50 results about "Service development" patented technology

The embodiment of the invention provides a code exception analysis method and device, a storage medium and a program product. In the embodiment of the invention, in the preset plug-in, the global knowledge graph is constructed through the logic syntax tree of the plurality of original business codes, so that intelligent anomaly analysis is carried out on the modified to-be-detected codes, multi-language and heterogeneous programming styles and complex dependency limitation are broken through, and cross-language and cross-file analysis is supported; change code snippets and associated influence code snippets thereof are accurately identified, and a data basis is tamped and analyzed; the analysis depth is deepened and the accuracy is improved through a multi-dimensional anomaly analysis large model and four-dimensional collaborative analysis in combination with an adaptive review rule and a knowledge graph; and finally, performing correction based on the generated repair scheme. Through the technical fusion of an MCP protocol, a multi-AI model, a syntax tree and a knowledge graph, the high efficiency, accuracy and real-time performance of code examination and repair are realized, and the service development quality and the system operation stability are remarkably improved.

According to the unified communication system provided by the invention, the stable communication connection between the client and the platform is realized through the end-side SDK module, the underlying protocol difference is shielded, and the complexity of multi-protocol adaptation is reduced. The registration center module and the service discovery middleware work cooperatively to perform automatic registration and health check on the service instance, so that the health state of the routing target node is ensured, the request is prevented from being distributed to the fault instance, and the reliability of the system is improved. The load balancing service module serves as a unified communication entrance, processes all flows in a centralized manner, reduces the number of externally exposed ports of the system, shrinks a network attack surface, and enhances security. The platform SDK module provides an interactive interface for the service platform, so that the service platform does not need to care about complex communication details, and the service development efficiency and the system maintainability are improved. The management service web platform provides a centralized visual management and control interface for all the modules, convenient management of plug-ins, SDKs and system configuration is achieved, and the operation and maintenance difficulty is reduced.

The invention relates to the technical field of networks, in particular to a method and system capable of automatically calculating the number of IBROCE network devices, and the method comprises the following steps: a data collection step, a data analysis step, a device number calculation step and a result output step. The method has the beneficial effects that the required IB / ROCE network equipment quantity is accurately calculated, and excessive purchasing or insufficient purchasing of the equipment caused by inaccurate traditional manual estimation is avoided. Excessive procurement can cause a large amount of fund to be occupied by equipment, so that the fund cost and the equipment maintenance cost are increased; and insufficient purchase may cause network performance bottleneck, influence service development and cause potential service loss. Through accurate calculation of the system, the equipment purchase cost can be controlled within a reasonable range, unnecessary capital expenditure is reduced, and meanwhile, the operation and maintenance cost, the energy consumption cost and other related costs of the equipment are reduced.

The invention discloses a financial business processing method and device, electronic equipment and a program product, and relates to the field of financial science and technology, and the method comprises the steps: receiving a business processing request applied by a calling party, and extracting a business scene and a plurality of business processing flows from the business processing request; based on the service scene and the service processing flow, a plurality of minimum service units required by each service processing flow are selected, and each minimum service unit comprises a minimum executable module with service functions after system functions are split; performing permutation and combination on all the minimum business units according to a business processing flow to obtain a business development function combination; and embedding the service development function combination into the calling party application system, and executing each service processing flow by the calling party application system. According to the method and the device, the technical problems that functions are easily inconsistent and are difficult to maintain when cross-application function sharing is carried out by adopting a source code copying strategy in a software development process in related technologies are solved.

This invention discloses a data compatibility configuration method, device, and medium based on the Feign interface. The method includes: rewriting the original scanning registration class to obtain a target scanning registration class; when an interface identified by FeignClient is scanned, obtaining the name parameter value and url parameter value filled in the FeignClient annotation through the target scanning registration class; rewriting the parameter values ​​according to their types to obtain a new SpringBean, and registering it in the Spring environment context. Compared with existing technologies, this invention uses a single url parameter to configure both the service name and the IP port address, achieving compatibility for two scenarios. When the environment changes, it eliminates the need to perform the service code modification → recompile and package → deployment process, thereby simplifying the configuration change handling process and improving service development efficiency.

