Пример #1
0
 /**
  * ReadLink event triggered by FUSE.
  *
  * @param pid PID of the triggering process.
  * @param iotime IO time of the operation.
  * @param path Path indicating target file.
  */
 public void readlink(int pid, int iotime, String path) {
   checkProgramTree(Integer.toString(pid));
   path = sanitizePath(path);
   // Create the file artifact and populate the annotations with file information.
   long now = System.currentTimeMillis();
   File linkFile = createLinkVertex(path);
   putVertex(linkFile);
   Used edge = new Used((Program) localCache.get(Integer.toString(pid)), linkFile);
   edge.addAnnotation("endtime", Long.toString(now));
   edge.addAnnotation("operation", "readlink");
   putEdge(edge);
   // If the given path represents a link, then perform the same operation on the
   // artifact to which the link points.
   if (links.containsKey(path)) {
     read(pid, iotime, links.get(path), 0);
   }
 }
Пример #2
0
 /**
  * Rename event triggered by FUSE.
  *
  * @param pid PID of the triggering process.
  * @param iotime IO time of the operation.
  * @param pathfrom The source path.
  * @param pathto The destination path.
  * @param link An integer used to indicate whether the target was a link or not.
  * @param done An intiger used to indicate whether this event was triggered before or after the
  *     rename operation.
  */
 public void rename(int pid, int iotime, String pathfrom, String pathto, int link, int done) {
   checkProgramTree(Integer.toString(pid));
   pathfrom = sanitizePath(pathfrom);
   pathto = sanitizePath(pathto);
   long now = System.currentTimeMillis();
   // 'done' is used to indicate whether this is a pre-rename or a post-rename
   // call. In pre-rename, a Used edge is created from the process to the old
   // file. In post-rename, a WasGeneratedBy edge is created from the process
   // to the new file and a WasDerivedEdge created between the two file
   // artifacts.
   if (done == 0) {
     // Create file artifact depending on whether this is a link or not.
     // Link artifacts are created differently to avoid recursion that may
     // cause FUSE to crash.
     File fileVertex = (link == 1) ? createLinkVertex(pathfrom) : createFileVertex(pathfrom);
     putVertex(fileVertex);
     // Put the file artifact in the localCache to be removed on post-rename.
     localCache.put(pathfrom, fileVertex);
     Used edge = new Used((Program) localCache.get(Integer.toString(pid)), fileVertex);
     edge.addAnnotation("endtime", Long.toString(now));
     putEdge(edge);
   } else {
     // Create file artifact depending on whether this is a link or not.
     // Link artifacts are created differently to avoid recursion that may
     // cause FUSE to crash.
     File fileVertex = (link == 1 ? createLinkVertex(pathto) : createFileVertex(pathto));
     putVertex(fileVertex);
     WasGeneratedBy writeEdge =
         new WasGeneratedBy(fileVertex, (Program) localCache.get(Integer.toString(pid)));
     writeEdge.addAnnotation("endtime", Long.toString(now));
     putEdge(writeEdge);
     WasDerivedFrom renameEdge =
         new WasDerivedFrom(fileVertex, (File) localCache.remove(pathfrom));
     renameEdge.addAnnotation("iotime", Integer.toString(iotime));
     renameEdge.addAnnotation("endtime", Long.toString(now));
     renameEdge.addAnnotation("operation", "rename");
     putEdge(renameEdge);
     if (links.containsKey(pathfrom)) {
       // If the rename is on a link then update the link name.
       String linkedLocation = links.get(pathfrom);
       links.remove(pathfrom);
       links.put(pathto, linkedLocation);
     }
   }
 }
Пример #3
0
 /**
  * Read event triggered by FUSE.
  *
  * @param pid PID of the triggering process.
  * @param iotime IO time of the operation.
  * @param path Path indicating target file.
  * @param link An integer used to indicate whether the target was a link or not.
  */
 public void read(int pid, int iotime, String path, int link) {
   checkProgramTree(Integer.toString(pid));
   path = sanitizePath(path);
   long now = System.currentTimeMillis();
   // Create file artifact depending on whether this is a link or not.
   // Link artifacts are created differently to avoid recursion that may
   // cause FUSE to crash.
   File fileVertex = (link == 1) ? createLinkVertex(path) : createFileVertex(path);
   putVertex(fileVertex);
   Used edge = new Used((Program) localCache.get(Integer.toString(pid)), fileVertex);
   edge.addAnnotation("iotime", Integer.toString(iotime));
   edge.addAnnotation("endtime", Long.toString(now));
   putEdge(edge);
   // If the given path represents a link, then perform the same operation on the
   // artifact to which the link points.
   if (link == 1 && links.containsKey(path)) {
     read(pid, iotime, links.get(path), 0);
   }
 }
Пример #4
0
  void emitOPM(String pid, String connection) {

