278 results about "Interface definition" patented technology

The invention provides a work plan and task management system, which belongs to the technical field of work plan tasks and comprises a portal layer, an application program interface gateway layer, a business service layer, a public service layer and a data layer. And the application program interface gateway layer realizes intelligent management of the interface through a self-adaptive division module, wherein the intelligent management comprises dependency analysis, granularity calculation, aggregation optimization and recombination execution. The business service layer focuses on work plans and task management, and realizes collaboration through flexible interface interaction. The public service layer provides basic support for user authentication, log recording, message queue, service registration, configuration management and the like. And the data layer adopts a diversified storage strategy, integrates a relational database, a cache database, a time sequence database and distributed file storage, and meets data processing requirements of different scenes. The problem that in the prior art, interface definition and calling relations between micro-services are difficult to manage in a self-adaptive mode is solved.

The invention discloses an automatic generation method and system for an intelligent adaptation layer based on API change. The method comprises the steps that API change detection is conducted according to new and old version API interface definitions, adaptation codes are generated according to an API change detection result and compiled into a compatible adaptation layer library, and the compatible adaptation layer library is packaged into an installation package; in the installation stage, the new version target library and the compatible adaptation layer library are installed in a target directory; and loading the compatible adaptation layer library prior to the new-version target library in the running stage, taking over and processing the old-version API interface through the compatible adaptation layer library, and transferring the new-version API interface in the new-version target library. The invention aims to solve the compatibility problem caused by the API change of the software library, realize the automatic generation of the intelligent adaptation layer to ensure the seamless compatibility of the application program with different version libraries under the RPM and other software package management systems, and reduce the maintenance workload for solving the incompatibility problem caused by the API change.

The invention discloses an automatic test method, system and device applied to a WSDL sending interface and a medium, and the method comprises the steps: associating a single test case into various scenes through a scene page preset parameter rule, and verifying the coupling between interface response and scene logic in real time during automatic execution; a WSDL interface definition and parameterization rule engine is dynamically analyzed, and automatic execution of multiple test cases is achieved; encrypted feedback data flow returned by an interface is captured in real time, key indexes are dynamically analyzed and extracted, automatic comparison and root cause tracing are carried out based on a multi-dimensional verification rule, and a test report is generated. According to the method, the problems that interface testing depends on manual coding, the process is split and the maintenance cost is high in aerospace engineering can be solved, zero-code rapid verification, forward and reverse closed-loop testing and interface change self-adaptive maintenance are achieved, and the aerospace software testing efficiency and reliability are remarkably improved.

The invention relates to the field of computers, and provides a back-end interface document generation method and device, electronic equipment and a storage medium. The method comprises the following steps: separating an API interface definition item from an obtained target back-end item; analyzing the target interface item based on a target interface conversion class in the interface conversion core device to obtain target interface information corresponding to the target interface item; the target interface item is determined from the API interface definition item based on the target interface conversion class; the target interface information is subjected to format conversion, the target interface information subjected to format conversion is synchronized to a target interface management platform, and the target interface management platform is used for generating a rear-end interface document corresponding to the target interface information. According to the embodiment of the invention, the workload of manual compiling of the interface information and generation of the back-end interface document can be greatly reduced, so that the docking efficiency in the whole docking process of the front-end interface information and the back-end interface information is greatly improved.

The embodiment of the invention provides a software system interface testing method and system, electronic equipment and a storage medium, and belongs to the field of software testing. The method comprises the steps that a software system interface document and a demand document are obtained, the interface document and the demand document are analyzed through a pre-constructed large model, document key information is extracted, and the document key information comprises but is not limited to interface definition, parameter information and business logic; based on the document key information, applying a preset test strategy to generate a test case, and generating a test script and test data meeting interface parameter requirements according to the test case; and integrating the test script into the CI / CD process, executing the test script, obtaining a test result, and generating a test report according to the test result. By means of the technical scheme, the large model technology can be effectively utilized to achieve software interface automatic testing, the testing efficiency and quality are improved, and the testing cost and human errors are reduced.

The invention provides a graphical user interface generation method and device, a storage medium and electronic equipment, and relates to the technical field of computers.The method comprises the steps that an interface definition file input by a user is received; analyzing the interface definition file to obtain a semantic unit in the interface definition file, the semantic unit comprising an interface function, a data structure and a field meaning; matching the semantic unit with a pre-constructed template knowledge base to obtain a target interface template; and mapping data in the interface definition file to a corresponding node of the target interface template to generate a target graphical user interface. By applying the method provided by the embodiment of the invention, the generation efficiency and reliability of the graphical user interface can be improved.

