Wiki source code of Current Users (by group)

Last modified by Hal Eden on 2009/04/03 15:17
Content · Comments (0) · Attachments (7) · History · Information
#macro(graphgearmap $mapname)
<link href=$doc.getAttachmentURL("slider.css") rel="stylesheet" type="text/css" />
<script type="text/javascript"
src="$doc.getAttachmentURL('swfobject.js')">
</script>
<script type="text/javascript"
src="$doc.getAttachmentURL('mootools.js')">
</script>
<script type="text/javascript"
src="$doc.getAttachmentURL('slider.js')">
</script>
<script type="text/javascript"
src="$doc.getAttachmentURL('graphgear.js')">
</script>
<div id="gearspace_$mapname" style="width:100%; height:750px">
Flash plugin or Javascript are turned off.
Activate both  and reload to view the mindmap
</div>
<script language="JavaScript">
    var flashMovie;
    function init() {
        if (document.getElementById) {
           flashMovie = document.getElementById("graphgear");
        }
    }
    function jsLiveXML() {
        var xml = document.liveXml.liveXmlArea.value;
        flashMovie.liveXML(xml);
    }
    function switchGravity(num) {   
        flashMovie.changeProperty("GRAVITY", num);
    }
    function setSegmentLength(num) {
        flashMovie.changeProperty("idealSegmentLength", num);
    }
    function setBounce(num) {
        flashMovie.changeProperty("SPRINGK", num);
    }
    function setRepel(num) {
        flashMovie.changeProperty("REPELK", num);
    }
    function addRandomNode() {
        flashMovie.addRandomNode();
    }
    window.onload = init;
</script>
<script type="text/javascript">
var so = new SWFObject("$doc.getAttachmentURL("GraphGear.swf")", "graphgear", "100%", "100%", "8");
so.addVariable("graphXMLFile", "$doc.getAttachmentURL($mapname)"); // rename to your xml file
so.addVariable("idealSegmentLength", 100);
so.addVariable("REPELK", 50);
so.addVariable("SPRINGK", 30);
so.addVariable("action", "center");
so.addParam("allowScriptAccess", "always");
so.addParam("scale", "showall");
so.addParam("salign", "tl");
so.write("gearspace_$mapname"); 
</script>
#end
$xwiki.jsx.use("XWiki.GraphGearTest")
1 Current Users (by group)
#graphgearmap("groupmap.xml")
<%
import java.io.StringReader
import java.util.HashMap
import com.xpn.xwiki.doc.XWikiAttachment
import groovy.xml.MarkupBuilder

if (xwiki.hasAdminRights())
{
    println "[Update the Group Map>" + doc.fullName + "?updategm=1]"
    if (request.get("updategm") != null)
    {
        print "Start mindmap generation... "

        def sql = ", BaseObject as obj where obj.name=doc.fullName and obj.className='XWiki.XWikiGroups'"
        def writer = new StringWriter()
        def xmlBuilder = new MarkupBuilder(writer)
        def nodes = []
 
        xmlBuilder.graph (title: "User Map", bgcolor:"ffffff", linecolor:"cccccc", viewmode:"explore", width:"725", height:"725") {
            xmlBuilder.node (id: "root", text:"Groups", color:"ffffff")
            for (item in xwiki.searchDocuments(sql)) {
               def groupdoc = xwiki.getDocument(item)
               xmlBuilder.node(id: groupdoc.getName(), text:groupdoc.getName(), color:"cccccc")
               xmlBuilder.edge(sourceNode: "root", targetNode: groupdoc.getName(), label:"")
               def users = groupdoc.getObjects("XWiki.XWikiGroups")
               for (user in users) {
                 def hgapcount = 0
                 def totalCount = users.size()
                 def userName = xwiki.getUserName(user.getProperty("member").value)
                 userName = user.getProperty("member").value
                 def userdoc = xwiki.getDocument(userName)
                 if (userdoc != null) {
                    def attachCount = userdoc.attachmentList.size()
                    def attachIndex = attachCount - 1
                    def nodeURL = userdoc.getURL()
                    def nodeHtml = xwiki.getUserName(userName, false)
                    def userN = nodeHtml
                    def obj = userdoc.getObject("XWiki.XWikiUsers")
                    def attachURL = ""
                    if (obj != null) {
                        def lastname = obj.get("last_name")
                        def firstname = obj.get('first_name')
                        nodeHtml = firstname + ' ' + lastname
                    }

                    if (attachCount >0){
                        def attach = userdoc.attachmentList.get(0)
                        attachURL = userdoc.getAttachmentURL(attach.filename,"download") + "?width=90"
                    }
                   if (! nodes.contains(userName)) {
                      nodes.add(userName)
                      xmlBuilder.node(id: userN, text: nodeHtml, color:"aaaaaa", image: attachURL, link: nodeURL)
                   }
                   xmlBuilder.edge(sourceNode: groupdoc.getName(), targetNode: userN, label:"")
                   }
                }
            }
        }
        def attachmentName = "groupmap.xml"
        def attachment = doc.getDocument().getAttachment(attachmentName)
        if (!attachment){
           attachment = new XWikiAttachment(doc.getDocument(), attachmentName)
           doc.getDocument().getAttachmentList().add(attachment)
        }

        attachment.setContent(writer.toString().getBytes())
        doc.getDocument().saveAttachmentContent(attachment, context.getContext())
        doc.save()

        println "done"
        response.sendRedirect(xwiki.getURL(doc.getName(),"view")) 
    }
}

