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Configurations
Java ME has two configurations: the Connected Device Configuration (CDC) and the Connected Limited Device Configuration (CLDC). These configurations contain a virtual machine containing a small but focused set of libraries making up the runtime environment. CDC is supplied with the standard Java Virtual Machine and is utilized for devices that do not have extreme constraints of resources. CLDC has a small compact virtual machine known as Sun s K Virtual machine (KVM) and a reduced set of class libraries.
profiles
Profiles are necessary to work in conjunction with configurations as part of the necessary runtime environment. Profiles are APIs that define the application s life-cycle model, user interface, and device properties access. CDC contains the Foundation Profile (FP), the Personal Profile (PP), and the Personal Basis Profile (PBP). PBP is a subset of PP. The CLDC contains the Mobile Information Device Profile (MIDP) and the Information Module Profile (IMP). IMP is a subset of MIDP.
Optional packages
As discussed in detail in 1, packages are collections of related classes and functionality. Additional packages can be added as needed to expand on Java ME functionality. These packages that can be optionally used are initially excluded (not included by default) in order to keep the Java ME footprint as small as possible. When designing a system, it can be beneficial to think outside of the box. For example, consider using peripheral technologies. Unfortunately, many business systems are developed without even considering technologies such as mobile solutions. Can you think of any handheld device or mobile phone application that could be integrated into the architecture of a system you are currently working on
squawk
Squawk is a Java-compliant and CLDC-compatible virtual machine implementation, making it a piece of the Java ME architecture. Where most JVMs are written in C and C++, the majority of the Squawk JVM is pure Java. Squawk was designed to be as light as possible and is used with Sun s wireless Small Object Programmable Technology
Understanding Java Platforms
kits (Sun SPOTs). These hobby kits which include a 3D accelerometer, temperature and light sensors, LCDs, and push buttons are designed to encourage research and development of mobile technologies. The Squawk JVM is not on the exam, but you can find out more about the Sun SPOT project at www.sunspotworld.com.
Java platform, enterprise edition
The Java Platform, Enterprise Edition provides a means to create true enterprise systems that are flexible, scalable, and secure. A major benefit of enterprise systems is the separation of software components. Java EE follows the Model-View-Controller (MVC) architecture where servlets work as the controller, JavaServer Pages handle the view or presentation logic, and the business logic is represented as the model, typically the Enterprise JavaBeans (EJBs). Servlets, JSPs, and EJBs are covered in 12. The Java Enterprise Edition requires a collection of optional packages that support each of these areas, as well as complementary technologies. The packages are actually implementations of specifications. Table 10-3 depicts the specifications of the Java EE 5 platform. A Java Specification Request (JSR) is the description of Java platform related specifications proposed and final. For more information on JSRs, visit the Java Community Process (JCP) home page: http://jcp.org/en/home/index. The JCP maintains the JSRs. Remember that the SCJA exam is currently geared towards the J2EE 1.4 specification. Therefore, J2EE 1.4 APIs are described in this and the following two chapters, which include:
n nterprise Java Beans 2.1 E n ervlet 2.4 S n avaServer Pages 2.0 J n ava Message Service 1.1 J n avaMail 1.3 J n eb Services 1.1 W n AX RPC 1.1 J
When developing Java EE systems, you will always need a Java Development Kit. Since the JDK is the main piece of the Java SE platform, you could essentially say that Java SE is part of Java EE. You will often have the option of using newer
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