The invention provides a simulator networking method, system and device based on data distribution service and a medium, and the method comprises the steps: determining all interface data needed by simulator networking according to an interface definition language determination rule, and obtaining an interface definition language file; generating a publishing and subscribing communication template program of the data distribution service in the data distribution service unit according to the interface definition language file in combination with an interface definition language template program generation tool; according to the interface definition language file, a simulator interface definition rule is combined, and a simulator interface program is generated; and mapping simulator interface data and data distribution network data according to the publish-subscribe communication template program and the simulator interface program. Simulator networking is achieved by mapping simulator interface data and data distribution network data in a modular mounting mode, the development process during networking function implementation is shortened, time delay and bandwidth consumption are reduced, and high efficiency and communication real-time performance during networking function implementation are improved.

The invention relates to the technical field of software testing, and discloses an agent-based multi-dimensional test sample automatic generation method and system.The agent-based multi-dimensional test sample automatic generation method comprises the steps that code changes are captured, interface definitions are extracted, and multi-source data are fused for consistency verification; constructing a multi-dimensional dependency graph and analyzing the change influence to obtain an associated interface list; generating a multi-dimensional test scene; performing parameter traceability and consistency derivation, and initializing test data and environment to obtain a complete test data set; generating a use case code, and performing hierarchical optimization and executable verification; test arrangement optimization and automatic execution are carried out, and faults are monitored and diagnosed in real time; carrying out multi-dimensional analysis and defect identification, dynamically evaluating the value of a test case and optimizing a test strategy to obtain a comprehensive test report; according to the invention, full-process automation of test case generation is realized, the test efficiency and quality are improved, and the test maintenance cost is reduced.

The invention provides a simulator networking interface code generation method and device, equipment and a medium, and the method comprises the steps: disassembling a nested structure body in a target interface definition language file, and obtaining the information of the disassembled structure body; generating a first interface control document corresponding to the data distribution service network according to the disassembled structure body information; generating a second interface control document corresponding to the simulator network according to the first interface control document and a simulator network data definition rule; and generating a simulator networking interface code according to the data distribution service data definition rule, the simulator network data definition rule and the second interface control document. According to the method, networking between the data distribution service and the simulator can be achieved, manual interface definition and butt joint do not need to be manually conducted in the whole process, the development speed and development efficiency of networking between the data distribution service and the simulator are improved, and human factor errors caused by manual interface processing are effectively avoided.

The invention relates to the technical field of interface packaging, and discloses an interface packaging system and method based on a cloud platform. The method aims at integrating third-party interfaces of different types of clouds, providing the same calling mode externally, and achieving unified authentication, flow control, statistics and the like of different types of interfaces. The platform generally provides templates and rules defined by the interface, the maintainability and the later expansion capability of the interface can be ensured, meanwhile, unified interface document management can also avoid the tedious process that a developer searches interface information in multiple platform documents, the detailed interface calling configuration achieves the interface automatic testing process, and the testing efficiency is improved. And the problem of interface differences from different sources is solved. According to the invention, unified calling of different source components and interfaces of different calling modes is realized; a redis first-level cache mode and a local second-level cache mode are used for relieving the pressure of a database network, and interface information is rapidly analyzed; and unified authentication of the interface is realized by using a redi and RSA2 asymmetric encryption algorithm.

The invention relates to an application program generation method and device, computer equipment and a storage medium. The method comprises the steps of obtaining task demand information corresponding to application development, and analyzing the task demand information to obtain function demand information and interface definition information; function splitting is conducted on the function demand information, multiple pieces of sub-function information and function association logic information are formed, and function association logic is used for representing the connection relation between function modules in the application program; screening pre-constructed function modules according to the multiple pieces of sub-function information to obtain multiple target function modules; configuring data interfaces among the target function modules according to the target function modules and the interface definition information; and based on the data interface and the function association logic information, integrating the plurality of target function modules to generate an application program. According to the scheme, the reusability of the code file is improved, and the generation efficiency of the application program is effectively improved.

The invention discloses a model-based electronic information product interface definition and mapping method and device, and the method comprises the steps: defining a logic layer interface model of a single machine according to the logic function of an interface, decomposing and refining a black box function logic interface of a subsystem and a flow item borne by the black box function logic interface, and capturing all external interfaces of the concerned single machine; defining a physical layer interface model of the single machine, describing physical node information in the interface, and replacing the type of the external interface of the single machine from the logic layer interface model to the corresponding physical layer interface model; defining an equipment layer interface of the single machine, and generating single machine external electrical connector node information based on a mapping relation between the physical layer interface and the equipment layer interface; obtaining a user-defined interface information table, and generating an interface data list containing single-machine external connectors and connector node information based on the incidence relation of the model information; and analyzing a structured text which is exported by the SysML model and contains detailed information of a single-machine interface through a schematic diagram design tool, and automatically creating a schematic diagram design model of a corresponding interface connector.