The invention discloses a dynamic distribution support method based on business consumption, and relates to the technical field of computer software. The method comprises the steps of 1, configuring a database table structure of a business consumption end and recording configuration information of a business component through a database table, 2, carrying out data processing on the business consumption end, 3, introducing dependency information of a related component into a configuration file in the business component for function integration of the business component, and 4, carrying out specific service development of the business component. And step 5, executing the data pushing service, the data downloading service, the data downlink service, the data processing interface service and the interface information maintenance service, which are used for supporting dynamic distribution.

The invention particularly relates to an IPv4 address planning rationality analysis method. The IPv4 address planning rationality analysis method comprises the following steps: collecting IPv4 address service data and IPv4 address planned data in a network, calculating an IPv4 address utilization rate, an existing IPv4 address service use condition and a historical service development amount, predicting the service development amount, evaluating the address utilization rate, and judging whether an allocated but unused idle IPv4 address exists or not; whether the stock IPv4 address ratio exceeds a self-defined threshold value or not and whether the situation that IPv4 address resource allocation is not matched with the service requirement or not exist or not are evaluated; and evaluating the rationality of the IPv4 address application demand, and proposing an optimization suggestion according to an evaluation result. According to the IPv4 address planning rationality analysis method, the use condition of the planned IPv4 address can be clarified, and the proposed address application demand can be audited, so that a more reasonable address planning strategy can be formulated, the utilization rate of address resources can be improved, the waste of the address resources can be reduced, and the sustainable utilization of the IPv4 address resources can be promoted.

The invention discloses a data interface and service development method for a nuclear power industry heterogeneous mechanism model, and the method comprises the following steps: S1, creating a data set for the training, testing and verification of a model, and creating a plurality of service components as the development basis of different types of models; s2, creating a project for project management, creating a model under the project, calling a corresponding service component according to the classification of the model to perform model development and debugging, and uploading the debugged model to a mechanism model library; and S3, creating a model service, selecting a model from the mechanism model library to be bound with the model service, and calling a corresponding service component according to the classification of the selected model to operate and publish the model service. According to the invention, an integrated development mode is provided for a nuclear power industrial mechanism model.

The invention discloses a network resource quality multi-dimensional portrait evaluation method and system, and belongs to the technical field of network resource management and quality evaluation, and the method comprises the steps: constructing an evaluation system which comprises three core dimensions of data management and control, flow management and control and business operation support and two auxiliary dimensions of basic management and solving evaluation; multiple evaluation indexes and preset weights are configured for each dimension; calculating the score of each index according to a non-linear scoring rule, and performing upward convergence according to the weight to generate a whole province, city, district and county and professional level resource quality portrait; generating a whole network resource quality portrait and performing multi-level presentation; and multi-dimensional problem root cause positioning and first-line enabling: based on the problem list data, performing clustering analysis and identification, and generating a first-line improvement work order. According to the method, the comprehensiveness and accuracy of resource data quality evaluation can be improved, the problem response time is shortened, the operation and maintenance cost is reduced, and data support is provided for network resource optimization configuration and service development.

The invention discloses a heterogeneous environment prediction model training and deployment method and system, and relates to the field of prediction model training. In order to overcome the defects that an existing model training and deployment method is large in development difficulty, low in deployment efficiency and lack of unified management of multiple versions, an integrated development environment and an integrated development framework are used, and multiple pre-training models and operators are built in; carrying out data preprocessing and exclusive model building, obtaining training data to carry out model training, and generating a training model; all training models are arranged in a model center for unified management; aPI service development is carried out, a unified model algorithm reasoning framework is adopted, self-defined service development is carried out, and self-defined AI service is generated; the AI service is audited and published to be online, and the online AI service is used by an external application; based on distributed task scheduling and service arrangement, AI services are scheduled and run on a service running platform. The method is mainly used for establishing the prediction model for the heterogeneous environment.

The invention discloses a client service development and loading method and system based on a ReactNative framework, the method is executed by a client APP, and the method comprises the following steps: obtaining a script file corresponding to a service running on the client APP from a server device, the client APP being developed based on the ReactNative framework; and executing service logic based on the script file. The technical problem that in the prior art, development and loading of the new business on the client APP are inconvenient and not rapid is solved, and the new business can be rapidly and conveniently developed and loaded on the client APP. The method can be widely applied to mobile application program development.

