Examples of org.apache.commons.collections.map.MultiValueMap

Package org.apache.commons.collections.map

Examples of org.apache.commons.collections.map.MultiValueMap

org.apache.commons.collections.map.MultiValueMap
A MultiValueMap decorates another map, allowing it to have more than one value for a key.
A MultiMap is a Map with slightly different semantics. Putting a value into the map will add the value to a Collection at that key. Getting a value will return a Collection, holding all the values put to that key.
This implementation is a decorator, allowing any Map implementation to be used as the base.
In addition, this implementation allows the type of collection used for the values to be controlled. By default, an ArrayList is used, however a Class to instantiate may be specified, or a factory that returns a Collection instance.
Note that MultiValueMap is not synchronized and is not thread-safe. If you wish to use this map from multiple threads concurrently, you must use appropriate synchronization. This class may throw exceptions when accessed by concurrent threads without synchronization. @author James Carman @author Christopher Berry @author James Strachan @author Steve Downey @author Stephen Colebourne @author Julien Buret @author Serhiy Yevtushenko @version $Revision: 646777 $ $Date: 2008-04-10 13:33:15 +0100 (Thu, 10 Apr 2008) $ @since Commons Collections 3.2

                break;


            default:
                avas = new ArrayList<Ava>();


                avaTypes = new MultiValueMap();


                for ( int i = 0; i < nbAvas; i++ )
                {
                    Ava ava = new Ava( schemaManager );
                    ava.readExternal( in );

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  private  FileChangedReloadingStrategy reloader = new FileChangedReloadingStrategy();
  
  private static Policies instance;
  
  private Policies() throws ConfigurationException{
    policies = new MultiValueMap();
    properties = new PropertiesConfiguration("policies");
    properties.setReloadingStrategy(reloader);
    properties.getLayout().setGlobalSeparator(" ");
    loadPolicies();
  }

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        this.m_eventMMap = ecdw.get_eventMap();
        this.m_keyMMap = ecdw.get_keyMap();
    }


    protected final void createBlankCache() {
        this.m_eventMMap = new MultiValueMap(); 
        this.m_keyMMap = new MultiValueMap(); 
    }

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    public void executeTask( DependencyGraph graph )
    {
        DependencyGraphWalker walker = new WalkDepthFirstSearch();
        RefineConflictsVisitor refineConflictsVisitor = new RefineConflictsVisitor();
        
        MultiValueMap depMap = new MultiValueMap();


        // Identify deps that need to be resolved.
        for ( DependencyGraphNode node : graph.getNodes() )
        {
            String key = DependencyGraphKeys.toManagementKey( node.getArtifact() );
            // This will add this node to the specified key, not replace a previous one.
            depMap.put( key, node );
        }


        // Process those depMap entries with more than 1 value. 
        ToArtifactReferenceTransformer nodeToArtifact = new ToArtifactReferenceTransformer();


        Iterator<Map.Entry<String,Collection<DependencyGraphNode>>> it = depMap.entrySet().iterator();
        while ( it.hasNext() )
        {
            Map.Entry<String,Collection<DependencyGraphNode>> entry = it.next();
            Collection<DependencyGraphNode> nodes = entry.getValue();
            if ( nodes.size() > 1 )

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        // defaults first
        parserRegistry.put("properties", new PropertiesDescriptorParser());


        final Iterator<DescriptorParser> it = ServiceRegistry.lookupProviders(DescriptorParser.class);


        MultiMap overrides = new MultiValueMap();
        while (it.hasNext())
        {
            final DescriptorParser parser = it.next();
            overrides.put(parser.getSupportedFormat(), parser);
        }
        mergeParserOverrides(overrides);
    }

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                return;


            default:
                // We must duplicate the treeSet and the hashMap
                avas = new ArrayList<Ava>();
                avaTypes = new MultiValueMap();


                for ( Ava currentAva : rdn.avas )
                {
                    avas.add( ( Ava ) currentAva.clone() );
                    avaTypes.put( currentAva.getNormType(), currentAva );

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                // First, create the HashMap,
                avas = new ArrayList<Ava>();


                // and store the existing Ava into it.
                avas.add( ava );
                avaTypes = new MultiValueMap();
                avaTypes.put( avaType, ava );


                ava = null;


                // Now, fall down to the commmon case

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                // First, create the HashMap,
                avas = new ArrayList<Ava>();


                // and store the existing Ava into it.
                avas.add( ava );
                avaTypes = new MultiValueMap();
                avaTypes.put( avaType, ava );


                this.ava = null;


                // Now, fall down to the commmon case

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                    rdn.avaTypes = avaTypes;
                    break;


                default:
                    // We must duplicate the treeSet and the hashMap
                    rdn.avaTypes = new MultiValueMap();
                    rdn.avas = new ArrayList<Ava>();


                    for ( Ava currentAva : this.avas )
                    {
                        rdn.avas.add( ( Ava ) currentAva.clone() );

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                break;


            default:
                avas = new ArrayList<Ava>();


                avaTypes = new MultiValueMap();


                for ( int i = 0; i < nbAvas; i++ )
                {
                    Ava ava = new Ava( schemaManager );
                    ava.readExternal( in );

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