Quick transplanting method of comprehensive software of transformer substation on embedded system hardware platform

Abstract

The invention discloses a quick transplanting method of comprehensive software of a transformer substation on an embedded system hardware platform, which comprises three steps of building a compiling condition of automatic match, generating a batch file compiler, and executing a compiling process and outputting an executing file generated by compiling. The invention provides the method for quickly transplanting the comprehensive software of the transformer substation specific to different embedded hardware platforms; for a system environment of a new hardware platform, an executable file of the transformer substation comprehensive software ran under the new hardware platform can be automatically, quickly and reliably generated, the working efficiency is improved, the producing cost of a new product is reduced, the research and development period of the new product is shortened; therefore, the method has a good application prospect.

Description

technical field [0001] The invention relates to the technical field of power system automation, in particular to a method for quickly transplanting substation integrated automation software on various embedded system hardware platforms. Background technique [0002] In recent years, with the rapid development of computer technology, the speed of upgrading high-performance chips has been accelerated, and the cost has been continuously reduced. In the field of power system technology, considering the reliability and operating speed of various instruments, microcomputer protection devices As well as production costs, all hardware platforms need to be continuously updated to ensure that the products have high reliability, running speed and low production costs. We know that the upgrade of hardware platforms will inevitably lead to the selection of processor chips. Changes, sometimes even due to factors such as price performance and market factors, change the chip supplier, such ...

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Problems solved by technology

[0002] In recent years, with the rapid development of computer technology, the speed of upgrading high-performance chips has been accelerated, and the cost has been continuously reduced. In the field of power system technology, considering the reliability and operating speed of various instruments, microcomputer protection devices As well as production costs, all hardware platforms need to be continuously updated to ensure that the products have high reliability, running speed and low production costs. We know that the upgrade of hardware platforms will inevitably lead to the selection of processor chips. Changes, sometimes even due to factors such as price performance and market factors, change the chip supplier, such as replacing the platform of the PowerPC processor with the platform of the ARM processor, or replacing the platform with the X86 processor, but the upgrade of the hardware platform will cause Changes in the operating platform of the product software (for example, changes in system environments such as Linux, unix, windows, and Wince) and changes in computer language compilation tools, so that the software programs on the original product cannot be used on the new platform, and the software source program needs to be installed on the new platform. Recompile in the system environment to generate executable files under the new hardware platform. Today's commercial software is basically completed by multiple people in long-term cooperation, and is spliced ​​by a large number of software modules (dynamic libraries, executable files, etc.). The number of files is hundreds or thousands. Every time the hardware operating platform or system environment is replaced, the software source program must be modified one by one and recompiled. This slows down work efficiency, increases labor costs, and prolongs the development cycle of new products. , miss the best time for new products to enter the market

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