Compiling method and device of compiling system and terminal equipment

Abstract

The embodiment of the invention provides a compiling method and device of a compiling system and terminal equipment. The compiling method of the compiling system includes the steps that through an integrated development environment (IDE) container, a tool chain container and a dependent library container which meet the compiling requirements of the current compiling system are loaded; the tool chain container and the dependent library container execute compiling of the current compiling system. By the adoption of the compiling method, the integrated development environment (IDE) container canload the matched tool chain container and dependent library container, then, compiling environments, capable of meeting different compiling requirements, of the current compiling system can be established, not only is extreme dependence on operation system environments effectively avoided when the compiling environments are established by setting environment variables and chroot, but also the compiling environments capable of meeting different compiling requirements are established on the basis of the tool chain container and the dependent library container, separation of the compiling environments is achieved, and the problem is effectively solved that the efficiency of multi-tool-chain and multi-branch compiling is low.

Description

technical field [0001] The present invention relates to the field of computer technology, in particular, the present invention relates to a compiling method, device and terminal equipment of a compiling system. Background technique [0002] The current operating system generally consists of a framework layer and an application layer, and above the framework layer are user applications. Framework layer services and user applications are compiled through an IDE (Integrated Development Environment, integrated development environment) integrated with a pdk (Programmer Develop Kit, programmer development kit) environment. When compiling user applications, build the compilation environment by setting environment variables, so that the IDE can find the locally deployed tool chain and dependent packages; when compiling framework layer services, mainly by running chroot (change root directory, change the root directory) Build the locally deployed toolchain and dependency packages by...

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Problems solved by technology

[0003] However, building the compilation environment by setting environment variables and chroot makes the compilation system extremely dependent on the operating system environment where the IDE is located. On the other hand, it is easy to cause damage to the IDE system environment, and it is extremely difficult to recover; on the other hand, it greatly limits the operating system environment required to start the IDE. If the compilation system is started under a non-specific operating system environment IDE, it may cause failure to successfully set local environment variables and start loading failures, for example, if the setting environment variable script and customized QtCreator plug-in provided for the linux environment are moved to the windows environment, the IDE loading will fail; finally , increasing the cost of customizing different plug-ins for different system environments

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