The following information provides a concrete implementation of a simulator framework.
以下内容将介绍模拟器框架的具体实现。
In all of these areas, a robust simulator framework provides a tremendous amount of value.
在所有这些领域中，一个功能健壮的模拟器框架将会很有价值。
The framework supports the use of both a simulator and a dashboard for unit testing services. The simulator framework consists of the following defined layers.
该框架支持使用模拟器和指示板进行单元测试。
The simulator framework provides a mechanism for quickly adopting the use of the simulator best practice, including the use of the service dashboard to monitor simulated and live back-end services.
模拟器框架提供了一种可快速采用模拟器最佳实践的机制，包括使用服务指示板监控模拟的和活动的后台服务。
The data layer consists of defined XML files that will be consumed by the Spring framework and returned as POJOs to the simulator service layer.
数据层包含已定义的XML文件，Spring框架会使用这些文件并作为POJO返回到模拟器服务层。
On the framework, it develops a universal instruction simulator core and system inter-connection model, processor model, memory model, device model and debug model.
实现了基于虚拟指令集的通用处理器内核，同时实现了通用的系统互联模型，处理器模型，存储器模型、外围设备模型和调试模型。
On the framework, it develops a universal instruction simulator core and system inter-connection model, processor model, memory model, device model and debug model.
实现了基于虚拟指令集的通用处理器内核，同时实现了通用的系统互联模型，处理器模型，存储器模型、外围设备模型和调试模型。
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