Heterogeneous Internet of Things application remote compiling method based on elastic expansion and contraction

Abstract

The invention discloses a heterogeneous Internet of Things application remote compiling method based on elastic scaling. The heterogeneous Internet of Things application remote compiling method based on elastic scaling is applied to a heterogeneous Internet of Things application remote compiling system based on elastic scaling. The system comprises a command line tool module, a gateway service module, a message queue module and various compiling execution service modules according to function division. The method comprises the following steps: step 1, configuring and creating a compiling execution service of an Internet of Things application, and accessing the compiling execution service to a remote compiling system; 2, enabling the system to monitor the resource consumption condition of the compilation execution service in real time, and dynamically increase and decrease the number of copies of the compilation execution service according to the resource consumption condition; and 3, submitting a compiling request of the Internet of Things application by the user through the command line tool, and obtaining a result of the compiling request. According to the method, compiling execution of various Internet of Things applications is supported, high expandability is achieved, the compiling efficiency of the Internet of Things applications is improved, the time of configuring a cross compiling environment by developers is shortened, and the efficiency of developing the Internet of Things applications by the developers is improved.

Description

technical field [0001] The present invention provides a remote compiling method for heterogeneous Internet of Things applications based on elastic scaling. Background technique [0002] According to the "Internet of Things White Paper (2020)", the number of global connections to the Internet of Things continues to rise. The Internet of Things still has huge room for development. According to the "Mobile Economy 2020" report released by GSMA, the total number of global Internet of Things connections reached 12 billion in 2019. It is estimated that the number of global Internet of Things connections will reach 24.6 billion in 2025. The compound annual growth rate is as high as 13%. The continuous increase in the number of IoT connections and the continuous advancement of IoT technology will generate a large number of development and testing requirements for IoT applications. [0003] Generally, before developing an IoT application, developers need to locally configure the cr...

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Problems solved by technology

[0005] The present invention overcomes the above-mentioned shortcomings of the prior art, and solves problems such as the cumbersome configuration of the cross-compilation environment for the Internet of Things application caused by the above-mentioned situation in the existing Internet of Things field, the single type of Internet of Things devices supported by the remote compilation system, and the inability to efficiently utilize server resources, etc. , the present invention provides a remote compiling method for heterogeneous Internet of Things applications based on elastic scaling, which can be specifically applied to a remote compiling system for heterogeneous Internet of Things applications based on elastic scaling provided by the present invention. The system includes command lines according to functions Four modules of tools, gateway services, message queues, and various compilation and execution services

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