22 results about "Interface definition" patented technology

The application relates to the technical field of distributed applications, and discloses a document synchronization method for code change, which comprises the following steps: in response to a code deployment request, monitoring code change through a change capturing engine and obtaining a unified change set; performing document paragraph positioning on an interface definition file according to the unified change set, constructing a change-paragraph mapping list and a document synchronization task; performing acceptance review on the document synchronization task based on acceptance rules to obtain a review result; and making a decision based on a blocking condition and the unified change set, the change-paragraph mapping list and the review result to determine whether to block code deployment and complete document synchronization. The method can realize accurate positioning of abstract code change to technical document paragraphs, form a unified and feasible evidence chain to jointly drive a document synchronization process and decision-making. The application further discloses a document synchronization device for code change and electronic equipment.

The application discloses a management platform system for supply chain finance and a non-sensing upgrade method thereof, has the effects of local pilot, small flow verification, automatic observation, rapid rollback, and protects the consistency of in-transit instances and the continuity of key transactions. The system comprises: an infrastructure layer, which provides process arrangement, rule and model execution, event driving, configuration management, task compensation, security authentication and full-link observability, supports the non-sensing upgrade core mechanism including multi-version parallel running, shadow verification, gray release and automatic rollback of the upper-layer business, an interaction layer, which provides unified authentication, permission and configurable menu, supports displaying differentiated functions according to organizations / roles, a domain service layer, which is used for encapsulating business logic operations in the platform, coordinating multiple parties to complete cross-entity transactional tasks, and ensuring the consistency and integrity of business rules, and a fund and channel adaptation layer, which abstracts multiple protocols by using a contract / interface definition language, automatically generates basic adapters, and unifies strategies.

The application provides an artificial intelligence service online testing method and device, the method comprises the following steps: receiving interface definition information and expected verification data for an artificial intelligence service to be published, wherein the artificial intelligence service is deployed in a running environment; generating test request data based on the interface definition information and obtained test input data, and sending the test request data to the artificial intelligence service; receiving actual response data fed back by the artificial intelligence service to the test request data; when it is determined that the actual response data matches the expected verification data, updating the state of the artificial intelligence service to a published state to open the external calling permission of the artificial intelligence service, so that the test process can flexibly adapt to the differences of online environments and support instant adjustment and verification of parameters, an integrated closed-loop process of testing and publishing is constructed, and therefore, seamless integration of the test activity and the publishing process is realized, and instant test verification and significant improvement in environmental authenticity are achieved.

This invention discloses an FPGA netlist synthesis method and system based on multi-tool collaboration. The method includes: acquiring the parent layer design code of the FPGA to be synthesized; identifying logic modules in the parent layer design code that cannot be synthesized using a first synthesis tool, as these modules to be split; separating the modules to be split into a second design part, and using the remaining part of the parent layer design code as the first design part, retaining the black-box interface definitions of the modules to be split in situ within the first design part; independently synthesizing the first design part using the first synthesis tool to generate a first netlist; selecting a suitable second synthesis tool to independently synthesize the second design part to generate a second netlist; and filling the entities corresponding to the second netlist into the black-box positions of the first netlist to generate a parent layer netlist file. This method solves the problem of synthesis failure caused by a single synthesis tool's incompatibility with multiple languages ​​and IP sources, and avoids the forced porting of unmodifiable code.

The application discloses an external service data integration method, device and medium, and relates to the technical field of computers. The method comprises the following steps: loading and analyzing a metadata configuration file of a preset external data source to obtain interface definition information, data mapping processing rules and data persistence strategies of the external data source; based on the interface definition information, sending a data request to the external data source to obtain response data returned by the external data source; performing field mapping and format conversion operations on the response data according to the data mapping processing rules to generate to-be-persisted data conforming to a target data structure specification; and storing the to-be-persisted data into a specified local data storage medium according to the data persistence strategies.

