Multi-project and multi-platform self-adaptive chip design FPGA prototype verification method and system

Abstract

The invention discloses a multi-project and multi-platform self-adaptive chip design FPGA prototype verification method and system. The method comprises the following steps: executing multi-project and multi-platform initialization, determining a project code of chip design, using a tested platform code, generating a file list and a parameter file required by running of a corresponding project library and a platform environment library, and submitting the file list and the parameter file to a version management warehouse of a corresponding test platform; triggering the continuous integration tool to start the client according to the script to perform compilation simulation, integration, realization and generation of a test report, and uploading the test report to a version management warehouse. According to the invention, a plurality of chip design projects and a plurality of FPGA prototype verification platform environments are coupled together; verification developers are supported to flexibly switch between a plurality of projects and a plurality of verification platforms in one version management library, and the FPGA prototype verification automation process of the specified project and the specified platform can be quickly completed only through a small amount of configuration.

Description

technical field [0001] The invention relates to a prototype verification technology of FPGA chip design, in particular to a multi-item and multi-platform self-adaptive chip design FPGA prototype verification method and system. Background technique [0002] As the difficulty and challenges of integrated circuit design further increase, in the chip development and verification stage, there are more and more iterative versions of the design code, and each design version requires functional verification. Due to different actual requirements and technical indicators, the project team will have multiple chip designs under development and verification at the same time. Therefore, how to simultaneously carry out and accelerate the verification process iterations of multiple projects is a key issue to be solved in the chip design and verification phase. [0003] For large-scale chips, FPGA prototype verification has become the mainstream method in the field of functional verificatio...

AI Technical Summary

Problems solved by technology

Considering that the same FPGA prototype verification platform can be used for different projects, the operating environment and configuration can be used without extensive modification, so maintaining multiple different project libraries and verification environment libraries at the same time is not only time-consuming and labor-intensive, but also reduces the overall cost of prototype verification. efficiency

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