Methods, apparatuses, or computer program products that provide for monitoring performance of a server-based application associated with server interface functionality. In some examples, an interface definition data object that comprises a set of interface rules associated with managing communications between components of a multi-component system of an application framework is received, a server-based application associated with a particular type of programming format from a plurality of programming formats is generated based at least in part on the set of interface rules associated with the interface definition data object, utilization of the server-based application is initiated via the multi-component system of the application framework, and one or more actions associated with the server-based application is initiated based at least in part on whether the utilization of the server-based application satisfies defined performance criteria for the server-based application.

The invention discloses an inspection task configuration method and system based on a mandatory behavior interface and a structured scene file, and the method comprises the steps: providing functional module items which forcibly achieve a unified behavior interface in a graphical designer, and enabling a user to form an inspection flow chart through dragging; writing the flow chart into a structured scene file through a serialization method defined by an interface; the emulator and the deployment tool load the file respectively, function module items are reconstructed through deserialization, an execution method of the function module items is directly called for logic verification, or robot instructions are generated through analysis. According to the method, a unified interface is used for binding graphs and logics, a single scene file is used for connecting the whole process of design, simulation and deployment, the problems that in a traditional scheme, operation is complex, and data splitting and semantics are inconsistent are solved, the purpose that line is achieved through programming is achieved, the configuration threshold is remarkably lowered, and development efficiency and system reliability are improved.

The invention relates to the technical field of computer application, and discloses a gRPC interface destructive change detection method under a micro-service architecture, which comprises the following steps: acquiring a gRPC interface definition information file according to a configuration file, and analyzing a source code to obtain interface declaration information and definition information; obtaining source codes of micro-services and sub-services thereof in a to-be-detected product package, and constructing an abstract syntax tree; traversing the abstract syntax tree, matching the method declaration information with the gRPC interface definition information, and generating a gRPC interface information group; matching the method calling information with the gRPC interface definition information to generate a calling gRPC interface information group; and matching the method information in the implementation and calling information group, determining whether destructive change exists or not, and identifying an interface which generates destructive change influence to obtain a destructive change gRPC interface group. Therefore, the detection of the destructive change of the gRPC interface under the micro-service architecture is realized.

The invention relates to the technical field of testing, in particular to an unmanned vehicle group collaborative testing system based on middleware and interface definition, which adopts a layered architecture design and comprises a testing application layer, a testing core layer, an interface definition layer, a middleware layer and a testing agent layer. By adopting the testing system which is defined based on middleware and an interface and takes an interactive command line interface as a core, the efficiency and the accuracy of command lines and the flexibility of automatic and interactive debugging are ingeniously combined, and challenges caused by isomerism are effectively solved by utilizing a standardization technology; therefore, in multiple dimensions such as test efficiency, user experience, control precision, automation degree, system compatibility, expandability, repeatability and reliability, the method is obviously superior to the prior art.

The invention discloses a bank and medical interface adaptation method, system and device based on multi-protocol adaptation and intelligent verification and a medium, mainly relates to the technical field of interface adaptation, and is used for solving the problem that a traditional interface adaptation scheme lacks a unified configuration management and protocol adaptation mechanism, and the configuration management and protocol adaptation are not uniform in the parameter transmission process. And calling failure is often caused by the problems of non-standard format, field missing and the like. Comprising the steps of configuring a corresponding communication protocol based on an interface definition of a target system; constructing a standardized request body according to the interface definition; obtaining a verification rule corresponding to the standardized request body, and verifying the field integrity and format requirements of the standardized request body through the verification rule; when an interface calling request is triggered, transmitting a standardized request body meeting field integrity and format requirements to a target system corresponding to interface calling through a communication protocol; obtaining return data of the target system; performing formatting analysis on the returned data to obtain analyzed data; and extracting a return result from the analyzed data.

The invention discloses an API interface development method and device, equipment and a storage medium, and relates to the technical field of software development, and the method comprises the following steps: determining API interface definition and interface implementation, storing API interface definition information and interface implementation in an interface definition table and an interface implementation table, determining a binding relationship between the API interface definition and the interface implementation, and storing the binding relationship in a binding relationship table; determining a target HTTP request, querying an API interface definition based on a request path, determining target interface implementation, and loading the target interface implementation to a memory; calling a preprocessor to process an original request parameter of the target HTTP request to obtain a processed request parameter, and executing processing logic on the processed request parameter based on the implementation mode to obtain an execution result; and processing the execution result by using a rear processor to obtain a target processing result, and obtaining an HTTP response object according to the target processing result and sending the HTTP response object to the calling party. The flexibility and expansibility of the interface can be improved.

