........................................................................ 121 12. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction resource strings, and in simple form are treated appropriately to the specific context implementation (i.e. ClassPathXmlApplicationContext treats a simple location path as a classpath location), but may also

........................................................................ 132 12. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction resource strings, and in simple form are treated appropriately to the specific context implementation (i.e. ClassPathXmlApplicationContext treats a simple location path as a classpath location), but may also

........................................................................ 121 12. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction resource strings, and in simple form are treated appropriately to the specific context implementation (i.e. ClassPathXmlApplicationContext treats a simple location path as a classpath location), but may also

........................................................................ 121 12. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction resource strings, and in simple form are treated appropriately to the specific context implementation (i.e. ClassPathXmlApplicationContext treats a simple location path as a classpath location), but may also

........................................................................ 121 12. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction resource strings, and in simple form are treated appropriately to the specific context implementation (i.e. ClassPathXmlApplicationContext treats a simple location path as a classpath location), but may also

........................................................................ 121 12. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction resource strings, and in simple form are treated appropriately to the specific context implementation (i.e. ClassPathXmlApplicationContext treats a simple location path as a classpath location), but may also

........................................................................ 113 11. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction • bean behavioral configuration elements, which state how the bean should behave in the container (i.e. prototype or singleton, autowiring mode, dependency checking mode, initialization and destruction

........................................................................ 113 11. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction • bean behavioral configuration elements, which state how the bean should behave in the container (i.e. prototype or singleton, autowiring mode, dependency checking mode, initialization and destruction

threads and scale with fewer hardware resources. Servlet 3.1 did provide an API for non-blocking I/O. However, using it leads away from the rest of the Servlet API, where contracts are synchronous (Filter refers to programming models that are built around reacting to change — network components reacting to I/O events, UI controllers reacting to mouse events, and others. In that sense, non-blocking is reactive unnecessary. If you are unsure what benefits to look for, start by learning about how non-blocking I/O works (for example, concurrency on single- threaded Node.js) and its effects. 1.1.5. Servers Spring

........................................................................ 100 11. Data Access using O/R Mappers ......................................................................................... object-relational mapping APIs, including JDO, Hibernate and iBatis. Using the ORM package you can use all those O/R-mappers in combination with all the other features Spring offers, like simple declarative transaction • bean behavioral configuration elements, which state how the bean should behave in the container (i.e. prototype or singleton, autowiring mode, dependency checking mode, initialization and destruction