Examples of java.util.List.removeAll()

java.util.List.removeAll()
Removes from this list all of its elements that are contained in the specified collection (optional operation). @param c collection containing elements to be removed from this list @return true if this list changed as a result of the call @throws UnsupportedOperationException if the removeAll operationis not supported by this list @throws ClassCastException if the class of an element of this listis incompatible with the specified collection (optional) @throws NullPointerException if this list contains a null element and thespecified collection does not permit null elements (optional), or if the specified collection is null @see #remove(Object) @see #contains(Object)

            // there are exclusions in the configuration
            List exclusions = Arrays.asList(conf.substring(2).split("\\!"));


            List ret = new ArrayList(Arrays.asList(node.getDescriptor()
                    .getPublicConfigurationsNames()));
            ret.removeAll(exclusions);


            return (String[]) ret.toArray(new String[ret.size()]);
        }
        return dependencyConfigurations;
    }

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  public void insert(Object[] roots, Map attributes, ConnectionSet cs,
      ParentMap pm, UndoableEdit[] e) {
    Object[] visible = null;
    if (isPartial()) {
      List tmp = DefaultGraphModel.getDescendants(graphModel, roots);
      tmp.removeAll(visibleSet);
      if (!tmp.isEmpty())
        visible = tmp.toArray();
    }
    // Absorb local attributes
    GraphLayoutCacheEdit edit = createLocalEdit(roots, attributes, visible,

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        if (removeValues != null)
        {
            List plotValues = getPlotValues();


            plotValues.removeAll(removeValues);


            setPlotValues(plotValues);
        }
    }

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            // create a list from the expected collection and remove
            // all values from the actual collection, this should get
            // an empty collection
            List eList = new ArrayList( eColl );
            eList.removeAll( aColl );
            assertTrue( "Collections do not match. expected:" + eColl + ", actual: " + aColl, eList.isEmpty() );
        }
        else
        {
            assertEquals( expected, actual );

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     * @throws XMPPException
     */
    private void sendTransportCandidatesOffer() throws XMPPException {
        List notOffered = resolver.getCandidatesList();


        notOffered.removeAll(offeredCandidates);


        // Send any unset candidate
        for (Object aNotOffered : notOffered) {
            sendTransportCandidateOffer((TransportCandidate) aNotOffered);
        }

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            // create a list from the expected collection and remove
            // all values from the actual collection, this should get
            // an empty collection
            List eList = new ArrayList( eColl );
            eList.removeAll( aColl );
            assertTrue( "Collections do not match. expected:" + eColl + ", actual: " + aColl, eList.isEmpty() );
        }
        else
        {
            assertEquals( expected, actual );

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      }
    }
    
    //determine if required partitions requirements are met
    boolean requiredPartitionsRequirementsMet = !this.fHasRequiredPartitionTypes ||
      partitionTypeIDs.removeAll(this.fRequriedPartitionTypeIDs);
    
    //determine if allowable partitions requirements are met
    boolean allowablePartitionsRequirementsMet = false;
    if(this.fAllPartitionTypesAllowable) {
      allowablePartitionsRequirementsMet = true;

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    //determine if allowable partitions requirements are met
    boolean allowablePartitionsRequirementsMet = false;
    if(this.fAllPartitionTypesAllowable) {
      allowablePartitionsRequirementsMet = true;
    } else {
      partitionTypeIDs.removeAll(this.fAllowablePartitionTypeIDs);
      
      //at this point all required partitions and allowable partitions have been removed
      allowablePartitionsRequirementsMet = partitionTypeIDs.size() == 0;
    }

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   * @param selection
   */
  private void removeTags(ISelection selection) {
    IStructuredSelection structuredSelection = (IStructuredSelection) selection;
    List taskTags = new ArrayList(Arrays.asList(fTaskTags));
    taskTags.removeAll(structuredSelection.toList());
    fTaskTags = (TaskTag[]) taskTags.toArray(new TaskTag[taskTags.size()]);
    valueTable.setInput(fTaskTags);
  }


  private void save() {

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   * @param selection
   */
  private void removeTags(ISelection selection) {
    IStructuredSelection structuredSelection = (IStructuredSelection) selection;
    List taskTags = new ArrayList(Arrays.asList(fTaskTags));
    taskTags.removeAll(structuredSelection.toList());
    fTaskTags = (TaskTag[]) taskTags.toArray(new TaskTag[taskTags.size()]);
    valueTable.setInput(fTaskTags);
  }


  private void save() {

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