public final class MySearchAttributeList extends SearchAttributeList implements Externalizable {
public void setLocale( Locale locale ) {
// Load in the values for the drop down list for selecting what to search against.
clientLocale = locale;
// **Customize --------------------------------------------------------------
--------------
// Add new classes to search to list below.
// Make sure that they are assigned numbers in sequence from 0 to N.
// Set dropDownListCount to N+1.
final int ALL = 0;
final int WTPART = 1;
…
final int MYCLASS = 22
int dropDownListCount = 23;
// -------------------------------------------------------------------------
------------…
pickList = new String[classCount];
pickList[ALL] =
WTMessage.getLocalizedMessage(RESOURCE,queryResource.ALL,null,clientLocale);
pickList[WTPART] =
WTMessage.getLocalizedMessage(RESOURCE,queryResource.WTPART,null,clientLocale);
…
pickList[MYCLASS] = WTMessage.getLocalizedMessage(RESOURCE,queryResource.
MYCLASS,null,clientLocale);
pickValues = new String[classCount];
pickValues[ALL] = queryResource.ALL;
pickValues[WTPART] = queryResource.WTPART;
…
pickValues[MYCLASS] = queryResource.MYCLASS;
// **Customize You will need a string in here to correspond to each item in
pickList
// The string is a space separated list of what classes to query
// against. If you want to query against multiple classes that have a common
parent that
// has all of the attributes that you are interested in use that one class. If
you want
// to query against multiple classes that don't have a good common parent then
you can
// add them to a list and the search will loop through each class and combine
the results
// at the end. All classes in one list must only search against COMMON
attributes or
// attributes with the same name and of the same class! If you add both a
parent and
// a child class to the list you will get duplicate entries, when the results
are
// combined duplicate entries are not deleted.
queryClass = new String[classCount];
queryClass[ALL] =
"wt.part.WTPart wt.doc.WTDocument wt.change2.WTChangeIssue
wt.change2.WTChangeRequest2 " +
"wt.change2.WTChangeInvestigation wt.change2.WTAnalysisActivity
wt.change2.WTChangeProposal " +
"wt.change2.WTChangeOrder2 wt.change2.WTChangeActivity2
wt.csm.businessentity.BusinessEntity " +
"wt.effectivity.ConfigurationItem wt.epm.EPMDocument " +
"wt.replication.unit.WTUnit " +
"wt.part.WTProductConfiguration " +
"wt.part.WTProductInstance2 "; // Please remember to keep a space at the
end so that conditionally added items work.
…
queryClass[WTPART] = "wt.part.WTPart";
…
queryClass[MYCLASS] = "?.?.MyClass";
// **Customize These are the
// attributes that can be queried against.
inputAttributes = new String[classCount];
inputAttributes[ALL] =
"number name lifeCycleState projectId cabinet creator modifier
modifyTimestamp";
inputAttributes[WTPART] =
"number name view versionIdentifier partType source lifeCycleState projectId
cabinet creator modifier modifyTimestamp";
…
inputAttributes[MYCLASS] =
"name modifyTimestamp";
// **Customize Each individual
// string must match with the string listed above for the inputAttributes. "0"
stands for no
// input processing. If an attribute is an enumerated type use "0" and the
code will generate
// the drop down list. In the first string: projectId is in the fourth
position in inputAttributes
// so the method to generate the drop down list for it is also in the fourth
position in the
// string. The "0"s and methods must match in number with the number of
attributes listed
// under inputAttributes. You may add a fully qualified method from your
customization package
// as long as it is static and returns a vector of strings.
inputProcessing = new String[classCount];
inputProcessing[ALL] =
"0 0 0 wt.query.LocalSearchProcessor.getProjectList
wt.query.LocalSearchProcessor.getCabinetList 0 0 0";
inputProcessing[WTPART] =
"0 0 wt.query.LocalSearchProcessor.getViewList 0 0 0 0
wt.query.LocalSearchProcessor.getProjectList
wt.query.LocalSearchProcessor.getCabinetList 0 0 0";
…
inputProcessing[MYCLASS] =
"0 0";
// **Customize This is similar in concept to inputAttributes only these are
the attributes
// that will be displayed in the search results.
outputAttributes = new String[classCount];
outputAttributes[ALL] =
"number name versionDisplayIdentifier displayType lifeCycleState projectId
modifyTimestamp";
outputAttributes[WTPART] =
"number name versionDisplayIdentifier projectId lifeCycleState
modifyTimestamp";
…
outputProcessing[MYCLASS] =
"ObjProps 0";
// **New for 6.0
// **Customize This is similar in concept to outputAttributes only this list
is used
// to indicate which attributes can be sorted, can't be sorted, or an alternate
attribute
// that can be sorted to have the same affect as the display attribute. The
string that is used
// here should be the column descriptor so that it can be used to create the
ClassAttribute for
// the query. The query that is used for search is a simple query that will
not sort on all
// of the display attributes. Changing the 0 to 1 for an unsupported attribute
will
// either cause exceptions or sorts that don't work. Attributes of the
following types are
// just some examples of the attributes that will either throw exceptions or
sort incorrectly:
// EnumeratedType, CabinetReference, DataFormatReference,
LifeCycleTemplateReference, ProjectReference,
// and ViewReference.
sortAttributes = new String[classCount];
sortAttributes[ALL] =
"1 1 versionInfo.identifier.versionId 0 0 01";
sortAttributes[WTPART] =
"1 1 versionInfo.identifier.versionId 0 0 1";
…
sortAttributes[MYCLASS] =
"1 1";
// **New for 6.0
// **Customize This is similar in concept to outputAttributes only this list
is used
// for assigning a unique key to the sort preferences for this search. This
string will
// be persisted and used to retrieve the sort preferences for users. If the
value of one
// of these strings is changed or deleted after the system is in operation it
will create orphaned
// preferences in the system and users will lose the value that they had
persisted for that
// search. New entries can be added when a new search is added so that sort
preferences
// can be saved for that new search. These strings are arbitrary and never
displayed to the user.
sortPref = new String[classCount];
sortPref[ALL] =
"all";
sortPref[WTPART] =
"wtpart";
…
sortPref[MYCLASS] =
"myclass";
}
/**
*
* <BR><BR><B> Supported API: </B>false
*
* @param locale
* @return MySearchAttributeList
**/
public MySearchAttributeList( Locale locale ) {
setLocale(locale);
}
/**
*
* <BR><BR><B> Supported API: </B>false
*
* @return MySearchAttributeList
**/
public MySearchAttributeList() {
return;
}
}

<sort preference base name>sortAttrib<#>
<sort preference base name>sortDirect<#>

#All
PrefEntry~allsortAttrib0~number~/wt/query/htmlsearch
PrefEntry~allsortDirect0~false~/wt/query/htmlsearch
PrefEntry~allsortAttrib1~versionInfo.identifier.versionId~/wt/query/htmlsearch
PrefEntry~allsortDirect1~true~/wt/query/htmlsearch