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Methodology To execute SPARC binary of Silterra memory compiler 0.18um process technology on x86 Architecture

机译:在x86体系结构上执行Silterra内存编译器0.18um处理技术的SPARC二进制文件的方法

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摘要

This paper addresses the issue of Silterra memory compiler 0.18 micrometer (um) technology that can only be run with Solaris operating system with Scalable Processor Architecture (SPARC). However, a lot of technologies in software applications had moved to x86 platforms. SUN, which produced SPARC machines, also had merged into ORACLE, a database expert company. Today it is hard to find support for SPARC machines, as most developers now are moving to x86 operating system with Intel architecture. This paper proposes a solution by using QEMU approach. QEMU stands for “Quick Emulator” which emulates the role of SPARC machines that installs Solaris operating system with SPARC architecture on Linux machines. Now, the Silterra memory compiler 0.18um process can be executed on the virtual machine, as it recognizes the platform as Solaris SPARC architecture. This methodology not only for memory compiler of 0.18um Silterra but also can be use for others SPARC binaries.
机译:本文解决了只能在具有可扩展处理器体系结构(SPARC)的Solaris操作系统上运行的Silterra内存编译器0.18微米(um)技术的问题。但是,软件应用程序中的许多技术已迁移到x86平台。生产SPARC机器的SUN也已合并为数据库专家公司ORACLE。如今,很难找到对SPARC计算机的支持,因为大多数开发人员现在都在迁移到具有Intel体系结构的x86操作系统。本文提出了一种使用QEMU方法的解决方案。 QEMU代表“快速仿真器”,它模仿SPARC计算机的角色,该计算机在Linux计算机上安装具有SPARC体系结构的Solaris操作系统。现在,Silterra内存编译器0.18um进程可以在虚拟机上执行,因为它将平台识别为Solaris SPARC体系结构。这种方法不仅适用于0.18um Silterra的内存编译器,而且还可以用于其他SPARC二进制文件。

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