UML-based tools are often used for J2EE/.NET application analysis and design,both because UML's object orientation is ideal for the J2EE/.NET implementation(66) and because of the expanding scope and complexity of today's enterprise endeavors.(67) the approaches diverge at the coding/implementation phase,a common Set of analysis and design techniques applies to both J2EEand.NET.The use of a virtual machine (VM) architecture is also common to J2EE and .NET. Application development tools(68) intermediate-level code instead of platform-specific binary code, which means the VM interprets that code in real time or performs Just-In-Time (JIT) compilation; the Microsoft VM always runs JIT-compiled code. This VM-based model results in(69)-independent applications and is conducive to the late-binding technique that's(70) to the OO approach.A.blockB.modelC.moduleD.group

UML-based tools are often used for J2EE/.NET application analysis and design,both because UML's object orientation is ideal for the J2EE/.NET implementation(66) and because of the expanding scope and complexity of today's enterprise endeavors.(67) the approaches diverge at the coding/implementation phase,a common Set of analysis and design techniques applies to both J2EEand.NET.

The use of a virtual machine (VM) architecture is also common to J2EE and .NET. Application development tools(68) intermediate-level code instead of platform-specific binary code, which means the VM interprets that code in real time or performs Just-In-Time (JIT) compilation; the Microsoft VM always runs JIT-compiled code. This VM-based model results in(69)-independent applications and is conducive to the late-binding technique that's(70) to the OO approach.

A.block

B.model

C.module

D.group


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