%>
<%
import java.util.StringTokenizer
import java.util.HashMap
import com.xpn.xwiki.doc.XWikiAttachment
import groovy.xml.MarkupBuilder

if (xwiki.hasAdminRights()) {
    if(request.get("updaterelations") != null) {
        //common edits user relations
        def sql = ", BaseObject as obj where obj.name=doc.fullName and obj.className='XWiki.XWikiUsers'"
        def usersArray = []
        
        for (item in xwiki.searchDocuments(sql)) {
            def username = xwiki.getUserName(item) 
            def user = xwiki.getUser(item)
            
            //if (user.isUserInGroup("XWiki.DCNM2009")) {
            usersArray.add([item, xwiki.criteriaService.revisionCriteriaFactory.createRevisionCriteria(item), [], 0])
            //}
        }
        
        sql = ", BaseObject as obj"
        
        def test = 0
        
        for (item in xwiki.searchDocuments(sql)) {
        
            def currDocument = xwiki.getDocument(item)
            //checks if each user has editing this doc
            for(currUser in usersArray) {
                def revisions = currDocument.getRevisions(currUser[1])
                if(revisions.size() > 0) {
                    currUser[2].add(revisions.size())
                    currUser[3] = currUser[3] + 1
                }
                else {
                    currUser[2].add(0)
                } 
            }
        }
    
        def distanceArray = []
        def dimension = usersArray.size() 
        for(i in 0..(dimension - 1)) {
            def row = new double[dimension]
            distanceArray.add(row)
            
            //fill in previously calculated distances (symmetric matrix)
            for(prev in 0..(i-1)) {
                distanceArray[i][prev] = distanceArray[prev][i]
            }
            
            //calculate distances
            if(i < (dimension - 1)) {
                for(next in (i+1)..(dimension - 1)) {
                
                    //tanimoto distance
                    //calculate cross product of usersArray[i][2] and usersArray[next][2]
                    def totalShared = 0
                    for(k in 0..(usersArray[i][2].size() - 1)) {
                        if(usersArray[i][2][k] != null && usersArray[next][2][k] != null) {
                            if(usersArray[i][2][k] * usersArray[next][2][k] > 0) {
                                totalShared += 1
                            }
                        }
                    }
                    
                    def denom = (double)(usersArray[next][3]+ usersArray[i][3] - totalShared)
                    if(denom != 0) {
                        distanceArray[i][next] = totalShared / denom
                    } else {
                        distanceArray[i][next] = 0
                    }
                }
            }
        }
        
        //write out connection matrix to an attachment
        def writer = new StringWriter() 
        def xmlBuilder = new MarkupBuilder(writer)
        
        xmlBuilder.graph (title: "User Map", bgcolor:"ffffff", linecolor:"cccccc", viewmode:"explore", width:"725", height:"725"){
        
            for(i in 0..(usersArray.size()-1)) {
                if (distanceArray[i] != null> 0) {
                    def nonzero = distanceArray[i].inject(0.0) { running, item -> running + item }
                    if (nonzero > 0.0) {
                        def userN = xwiki.getUserName( usersArray[i][0], false)
                        xmlBuilder.node(id: userN, text: userN, color:"aaaaaa", nonzero:nonzero)
                    }
                }
            }
            for(i in 0..(distanceArray.size()-2)) {
                for(j in (i+1)..(distanceArray.size()-1)) {
                    if (distanceArray[i][j] > 0) {
                        def fromUser = xwiki.getUserName(usersArray[i][0], false);
                        def toUser = xwiki.getUserName(usersArray[j][0], false);
                        xmlBuilder.edge(sourceNode: fromUser, targetNode: toUser, distFactor:distanceArray[i][j], label:"")
                    }
                }
            }
        }
        def attachmentName = "userdistances.xml"
        def attachment = doc.getDocument().getAttachment(attachmentName)
        if (!attachment){
            attachment = new XWikiAttachment(doc.getDocument(), attachmentName)
            doc.getDocument().getAttachmentList().add(attachment)
        }
        
        attachment.setContent(writer.toString().getBytes())
        doc.getDocument().saveAttachmentContent(attachment, context.getContext())
        doc.save()
        