The invention discloses a multi-level system interface design and management method based on a SysML language, and the interface design method comprises the steps: 1, in a conceptual design stage, designing a use scene of system operation by adopting the SysML language, and defining an external interface of a system based on an interaction behavior of the system and an external environment in the use scene; step 2, in the logic design stage, defining components in the system, logic interfaces among the components and interface transmission from an external interface of the system to the components by adopting an SysML language; and step 3, in a physical design stage, defining physical interfaces among the components in the equipment layer to express a physical implementation mode of logic interfaces among the equipment. According to the technical scheme, the problems that in traditional system engineering, in a document-based interface definition mode, due to the fact that the consistency of the interfaces can only be guaranteed through manpower, design errors are introduced, and due to an interface management mode, due to the fact that a corresponding N2 graph needs to be established in each system level, the design errors are caused possibly are solved. And unified management of interfaces is not facilitated, and errors are easily introduced in a transmission process.

The invention provides an implementation method and device for application atomization fusion orchestration based on OPENAPI, and relates to the technical field of computer application, and the method comprises the steps of service disassembly and interface definition, service registration and discovery, orchestration and adaptive execution, data processing and mapping, security management and control, and integrated deployment and operation and maintenance. According to the invention, by splitting complex services into atomization services and defining interfaces according to OpenAPI specifications, service management is facilitated, the integration cost is reduced, and the flexibility and expansibility of the system are improved; by constructing a service registration center and combining a weighted polling algorithm, load balancing is realized, and efficient and stable calling of services is guaranteed; an API gateway, a containerization technology and an automatic operation and maintenance system are utilized to realize service rapid deployment, elastic expansion and intelligent operation and maintenance; meanwhile, data are processed through semantic analysis, format conversion and the like, and multi-level identity verification and encryption are adopted to guarantee safety.

Disclosed implementations provide executable models, such as artificial intelligence models that can be owned, traded, and used in various execution environments. By coupling a model with a strictly defined interface definition, the model can be executed in various execution environments that support the interface. Coupling the model with a non-fungible cryptographic token allows the model and other components to be owned and traded as a unit. The tradeable composite units have utility across multiple supported execution environments, such as video game environments, chat bot environments and financial trading environments. Additionally, the interface allows for the creation of pipelines and systems from multiple complementary composite units.

The invention discloses a micro-service deployment method, which realizes dynamic switching between combined deployment and split deployment through single configuration, and solves the problems of high resource cost and rigid deployment mode in the traditional micro-service architecture. The system controls a deployment form through configuration parameters: in a merging mode, all service modules are packaged into a single application, interaction is realized through local calling, and the method is suitable for a resource limited scene; in the splitting mode, each module is independently deployed as a micro-service, dynamic discovery and remote calling are realized by means of a service registration center, and elastic expansion is supported. According to the scheme, interface uniqueness and component registration are guaranteed to be conflict-free through standardized interface definition and hierarchical component naming rules, and targeted verification is executed for different modes in the starting stage. According to the method, bimorphic deployment of the same set of codes is achieved, the hardware cost can be reduced by 50% or above through the merging mode, the resource utilization rate and the system availability are improved through the splitting mode, and the method is suitable for the full-scene requirement from small and medium-sized enterprises to a large distributed system.

The embodiment of the invention provides a method, device and equipment for creating a digital assistant, a medium and a product. The method comprises the following steps: acquiring registration information of a first assistant application platform, wherein the registration information at least comprises a first interface definition for issuing a digital assistant on the first assistant application platform; receiving release confirmation information of the target digital assistant, wherein the release confirmation information indicates that the target digital assistant is released to the first assistant application platform; and in response to the issuing confirmation information, issuing the target digital assistant to the first assistant application platform at least based on the first interface definition. Therefore, the assistant creation platform can have the capability of customizing the assistant application platform, so that the assistant application platform can autonomously access the assistant creation platform. Further, based on the assistant creation platform, the creator can publish its created digital assistant to the assistant application platform.