The invention discloses a theme management method and system for dynamic switching and real-time updating. The method comprises the following steps that service development is carried out based on page style requirements, and a configuration compiling entry is provided; generating configuration information according to a theme page designed by a user based on a compiling entry; obtaining style configuration parameters in the configuration information, using placeholders to realize dynamic interpolation of styles, and converting the styles into css codes; combining the style css codes of the same theme to generate a css file; uploading the css file to an OSS object storage, and storing the css file in a server and generating a corresponding address by the object storage; and when the application is opened, the front end calls the back-end interface to obtain the theme css file address of the application and presents an updated page style after quoting the theme css file address. According to the invention, more intelligent, fluent and personalized theme design experience is provided for the user; and meanwhile, the workload of developers in the aspects of theme management, maintenance and expansion is greatly simplified.

The invention discloses a port adding method and device for a form page, electronic equipment, a storage medium and a computer program product, and relates to the technical field of business development, and the method comprises the steps: when the form page for business development is opened, automatically querying an available service port range, and displaying the available service port range on the form page. And providing a port number filling reference for a developer, in a port form item filling process, in response to a first input operation of the port form item, checking the newly-added port data according to the extracted port checking rule, and when port addition is completed, calling a preset availability query interface to query the availability state of the newly-added port data, and when the verification result is not passed or the availability state shows that the port is unavailable, the corresponding prompt information is displayed on the form page, so that a developer can timely know the verification result and the availability state of the newly added port data, the technical problem of low port adding efficiency is solved, and the service development efficiency is improved.

Services development / deployment for backend system integration includes metadata-based identification of assets of a backend system, and building metadata specifications as available constructs from which to develop services for deployment, each metadata specification corresponding to a given backend asset that uses a first data format and defining translations between the first data format and a second data format that is agnostic to selected service endpoints and endpoint deployment architecture(s) to provide agnostic development of the services, providing a development interface to a user, and obtaining a user-defined flow as a generic definition of a service agnostic to any specific service endpoint and endpoint deployment architecture on which the service is to be deployed.

The embodiment of the invention provides a multi-park cluster migration method and device, equipment, a medium and a product, and relates to the field of information security and big data. According to the method, first configuration information of a first park is acquired, and a consumer group identifier of the first park is updated based on the first configuration information, so that a service message link of the first park is migrated to a target cluster. And under the condition that the service message link of the first park is successfully migrated to the target cluster, obtaining second configuration information of a second park, and updating a consumer group identifier and a producer cluster identifier in the second park based on the second configuration information so as to migrate the service message link of the second park to the target cluster. According to the process, independent migration of different stages is realized based on dynamically generated configuration information, the problems of service interruption, message loss and the like possibly caused by full-quantity switching are avoided, smooth transition of a multi-park message system cluster can be achieved, stable and reliable operation of the system is guaranteed, and service development requirements are met.

The disclosed techniques may include receiving a request for a first step of a development workflow for deploying a standardized computer function within an organization. In addition, the techniques may include identifying a first file corresponding to the first step of the workflow.The techniques may include providing the first file to the application of the client device to cause the application of the client device to display a first text element at a first portion of a graphical interface and a first interactive element at a second portion of the graphical interface. The techniques may include receiving first information from the first interactive element. The techniques may include generating a deployment file for implementing a first step of the development workflow based at least in part on the received first information. The deployment file may specify settings for causing servers to deploy an application programming interface.

The embodiment of the invention provides a data processing method, a task processing method and a service development platform, and the data processing method comprises the steps: in response to a service construction request for a target service task, extracting service information corresponding to the target service task from the service construction request; according to the service information, a target service component is determined from multiple candidate service components, the candidate service components are pre-compiled task execution tools, and the multiple candidate service components are used for providing different service capabilities; determining a service link corresponding to the target service component according to the service information; and constructing a target service application according to the target service component and the service link, so as to execute the target service task according to the target service application.