Embodiments of the present application disclose a model performance data display method, device, equipment and medium, and relate to the technical field of data processing. The method comprises: obtaining an interface definition file associated with a target model, and parsing the interface definition file to obtain a plurality of nodes; creating a model object for each node to obtain a model object set; creating a view model node according to the control type stored by each model object, and associating the operator identifier stored by the model object to the view model node; obtaining performance data generated in the running process of the target model, and extracting an operator identifier; matching the operator identifier with the operator identifier associated with the view model node, associating the performance data with the view model node according to the matching result, and displaying the performance data in the user interface control. The scheme of the present application can realize diversified display and flexible configuration of performance data, and improve the efficiency and depth of performance analysis.

Embodiments of the present application disclose a gRPC-based database service providing method and device, a server and a medium, the method comprising: starting a gRPC service by using a preset interface definition file, listening to a specified port of the gRPC service, and exposing a unified execution method for facilitating client calling; receiving input minimum connection number parameters and maximum connection number parameters, initializing a database connection pool according to the minimum connection number and the maximum connection number; obtaining an idle connection from the connection pool when the execution method is called to execute, creating a new connection if there is no idle connection and the maximum connection number has not been reached; determining a corresponding operation type parameter according to a parameter list, executing a corresponding logical branch in the execution method according to the operation type parameter; obtaining a calculation execution result of the corresponding logical branch and returning the execution result to the client; and returning the connection to the database connection pool when the execution method is executed. The database access performance and resource utilization are improved.

Embodiments of the present application disclose a data processing method, apparatus, and storage medium. By reading a preset framework template file and decompressing it, a directory structure hierarchy is generated; a file list of multiple interface definition files is obtained, and the interface definition files are cyclically parsed according to the file list to obtain the first abstract syntax trees of the multiple interface definition files; service information and interface attribute information in the interface definition files are obtained according to the first abstract syntax trees; framework code files are generated based on the service information, interface attribute information, and a preset code template file, and the framework code files are moved to the corresponding target directories in the directory structure hierarchy. In this way, the operation of generating framework code files multiple times for multiple interface definition files is avoided, and the development efficiency is improved.

This application provides an interface generation method, apparatus, agent-based interface generation system, electronic device, storage medium, and program product, relating to the field of artificial intelligence. The method includes: receiving interface requirement information sent by a first client; generating interface description information and interface orchestration information based on the interface requirement information, preset component data, and preset atomic interface data; the interface description information is used to declaratively define the layout structure, interaction logic, component constraints, and data model structure of the interface; the preset component data includes component information of pre-registered front-end components; the preset atomic interface data includes interface definition information of pre-registered atomic interfaces; the interface orchestration information is used to declaratively define the call orchestration logic of the atomic interfaces mapped by the front-end components in the interface; generating first simulated service data based on the interface description information and interface orchestration information; and sending the interface description information, interface orchestration information, and first simulated service data to the first client.

The application discloses a kind of heterogeneous middleware migration systems and methods for automatic driving software, method first scans ROS2 interface definition file and extracts interface metadata to form standardization input;Again, through Skill standardization rule base is combined with adapter plug-in to complete standard scene interface mapping, boundary scene enables LLM to generate adaptation code and back to the rule base;Subsequently, through multidimensional behavior recording-playback, the semantic equivalence verification before and after migration is realized;Rely on module dependency graph to execute incremental migration and batch scheduling, automatically generate bidirectional bridging layer to guarantee module transparent intercommunication;Finally, target middleware adaptation code is generated to complete migration.The system is collaboratively composed of input layer, rule layer, AI assistance layer, semantic verification layer, migration engine layer and output layer, can support multiple types of target middleware, realize zero-downtime progressive migration, and effectively solve the problems of low efficiency of manual migration, verification absence and the like.

