coordination） 事件传导（Event propagation ） "RememberMe" 服务（"Remember Me" Services） 建立Subject(Subject creation) 退出登录（Logout） 及其它。 但这些功能都在一个单独的组件中管理，并且，当所有功能集中在一个类中实现是灵活和可 定制是非常困难的。 为了实现配置的简单、灵活、可插拔，Shi 如果你希望改变他们，看 FormAuthenticationFilter 的 javadoc 获取信息。 Step 3c: Run the webapp $ mvn jetty:run Step 3d: Try to Login 浏览器 访问 localhost:8080/login.jsp ,就能看到登录界面 输入 Step 2 中的 登录名称、密码。点击登录，成功则去到主页，失败则返回到登录界面

?) , ?(?) , ?(?2) , ?(2?) 。 38 3. 数据结构简介 3.1. 数据与内存 3.1.1. 基本数据类型 谈到计算机中的数据，我们能够想到文本、图片、视频、语音、3D 模型等等，这些数据虽然组织形式不同，但 都是由各种基本数据类型构成的。 「基本数据类型」是 CPU 可以直接进行运算的类型，在算法中直接被使用。 ‧「整数」根据不同的长度分为 byte, short

?) , ?(?) , ?(?2) , ?(2?) 。 38 3. 数据结构简介 3.1. 数据与内存 3.1.1. 基本数据类型 谈到计算机中的数据，我们能够想到文本、图片、视频、语音、3D 模型等等，这些数据虽然组织形式不同，但 都是由各种基本数据类型构成的。 「基本数据类型」是 CPU 可以直接进行运算的类型，在算法中直接被使用。 ‧「整数」根据不同的长度分为 byte, short

locally (avoiding eager init) * PropertyPathFactoryBean logs a warning if the target bean is still in creation at the time of obtaining the property * exposed public "copyRegisteredEditorsTo" method on ConfigurableBeanFactory descriptive exception if incompatible * Portlet AbstractCommandController falls back to lazy command creation if session timed out after action phase * ByteArray/StringMultipartFileEditor do not log warning singleton exposure to remove singleton factory after creation of singleton object * DefaultSingletonBeanRegistry only exposes related causes on outermost creation exception (avoiding excessive logging) * Def

locally (avoiding eager init) * PropertyPathFactoryBean logs a warning if the target bean is still in creation at the time of obtaining the property * exposed public "copyRegisteredEditorsTo" method on ConfigurableBeanFactory descriptive exception if incompatible * Portlet AbstractCommandController falls back to lazy command creation if session timed out after action phase * ByteArray/StringMultipartFileEditor do not log warning singleton exposure to remove singleton factory after creation of singleton object * DefaultSingletonBeanRegistry only exposes related causes on outermost creation exception (avoiding excessive logging) * Def

singleton exposure to remove singleton factory after creation of singleton object * DefaultSingletonBeanRegistry only exposes related causes on outermost creation exception (avoiding excessive logging) * Def DefaultListableBeanFactory passes full inherited AccessControlContext to the AccessController for bean creation * DefaultListableBeanFactory does not eagerly initialize target beans when autowiring a PriorityOrdered * fixed AbstractAutowireCapableBeanFactory's "configureBean" (@Configurable) to avoid bean name creation for inner beans * fixed AbstractAutowireCapableBeanFactory to skip invocation of Instantiatio

exception handling for clearer wrapping of nested exceptions * DefaultListableBeanFactory performs bean creation within a PrivilegedAction (for SecurityManager compatibility) * optimized DefaultListableBeanFactory's expose an "order" bean property * "depends-on" kicks in before the affected bean is entering its creation phase; can be used to resolve circular refs * added "registers-scope" annotation to spring-tool definitions * optimized DefaultListableBeanFactory's resolution of bean references during prototype creation * DefaultListableBeanFactory performs SmartFactoryBean eager-init check even if the FactoryBean

* fixed AbstractAutowireCapableBeanFactory's "configureBean" (@Configurable) to avoid bean name creation for inner beans * fixed AbstractAutowireCapableBeanFactory to skip invocation of Instantiation Lifecycle interface * AbstractApplicationContext processes Lifecycle callbacks in the order of bean creation by default * AbstractApplicationContext explicitly freezes its bean factory configuration at the exception handling for clearer wrapping of nested exceptions * DefaultListableBeanFactory performs bean creation within a PrivilegedAction (for SecurityManager compatibility) * optimized DefaultListableBeanFactory's

DefaultListableBeanFactory passes full inherited AccessControlContext to the AccessController for bean creation * DefaultListableBeanFactory does not eagerly initialize target beans when autowiring a PriorityOrdered * fixed AbstractAutowireCapableBeanFactory's "configureBean" (@Configurable) to avoid bean name creation for inner beans * fixed AbstractAutowireCapableBeanFactory to skip invocation of Instantiation Lifecycle interface * AbstractApplicationContext processes Lifecycle callbacks in the order of bean creation by default * AbstractApplicationContext explicitly freezes its bean factory configuration at the

DefaultListableBeanFactory passes full inherited AccessControlContext to the AccessController for bean creation * DefaultListableBeanFactory does not eagerly initialize target beans when autowiring a PriorityOrdered * fixed AbstractAutowireCapableBeanFactory's "configureBean" (@Configurable) to avoid bean name creation for inner beans * fixed AbstractAutowireCapableBeanFactory to skip invocation of Instantiation Lifecycle interface * AbstractApplicationContext processes Lifecycle callbacks in the order of bean creation by default * AbstractApplicationContext explicitly freezes its bean factory configuration at the