3 results about "Control flow analysis" patented technology

The application provides an LLM+RAG-based low-code platform script generation method and system, relates to the technical field of script generation, and comprises the following steps: constructing a semantic graph by analyzing user requirements, retrieving and screening a component combination that can be connected in series, generating an original script by using a large language model, and finally generating an executable script and deploying and running the executable script through control flow analysis and variable initialization. The application realizes the automatic generation of an executable script from a natural language requirement, and improves the development efficiency and code reliability.

This invention provides a low-code platform script generation method and system based on LLM+RAG, belonging to the field of script generation technology. The method includes constructing a semantic graph by analyzing user requirements, retrieving and filtering chainable component combinations, generating a raw script using a large language model, refining it through control flow analysis and variable initialization, and finally generating an executable script for deployment and execution. This invention achieves automated generation from natural language requirements to executable scripts, improving development efficiency and code reliability.

The application provides a sandbox-free environment Vue single file component development and rendering implementation method and system, relates to the technical field of component development, and comprises receiving declarative configuration data containing a component tree, attribute binding and a life cycle hook; constructing a control flow graph and inferring capability requirements through control flow analysis, generating a capability authorization matrix recording path and capability mapping, and allocating a dynamic permission token accordingly; constructing a virtualization layer with a host object image, verifying permissions and synchronizing host status through an interceptor during operation; initializing a component instance and executing a hook, establishing a responsive observation, and triggering local re-rendering when data changes; and submitting updates after performing a security scan on the re-rendered DOM to remove dangerous content. The application realizes safe and efficient component rendering and permission control in a sandbox-free environment.