@Test
public void testJsonObjectInComplexValue() throws Exception {
ModelNode description = createDescription(ModelType.OBJECT);
ModelNode complexValueType = new ModelNode();
complexValueType.get("value", DESCRIPTION).set("A value");
complexValueType.get("value", TYPE).set(ModelType.OBJECT);
description.get(VALUE_TYPE).set(complexValueType);
TypeConverter converter = getConverter(description);
CompositeType type = assertCast(CompositeType.class, converter.getOpenType());
Set<String> keys = type.keySet();
Assert.assertEquals(1, keys.size());
Assert.assertEquals(SimpleType.STRING, type.getType("value"));
ModelNode node = new ModelNode();
node.get("value", "long").set(1L);
node.get("value", "string").set("test");
CompositeData data = assertCast(CompositeData.class, converter.fromModelNode(node));
Assert.assertEquals(type, data.getCompositeType());
Assert.assertEquals(
ModelNode.fromJSONString(node.toJSONString(false)), converter.toModelNode(data));
}
@Test
public void testProperPropertyValueTypeExpressionConverter() throws Exception {
ModelNode description = createDescription(ModelType.PROPERTY, ModelType.INT);
TypeConverter converter =
TypeConverters.createLegacyTypeConverters(true).getConverter(description);
CompositeType type = assertCast(CompositeType.class, converter.getOpenType());
Set<String> keys = type.keySet();
Assert.assertEquals(2, keys.size());
assertCompositeType(type, "name", String.class.getName(), "The property name");
assertCompositeType(type, "value", Integer.class.getName(), "The property value");
CompositeData data =
assertCast(
CompositeData.class,
converter.fromModelNode(
new ModelNode().setExpression("one", "${this.should.not.exist.!!!!!:1}")));
Assert.assertEquals(type, data.getCompositeType());
Assert.assertEquals("one", data.get("name"));
Assert.assertEquals(1, data.get("value"));
data =
new CompositeDataSupport(
type, new String[] {"name", "value"}, new Object[] {"two", Integer.valueOf(2)});
ModelNode newNode = converter.toModelNode(data);
Assert.assertEquals(ModelType.PROPERTY, newNode.getType());
Assert.assertEquals(new ModelNode().set("two", 2), newNode);
assertToArray(converter, data);
}
@Test
public void testProperPropertyTypeConverter() throws Exception {
ModelNode description = createDescription(ModelType.PROPERTY);
TypeConverter converter =
TypeConverters.createLegacyTypeConverters(true).getConverter(description);
CompositeType type = assertCast(CompositeType.class, converter.getOpenType());
Set<String> keys = type.keySet();
Assert.assertEquals(2, keys.size());
assertCompositeType(type, "name", String.class.getName(), "The property name");
assertCompositeType(type, "value", String.class.getName(), "The property value");
CompositeData data =
assertCast(CompositeData.class, converter.fromModelNode(new ModelNode().set("one", "uno")));
Assert.assertEquals(type, data.getCompositeType());
Assert.assertEquals("one", data.get("name"));
Assert.assertEquals("uno", data.get("value"));
data =
new CompositeDataSupport(type, new String[] {"name", "value"}, new String[] {"two", "dos"});
ModelNode newNode = converter.toModelNode(data);
Assert.assertEquals(ModelType.PROPERTY, newNode.getType());
Assert.assertEquals(new ModelNode().set("two", "dos"), newNode);
assertToArray(converter, data);
}
/**
* Adds the attribute to the given list.
*
* @param mBeanAttributes The attributes
* @param root The root attribute
* @param value The value
*/
private void addAttributeRoots(
List<AttributeNode> mBeanAttributes, AttributeNode root, Object value) {
if (value instanceof CompositeData) {
mBeanAttributes.add(root);
CompositeData compositeData = (CompositeData) value;
CompositeType type = compositeData.getCompositeType();
for (String key : type.keySet()) {
AttributeNode attribute = new AttributeNode(key, root);
root.addChild(attribute);
addAttributeItems(attribute, compositeData.get(key));
}
} else if (value instanceof TabularData) {
mBeanAttributes.add(root);
TabularData tabularData = (TabularData) value;
for (Object keyList : tabularData.keySet()) {
@SuppressWarnings("unchecked")
Object[] keys = ((List<Object>) keyList).toArray(new Object[0]);
AttributeNode attribute = new AttributeNode(String.valueOf(keys[0]), root);
root.addChild(attribute);
addAttributeItems(attribute, tabularData.get(keys));
}
} else if (value instanceof Long || value instanceof Integer || value instanceof Double) {
root.setValidLeaf(true);
root.setRgb(getRGB(root.getQualifiedName()));
mBeanAttributes.add(root);
}
}
private OpenType<?> assertCompositeType(
CompositeType composite, String name, String type, String description, boolean validateType) {
Assert.assertTrue(composite.keySet().contains(name));
if (validateType) {
Assert.assertEquals(type, composite.getType(name).getTypeName());
}
Assert.assertEquals(description, composite.getDescription(name));
return composite.getType(name);
}
/**
* Exports all the numeric attributes of beans matching the supplied MXBean name pattern. Also,
* discovers the numeric properties of the attributes of type CompositeData and registers them as
* well.