        println "Finished updating user relations."       
    } else {
        println "[Update the User Relations>" + doc.fullName + "?updaterelations=1]"
    }
}

if(request.get("viewtoplsa") != null){
    def users = []
    def distanceArray = []
    def attachmentName = "lsa-creativeit2.csv"
    def attachment = doc.getAttachment(attachmentName)
    if (!attachment){
        println "No lsa file found."
    } else {
        def content = attachment.getContentAsString()
        def reader = new BufferedReader(new StringReader(content))
        def userListStr = new StringTokenizer(reader.readLine(), ",")
        // for(i in 1..size) {
        while (userListStr.hasMoreTokens()) {
            users.add(userListStr.nextToken())
        }
        def sortedDistanceMatrix = []
        //for(i in 1..size) {
        i = 0
        while ((thisLine = reader.readLine()) != null) {
            i++
            def distanceStr = new StringTokenizer(thisLine, ",")
            def row = []
            j = 0
            
            //for(j in 1..size) {
            while (distanceStr.hasMoreTokens()) {
            j++
            row.add([users[j-1],Double.parseDouble(distanceStr.nextToken())])
            }
            
            //sort the row
            for(j in 1..(row.size()-1)) {
                def valueC = row[j][1]
                def valueN = row[j][0]
                def k = j-1
                while(k >= 0 && row[k][1] < valueC) {
                    row[k + 1][0] = row[k][0]
                    row[k + 1][1] = row[k][1]
                    k = k-1
                }
                row[k+1][0] = valueN
                row[k+1][1] = valueC
            } 
            
            //prints users' top five connected people if they exist
            
            print users[i-1] + ": "
            for(j in 0..4) {
                if(row[j][1] > 0) {
                    if(j > 0) {
                        print ", "
                    }
                    print xwiki.getUserName(row[j][0])
                }
            }
            println "\n"
            
            sortedDistanceMatrix.add(row)
        }
    } 
} else {
      println "\\\\[Show top lsa Relations>" + doc.fullName + "?viewtoplsa=1]"
}

if(request.get("genlsa") != null){
    def usersArray = []
    def distanceArray = []
    def attachmentName = "lsa-creativeit2.csv"
    def attachment = doc.getAttachment(attachmentName)
    if (!attachment){
        println "No lsa file found."
    } else {
        def content = attachment.getContentAsString()
        def reader = new BufferedReader(new StringReader(content))
        def userListStr = new StringTokenizer(reader.readLine(), ",")
        // for(i in 1..size) {
        while (userListStr.hasMoreTokens()) {
            usersArray.add(userListStr.nextToken())
        }
        def sortedDistanceMatrix = []
        //for(i in 1..size) {
        i = 0
        while ((thisLine = reader.readLine()) != null) {
            i++
            def distanceStr = new StringTokenizer(thisLine, ",")
            def row = []
            j = 0
            
            //for(j in 1..size) {
            while (distanceStr.hasMoreTokens()) {
                j++
                row.add([usersArray[j-1],Double.parseDouble(distanceStr.nextToken())])
            }
            
            //sort the row
            
            for(j in 1..(row.size()-1)) {
                def valueC = row[j][1]
                def valueN = row[j][0]
                def k = j-1
                while(k >= 0 && row[k][1] < valueC) {
                    row[k + 1][0] = row[k][0]
                    row[k + 1][1] = row[k][1]
                    k = k-1
                }
                row[k+1][0] = valueN
                row[k+1][1] = valueC
            } 
            sortedDistanceMatrix.add(row)
        }

        //write out connection matrix to an attachment
        def writer = new StringWriter() 
        def xmlBuilder = new MarkupBuilder(writer)
        
        xmlBuilder.graph (title: "Profile Closeness", bgcolor:"ffffff", linecolor:"cccccc", viewmode:"explore", width:"725", height:"725"){
        
            for(i in 0..(usersArray.size()-1)) {
                if (sortedDistanceMatrix[i] != null) {
                    def nonzero = sortedDistanceMatrix[i].inject(0.0) { running, item -> running + item[1] }
                    if (nonzero > 0.0) {
                        def userN = xwiki.getUserName( usersArray[i], false)
                 	//userN = user.getProperty("member").value
                 	def userdoc = xwiki.getDocument(usersArray[i])
                 	if (userdoc != null) {
                    	    def attachCount = userdoc.attachmentList.size()
                    	    def attachIndex = attachCount - 1
                    	    def nodeURL = userdoc.getURL()
                    	    def nodeHtml = xwiki.getUserName(userN, false)
                    	    userN = nodeHtml
                    	    def obj = userdoc.getObject("XWiki.XWikiUsers")
                    	    def attachURL = ""
                    	    if (obj != null) {
                        	def lastname = obj.get("last_name")
                        	def firstname = obj.get('first_name')
                        	nodeHtml = firstname + ' ' + lastname
                    	    }