The application discloses a heterogeneous interface adaptation method based on a large language model and related products. The method comprises the following steps: obtaining interface field metadata according to acquired interface definitions and running evidence; obtaining context materials about an interface field for any interface field; obtaining prompt words according to the context materials; a large language model outputs semantic analysis results according to the prompt words; a mapping relationship is established according to the semantic analysis results and is added to a knowledge graph; a mapping relationship list of a source system and a target system is obtained according to the knowledge graph; a large language model is called, and structured mapping rules are obtained according to the mapping relationship list; and interface mapping specifications are obtained according to the structured mapping rules and are put on line through a static release process. In the embodiment of the application, the preparation and implementation cycle of interface connection is shortened, and the mapping efficiency is improved through semantic alignment and standardized output; the equivalence of different fields in a specific business scenario is understood by using a large language model, and the mapping accuracy is improved.

This application discloses a backend computer program generation method and apparatus, relating to the field of automated programming technology. The method includes: generating interface constraints for user natural language code requirements and loading the corresponding project context to construct corresponding enhanced prompts, driving a large model to generate initial code; performing automated quality checks on the initial code; if the initial code fails the automated quality check, feeding the quality check results back to the large model for iterative correction until final code meeting the quality check requirements is generated. This solves the technical problems in related technologies where the interface definition of code generated by the large language model is poorly standardized, lacks data verification mechanisms, and has low security and efficiency in database interaction, making it impossible to effectively handle exceptions and greatly affecting code quality and reusability. This method achieves the technical effect of ensuring that the generated code meets enterprise-level quality standards in terms of database interaction, data verification, code reuse, code detection, and exception handling.

The utility model provides a kind of test device of bias power supply. Test device includes control panel, power supply module and control module. Power supply module is used to power supply control panel and control module, control panel and control module are electrically connected, control module is connected with the control port of bias power supply by connector, and the interface definition of connector is consistent with the interface definition of the control port of bias power supply, control module is used to monitor and adjust the output power of bias power supply. Compared with prior art, the utility model is connected with the control port of bias power supply by connector, and the interface definition of connector and the interface definition of control port are kept consistent, so that test device can control bias power supply output, and facilitate subsequent maintenance test.

The application discloses a multi-type physical interface conversion method based on software definition, S1: an interface definition file is acquired, and a port configuration set is generated by analysis according to port granularity; S2: a port reconstruction vector is generated based on the port configuration set, port software reconstruction is carried out, and automatic rollback is performed when an abnormal configuration occurs; S3: a unified timestamp is marked to multi-port input data, and the multi-port input data is encapsulated into a standardized input unit; S4: a basic protocol plug-in is loaded, and protocol analysis is carried out, and a structured message is output; S5: multi-port data alignment is carried out, and fixed priority and a token bucket are adopted to perform deterministic scheduling and congestion control; and S6: data encapsulation and differential output are carried out. The port access elements are uniformly described by the interface definition file, and a port reconstruction vector is automatically generated to realize hot switching and rollback, so that the same device and the same method can be reused by only replacing the interface definition file in different projects, and when wiring differences occur, the wiring can be corrected through configuration, and manual wiring change and downtime are reduced.

This application provides an interface management method, device, and readable storage medium. An electronic device uses a recommendation model to process natural language text describing the functional requirements of a target interface, obtaining a structured file describing the interface definition. Next, the electronic device uses the recommendation model to process the structured file, obtaining the interface code of the target interface, and generates an executable first interface service prototype based on the interface code. Simultaneously, it uses a generation model to process the structured file, obtaining test cases and mock data. Then, the electronic device uses the test cases and mock data to test the first interface service prototype, obtaining test results. When the test results indicate that the first interface service prototype has passed the test, the first interface service prototype is determined to be the target interface. This approach deeply integrates natural language processing and machine learning technologies into the design, development, and testing lifecycle of interfaces through an AI engine, thereby improving interface management efficiency.

The application relates to the field of microsystem technology, and discloses a micro-module test device and method based on a standard interface definition, which comprises a signal generating unit, an ADC conditioning circuit, a first ADC test device, an FPGA chip, a first DAC test device and a DAC conditioning circuit which are electrically connected in sequence, and further comprises an upper computer, a second ADC test device and a second DAC test device; the upper computer is electrically connected with the FPGA chip; the second ADC test device is electrically connected with the ADC conditioning circuit, the first ADC test device and the FPGA chip respectively; and the second DAC test device is electrically connected with the FPGA chip, the first DAC test device and the DAC conditioning circuit respectively. The application solves the problems of high test cost and lack of universality in the prior art.

