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<value>replicate</value> </list> </property> </bean> </beans> Another MBean assembler is InterfaceBasedMBeanInfoAssembler, which exports all methods defined in the interfaces you specified. <bean id="assembler" class="org.springframework.jmx.export.assembler. InterfaceBasedMBeanInfoAssembler"> <property name="managedInterfaces"> <list> <value>com.apress.springenterpriserecipes.replicator. FileReplicator</value> </list> </property> </bean> Spring also provides MetadataMBeanInfoAssembler to assemble an MBean s management interface based on the metadata in the bean class. It supports two types of metadata: JDK annotations and Apache Commons Attributes (behind the scenes, this is accomplished using a strategy interface JmxAttributeSource). For a bean class annotated with JDK annotations, you specify an AnnotationJmxAttributeSource instance as the attribute source of MetadataMBeanInfoAssembler. <bean id="assembler" class="org.springframework.jmx.export.assembler. MetadataMBeanInfoAssembler"> <property name="attributeSource"> <bean class="org.springframework.jmx.export.annotation. AnnotationJmxAttributeSource" /> </property> </bean> Then you annotate your bean class and methods with the annotations @ManagedResource, @ManagedAttribute, and @ManagedOperation for MetadataMBeanInfoAssembler to assemble the management interface for this bean. The annotations are easily interpreted. They expose the element that they annotate. If you have a JavaBeans-compliant property, JMX will use the term attribute. Classes themselves are referred to as resources. In JMX, methods will be called operations. Knowing that, it s easy to see what the following code does: package com.apress.springenterpriserecipes.replicator; ... import org.springframework.jmx.export.annotation.ManagedAttribute; import org.springframework.jmx.export.annotation.ManagedOperation; import org.springframework.jmx.export.annotation.ManagedResource; @ManagedResource(description = "File replicator") public class FileReplicatorImpl implements FileReplicator { ... @ManagedAttribute(description = "Get source directory") public String getSrcDir() { ... }

Introduction is a special type of advice in AOP. It allows your objects to implement an interface dynamically by providing an implementation class for that interface. It seems as if your objects had extended the implementation class at runtime. Moreover, you are able to introduce multiple interfaces with multiple implementation classes to your objects at the same time. This can achieve the same effect as multiple inheritance.

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The first is to define two-hour time windows when interruptions are blocked, because interruptions are rarely so critical that they can t be delayed for an hour or two The second is to specify that when a person starts work on a project, they ll have at least two full days on that project before they can be asked to switch back again The second meaning of the focus property is related: it s the clarity and sense of direction the team needs to achieve its purpose successfully Without a clear definition of your goals, how do you know if you re achieving them The project s sponsor must ensure that the developers know what they re supposed to be working on by giving them an unambiguous mission statement.

Suppose you have two interfaces, MaxCalculator and MinCalculator, to define the max() and min() operations. package com.apress.springrecipes.calculator; public interface MaxCalculator { public double max(double a, double b); }

@ManagedAttribute(description = "Set source directory") public void setSrcDir(String srcDir) { ... } @ManagedAttribute(description = "Get destination directory") public String getDestDir() { ... } @ManagedAttribute(description = "Set destination directory") public void setDestDir(String destDir) { ... } ... @ManagedOperation(description = "Replicate files") public synchronized void replicate() throws IOException { ... } }

package com.apress.springrecipes.calculator; public interface MinCalculator { public double min(double a, double b); } Then you have an implementation for each interface with println statements to let you know when the methods are executed. package com.apress.springrecipes.calculator; public class MaxCalculatorImpl implements MaxCalculator { public double max(double a, double b) { double result = (a >= b) a : b; System.out.println("max(" + a + ", " + b + ") = " + result); return result; } } package com.apress.springrecipes.calculator; public class MinCalculatorImpl implements MinCalculator { public double min(double a, double b) { double result = (a <= b) a : b; System.out.println("min(" + a + ", " + b + ") = " + result); return result; } } Now suppose you would like ArithmeticCalculatorImpl to perform the max() and min() calculation also. As the Java language supports single inheritance only, it is not possible for the ArithmeticCalculatorImpl class to extend both the MaxCalculatorImpl and MinCalculatorImpl classes at the same time. The only possible way is to extend either class (e.g., MaxCalculatorImpl) and implement another interface (e.g., MinCalculator), either by copying the implementation code or delegating the handling to the actual implementation class. In either case, you have to repeat the method declarations. With introduction, you can make ArithmeticCalculatorImpl dynamically implement both the MaxCalculator and MinCalculator interfaces by using the implementation classes MaxCalculatorImpl and MinCalculatorImpl. It has the same effect as multiple inheritance from MaxCalculatorImpl and MinCalculatorImpl. The brilliant idea behind introduction is that you needn t modify the ArithmeticCalculatorImpl class to introduce new methods. That means you can introduce methods to your existing classes even without source code available.

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