Appendix A. *-object.xml DTD
<?xml version="1.0" encoding="UTF-8" ?>
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<!--
<!DOCTYPE deployments PUBLIC
"-//JBoss Portal//DTD Portal Object 2.6//EN"
"http://www.jboss.org/portal/dtd/portal-object_2_6.dtd">
-->
<!--
The deployements element is a generic container for deployment elements.
-->
<!ELEMENT deployments (deployment*)>
<!--
The deployment is a generic container for portal object elements. The parent-ref
child gives the name of the parent object that the current object will use as parent.
The optional if-exists element define the behavior when a portal object which
an identical name is already child of the parent element. The default behavior of
the if-exist tag is to keep the existing object and not create a new object. The
last element is the portal object itself.
Example:
<deployment>
<parent-ref>default</parent-ref>
<page>
...
</page>
</deployment>
All portal objects have a common configuration which can be :
1/ a listener : specifies the id of a listener is the listener registry. A listener
object is able to listen portal events which apply to the portal node hierarchy.
2/ properties : a set of generic properties owned by the portal object. Some
properties can drive the behavior of the object.
3/ security-constraint : defines security configuration of the portal object.
-->
<!ELEMENT deployment (parent-ref?,if-exists?,(context|portal|page|window))>
<!--
Contains a reference to the parent object. The naming convention for naming object
is to concatenate the names of the path to the object and separate the names by a dot.
If the path is empty then the empty string must be used.
Example:
<parent-ref/> the root having an empty path
<parent-ref>default</parent-ref> the object with the name default under the root
having the path (default)
<parent-ref>default.default</parent-ref> the object with the path (default,default)
-->
<!ELEMENT parent-ref (#PCDATA)>
<!--
The authorized values are overwrite and keep. Overwrite means that the existing
object will be destroyed and the current declaration will be used. Keep means that
the existing object will not be destroyed and no creation hence will be done.
-->
<!ELEMENT if-exists (#PCDATA)>
<!--
A portal object of type context. A context type represent a node in the tree which
does not have a visual representation. It can exist only under the root. A context can
only have children with the portal type.
-->
<!ELEMENT context (context-name,properties?,listener?,security-constraint?,portal*,
(display-name* | (resource-bundle, supported-locale+)))>
<!--
The context name value.
-->
<!ELEMENT context-name (#PCDATA)>
<!--
A portal object of type portal. A portal type represents a virtual portal and can
have children of type page. In addition of the common portal object elements it support
also the declaration of the modes and the window states it supports. If no declaration
of modes or window states is done then the default value will be respectively
(view,edit,help) and (normal,minimized,maximized).
-->
<!ELEMENT portal (portal-name,supported-modes,supported-window-states?,properties?,
listener?,security-constraint?,page*,
(display-name* | (resource-bundle, supported-locale+)))>
<!--
The portal name value.
-->
<!ELEMENT portal-name (#PCDATA)>
<!--
The supported modes of a portal.
Example:
<supported-mode>
<mode>view</mode>
<mode>edit</mode>
<mode>help</mode>
</supported-mode>
-->
<!ELEMENT supported-modes (mode*)>
<!--
A portlet mode value.
-->
<!ELEMENT mode (#PCDATA)>
<!--
The supported window states of a portal.
Example:
<supported-window-states>
<window-state>normal</window-state>
<window-state>minimized</window-state>
<window-state>maximized</window-state>
</supported-window-states>
-->
<!ELEMENT supported-window-states (window-state*)>
<!--
A window state value.
-->
<!ELEMENT window-state (#PCDATA)>
<!--
A portal object of type page. A page type represents a page which can have children of
type page and window. The children windows are the windows of the page and the children
pages are the subpages of this page.
-->
<!ELEMENT page (page-name,properties?,listener?,security-constraint?,(page|window)*,
(display-name* | (resource-bundle, supported-locale+)))>
<!ELEMENT display-name (#PCDATA)>
<!ATTLIST display-name
xml:lang NMTOKEN #IMPLIED
>
<!ELEMENT resource-bundle (#PCDATA)>
<!ELEMENT supported-locale (#PCDATA)>
<!--
The page name value.
-->
<!ELEMENT page-name (#PCDATA)>
<!--
A portal object of type window. A window type represents a window. Beside the common
properties a window has a content and belong to a region on the page.
The instance-ref or content tags are used to define the content of the window. The
usage of the content tag is generic and can be used to describe any kind of content.
The instance-ref is a shortcut to define a content type of portlet which points to a
portlet instance.
The region and height defines how the window is placed in the page.
-->
<!ELEMENT window (window-name,(instance-ref|content),region,height,
initial-window-state?,initial-mode?,properties?,listener?,
(display-name* | (resource-bundle, supported-locale+)))>
<!--
The window name value.
-->
<!ELEMENT window-name (#PCDATA)>
<!--
Define the content of the window as a reference to a portlet instance. The value
is the id of the instance.
Example:
<instance-ref>MyPortletInstance</instance-ref>
-->
<!ELEMENT instance-ref (#PCDATA)>
<!--
Define the content of the window in a generic manner. The content is define by
the type of the content and an URI which acts as an identificator for the content.
Example:
<content>
<content-type>portlet</content-type>
<content-uri>MyPortletInstance</content-uri>
</content>
<content>
<content-type>cms</content-type>
<content-uri>/default/index.html</content-uri>
</content>
-->
<!ELEMENT content (content-type,content-uri)>
<!--
The content type of the window.
-->
<!ELEMENT content-type (#PCDATA)>
<!--
The content URI of the window.
-->
<!ELEMENT content-uri (#PCDATA)>
<!--
The region the window belongs to.
-->
<!ELEMENT region (#PCDATA)>
<!--
The window state to use when the window is first accessed
-->
<!ELEMENT initial-window-state (#PCDATA)>
<!--
The mode to use when the window is first accessed
-->
<!ELEMENT initial-mode (#PCDATA)>
<!--
The height of the window in the particular region.
-->
<!ELEMENT height (#PCDATA)>
<!--
Define a listener for a portal object. The value is the id of the listener.
-->
<!ELEMENT listener (#PCDATA)>
<!--
A set of generic properties for the portal object.
-->
<!ELEMENT properties (property*)>
<!--
A generic string property.
-->
<!ELEMENT property (name,value)>
<!--
A name value.
-->
<!ELEMENT name (#PCDATA)>
<!--
A value.
-->
<!ELEMENT value (#PCDATA)>
<!--
The security-constraint element is a container for policy-permission elements
Examples:
<security-constraint>
<policy-permission>
<role-name>User</role-name>
<action-name>view</action-name>
</policy-permission>
</security-constraint>
<security-constraint>
<policy-permission>
<unchecked/>
<action-name>view</action-name>
</policy-permission>
</security-constraint>
-->
<!ELEMENT security-constraint (policy-permission*)>
<!--
The policy-permission element is used to secure a specific portal page based on a
user's role.
-->
<!ELEMENT policy-permission (action-name*,unchecked?,role-name*)>
<!--
The role-name element is used to define a role that this security constraint will apply to
* <role-name>SOMEROLE</role-name> Access to this portal page is limited to the defined role.
-->
<!ELEMENT action-name (#PCDATA)>
<!--
The unchecked element is used to define (if present) that anyone can view this portal page
-->
<!ELEMENT unchecked EMPTY>
<!--
The action-name element is used to define the access rights given to the role defined.
Possible values are:
* view - Users can view the page.
-->
<!ELEMENT role-name (#PCDATA)>