This invention discloses a configuration method, storage medium, and terminal for an intelligent interface. The method involves collecting interface packets from a target software system and obtaining the interface definition information of each interface within the packet. Responding to the requirements of the target function, the method decomposes the target function based on the interface definition information and constructs a functional structure tree. Based on the interface definition information, a parameter rule tree is constructed at different levels of the functional structure tree. According to the functional structure tree, at least one interface call path for implementing the target function is generated. Corresponding interface context information is configured for each interface call path. Based on the parameter rule tree and the interface context information, the interface call path with the lowest overall execution time is selected as the target path for implementing the target function. This invention enables unified configuration of interfaces at both the structural and call rule levels, allowing the same target function to have multiple optional implementation methods in different operating scenarios, thereby improving the flexibility of interface calls and overall execution efficiency.

The application relates to the technical field of software testing, in particular to a micro-service architecture automatic testing method and device, an electronic device and a storage medium, wherein a Swagger or OpenApi interface document is configured and parsed, the parsed interface definition is stored persistently, an interface test case is generated, and difference data is recorded when interface definition data is inconsistent; interface version regression is supported, an interface master table is updated, global variables are configured and response body data is extracted, an interface test case is arranged based on a business scenario, interface context dependency transmission is realized, a test suite timing or immediate execution task is set by using a Spring Boot timing task function, an interface test task is quickly executed, and test efficiency and accuracy are improved.

The application discloses a kind of system service processing method, system and medium based on wisdom screen middleware, the method includes the following steps: obtaining motherboard usage, based on motherboard usage, encapsulation operation is executed, and motherboard business processing module and public business processing module are obtained;Based on interface definition module, service class configuration information is obtained by executing service class configuration operation to public business processing module and motherboard business processing module;Based on motherboard business processing module, public business processing module, interface definition module and service class configuration information, service JAR package is obtained by executing JAR package creation operation;Based on service JAR package and system service demand, requirement processing operation is executed;The application can realize the development of a kind of middleware program with multiple functions and new architecture, make wisdom screen adapt more types of software development process, simultaneously based on the middleware program, the processing of business on wisdom screen is carried out, and the development efficiency of software on wisdom screen is improved.

The application discloses a kind of vehicle-mounted communication component interface design method and device, by in vehicle-mounted communication management node, for every SOME / IP service definition service interface model;Based on service description file, the interface definition of service interface unit is parsed, and the API code of the client and server of adaptation two programming languages is generated;In response to service call request initiated by application, according to the communication primitive corresponding to service call request, determine the corresponding communication processing mode;Service call is executed in communication processing mode, and the health index matched with communication processing mode is collected by health monitoring probe, for calculating health score.Such, by constructing event, method, field trinity service interface model, automatically generate multilingual API embedded health probe, and dynamically match processing strategy based on communication primitive type, realize service granularity non-invasive health monitoring and differentiated resource scheduling.

This invention provides a method, apparatus, device, and readable medium for extending data synchronization interfaces. The method includes: dividing interfaces according to business types and providing a unique interface for each type of business; defining input and output parameter formats for the interfaces based on business types, and determining basic fields according to the master and sub-tables set in the ERP product; performing basic validation on the basic fields in response to the determination of the basic fields; setting extension entry points at the beginning and end of the basic validation and creating an extension method configuration table, and reading information from the extension method configuration table at the extension entry points to load the configured extensions. By using the solution of this invention, interfaces can meet the needs of different heterogeneous systems, fully validate data accuracy, improve data integration quality, reduce repetitive workload in interface development, improve interface development efficiency, and effectively avoid interface management chaos caused by developing multiple interfaces for the same business.