                    	    if (attachCount >0){
                        	def attach = userdoc.attachmentList.get(0)
                        	attachURL = userdoc.getAttachmentURL(attach.filename,"download") + "?width=90"
                    	    }
                            xmlBuilder.node(id: userN, text: nodeHtml, color:"aaaaaa", image: attachURL, link: nodeURL, nonzero: nonzero)
			}

                        //xmlBuilder.node(id: userN, text: userN, color:"aaaaaa", nonzero:nonzero)
                    }
                }
            }
            
            for(i in 0..(sortedDistanceMatrix.size()-1)) {
                for(j in 1..5) {
                    if (sortedDistanceMatrix[i][j] != null) {
                        if (sortedDistanceMatrix[i][j][1] > 0) {
                            def fromUser = xwiki.getUserName(usersArray[i], false);
                            def toUser = xwiki.getUserName(sortedDistanceMatrix[i][j][0], false);
                            xmlBuilder.edge(sourceNode: fromUser, targetNode: toUser, distFactor: sortedDistanceMatrix[i][j][1], label:"")
                        }
                    }
                }
            }
        }
        def outAttachmentName = "lsadistances.xml"
        def outAttachment = doc.getDocument().getAttachment(outAttachmentName)
        if (!outAttachment){
            outAttachment = new XWikiAttachment(doc.getDocument(), outAttachmentName)
            doc.getDocument().getAttachmentList().add(outAttachment)
        }
        
        outAttachment.setContent(writer.toString().getBytes())
        doc.getDocument().saveAttachmentContent(outAttachment, context.getContext())
        doc.save()
        
        println "Finished updating lsa relations."  
    }
} else {
    println "\\\\[generate graph for lsa Relations>" + doc.fullName + "?genlsa=1]"
}

if(request.get("genlsaxxx") != null){
    def usersArray = []
    def distanceArray = []
    def attachmentName = "lsa-creativeit2.csv"
    def attachment = doc.getAttachment(attachmentName)
    if (!attachment){
        println "No lsa file found."
    } else {
    def content = attachment.getContentAsString()
    def reader = new BufferedReader(new StringReader(content))
    def userListStr = new StringTokenizer(reader.readLine(), ",")
    // for(i in 1..size) {
    while (userListStr.hasMoreTokens()) {
        usersArray.add(userListStr.nextToken())
    }
    def sortedDistanceMatrix = []
    //for(i in 1..size) {
    i = 0
    while ((thisLine = reader.readLine()) != null) {
        i++
        def distanceStr = new StringTokenizer(thisLine, ",")
        def row = []
        j = 0
        
        //for(j in 1..size) {
        while (distanceStr.hasMoreTokens()) {
            j++
            row.add(Double.parseDouble(distanceStr.nextToken()))
        }
        
        distanceArray.add(row)
    }
    
    } 
    //write out connection matrix to an attachment
    def writer = new StringWriter() 
    def xmlBuilder = new MarkupBuilder(writer)
    
    xmlBuilder.graph (title: "User Map", bgcolor:"ffffff", linecolor:"cccccc", viewmode:"explore", width:"725", height:"725"){
    
        for(i in 0..(usersArray.size()-1)) {
            if (distanceArray[i] != null> 0) {
                def nonzero = distanceArray[i].inject(0.0) { running, item -> running + item }
                if (nonzero > 0.0) {
                    def userN = xwiki.getUserName( usersArray[i], false)
                    xmlBuilder.node(id: userN, text: userN, color:"aaaaaa", nonzero:nonzero)
                }
            }
        }
        
        for(i in 0..(distanceArray.size()-2)) {
            for(j in (i+1)..(distanceArray.size()-1)) {
                if (distanceArray[i][j] > 0) {
                    def fromUser = xwiki.getUserName(usersArray[i], false);
                    def toUser = xwiki.getUserName(usersArray[j], false);
                    xmlBuilder.edge(sourceNode: fromUser, targetNode: toUser, distFactor:distanceArray[i][j], label:"")
                }
            }
        }
    
    }
    def outAttachmentName = "lsadistances.xml"
    def outAttachment = doc.getDocument().getAttachment(outAttachmentName)
    if (!outAttachment){
        outAttachment = new XWikiAttachment(doc.getDocument(), outAttachmentName)
        doc.getDocument().getAttachmentList().add(outAttachment)
    }

    outAttachment.setContent(writer.toString().getBytes())
    doc.getDocument().saveAttachmentContent(outAttachment, context.getContext())
    doc.save()
    
    println "Finished updating lsa relations."        

}

%>
1 user relations
#graphgearmap("lsadistances.xml")
Wiki source code of Current Users (by group)

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