*
* @param beanNamePattern the bean name pattern used to discover the beans.
* @see javax.management.ObjectName for bean name pattern syntax
* @see java.lang.management for the list of java platform mbeans
* @throws JMException if there are errors querying MBeans or information on them
*/
public void exportNumericAttributes(ObjectName beanNamePattern) throws JMException {
MBeanServer beanServer = ManagementFactory.getPlatformMBeanServer();
Set<ObjectName> beanNames = beanServer.queryNames(beanNamePattern, null);
// Iterate through all beans and register their numeric properties with Stats
for (ObjectName beanName : beanNames) {
MBeanInfo beanInfo = beanServer.getMBeanInfo(beanName);
// Iterate through all bean attributes
for (MBeanAttributeInfo attributeInfo : beanInfo.getAttributes()) {
if (attributeInfo.isReadable()) {
// Figure out the open type for the attribute
OpenType<?> openType = null;
if (attributeInfo instanceof OpenMBeanAttributeInfo) {
openType = ((OpenMBeanAttributeInfo) attributeInfo).getOpenType();
} else {
// Sometimes the open mbean info is available in the descriptor
Object obj = attributeInfo.getDescriptor().getFieldValue("openType");
if (obj != null && obj instanceof OpenType) {
openType = (OpenType) obj;
}
}
// once the open type is found, figure out if it's a numeric or composite type
if (openType != null) {
if (NUMERIC_TYPES.contains(openType)) {
// numeric attribute types are registered with callbacks that simply
// return their value
addStatIfMatches(
getStatName(beanName, attributeInfo.getName()),
new MBeanLongAttributeFetcher(beanServer, beanName, attributeInfo.getName()));
} else if (openType instanceof CompositeType) {
// for composite types, we figure out which properties of the composite type
// are numeric and register callbacks to fetch those composite type attributes
CompositeType compositeType = (CompositeType) openType;
for (String key : compositeType.keySet()) {
if (NUMERIC_TYPES.contains(compositeType.getType(key))) {
addStatIfMatches(
getStatName(beanName, attributeInfo.getName(), key),
new MBeanLongCompositeValueFetcher(
beanServer, beanName, attributeInfo.getName(), key));
}
}
}
}
}
}
}
}
@Override
public TabularData getConnectionList() throws JMException {
CompositeType rowType = JdbcConnectionStat.Entry.getCompositeType();
String[] indexNames = rowType.keySet().toArray(new String[rowType.keySet().size()]);
TabularType tabularType =
new TabularType("ConnectionListStatistic", "ConnectionListStatistic", rowType, indexNames);
TabularData data = new TabularDataSupport(tabularType);
for (Map.Entry<Long, JdbcConnectionStat.Entry> entry : getConnections().entrySet()) {
data.put(entry.getValue().getCompositeData());
}
return data;
}
@Override
public TabularData getSqlList() throws JMException {
Map<String, JdbcSqlStat> sqlStatMap = this.getSqlStatMap();
CompositeType rowType = JdbcSqlStat.getCompositeType();
String[] indexNames = rowType.keySet().toArray(new String[rowType.keySet().size()]);
TabularType tabularType =
new TabularType("SqlListStatistic", "SqlListStatistic", rowType, indexNames);
TabularData data = new TabularDataSupport(tabularType);
for (Map.Entry<String, JdbcSqlStat> entry : sqlStatMap.entrySet()) {
data.put(entry.getValue().getCompositeData());
}
return data;
}
@Test
public void testComplexList() throws Exception {
ModelNode description = createDescription(ModelType.LIST);
ModelNode complexValueType = new ModelNode();
complexValueType.get("int-value", DESCRIPTION).set("An int value");
complexValueType.get("int-value", TYPE).set(ModelType.INT);
complexValueType.get("list-int-value", DESCRIPTION).set("An int list value");
complexValueType.get("list-int-value", TYPE).set(ModelType.LIST);
complexValueType.get("list-int-value", VALUE_TYPE).set(ModelType.INT);
description.get(VALUE_TYPE).set(complexValueType);
TypeConverter converter = getConverter(description);
ArrayType<CompositeType> arrayType = assertCast(ArrayType.class, converter.getOpenType());
CompositeType type = assertCast(CompositeType.class, arrayType.getElementOpenType());
Set<String> keys = type.keySet();
Assert.assertEquals(2, keys.size());
assertCompositeType(type, "int-value", Integer.class.getName(), "An int value");
assertCompositeType(type, "list-int-value", Integer[].class.getName(), "An int list value");
ModelNode node = new ModelNode();
ModelNode entry = new ModelNode();
