about a framework, it’s important to know not only what it does but what principles it follows. Here are the guiding principles of the Spring Framework: • Provide choice at every level. Spring lets you

communicates through HTTP and does so by using a custom servlet. By using Spring’s DispatcherServlet principles (see webmvc.pdf), we can wire up such a servlet to expose your services. First, we have to create /remoting/* If you are familiar with Spring’s DispatcherServlet principles, you probably know that now you have to create a Spring container configuration resource named Client By using the HessianProxyFactoryBean, we can link in the service at the client. The same principles apply as with the RMI example. We create a separate bean factory or application context and mention

ApplicationContext. This chapter is roughly divided into two parts, the first part covering the basic principles that apply to both the BeanFactory and the ApplicationContext. The second part will cover some Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new 1 You're probably familiar with Spring's DispatcherServlet principles and if so, you know that know you'll have to create an application context named remote-servlet

ApplicationContext. This chapter is roughly divided into two parts, the first part covering the basic principles that apply to both the BeanFactory and the ApplicationContext. The second part will cover some Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new 1 You're probably familiar with Spring's DispatcherServlet principles and if so, you know that know you'll have to create an application context named remote-servlet

ApplicationContext. This chapter is roughly divided into two parts, the first part covering the basic principles that apply to both the BeanFactory and the ApplicationContext. The second part will cover some Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new 1 You're probably familiar with Spring's DispatcherServlet principles and if so, you know that know you'll have to create an application context named remote-servlet

ApplicationContext. This chapter is roughly divided into two parts, the first part covering the basic principles that apply to both the BeanFactory and the ApplicationContext. The second part will cover some Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new 1 You're probably familiar with Spring's DispatcherServlet principles and if so, you know that know you'll have to create an application context named remote-servlet

Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new g/* You're probably familiar with Spring's DispatcherServlet principles and if so, you know that know you'll have to create an application context named remoting-servlet the client Using the HessianProxyFactoryBean we can link in the service at the client. The same principles apply as with the RMI example. We'll create a separate bean factory or application context and

Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new g/* You're probably familiar with Spring's DispatcherServlet principles and if so, you know that know you'll have to create an application context named remoting-servlet the client Using the HessianProxyFactoryBean we can link in the service at the client. The same principles apply as with the RMI example. We'll create a separate bean factory or application context and

ApplicationContext as well. This chapter is divided into two parts, with the first part covering the basic principles that apply to both the BeanFactory and ApplicationContext, and with the second part covering those This is a major difference to Struts. “Open for extension...” One of the overarching design principles in Spring Web MVC (and in Spring in general) is the “Open for extension, closed for modification” Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new

ApplicationContext as well. This chapter is divided into two parts, with the first part covering the basic principles that apply to both the BeanFactory and ApplicationContext, and with the second part covering those This is a major difference to Struts. “Open for extension...” One of the overarching design principles in Spring Web MVC (and in Spring in general) is the “Open for extension, closed for modification” Hessian communicates via HTTP and does so using a custom servlet. Using Spring's DispatcherServlet principles, you can easily wire up such a servlet exposing your services. First we'll have to create a new