Function developer platform based on service-oriented architecture and operation method thereof

Abstract

The invention relates to the technical field of vehicle engineering, in particular to a function developer platform based on a service-oriented architecture and an operation method thereof, a developer platform body comprises a login interface and a developer interface, the login interface includes user name and password login operation, the developer interface mainly comprises a service list area, a service editing area and an entertainment area; according to the method, the packaged specific service is called through the service interface, a high-integration developer interface and an operation method are adopted, user-defined development of the user is achieved through software, detailed disassembly and analysis are conducted on functions, service cases meeting an SOA platform are produced, and by calling the corresponding interface, the combined application of the service and the specific realization of the function are realized, the subsequent addition or modification of corresponding function requirements is facilitated, and the function definition efficiency can be obviously improved.

Description

technical field [0001] The invention relates to the technical field of vehicle engineering, in particular to a function developer platform based on a service-oriented architecture and an operation method thereof. Background technique [0002] With the update and iteration of the automotive industry, the automotive industry is constantly developing towards intelligence, electrification, and digitalization. With the deepening of research and development, in order to make the software meet the needs of more complex application scenarios and deal with frequent function iterations, For the development of vehicle electronic and electrical architecture (hereinafter referred to as: architecture), in order to match the corresponding technical requirements, the design concept of service-oriented architecture (SOA) has begun to be accepted by more and more automobile companies and institutions and gradually began to carry out research and development. input and application. The entire...

AI Technical Summary

Problems solved by technology

[0004] 1. The closure of platform resources: The development and application of the existing developer platform has a high dependence on the definition and interface of services, and the related resources are mostly defined and controlled by the OEM of the main engine factory, so the development and application of the developer platform Development and implementation are largely limited by resource limitations, and many corresponding permissions and resources are difficult to develop for third parties

Due to the negative impact of resource closure, the interface development of the developer platform will also be greatly limited, and it is difficult to meet the intervention of third-party developers;

[0005] 2. Limitations of interface layout and function definition: Most of the existing function definitions are defined by OEMs, and the functions are relatively fixed and rely on the inherent function list as input to define the state machine required by the function and the corresponding pre- and post- Setting conditions, etc., using signals as the basis to drive the specific realization of functions

The traditional method still divides domains and implements functional design based on ECU execution functions. There are great limitations to the cross-domain linkage of other functions and the extension and reuse of subsequent functions, which cannot meet the rapid function expansion required by SAO. definition

Its limitations directly limit the actual function coverage of the developer platform, and also limit the interactive application of the system and interface;

[0006] 3. Lack of compatibility between platform and interface: the current developer platform is still mostly developed in the way of pairing a car model with a dedicated development platform, which has a high degree of independence for platform development and the actual layout and application of the interface. The development of the platform is based on the specific function definition list, which is difficult to meet the development requirements required for subsequent model iterations or new model development;

[0007] 4. Lack of security in the platform and interface: Most traditional development platforms have no user authentication operation process and no user authentication interface, which poses a large unnecessary risk to information security and system development. For developers of different authority levels Opening inappropriate logic editing permissions will cause a greater security risk to the entire development process;

[0008] 5. Lack of convenience in the platform and interface: The current developer platform is mostly based on function realization, ignoring the user's interactive experience in actual use, many operation steps are complicated and redundant, and the layout of the interface cannot meet the actual development of a friendly interface Requirements, which have relatively large restrictions on the development threshold of developers

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