/**
* Writes html with the list of found agents across the top, with links to tables below for each
* agent. The tables show each agents relationships to other agents. There are links in those
* tables too, to the other referenced agents.
*/
protected void writeResponse(
XMLable result,
OutputStream out,
HttpServletRequest request,
SimpleServletSupport support,
int format,
boolean allRelationships) {
if ((format == FORMAT_HTML) && allRelationships) {
HierarchyData data = (HierarchyData) result;
if (VERBOSE)
System.out.println(
"HierarchyWorker.writeResponse - got data for " + data.numOrgs() + " orgs");
PrintWriter writer = new PrintWriter(out);
writer.println(
"<HTML><HEAD>\n<TITLE>"
+ getPrefix()
+ support.getAgentIdentifier()
+ "</TITLE>\n"
+ "</HEAD><BODY>\n"
+ "<H2><CENTER>"
+ getPrefix()
+ support.getAgentIdentifier()
+ "</CENTER></H2><p><pre>\n");
writer.flush();
writer.println(
"<a name=\"top\"/>" + "<TABLE align=center border=0 cellPadding=1 cellSpacing=1>");
boolean rowEnded = false;
int k = 0;
data.sortOrgs();
for (; k < data.numOrgs(); k++) {
Organization org = data.getOrgDataAt(k);
if ((k % AGENTS_IN_ROW) == 0) {
writer.println("<TR>");
rowEnded = false;
}
writer.println(
"<TD><a href=\"#" + org.getPrettyName() + "\"/>" + org.getPrettyName() + "</a></TD>");
if ((k % AGENTS_IN_ROW) == AGENTS_IN_ROW - 1) {
writer.println("</TR>");
rowEnded = true;
}
}
for (int i = (k % AGENTS_IN_ROW); i < AGENTS_IN_ROW; i++) writer.print("<TD></TD>");
if (!rowEnded) writer.println("</TR>");
writer.println("</TABLE><P/><P/><br/>");
for (int i = 0; i < data.numOrgs(); i++) {
Organization org = data.getOrgDataAt(i);
writer.println(
"<P>Agent relationships for <B><a name=\""
+ org.getPrettyName()
+ "\" />"
+ org.getPrettyName()
+ "</B> <a href=\"#top\">[top]</a></P>");
writer.println("<TABLE align=center border=1 cellPadding=1 cellSpacing=1");
writer.println("width=75% bordercolordark=#660000 bordercolorlight=#cc9966>");
writer.println("<TR>");
// writer.println("<TD width=\"25%\"> <FONT color=mediumblue ><B>Agent</FONT></B> </TD>");
writer.println(
"<TD width=\"25%\"> <FONT color=mediumblue ><B>Assigned Agent</FONT></B></TD>");
writer.println("<TD width=\"75%\"> <FONT color=mediumblue ><B>Role </FONT></B></TD>");
writer.println("</TR>");
List relations = org.getRelations();
Collections.sort(relations);
for (Iterator iter = relations.iterator(); iter.hasNext(); ) {
Organization.OrgRelation relation = (Organization.OrgRelation) iter.next();
String relatedOrg = relation.getRelatedOrg();
writer.println(
"<TR><TD><a href=\"#"
+ relatedOrg
+ "\">"
+ relatedOrg
+ "</a></TD><TD>"
+ relation.getName()
+ "</TD></TR>");
}
writer.println("</TABLE><P>");
}
writer.println("\n</BODY></HTML>\n");
writer.flush();
} else {
try {
writeResponse(result, out, request, support, format);
} catch (Exception e) {
System.err.println(
"Got exception " + e + " writing out response for " + support.getAgentIdentifier());
e.printStackTrace();
}
}
}
/** populates a HierarchyData object given the self Org */
protected HierarchyData getHierarchyData(
HttpServletRequest request,
SimpleServletSupport support,
HasRelationships selfOrg,
boolean recurse,
boolean allRelationships,
Set visitedOrgs) {
// create a "self" org
String selfOrgName = ((Asset) selfOrg).getClusterPG().getMessageAddress().toString();
visitedOrgs.add(selfOrgName);
// build list of orgs
HierarchyData hd = new HierarchyData();
Organization toOrg = new Organization();
toOrg.setUID(selfOrgName);
toOrg.setPrettyName(selfOrgName); // where is the pretty name kept?
hd.setRootOrgID(selfOrgName); // set rootId as self
MutableTimeSpan mts = new MutableTimeSpan();
RelationshipSchedule schedule = selfOrg.getRelationshipSchedule();
Collection subordinates = new HashSet();
if (!allRelationships) {
Collection subordinates1 =
schedule.getMatchingRelationships(SUBORD_ROLE, mts.getStartTime(), mts.getEndTime());
subordinates.addAll(subordinates1);
Collection subordinates2 =
schedule.getMatchingRelationships(
ADMIN_SUBORD_ROLE, mts.getStartTime(), mts.getEndTime());
subordinates.addAll(subordinates2);
} else {
subordinates.addAll(schedule.getMatchingRelationships(mts));
}
// add self org to hierarchy
hd.addOrgData(toOrg);
if (VERBOSE && false)
System.out.println("getHierarchyData - " + selfOrgName + " has these subs " + subordinates);
if (subordinates.isEmpty()) {
// no subordinates
return hd;
}
Set recurseSubOrgSet = null;
if (recurse) {
recurseSubOrgSet = new HashSet();
}
// Safe to iterate over subordinates because getSubordinates() returns
// a new Collection.
for (Iterator schedIter = subordinates.iterator(); schedIter.hasNext(); ) {
Relationship relationship = (Relationship) schedIter.next();
Asset subOrg = (Asset) schedule.getOther(relationship);
String role = schedule.getOtherRole(relationship).getName();
String subOrgName = subOrg.getClusterPG().getMessageAddress().toString();
// client wants a numerical identifier for the role
int roleId;
if (!allRelationships) {
if (role.equalsIgnoreCase("AdministrativeSubordinate")) {
// admin_subord
roleId = org.cougaar.planning.servlet.data.hierarchy.Organization.ADMIN_SUBORDINATE;
} else {
// some other subord type
// ** add more String.equals cases here **
roleId = org.cougaar.planning.servlet.data.hierarchy.Organization.SUBORDINATE;
}
toOrg.addRelation(subOrgName, roleId);
} else if (!role.endsWith("Self")) {
toOrg.addRelation(subOrgName, role);
}
if (recurse
&& (!(selfOrgName.equals(subOrgName)))
&& // don't recurse on yourself
validRole(role)
&& // only on customers, subordinates, etc.
!visitedOrgs.contains(subOrgName)) { // only ones we haven't visited before
if (VERBOSE) // so we don't have circular paths
System.out.println(
"self "
+ selfOrgName
+ " sub "
+ subOrgName
+ " role "
+ role
+ (validRole(role) ? " VALID " : " invalid"));
recurseSubOrgSet.add(subOrgName);
}
}
// if we are recursing, recurse on subordinates
if (recurse) {
visitedOrgs.addAll(recurseSubOrgSet);
recurseOnSubords(recurseSubOrgSet, request, support, allRelationships, visitedOrgs, hd);
}
// return list
return hd;
}
