.getCodec().getType() == ICodec.Type.video
&& "H264".equals(stream.getCodec().name())) {
hasVideo = true;
if (stream.getWidth() > 0) {
width = stream.getWidth();
height = stream.getHeight();
}
break;
}
}
if (hasVideo) {
Media component = new Media();
component.setMediaType(Media.MediaType.video);
component.addSource(new MediaSource(videoLinkURI));
component.setFallbackContent(videoLinkComponent);
component.setSize(new PixelMetric(width), new PixelMetric(height));
aboutMeVideo = component;
}
}
} catch (IllegalArgumentException | RemoteException e) {
_logger.error("Unable to get media information for " + videoLink, e);
}
if (aboutMeVideo == null) {
// We could check for oEmbed support in case link was to youtube, vimeo, etc -
// http://oembed.com/
// Since this is an example, we'll just output the link.
aboutMeVideo = videoLinkComponent;
}
}
ImageComponent picture = null;
final FileEntity userProfilePicture = userProfile.getPicture();
if (userProfilePicture != null) {
picture = new ImageComponent(new Image(userProfilePicture));
picture.setImageCaching(
userProfilePicture
.getLastModifiedTime()
.before(new Date(System.currentTimeMillis() - TimeUnit.MINUTES.toMillis(60))));
}
// Now that we've initialized most of the content, we'll add all the components to this View
/// using the standard HTML structure for a property viewer.
add(
of(
HTMLElement.section,
"prop-group name",
new Label(TextSources.create("Name")).setHTMLElement(HTMLElement.h1),
namePrefix
.setAttribute("itemprop", "honorificPrefix")
.addClassName("prop")
.addClassName("prefix"),
nameGiven
.setAttribute("itemprop", "givenName")
.addClassName("prop")
.addClassName("given"),
nameFamily
.setAttribute("itemprop", "familyName")
.addClassName("prop")
.addClassName("family"),
nameSuffix
.setAttribute("itemprop", "honorificSuffix")
.addClassName("prop")
.addClassName("suffix")));
// Add wrapping DIV to group address lines if necessary.
Component streetAddress =
(!StringFactory.isEmptyString(addressLine1.getText())
&& !StringFactory.isEmptyString(addressLine2.getText())
? of(HTMLElement.div, "address_lines", addressLine1, addressLine2)
: (StringFactory.isEmptyString(addressLine1.getText()) ? addressLine2 : addressLine1)
.setHTMLElement(HTMLElement.div));
streetAddress.setAttribute("itemprop", "streetAddress");
boolean hasAddress =
(!StringFactory.isEmptyString(addressLine1.getText())
|| !StringFactory.isEmptyString(addressLine2.getText())
|| !StringFactory.isEmptyString(city.getText())
|| !StringFactory.isEmptyString(state.getText())
|| !StringFactory.isEmptyString(postalCode.getText()));
boolean hasPhone = !StringFactory.isEmptyString(phoneNumber.getText());
boolean hasEmail = !StringFactory.isEmptyString(emailAddress.getText());
// We only want to output the enclosing HTML if we have content to display.
if (hasAddress || hasPhone || hasEmail) {
Container contactContainer =
of(
HTMLElement.section,
"contact",
new Label(TextSources.create("Contact Information")).setHTMLElement(HTMLElement.h1));
add(contactContainer);
if (hasAddress) {
contactContainer.add(
of(
HTMLElement.div,
"prop-group address",
// We are using an H2 here because are immediate ancestor is a DIV. If it was a
// SECTION,
/// then we would use an H1. See the UserProfileViewer for a comparison.
new Label(TextSources.create("Address")).setHTMLElement(HTMLElement.h2),
streetAddress,
of(
HTMLElement.div,
"place",
city,
state.setAttribute("itemprop", "addressRegion"),
postalCode.setAttribute("itemprop", "postalCode")))
.setAttribute("itemprop", "address")
.setAttribute("itemscope", "")
.setAttribute("itemtype", "http://schema.org/PostalAddress"));
}
if (hasPhone) {
contactContainer.add(
of(
HTMLElement.div,
"prop phone",
new Label(TextSources.create("Phone")).setHTMLElement(HTMLElement.h2),
phoneNumber.setAttribute("itemprop", "telephone")));
}
if (hasEmail) {
contactContainer.add(
of(
HTMLElement.div,
"prop email",
new Label(TextSources.create("Email")).setHTMLElement(HTMLElement.h2),
emailAddress.setAttribute("itemprop", "email")));
}
}
if (twitterLink != null || facebookLink != null || linkedInLink != null) {
Container social =
of(
HTMLElement.section,
"social",
new Label(TextSources.create("Social Media Links")).setHTMLElement(HTMLElement.h1));
add(social);
if (twitterLink != null) {
twitterLink.setTarget("_blank");
twitterLink.setText(TextSources.create("Twitter Link"));
social.add(of(HTMLElement.div, "prop twitter", TextSources.create("Twitter"), twitterLink));
}
if (facebookLink != null) {
facebookLink.setTarget("_blank");
facebookLink.setText(TextSources.create("Facebook Link"));
social.add(
of(HTMLElement.div, "prop facebook", TextSources.create("Facebook"), facebookLink));
}
if (linkedInLink != null) {
linkedInLink.setTarget("_blank");
linkedInLink.setText(TextSources.create("LinkedIn Link"));
social.add(
of(HTMLElement.div, "prop linkedin", TextSources.create("LinkedIn"), linkedInLink));
}
}
final boolean hasAboutMeProse = StringFactory.isEmptyString(aboutMeProse.getText());
if (!hasAboutMeProse || aboutMeVideo != null) {
Container aboutMe =
of(
HTMLElement.section,
"about_me",
new Label(TextSources.create("About Me")).setHTMLElement(HTMLElement.h1));
add(aboutMe);
if (picture != null) {
aboutMe.add(of(HTMLElement.div, "prop picture", TextSources.create("Picture"), picture));
}
if (hasAboutMeProse) {
aboutMe.add(
of(
HTMLElement.div,
"prop prose",
TextSources.create("Professional Information, Hobbies, Interests..."),
aboutMeProse));
}
if (aboutMeVideo != null) {
Label label = new Label(TextSources.create("Video")).setHTMLElement(HTMLElement.label);
label.addClassName("vl");
aboutMe.add(of(HTMLElement.div, "prop video", label, aboutMeVideo));
}
}
}