entry.get("int-value").set(1);
entry.get("list-int-value").add(2);
entry.get("list-int-value").add(3);
node.add(entry);
entry = new ModelNode();
entry.get("int-value").set(4);
entry.get("list-int-value").add(5);
entry.get("list-int-value").add(6);
node.add(entry);
CompositeData[] datas = assertCast(CompositeData[].class, converter.fromModelNode(node));
Assert.assertEquals(datas[0].getCompositeType(), datas[1].getCompositeType());
Assert.assertEquals(type, datas[0].getCompositeType());
Assert.assertEquals(node, converter.toModelNode(datas));
}
private Object unmarshall(Object value) {
if (value instanceof ObjectName) {
ObjectName name = (ObjectName) value;
return new MBean(_server, name);
} else if (value instanceof ObjectName[]) {
ObjectName[] names = (ObjectName[]) value;
MBean[] mbeans = new MBean[names.length];
for (int i = 0; i < names.length; i++) mbeans[i] = new MBean(_server, names[i]);
return mbeans;
} else if (value instanceof CompositeData) {
CompositeData compositeValue = (CompositeData) value;
CompositeType type = compositeValue.getCompositeType();
if (type != null) {
String typeName = type.getTypeName();
try {
ClassLoader loader = Thread.currentThread().getContextClassLoader();
Class typeClass = Class.forName(typeName, false, loader);
Method from = typeClass.getMethod("from", new Class[] {CompositeData.class});
if (from != null) return from.invoke(null, compositeValue);
} catch (Exception e) {
log.log(Level.FINER, e.toString(), e);
}
}
return new CompositeDataBean(compositeValue);
} else return value;
}
/**
* Subclasses could provide here a different description for the given counter.
*
* @param oname
* @param attrName
* @param ct
* @param item
* @return
*/
protected String[] getCounterNameAndDescription(
ObjectName oname, String attrName, CompositeType ct, String item) {
return new String[] {item, ct.getDescription(item)};
}
@Test
public void testComplexValue() throws Exception {
ModelNode description = createDescription(ModelType.OBJECT);
ModelNode complexValueType = new ModelNode();
complexValueType.get("int-value", DESCRIPTION).set("An int value");
complexValueType.get("int-value", TYPE).set(ModelType.INT);
complexValueType.get("bigint-value", DESCRIPTION).set("A biginteger value");
complexValueType.get("bigint-value", TYPE).set(ModelType.BIG_INTEGER);
complexValueType.get("bigdecimal-value", DESCRIPTION).set("A bigdecimal value");
complexValueType.get("bigdecimal-value", TYPE).set(ModelType.BIG_DECIMAL);
complexValueType.get("boolean-value", DESCRIPTION).set("A boolean value");
complexValueType.get("boolean-value", TYPE).set(ModelType.BOOLEAN);
complexValueType.get("bytes-value", DESCRIPTION).set("A bytes value");
complexValueType.get("bytes-value", TYPE).set(ModelType.BYTES);
complexValueType.get("double-value", DESCRIPTION).set("A double value");
complexValueType.get("double-value", TYPE).set(ModelType.DOUBLE);
complexValueType.get("string-value", DESCRIPTION).set("A string value");
complexValueType.get("string-value", TYPE).set(ModelType.STRING);
complexValueType.get("long-value", DESCRIPTION).set("A long value");
complexValueType.get("long-value", TYPE).set(ModelType.LONG);
complexValueType.get("type-value", DESCRIPTION).set("A type value");
complexValueType.get("type-value", TYPE).set(ModelType.TYPE);
complexValueType.get("list-int-value", DESCRIPTION).set("An int list value");
complexValueType.get("list-int-value", TYPE).set(ModelType.LIST);
complexValueType.get("list-int-value", VALUE_TYPE).set(ModelType.INT);
complexValueType.get("map-int-value", DESCRIPTION).set("An int map value");
complexValueType.get("map-int-value", TYPE).set(ModelType.OBJECT);
complexValueType.get("map-int-value", VALUE_TYPE).set(ModelType.INT);
description.get(VALUE_TYPE).set(complexValueType);
TypeConverter converter = getConverter(description);
CompositeType type = assertCast(CompositeType.class, converter.getOpenType());
Set<String> keys = type.keySet();
Assert.assertEquals(11, keys.size());
assertCompositeType(type, "int-value", Integer.class.getName(), "An int value");
assertCompositeType(type, "bigint-value", BigInteger.class.getName(), "A biginteger value");
assertCompositeType(type, "bigdecimal-value", BigDecimal.class.getName(), "A bigdecimal value");
assertCompositeType(type, "boolean-value", Boolean.class.getName(), "A boolean value");
