public ComplicatedExample( @Path("x:path[1]") @ElementMap(name="a") Map<Key, Entry> map, @Path("x:path[2]") @ElementList(name="a") List<Entry> list, @Element(name="elementOne") String elementOne, @Element(name="elementTwo") String elementTwo, @Element(name="elementThree") String elementThree, @Text String text, @Path("x:path[2]/x:someOtherPath") @Attribute(name="attribute_one") String attribute_one, @Path("x:path[2]/x:someOtherPath") @Attribute(name="attribute_two") String attribute_two) { this.map = map; this.list = list; this.elementOne = elementOne; this.elementTwo = elementTwo; this.elementThree = elementThree; this.text = text; this.attribute_one = attribute_one; this.attribute_two = attribute_two; }
/** For serialization only. */ @ElementMap(name = "attrs", key = "key", value = "value", attribute = true, required = false) public void setAttributeMap(Map<String, ? extends Object> attributes) { Iterator<? extends Map.Entry<String, ?>> it = attributes.entrySet().iterator(); while (it.hasNext()) { Map.Entry<String, ? extends Object> e = it.next(); if (e.getValue() != null) if (!(e.getValue() instanceof Serializable)) throw new IllegalArgumentException("Not serializable: " + e.getValue().getClass()); } super.setAttributes((Map<String, Serializable>) attributes); }
/** * This reflectively checks the annotation to determine the type * of annotation it represents. If it represents an XML schema * annotation it is used to create a <code>Contact</code> which * can be used to represent the field within the source object. * * @param field the field that the annotation comes from * @param label the annotation used to model the XML schema * @param list this is the list of annotations on the field */ private void scan(Field field, Annotation label, Annotation[] list) { if(label instanceof Attribute) { process(field, label, list); } if(label instanceof ElementUnion) { process(field, label, list); } if(label instanceof ElementListUnion) { process(field, label, list); } if(label instanceof ElementMapUnion) { process(field, label, list); } if(label instanceof ElementList) { process(field, label, list); } if(label instanceof ElementArray) { process(field, label, list); } if(label instanceof ElementMap) { process(field, label, list); } if(label instanceof Element) { process(field, label, list); } if(label instanceof Version) { process(field, label, list); } if(label instanceof Text) { process(field, label, list); } if(label instanceof Transient) { remove(field, label); } }
/** * This reflectively checks the annotation to determine the type * of annotation it represents. If it represents an XML schema * annotation it is used to create a <code>Contact</code> which * can be used to represent the method within the source object. * * @param method the method that the annotation comes from * @param label the annotation used to model the XML schema * @param list this is the list of annotations on the method */ private void scan(Method method, Annotation label, Annotation[] list) throws Exception { if(label instanceof Attribute) { process(method, label, list); } if(label instanceof ElementUnion) { process(method, label, list); } if(label instanceof ElementListUnion) { process(method, label, list); } if(label instanceof ElementMapUnion) { process(method, label, list); } if(label instanceof ElementList) { process(method, label, list); } if(label instanceof ElementArray) { process(method, label, list); } if(label instanceof ElementMap) { process(method, label, list); } if(label instanceof Element) { process(method, label, list); } if(label instanceof Version) { process(method, label, list); } if(label instanceof Text) { process(method, label, list); } if(label instanceof Transient) { remove(method, label, list); } }
/** * Creates an entry that is used to select the constructor for the * parameter. Each parameter must implement a constructor that takes * a constructor, and annotation, and the index of the parameter. If * the annotation is not know this method throws an exception. * * @param label the XML annotation used to create the parameter * * @return this returns the entry used to create a constructor */ private ParameterBuilder getBuilder(Annotation label) throws Exception{ if(label instanceof Element) { return new ParameterBuilder(ElementParameter.class, Element.class); } if(label instanceof ElementList) { return new ParameterBuilder(ElementListParameter.class, ElementList.class); } if(label