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The relationship between a container and a component is sometimes referred to as a contract whose terms are governed by an application programming interface (API) An API defines rules that a component must follow and the services a component will receive from the container A container handles persistence, resource management, security, threading, and other system-level services for components that are associated with the container Components are responsible for implementation of business logic This means programmers can focus on encoding business rules into components without becoming concerned about low-level system services This is an important concept in multi-tier architecture because modification can be made to low-level security, for example, without requiring any modification to a component Only the container needs to be modified by the programmer The relationship between a component and a container is very similar to the relationship between a program and an operating system The operating system provides low-level systems services such as I/O to a program Programs don t need to be modified if a new disk drive is installed in the computer Instead, the operating system is reconfigured to recognize the new disk drive

Whenever you embed sound within a web page, it s always considered good practice to display at least some portion of the controls This lets visitors turn off the sound or adjust the volume as they see fit

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A client uses a client protocol to access a service associated with a particular tier A protocol is a standard method of communication that both a client and the tier/ component/resource understands A number of protocols are used within a multi-tier infrastructure because each tier/component/resource could use different protocols One of the most commonly implemented multi-tier architectures is used in webcentric applications where browsers are used to interact with corporate online resources A browser is a client and requests a service from a web server using HTTP In a typical enterprise-wide application, a browser requests services from other components within the infrastructure, such as a servlet A servlet uses a resource protocol to access resources necessary for the servlet to fulfill the request For example, a servlet will use the JDBC protocol to retrieve data from a DBMS Pick up a copy of J2EE: The Complete Reference, which will introduce you to specific protocols as you learn to build components and use resources

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J2EE multi-tier web services architecture is a four-tier architecture (see Figure 14-3) The four tiers are the Client Tier (sometimes referred to as the Presentation Tier or Application Tier), Web Tier, Enterprise JavaBeans Tier (sometimes referred to as the Business Tier), and the Enterprise Information Systems Tier Each tier focuses on providing a specific type of functionality to an application It is important to delineate between physical location and functionality Two or more tiers can physically reside on the same Java Virtual Machine, although each tier provides a different type of functionality to an application And since the J2EE multi-tier

IPv6 must coexist on LANs with many other protocols, one of which is IPv4 For a long time, IPv6 designers discussed how to implement this coexistence, by mainly analyzing the following two options: 1 To consider IPv6 as an evolution of IPv4 and therefore to maintain, at the local network level, the Protocol Type equal to that of IPv4 (that is, 0800 hexadecimal) This solution entails IPv4 and IPv6 packets being distinguished by the Version field (that is, by the first four bits of the IP packet) (See Figures 1-3 and 1-4) 2 To consider IPv6 as a new protocol completely different from IPv4 and therefore to assign a Protocol Type different from that of IPv4 The latter solution was chosen because it is more robust and reliable during the migration from IPv4 to IPv6, when both protocols will be active at the same time The new assigned Protocol Type, 86DD (hexadecimal), and the LAN encapsulation are shown in Figure 2-6 The solution (b) can be used on all IEEE 802 (IEEE 8023, 8025, FDDI, and so on) LANs; it anticipates that after the MAC header (MAC-DSAP, MAC-SSAP, and Length), the LAN LLC header will be present in its SNAP

Figure 14-3

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