The present invention relates to a technology for optimizing human, software (SW), and hardware (HW) resources generated in IT service development projects through dynamic automation. Specifically, the invention provides an integrated process in which (1) a machine learning prediction module (100) calculates future resource demand based on project management tools, server / network logs, SW license usage history, etc., (2) a decision engine (200) determines resource allocation logic, such as personnel reallocation, license increase / decrease, and server expansion / reduction, by referring to rule tables and priorities, (3) a resource control module (300) executes allocation / release commands for actual resources (personnel, licenses, servers), and (4) a monitoring module (400) collects and analyzes the above results and real-time project status to continuously correct prediction errors and decision logic. This enables the resolution of recurring issues during IT service development projects, such as manpower bottlenecks, license overloads or shortages, and server resource overuse or insufficient resources, effectively mitigating project schedule delays and cost increases. Furthermore, by continuously correcting discrepancies between the machine learning model and actual data during project execution through online or adaptive learning methods, it improves long-term accuracy and efficiently performs dynamic resource optimization. Consequently, various benefits are achieved, including shortened project schedules, cost reductions, and improved resource utilization. At the same time, managers can reduce their workload through automated resource allocation processes and further enhance project quality and stability.

The application discloses a unified development method for automobile financial service, comprising the following steps: defining and constructing a common development component model of the service, while supporting customized configuration; constructing a core model in conformity with daily financial service for interaction based on the common development component model; loading and uploading start configuration information to a CFP registration center, and sequentially registering each service to change into a distributed micro-service application, uploading relevant monitoring data to a CFP service monitoring platform through a sentinel client, and embedding a relevant service interface through a sentinel mechanism; taking the core model as the center, deriving various derived component models required in the service development process according to actual requirements, and performing secondary encapsulation of the configuration through a bottom component; and importing required model components on demand, and shielding non-service attributes. The method is helpful for coping with requirements, maintaining unity, reducing cost and improving efficiency; optimizing an internal system, and better guaranteeing safety and assisting in analyzing faults.

The invention relates to a vehicle and equipment interconnection method and device, equipment, a medium and a vehicle, and particularly relates to the technical field of vehicles. Comprising the steps that a vehicle terminal authenticates target equipment according to equipment information broadcasted by the target equipment; selecting a target communication protocol from the communication protocol set under the condition that the authentication of the target equipment is passed; establishing a communication link between the vehicle terminal and the target equipment based on the target communication protocol; and sending the service data to the target device through the communication link, and / or receiving the service data sent by the target device through the communication link. The embodiment of the invention is used for solving the problems of complex business development process and slow landing progress of the existing vehicle terminal and other equipment.

The invention relates to an Internet of Vehicles platform management method, device, system and equipment, a medium and a product, and particularly relates to the technical field of Internet of Vehicles. The method comprises the steps that a central station obtains service configuration information to be deployed and distributes the service configuration information to different local stations, the service configuration information is used for configuring target services for vehicle-mounted equipment corresponding to identification information, and the local stations can manage vehicle-end services of vehicles in respective areas; therefore, different local stations can uniformly configure vehicle end services with the same function based on the service configuration information provided by the central station, unified management of vehicle end service configuration of different local stations is realized, the number of repeated development times is reduced, the total management cost of vehicle end services in different regions by a vehicle enterprise is reduced, and the vehicle end service management efficiency is improved. And the service development and maintenance efficiency of the Internet of Vehicles platform is improved.

The invention provides a software development system and method and electronic equipment, and relates to the field of terminals. The software development system comprises at least one service development module, a packet distribution management module and a software development module, each service development module is in communication connection with the packet distribution management module, and the packet distribution management module is in communication connection with the software development module. Software development is performed through a three-layer architecture of a service development module, a packet distribution management module and a software development module, so that each service can be independently developed and evolved in the respective service development module, and is stored in the packet distribution management module in the form of a service software packet; the software development module can dynamically call the business software packages with different functions and different versions according to requirements and generate the target software, each business module can be independently developed, business intersection among different business modules is reduced, the cross-team software development process is simplified, and the cross-team software development efficiency is improved.

