3 results about "Late binding" patented technology

The application relates to the technical field of cross-domain computing, in particular to a decoupled packaging structure based on dynamic late binding and an in-situ execution method thereof; the three-layer decoupled packaging structure comprises a knowledge arrangement layer, an abstract logic layer and a symbolic interface layer; the technical effect of realizing logic non-movement configuration movement is achieved; a rule package does not need to be changed by one byte, and only by modifying an external configuration table, the rule package can be switched from processing historical data to processing real-time data instantaneously; a standardized packaging structure and an execution mechanism are provided, and three-party complete decoupling of knowledge definition, resource configuration and an execution environment is realized.

This invention provides a late-binding and data-aware compilation and release method for declarative database changes. Through the "late-binding" and "target-state aggregation" models, it eliminates script order dependencies at the architectural level. Developers can independently submit change intentions without worrying about the execution order, significantly reducing manual coordination costs. The "data-aware compiler" distills DBA expert experience into configurable policy rules, automatically selecting safe execution strategies and configuring safety parameters for high-risk operations, transforming manual review into automated decision-making, and significantly reducing the probability of production accidents caused by human error. Through instruction fusion and resource parameterization, the system can generate optimized execution plans, reducing the total duration of changes and the impact on database performance. The late-binding model makes the organization of releases extremely flexible. The generated physical plan includes built-in checks and rollback steps, making the entire change process clear, controllable, observable, and auditable.

A system can determine to execute an application via a selected computing platform, wherein the application comprises a deployment manifest. The system can determine a capability of capabilities of the selected computing platform based on capability models and the deployment manifest. The system can modify the deployment manifest based on the capability to produce a modified deployment manifest, wherein the modifying comprises prompting a generative artificial intelligence (GenAI) system to produce a response comprising the modified deployment manifest and a group of steps to perform, and determining that the response satisfies an accuracy criterion with respect to an accuracy of the modified deployment manifest in facilitating execution of the application on the selected computing platform. The system can configure the capability based on the modified deployment manifest. The system can instantiate the application via the selected computing platform with the modified deployment manifest and according to the group of steps.