4 results about "Service Component Architecture" patented technology

Techniques for generating, simulating, and optimizing one or more provider-specific cloud-based architectures from a provider-independent architecture definition are disclosed. An architecture generator maps provider-independent service definitions to provider-specific service components for one or more specific cloud service providers. An architecture simulator simulates execution of a set of operations on the provider-specific cloud-based architectures to determine one or more performance and cost metrics. An architecture optimizer varies one or more design choices or parameters of a provider-specific service component to suggest which variant is optimal with respect to an optimization objective.

The present application discloses a microservice configuration system, device and medium. The system includes: a microservice configuration architecture and a general service component architecture; wherein, the microservice configuration architecture is used for splitting and merging multiple microservices; the general service component architecture is used for communicating with the microservice configuration architecture through the call interface of the microservice call component, and calling any one of the multiple microservices after splitting or merging. In this way, it is possible to achieve fine-grained service division and split deployment according to specific services when resources are sufficient, and to deploy in the way of merging microservices when resources are tight, so as to flexibly select the deployment quantity and deployment method of microservices according to the actual resource environment. Moreover, when deploying services, there is no need to modify the code additionally, and it has no perception and impact on the specific business development.

The invention relates to the technical field of software development, and discloses an intelligent software customization development system based on a micro-service architecture, and the system comprises a demand intelligent analysis module which is used for analyzing and standardizing user demands, and outputting demand specifications; the micro-service architecture design module is used for automatically generating a high-cohesion and low-coupling micro-service component architecture and interface definition according to a requirement specification; the code automatic generation module is used for automatically generating a compilable code through a template engine and a code reconstruction technology based on the architecture design document; the intelligent test management module is used for automatically generating a test case, executing an automatic test, analyzing a coverage rate and outputting a test evaluation report; the continuous deployment and monitoring module is used for automatically deploying services and collecting monitoring data during operation in real time; and the adaptive optimization module analyzes the performance bottleneck and dynamically generates an optimization strategy to form a development closed loop. According to the method, the source precision and the user satisfaction of software customization development are improved.

Techniques are disclosed for generating, simulating, and optimizing one or more provider-specific cloud-based architectures from provider-independent architecture definitions. The architecture generator maps the provider-independent service definitions to provider-specific service components for one or more particular cloud service providers. An architecture emulator emulates execution of a set of operations on a provider-specific cloud-based architecture to determine one or more performance and cost indicators. The architecture optimizer changes one or more design selections or parameters of a provider-specific service component to suggest which variant is optimal with respect to the optimization goal.