instanceof ElementArray) { return new ParameterBuilder(ElementArrayParameter.class, ElementArray.class); } if(label instanceof ElementMapUnion) { return new ParameterBuilder(ElementMapUnionParameter.class, ElementMapUnion.class, ElementMap.class); } if(label instanceof ElementListUnion) { return new ParameterBuilder(ElementListUnionParameter.class, ElementListUnion.class, ElementList.class); } if(label instanceof ElementUnion) { return new ParameterBuilder(ElementUnionParameter.class, ElementUnion.class, Element.class); } if(label instanceof ElementMap) { return new ParameterBuilder(ElementMapParameter.class, ElementMap.class); } if(label instanceof Attribute) { return new ParameterBuilder(AttributeParameter.class, Attribute.class); } if(label instanceof Text) { return new ParameterBuilder(TextParameter.class, Text.class); } throw new PersistenceException("Annotation %s not supported", label); }
/** * This is used to create an annotation for the provided type. * Annotations created are used to match the type provided. So * a <code>List</code> will have an <code>ElementList</code> * annotation for example. Matching the annotation to the * type ensures the best serialization for that type. * * @param type the type to create the annotation for * @param dependents these are the dependents for the type * * @return this returns the synthetic annotation to be used */ public Annotation getInstance(Class type, Class[] dependents) throws Exception { ClassLoader loader = getClassLoader(); if(Map.class.isAssignableFrom(type)) { if(isPrimitiveKey(dependents) && isAttribute()) { return getInstance(loader, ElementMap.class, true); } return getInstance(loader, ElementMap.class); } if(Collection.class.isAssignableFrom(type)) { return getInstance(loader, ElementList.class); } return getInstance(type); }
/** * This is used to create <code>Parameter</code> objects which are * used to represent the parameters in a constructor. Each parameter * contains an annotation an the index it appears in. * * @param label this is the annotation used for the parameter * @param ordinal this is the position the parameter appears at * * @return this returns the parameters for the constructor */ private List<Parameter> process(Annotation label, int ordinal) throws Exception{ if(label instanceof Attribute) { return create(label, ordinal); } if(label instanceof Element) { return create(label, ordinal); } if(label instanceof ElementList) { return create(label, ordinal); } if(label instanceof ElementArray) { return create(label, ordinal); } if(label instanceof ElementMap) { return create(label, ordinal); } if(label instanceof ElementListUnion) { return union(label, ordinal); } if(label instanceof ElementMapUnion) { return union(label, ordinal); } if(label instanceof ElementUnion) { return union(label, ordinal); } if(label instanceof Text) { return create(label, ordinal); } return emptyList(); }
/** * Creates an entry that is used to select the constructor for the * label. Each label must implement a constructor that takes a * contact and the specific XML annotation for that field. If the * annotation is not know this method throws an exception. * * @param label the XML annotation used to create the label * * @return this returns the entry used to create a constructor */ private LabelBuilder getBuilder(Annotation label) throws Exception{ if(label instanceof Element) { return new LabelBuilder(ElementLabel.class, Element.class); } if(label instanceof ElementList) { return new LabelBuilder(ElementListLabel.class, ElementList.class); } if(label instanceof ElementArray) { return new LabelBuilder(ElementArrayLabel.class, ElementArray.class); } if(label instanceof ElementMap) { return new LabelBuilder(ElementMapLabel.class, ElementMap.class); } if(label instanceof ElementUnion) { return new LabelBuilder(ElementUnionLabel.class, ElementUnion.class, Element.class); } if(label instanceof ElementListUnion) { return new LabelBuilder(ElementListUnionLabel.class, ElementListUnion.class, ElementList.class); } if(label instanceof ElementMapUnion) { return new LabelBuilder(ElementMapUnionLabel.class, ElementMapUnion.class, ElementMap.class); } if(label instanceof Attribute) { return new LabelBuilder(AttributeLabel.class, Attribute.class); } if(label instanceof Version) { return new LabelBuilder(VersionLabel.class, Version.class); } if(label instanceof Text) { return new LabelBuilder(TextLabel.class, Text.class); } throw new PersistenceException("Annotation %s not supported", label); }
