基于ACE Reactor的BSC功能测试系统设计

GSM通信工程迫切需要对BSC系统进行各种功能测试，而软硬件环境的多样性和异构性，使得BSC平台架构上的测试相当困难。为了减少整个通信软件的成本，简化各种配置的复杂性，利用ACE中间件丰富的组件和Reactor框架设计模式，使用软件仿真硬件所实现的逻辑。通过引入两个插桩，来仿真两个物理的NetHawk Server卡，在Linux OS下建立了基于IP通信的功能测试环境。实验证明了新测试系统的可靠性和健壮性，并解决了昂贵测试硬件短缺的问题。

Design of BSC function test system based on ACE reactor

The global system for mobile (GSM) communication projects require imminently to make function test on base station controller (BSC) system. But BSC platform encounters more difficulties due to the variety and heterogeneity of hardware and software. In order to reduce the cost of software and simplify the configurations of test system, software was used to simulate the logic of hardware by rich components of Adaptive Communication Environment (ACE) and Reactor design pattern. Two stubs were introduced to simulate the physical NetHawk Server cards. Based on IP communication, a new test environment was built under Linux operating system. The experiment proves the reliability and robustness of the new test system, and the costly hardware resource shortage is not a problem in the system as well.