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Microkernel architecture data processing system and method for memory management, a method of driving the operating system personality program, a method of driving the application program

机译:用于存储管理的微内核体系结构数据处理系统和方法,驱动操作系统个性程序的方法,驱动应用程序的方法

摘要

A memory management method for a microkernel architecture and the microkernel itself feature template regions which are defined by the microkernel in the memory, as special objects. In the memory management method, after the microkernel is loaded into the memory of a data processing system, it begins creating task containers in the memory. It does this by forming template regions as special objects in the memory, the template regions having a set of attributes. Then, when the microkernel forms a task in the memory, it does so by mapping the template region into the task. The microkernel defines a virtual address space for the task based upon the template region. Later, when the microkernel conducts virtual memory operations on the template regions, the effect of the virtual memory operations is manifested in the task by means of the mapping relationship. In this manner, a single template region can be mapped into multiple tasks, simultaneously. By directing virtual memory operations to the template region on which they will take effect, the sharing of the virtual memory operations is much easier to accomplish since the changes are made to a template region, not to the mapping of the template region within each task. MATH
机译:用于微内核架构的存储器管理方法和微内核本身具有由存储器中的微内核定义的模板区域作为特殊对象。在内存管理方法中,将微内核加载到数据处理系统的内存中之后,它开始在内存中创建任务容器。它通过在内存中将模板区域形成为特殊对象来实现此目的,模板区域具有一组属性。然后,当微内核在内存中形成任务时,它通过将模板区域映射到任务中来完成。微内核基于模板区域为任务定义虚拟地址空间。以后,当微内核在模板区域上进行虚拟内存操作时,虚拟内存操作的效果通过映射关系体现在任务中。以这种方式,单个模板区域可以同时映射到多个任务中。通过将虚拟内存操作定向到将在其上生效的模板区域,可以轻松实现虚拟内存操作的共享,因为对模板区域进行了更改,而不是对每个任务中的模板区域的映射进行了更改。

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