/** * This reflectively checks the annotation to determine the type * of annotation it represents. If it represents an XML schema * annotation it is used to create a <code>Label</code> which can * be used to represent the field within the context object. * * @param field the field that the annotation comes from * @param label the annotation used to model the XML schema * * @throws Exception if there is more than one text annotation */ public void process(Contact field, Annotation label) throws Exception { if(label instanceof Attribute) { process(field, label, attributes); } if(label instanceof ElementUnion) { union(field, label, elements); } if(label instanceof ElementListUnion) { union(field, label, elements); } if(label instanceof ElementMapUnion) { union(field, label, elements); } if(label instanceof ElementList) { process(field, label, elements); } if(label instanceof ElementArray) { process(field, label, elements); } if(label instanceof ElementMap) { process(field, label, elements); } if(label instanceof Element) { process(field, label, elements); } if(label instanceof Version) { version(field, label); } if(label instanceof Text) { text(field, label); } }
/** * Constructor for the <code>ElementMapParameter</code> object. * This is used to create a parameter that can be used to * determine a consistent name using the provided XML annotation. * * @param factory this is the constructor the parameter is in * @param value this is the annotation used for the parameter * @param format this is the format used to style this parameter * @param index this is the index the parameter appears at */ public ElementMapParameter(Constructor factory, ElementMap value, Format format, int index) throws Exception { this.contact = new Contact(value, factory, index); this.label = new ElementMapLabel(contact, value, format); this.expression = label.getExpression(); this.path = label.getPath(); this.type = label.getType(); this.name = label.getName(); this.key = label.getKey(); this.index = index; }
/** * Constructor for the <code>ElementMapLabel</code> object. This * creates a label object, which can be used to convert an XML * node to a <code>Map</code> of XML serializable objects. * * @param contact this is the contact that this label represents * @param label the annotation that contains the schema details * @param format this is the format used to style this label */ public ElementMapLabel(Contact contact, ElementMap label, Format format) { this.detail = new Introspector(contact, this, format); this.decorator = new Qualifier(contact); this.entry = new Entry(contact, label); this.required = label.required(); this.type = contact.getType(); this.inline = label.inline(); this.override = label.name(); this.data = label.data(); this.format = format; this.label = label; }
public Entry getEntry(Class type, String name) throws Exception { Contact contact = getContact(EntryTest.class, name); ElementMap label = getField(EntryTest.class, name).getAnnotation(ElementMap.class); Entry entry = new Entry(contact, label); return entry; }
public Annotation getAnnotation(Field field) { Annotation[] list = field.getDeclaredAnnotations(); for(Annotation label : list) { if(label instanceof ElementMap) { return label; } } return null; }
@ElementArray @ElementList @ElementMap @Element public void testHandler() throws Exception { AnnotationHandler elementHandler = new AnnotationHandler(Element.class); Element element = getClass().getDeclaredMethod("testHandler").getAnnotation(Element.class); System.err.println(elementHandler); System.err.println(element); AnnotationHandler elementListHandler = new AnnotationHandler(ElementList.class); ElementList elementList = getClass().getDeclaredMethod("testHandler").getAnnotation(ElementList.class); System.err.println(elementListHandler); System.err.println(elementList); AnnotationHandler elementMapHandler = new AnnotationHandler(ElementMap.class); ElementMap elementMap = getClass().getDeclaredMethod("testHandler").getAnnotation(ElementMap.class); System.err.println(elementMapHandler); System.err.println(elementMap); AnnotationHandler elementArrayHandler = new AnnotationHandler(ElementArray.class); ElementArray elementArray = getClass().getDeclaredMethod("testHandler").getAnnotation(ElementArray.class); System.err.println(elementArrayHandler); System.err.println(elementArray); }
