might be associated with the user’s request. In contrast to CookieLocaleResolver, this strategy stores locally chosen locale settings in the Servlet container’s HttpSession. As a consequence, those settings returns all Person objects found in the repository as JSON. ② createPerson is a handler function that stores a new Person contained in the request body. ③ getPerson is a handler function that returns a single returns all Person objects found in the repository as JSON. ② createPerson is a handler function that stores a new Person contained in the request body. ③ getPerson is a handler function that returns a single

called “wicket:persistentPageManagerData-” to store pages. The second level cache stores pages into application-scoped variables which are identified by a session id and a page id. The resembles scoped variables but is much more powerful. Metadata is quite similar to a Java Map in that it stores pairs of key-value objects where the key must be unique. In Wicket each of the following classes stateless mode then the application will have to provide a custom implementation of ICryptFactory that stores the user specific keys by other means. 22.5. CSRF protection CryptoMapper helps preventing CSRF

called “wicket:persistentPageManagerData-” to store pages. The second level cache stores pages into application-scoped variables which are identified by a session id and a page id. The resembles scoped variables but is much more powerful. Metadata is quite similar to a Java Map in that it stores pairs of key-value objects where the key must be unique. In Wicket each of the following classes stateless mode then the application will have to provide a custom implementation of ICryptFactory that stores the user specific keys by other means. 22.5. CSRF protection CryptoMapper helps preventing CSRF

data. That includes the set of queues that are deployed on the server and their attributes. It also stores data such as id sequence counters. The bindings journal is always a NIO journal as it is typically size is 1048576 , and it is located at the bindings folder. JMS journal. This journal instance stores all JMS related data, This is basically any JMS Queues, Topics and Connection Factories and any is 1048576 , and it is located at the bindings folder. Message journal. This journal instance stores all message related data, including the message themselves and also duplicate-id caches. By default

single request, for example if we have been redirected with setResponsePage. The second level cache stores the last rendered page into a session-scoped variables.  Scoped variables will be introduced resembles scoped variables but is much more powerful. Metadata is quite similar to a Java Map in that it stores pairs of key-value objects where the key must be unique. In Wicket each of the following classes stateless mode then the application will have to provide a custom implementation of ICryptFactory that stores the user specific keys by other means. 22.5. CSRF protection CryptoMapper helps preventing CSRF

single request, for example if we have been redirected with setResponsePage. The second level cache stores the last rendered page into a session-scoped variables.  Scoped variables will be introduced resembles scoped variables but is much more powerful. Metadata is quite similar to a Java Map in that it stores pairs of key-value objects where the key must be unique. In Wicket each of the following classes stateless mode then the application will have to provide a custom implementation of ICryptFactory that stores the user specific keys by other means. 22.5. CSRF protection CryptoMapper helps preventing CSRF

data. That includes the set of queues that are deployed on the server and their attributes. It also stores data such as id sequence counters. The bindings journal is always a NIO journal as it is typically size is 1048576 , and it is located at the bindings folder. JMS journal. This journal instance stores all JMS related data, This is basically any JMS Queues, Topics and Connection Factories and any is 1048576 , and it is located at the bindings folder. Message journal. This journal instance stores all message related data, including the message themselves and also duplicate-id caches. By default

data. That includes the set of queues that are deployed on the server and their attributes. It also stores data such as id sequence counters. The bindings journal is always a NIO journal as it is typically size is 1048576 , and it is located at the bindings folder. JMS journal. This journal instance stores all JMS related data, This is basically any JMS Queues, Topics and Connection Factories and any is 1048576 , and it is located at the bindings folder. Message journal. This journal instance stores all message related data, including the message themselves and also duplicate-id caches. Persistence

data. That includes the set of queues that are deployed on the server and their attributes. It also stores data such as id sequence counters. Persistence 79 The bindings journal is always a NIO journal size is 1048576 , and it is located at the bindings folder. JMS journal. This journal instance stores all JMS related data, This is basically any JMS Queues, Topics and Connection Factories and any is 1048576 , and it is located at the bindings folder. Message journal. This journal instance stores all message related data, including the message themselves and also duplicate-id caches. By default

data. That includes the set of queues that are deployed on the server and their attributes. It also stores data such as id sequence counters. Persistence 79 The bindings journal is always a NIO journal size is 1048576 , and it is located at the bindings folder. JMS journal. This journal instance stores all JMS related data, This is basically any JMS Queues, Topics and Connection Factories and any is 1048576 , and it is located at the bindings folder. Message journal. This journal instance stores all message related data, including the message themselves and also duplicate-id caches. By default