    try {
      String source, destination, port;
      String[] endPoint, endPoints;
      LinkedHashMap<String, String> annotations;
      boolean endPointMatched = false;
      Date currentTime;

      spade.vertex.opm.Process processVertex;
      spade.vertex.custom.Network networkVertex;
      WasGeneratedBy wasGeneratedByEdge;
      Used usedEdge;

      // Create process vertex.
      annotations = new LinkedHashMap<String, String>();
      annotations.put("pid", pid);
      processVertex = new spade.vertex.opm.Process();
      processVertex.getAnnotations().putAll(annotations);

      if (!putVertex(processVertex)) {
        errorStream.println("Buffer did not accept process artifact:" + "\n\t pid" + pid);
      }

      // Create network artifact.
      annotations = new LinkedHashMap<String, String>();
      endPoints = connection.split("->");

      endPoint = endPoints[0].split(":");
      source = endPoint[0];
      annotations.put("source host", source);
      port = endPoint[1];
      annotations.put("source port", port);

      endPoint = endPoints[1].split(":");
      destination = endPoint[0];
      annotations.put("destination host", destination);
      port = endPoint[1];
      annotations.put("destination port", port);

      networkVertex = new spade.vertex.custom.Network();
      networkVertex.getAnnotations().putAll(annotations);

      if (!putVertex(networkVertex)) {
        errorStream.println("Buffer did not accept connection artifact:" + "\n\t " + connection);
      }

      // Create an outgoing edge.
      if (InetAddress.getByName(destination).isSiteLocalAddress()) {
        annotations = new LinkedHashMap<String, String>();
        currentTime = new Date();
        annotations.put("time", currentTime.toString());
        usedEdge = new Used(processVertex, networkVertex);
        usedEdge.getAnnotations().putAll(annotations);
        if (!putEdge(usedEdge)) {
          errorStream.println(
              "Buffer did not accept outgoing "
                  + "connection edge:\n\t pid: "
                  + pid
                  + "\n\t connection: "
                  + connection
                  + "\n\t time: "
                  + currentTime.toString());
        }
        endPointMatched = true;
      }

      // Create an incoming edge.
      if (InetAddress.getByName(source).isSiteLocalAddress()) {
        annotations = new LinkedHashMap<String, String>();
        currentTime = new Date();
        annotations.put("time", currentTime.toString());
        wasGeneratedByEdge = new WasGeneratedBy(networkVertex, processVertex);
        wasGeneratedByEdge.getAnnotations().putAll(annotations);
        if (!putEdge(wasGeneratedByEdge)) {
          errorStream.println(
              "Buffer did not accept incoming "
                  + "connection edge:\n\t pid: "
                  + pid
                  + "\n\t connection: "
                  + connection
                  + "\n\t time: "
                  + currentTime.toString());
        }

        endPointMatched = true;
      }

      if (!endPointMatched) {
        errorStream.println("Neither endpoint is local:\n\t" + connection);
      }
    } catch (Exception exception) {
      exception.printStackTrace(errorStream);
    }
  }