public void testMethodPart() throws Exception { assertTrue(Element.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("getInteger"), new Annotation[0]).getAnnotation().getClass())); assertTrue(Element.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("setInteger", int.class), new Annotation[0]).getAnnotation().getClass())); assertTrue(ElementMap.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("getMap"), new Annotation[0]).getAnnotation().getClass())); assertTrue(ElementMap.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("setMap", Map.class), new Annotation[0]).getAnnotation().getClass())); assertTrue(ElementList.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("getList"), new Annotation[0]).getAnnotation().getClass())); assertTrue(ElementList.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("setList", List.class), new Annotation[0]).getAnnotation().getClass())); assertTrue(ElementArray.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("getArray"), new Annotation[0]).getAnnotation().getClass())); assertTrue(ElementArray.class.isAssignableFrom(new MethodPartFactory(new DetailScanner(MethodPartFactoryTest.class), new Support()).getInstance(Bean.class.getMethod("setArray", String[].class), new Annotation[0]).getAnnotation().getClass())); }
public void testProvider() throws Exception { assertTrue(ElementMap.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(Map.class, null).getClass())); assertTrue(ElementMap.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(HashMap.class, null).getClass())); assertTrue(ElementMap.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(ConcurrentHashMap.class, null).getClass())); assertTrue(ElementMap.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(LinkedHashMap.class, null).getClass())); assertTrue(ElementMap.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(Map.class, null).getClass())); assertTrue(ElementList.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(Set.class, null).getClass())); assertTrue(ElementList.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(Collection.class, null).getClass())); assertTrue(ElementList.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(List.class, null).getClass())); assertTrue(ElementList.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(TreeSet.class, null).getClass())); assertTrue(ElementList.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(HashSet.class, null).getClass())); assertTrue(ElementList.class.isAssignableFrom(new AnnotationFactory(new DetailScanner(AnnotationProviderTest.class), new Support()).getInstance(ArrayList.class, null).getClass())); }
public void testExtendedAnnotations() throws Exception { Map<String, Contact> map = getContacts(ExtendedAnnotations.class); assertFalse(map.get("array").isReadOnly()); assertFalse(map.get("map").isReadOnly()); assertFalse(map.get("name").isReadOnly()); assertFalse(map.get("value").isReadOnly()); assertEquals(String[].class, map.get("array").getType()); assertEquals(Map.class, map.get("map").getType()); assertEquals(int.class, map.get("value").getType()); assertEquals(String.class, map.get("name").getType()); assertEquals(Attribute.class, map.get("name").getAnnotation().annotationType()); assertEquals(Element.class, map.get("value").getAnnotation().annotationType()); assertEquals(ElementMap.class, map.get("map").getAnnotation().annotationType()); assertEquals(Element.class, map.get("array").getAnnotation().annotationType()); assertEquals(Attribute.class, map.get("name").getAnnotation(Attribute.class).annotationType()); assertEquals(Element.class, map.get("value").getAnnotation(Element.class).annotationType()); assertEquals(ElementMap.class, map.get("map").getAnnotation(ElementMap.class).annotationType()); assertEquals(Element.class, map.get("array").getAnnotation(Element.class).annotationType()); assertNull(map.get("name").getAnnotation(Root.class)); assertNull(map.get("value").getAnnotation(Root.class)); assertNull(map.get("map").getAnnotation(Root.class)); assertNull(map.get("array").getAnnotation(Root.class)); }