assertCompositeType(type, "bytes-value", byte[].class.getName(), "A bytes value");
assertCompositeType(type, "double-value", Double.class.getName(), "A double value");
assertCompositeType(type, "string-value", String.class.getName(), "A string value");
assertCompositeType(type, "long-value", Long.class.getName(), "A long value");
assertCompositeType(type, "type-value", String.class.getName(), "A type value");
assertCompositeType(type, "list-int-value", Integer[].class.getName(), "An int list value");
assertMapType(
assertCast(
TabularType.class,
assertCompositeType(
type, "map-int-value", TabularType.class.getName(), "An int map value", false)),
SimpleType.STRING,
SimpleType.INTEGER);
ModelNode node = new ModelNode();
node.get("int-value").set(1);
node.get("bigint-value").set(BigInteger.valueOf(2));
node.get("bigdecimal-value").set(BigDecimal.valueOf(3));
node.get("boolean-value").set(Boolean.TRUE);
node.get("bytes-value").set(new byte[] {4, 5});
node.get("double-value").set(Double.valueOf(6));
node.get("string-value").set("Seven");
node.get("long-value").set(Long.valueOf(8));
node.get("type-value").set(ModelType.INT);
node.get("list-int-value").add(9);
node.get("list-int-value").add(10);
node.get("map-int-value", "one").set(11);
node.get("map-int-value", "two").set(12);
CompositeData data = assertCast(CompositeData.class, converter.fromModelNode(node));
Assert.assertEquals(type, data.getCompositeType());
Assert.assertEquals(node, converter.toModelNode(data));
// Another test testing missing data in fromModelNode();
node = new ModelNode();
node.get("int-value").set(1);
data = assertCast(CompositeData.class, converter.fromModelNode(node));
Assert.assertEquals(node, converter.toModelNode(data));
// And another test testing missing data in fromModelNode();
node = new ModelNode();
node.get("boolean-value").set(true);
data = assertCast(CompositeData.class, converter.fromModelNode(node));
Assert.assertEquals(node, converter.toModelNode(data));
}
/**
* create result as property with name from property prefix When result is an array and
* isSeparateArrayResults is true, resultproperty used as prefix (<code>
* resultproperty.0-array.length</code> and store the result array length at <code>
* resultproperty.length</code>. Other option is that you delimit your result with a delimiter
* (java.util.StringTokenizer is used).
*
* @param propertyPrefix
* @param result
*/
protected void createProperty(String propertyPrefix, Object result) {
if (propertyPrefix == null) propertyPrefix = "";
if (result instanceof CompositeDataSupport) {
CompositeDataSupport data = (CompositeDataSupport) result;
CompositeType compositeType = data.getCompositeType();
Set<String> keys = compositeType.keySet();
for (Iterator<String> iter = keys.iterator(); iter.hasNext(); ) {
String key = iter.next();
Object value = data.get(key);
OpenType<?> type = compositeType.getType(key);
if (type instanceof SimpleType<?>) {
setProperty(propertyPrefix + "." + key, value);
} else {
createProperty(propertyPrefix + "." + key, value);
}
}
} else if (result instanceof TabularDataSupport) {
TabularDataSupport data = (TabularDataSupport) result;
for (Iterator<Object> iter = data.keySet().iterator(); iter.hasNext(); ) {
Object key = iter.next();
for (Iterator<?> iter1 = ((List<?>) key).iterator(); iter1.hasNext(); ) {
Object key1 = iter1.next();
CompositeData valuedata = data.get(new Object[] {key1});
Object value = valuedata.get("value");
OpenType<?> type = valuedata.getCompositeType().getType("value");
if (type instanceof SimpleType<?>) {
setProperty(propertyPrefix + "." + key1, value);
} else {
createProperty(propertyPrefix + "." + key1, value);
}
}
}
} else if (result.getClass().isArray()) {
if (isSeparatearrayresults()) {
int size = 0;
for (int i = 0; i < Array.getLength(result); i++) {
if (setProperty(propertyPrefix + "." + size, Array.get(result, i))) {
size++;
}
}
if (size > 0) {
setProperty(propertyPrefix + ".Length", Integer.toString(size));
}
}
} else {
String delim = getDelimiter();
if (delim != null) {
StringTokenizer tokenizer = new StringTokenizer(result.toString(), delim);
int size = 0;
for (; tokenizer.hasMoreTokens(); ) {
String token = tokenizer.nextToken();
if (setProperty(propertyPrefix + "." + size, token)) {
size++;
}
}
if (size > 0) setProperty(propertyPrefix + ".Length", Integer.toString(size));
} else {
setProperty(propertyPrefix, result.toString());
}
}
}
