of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that be done in cooperation with the AspectJ community. We believe that this will provide significant benefits for both Spring and AspectJ users, in the following areas: • Allowing AspectJ aspects to be configured

continuity and consistency with each other, they are available side by side, and feedback from each side benefits both sides. The following diagram shows how the two relate, what they have in common, and what are already shopping for a non-blocking web stack, Spring WebFlux offers the same execution model benefits as others in this space and also provides a choice of servers (Netty, Tomcat, Jetty, Undertow, methods. The greater the latency per call or the interdependency among calls, the more dramatic the benefits. Spring MVC controllers can call other reactive components too. • If you have a large team, keep

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that integration allows Spring to configure AspectJ aspects using Dependency Injection. This brings similar benefits to aspects as to objects. For example: • There is no need for aspects to use ad hoc configuration

of the container or how it is accessed, and remains uncoupled from other code, with all ensuing benefits. EJBs may also use this stub/proxy approach to delegate to a plain java implementation object, coming method. This method will create an AOP proxy wrapping a target object. One of the most important benefits of using a ProxyFactoryBean or other IoC-aware class to create AOP proxies, is that it means that integration allows Spring to configure AspectJ aspects using Dependency Injection. This brings similar benefits to aspects as to objects. For example: • There is no need for aspects to use ad hoc configuration