public void testMixedAnnotations() throws Exception { Map<String, Contact> map = getContacts(MixedAnnotations.class); assertFalse(map.get("array").isReadOnly()); assertFalse(map.get("map").isReadOnly()); assertFalse(map.get("name").isReadOnly()); assertFalse(map.get("value").isReadOnly()); assertEquals(String[].class, map.get("array").getType()); assertEquals(Map.class, map.get("map").getType()); assertEquals(int.class, map.get("value").getType()); assertEquals(String.class, map.get("name").getType()); assertEquals(Attribute.class, map.get("name").getAnnotation().annotationType()); assertEquals(Element.class, map.get("value").getAnnotation().annotationType()); assertEquals(ElementMap.class, map.get("map").getAnnotation().annotationType()); assertEquals(ElementArray.class, map.get("array").getAnnotation().annotationType()); assertEquals(Attribute.class, map.get("name").getAnnotation(Attribute.class).annotationType()); assertEquals(Element.class, map.get("value").getAnnotation(Element.class).annotationType()); assertEquals(ElementMap.class, map.get("map").getAnnotation(ElementMap.class).annotationType()); assertEquals(ElementArray.class, map.get("array").getAnnotation(ElementArray.class).annotationType()); assertNull(map.get("name").getAnnotation(Root.class)); assertNull(map.get("value").getAnnotation(Root.class)); assertNull(map.get("map").getAnnotation(Root.class)); assertNull(map.get("array").getAnnotation(Root.class)); }
/** * Erzeugt die Wahlurne beim Laden aus einer XML Datei. * * @param wahlzettel * @param ergebnis * @param wahlvorstand * @param erstelldatum * @throws WahlhelferException */ public Wahlurne( @ElementMap(entry = "wahlzettel", key = "id", attribute = true, inline = true) HashMap<Integer, Wahlzettel> wahlzettel, @Element(name = "ergebnis") Wahlergebnis ergebnis, @Element(name = "wahlvorstand") String wahlvorstand, @Element(name = "erstelldatum") Date erstelldatum) throws WahlhelferException { // Readonly status setzen: readonly = true; // Wahlvorstand muss bereits zum Anlegen der Urne existieren: this.wahlvorstand = wahlvorstand; // Wahlhelfer anonym eintragen, da sie nicht mitgespeichert wurden. String wahlhelferAnonymName = "AnonymReadonly"; String wahlhelferAnonymKennwort = "AnonymReadonly"; // Wahlhelfer �bergeben: wh1 = new Wahlhelfer(wahlhelferAnonymName, wahlhelferAnonymKennwort); wh2 = new Wahlhelfer(wahlhelferAnonymName, wahlhelferAnonymKennwort); // und gleich Login einfordern: this.rc = new RegelChecker(); // Das aktuelle Datum in die Urne schreiben this.erstelldatum = erstelldatum; // Initialisiert die Wahlzettel und das Zwischenergebnis: this.wahlzettel = wahlzettel; this.ergebnis = ergebnis; lastId = 0; editWahlzettel = false; try { doFillPartylist(); } catch (Exception e) { e.printStackTrace(); } login(wahlhelferAnonymKennwort, wahlhelferAnonymKennwort); }
/** * Konstruktor nur f�r das Laden der XML Dateien. Da m�ssen alle Angaben * gemacht werden, die in der XML gespeichert sind. * * @param id * @param wertung */ public Stimme( @Element(name = "id") int id, @ElementMap(entry = "stimme", key = "id", attribute = true, inline = true) HashMap<Integer, Integer> wertung, @Element(name="reduzierteKreuze") int reduzierteKreuze) { super(); this.id = id; wertung = new HashMap<Integer, Integer>(3); this.wertung = wertung; this.reduzierteKreuze=reduzierteKreuze; }
/** * Konstruktor nur f�r das Laden der XML Dateien. Da m�ssen alle Angaben * gemacht werden, die in der XML gespeichert sind. * * @param wahlleiter * @param anzahlWahlzettel * @param anzahlUngueltigeWahlzettel * @param ergebnis */ public Wahlergebnis( @Element(name = "wahlleiter") String wahlleiter, @Element(name = "anzahlWahlzettel") int anzahlWahlzettel, @Element(name = "anzahlUngueltigeWahlzettel") int anzahlUngueltigeWahlzettel, @ElementMap(entry = "candidate", key = "id", attribute = true, inline = true) HashMap<Integer, Integer> ergebnis) { this.wahlleiter = wahlleiter; this.anzahlWahlzettel = anzahlWahlzettel; this.anzahlUngueltigeWahlzettel = anzahlUngueltigeWahlzettel; this.ergebnis = ergebnis; this.onlyView = true; // ergebnis= new HashMap<Integer,Integer>(); }
public InvokeOperation( @Attribute(name="type") String type, @ElementMap(name="param", attribute=true, entry="param", inline=true, key="name", value="value", required=false) Map<String, Value> params, @Element(name="output") String output) { this(type, params, output, new HashMap<String, String>()); }
public InvokeOperation( @Attribute(name="type") String type, @ElementMap(name="param", attribute=true, entry="param", inline=true, key="name", value="value", required=false) Map<String, Value> params, @Element(name="output") String output, Map<String, String> settings) { this.type = type; this.parameters = params; this.output = output; this.additionalSettings = settings; }