Code co-construction method, system, source code server and open server

Abstract

The application provides a code co-establishment method and system, a source code server and an open server. The source code server and a partner server can access the open server, but the open server and the partner server cannot access the source code server. The code co-establishment method comprises the steps: the source code server customizes multiple code libraries according to operating-system-level codes and a predetermined library establishment rule; the source code server transfers the code libraries to the open server; the partner server performs code co-establishment on the open server. Therefore, according to the code co-establishment method and system, the source code server and the open server, which are provided by the application, appointed requirements of multiple companies to the structure of an operating system code library can be met, transferability can be reinforced, a co-establishment effect is perfected, efficiency is improved, and costs are reduced; additionally, the safety of code co-establishment is improved, and interaction is further highly efficient.

Description

technical field [0001] The present application relates to the technical field of the Internet, and in particular to a code co-construction method, system, source code server and open server. Background technique [0002] At present, the operating system-level open code in the industry adopts the open source community model, such as Google's Android (Android) open source community. The open source community model solves the problem of one-way openness, but cannot meet the requirement of code co-construction. Open code means that company A makes its own code available to company B for use. The code co-construction is a mode of open code. Company A opens its own code to company B for use, and company B provides the modified code to company A. The code co-construction at the operating system level is mainly based on online or offline code synchronization (such as email, hard disk, U disk), that is, company A packages its own code and sends it to company B, and company B based ...

AI Technical Summary

Problems solved by technology

[0004] Security issues: If the online code synchronization mode such as email and network disk is adopted, if the code is hijacked or obtained by a third-party network disk company during the synchronization process, this is very important for the protection of innovation and new functions in the architecture of the operating system. Extremely unfavorable, once the code is leaked, the loss will be huge

[0005] Efficiency issues: If offline code synchronization modes such as hard disks are used, although the code security is guaranteed, the efficiency is too low, and the cost of each code synchronization is too high. It is difficult to meet business needs under the rapid development of the Internet.

[0006] Interactivity and cost issues: In the traditional model, although R&D is based on the same set of codes, due to the differences in the code management tools and database building modes of the two companies, the interaction efficiency of the R&D personnel of the two companies is low, and the immediacy and R&D of submitting codes cannot be realized. The explanations of the personnel for each other's modification cannot be clearly displayed

[0007] In summary, there are obviously inconveniences and defects in the actual use of the existing technology, so it is necessary to improve

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