The invention discloses a heterogeneous model calling method and device oriented to a strong type language and a storage medium in the technical field of information, and aims at solving the problem that in the prior art, heterogeneous model calling is complex. The method comprises the following steps: describing interface information of a target heterogeneous model in a JSON format, and generating a model interface definition; deserializing the model interface definition corresponding to the target model into an instance of a model interface definition class in a strong type language, modifying the attribute of the instance according to a target demand, and serializing the instance into a model interface definition in a JSON format; and the serialized model interface definition in the JSON format is used as a parameter to be transmitted into a pre-constructed bridging layer so as to execute a conversion function and an activation function, and dynamic calling of a target heterogeneous model interface is carried out. According to the method, the configuration description of the model interface and the dynamic calling capability of the Python weak language are combined, explicit declaration of the model interface or additional model packaging interface transformation is not needed, and the flexibility of the model calling method is improved.

The invention discloses a vehicle body domain controller hardware-in-the-loop simulation method under an AUTOSAR architecture, and the main conception of the method is that based on the standardized interface definition of an AUTOSAR basic software layer, an HIL cabinet hardware channel standardized mapping relation library is established, and thus a hardware corresponding relation configuration file template is constructed; establishing a subsystem simulation model for each functional module and constructing a three-layer decoupling architecture in combination with different functional specifications to realize dynamic binding of test software and a hardware channel; then, based on an actual hardware interface and software function definition, a simulation test bench is built, and verification is completed; and finally, generating an automatic test case based on the function specification, and carrying out the function test of each subsystem of the vehicle body domain controller in the current test environment. According to the invention, the rack development period is obviously shortened, the flexibility and expandability of the test environment are improved, and the full-life-cycle test verification capability optimization is realized.

The invention relates to the technical field of computer software, and discloses a bridging method and system for a cross-language interface of KaihongOS, a terminal and a storage medium. The method comprises the steps that an interface definition file is analyzed, and function declaration information of a target interface is obtained; analyzing a native interface definition file to obtain implementation information of a native interface corresponding to the target interface; and based on the function declaration information and the implementation information, according to a preset bridging rule, automatically generating a bridging function code conforming to a target operation environment, and bridging a cross-language interface through the bridging function code. According to the method, through automatic analysis and code generation, the bridging function code meeting the target operation environment is automatically generated by improving the code quality, and repeated labor and potential errors in manual writing are avoided. A preset bridging rule ensures the consistency and maintainability of codes, the technical threshold can be effectively reduced, and the project cycle is shortened.

The embodiment of the invention provides an interface testing method and device, which is applied to the technical field of computer software development testing and comprises the following steps: acquiring a code change notification of a business system, and generating a metadata extraction task; extracting an interface definition file based on the metadata extraction task, wherein the interface definition file comprises at least one interface method corresponding to each interface; traversing each interface method in the interface definition file, and finding out a source file having a set relationship with input parameters and output parameters of the interface method; analyzing the source file to obtain metadata of an interface method, and obtaining interface metadata information of each interface; comparing the interface metadata information of each current interface with the interface metadata information of each original interface of the business system to obtain difference interface information; and generating a test case corresponding to the difference interface according to the difference interface information, and testing the difference interface. The interface change test can be automatically completed, the code test coverage rate is greatly improved, and meanwhile the research and development efficiency and quality are improved.

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 relates to the technical field of computers, in particular to a json-based interaction and verification method, system and device, which comprises the following steps: defining general json transmission data in advance through business modeling; receiving a hypertext transfer protocol request and reading corresponding general json transmission data; analyzing the general json transmission data to obtain request parameters; analyzing the request parameters to obtain input parameter description; verifying whether the input parameter description is legal; if yes, executing business logic and returning obtained request result data; and if no, directly returning an exception; the method solves the problem that existing interface definition needs to be defined and developed by front-end developers and back-end developers, which not only leads to heavy development workload, but also increases the communication cost of developers; the method provided by the application can make developers coordinate and connect through defined general json transmission data, shortens the development cycle and improves the development efficiency.

The invention discloses an efficient data transmission method and system based on Arrow Flight, and the method comprises the steps: achieving the direct interaction between Spark and an Arrow Flight Server based on a self-defined data source interface of a Spark DataSource API (Application Program Interface); the method comprises the following steps: defining a data reading process through a Scan interface of Spark, and acquiring distributed data in an Arrow Flight Server by adopting a parallel fragmentation mode; the method comprises the following steps of: customizing a batch processing reading process in Spark, and converting a data format obtained from an Arrow Flight Server into a column type storage format of the Spark; and designing a connection pool management and fault-tolerant mechanism. According to the method and the system, direct connection with an Arrow Flight Server is realized by creating a self-defined data source interface based on a Spark framework, and the performance and the stability of data interaction between systems in a big data environment are improved by utilizing efficient data fragmentation, batch transmission and column storage format conversion technologies, a connection pool and an automatic retry mechanism.