This invention relates to the field of communication technology, specifically to a VSOME / IP-based service communication design system, comprising a service requirement decomposition module, an SOA service design module, and a service development and testing module. The service requirement decomposition module selects the SOA service communication function development method based on relevant requirements; the SOA service communication function development method is divided into top-down development and bottom-up development. The SOA service design module includes communication protocol design, communication method design, and service ID design. The service development and testing module includes service development and service testing. Service development is divided into server-side application development and client-side application development. Service testing includes functional debugging and network testing. Functional debugging is performed using LOG files or control terminal printouts. Network testing utilizes CANOE hardware or Wireshark software to monitor and analyze network packets, determining the correctness of the client-server interaction service discovery process and service data communication process, and finally outputting a service test report.

The application relates to the field of collaborative development, and particularly discloses a multi-tenant external connection platform, a use method and equipment, wherein the multi-tenant external connection platform comprises: a micro-service development module, which is used for developing system micro-services by branch tenants in a development environment provided by a head office tenant; a micro-service deployment module, which is used for deploying the developed system micro-services to various distributed nodes according to business domains and network interaction modes; a component storage module, which is used for storing developed components contained in the developed system micro-services; and a gateway module, which comprises a head office sensitive-state external network gateway, a head office stable-state external network gateway, a head office internet gateway, a branch sensitive-state external network gateway, a branch stable-state external network gateway and a branch internet gateway; and the gateway module is used for calling the system micro-services based on different types of external connection requirements. The branch can develop system services by itself under the premise of being allowed by the head office, and the head office can monitor the development progress of the branch in real time, thereby improving project implementation efficiency.

This disclosure relates to a data processing method, apparatus, electronic device, and storage medium. The data processing method includes: receiving a service invocation instruction through a target service interface; responding to the service invocation instruction, matching a target service from the services corresponding to the target service interface based on the identifier of the service to be invoked; if a target service is matched, obtaining an execution sequence corresponding to the target service; and calling a target functional module from a dynamic library based on the execution sequence to process the data to be processed, obtaining a processing result for the data to be processed, wherein the processing result matches the data output format of the target service interface. This disclosure enables different services to access the server using the same service interface. Thus, during server development, different services can use the same service interface, thereby reducing the number of service interfaces to be developed, improving service development efficiency, and reducing service interface development costs.

The invention discloses an enterprise-level micro-service development method and equipment based on IDL (Intensive Development Language). The method comprises the following steps: formulating an interface contract file used for defining an interface externally provided by micro-service, so that people in different roles can communicate with each other by taking the interface contract file as an interface contract; generating a corresponding micro-service interface skeleton code based on the interface contract file, and completing compiling of a micro-service provider interface implementation class; constructing a server TCP and HTTP dual-protocol module, so that a client accesses an interface provided by the server micro-service through two communication protocols, namely an HTTP protocol and a TCP protocol; and a client SDK module is developed, so that both the Android client and the IOS client can initiate calling of a server micro-service interface supporting TCP and HTTP dual protocols. According to the invention, the efficiency, performance and collaboration of micro-service development and application in scenes such as a bank business system can be improved.

The embodiment of the application provides a kind of service application statistics method and device, electronic equipment, storage medium, belong to computer technical field, wherein, service application statistics method includes: receiving by client sends for the service request of to-be-executed business, wherein, service request carries service introduction parameter;According to the parameter replacement of first service extension configuration item of pre-construction according to service introduction parameter, obtain second service extension configuration item;According to second service extension configuration item, generate service application code;Send service application code to pre-configured data analysis engine;Receive the service application statistical result of to-be-executed business that is output according to service application code by data analysis engine.The embodiment of the application, through data analysis engine, can simply and conveniently output service application statistical result, can reduce service development maintenance cost, while it is favorable to more clearly and accurately track service application situation.

The invention relates to the technical field of micro-service development, and discloses a micro-service development debugging forwarding method and system, and the method comprises the steps: defining a variable in a front-end code project through a hypertext transfer protocol, adding an interceptor of a hypertext transfer protocol service according to the state of the variable, and constructing a directional routing mechanism based on an interceptor adding result; constructing a result integration dynamic interceptor chain based on a directional routing mechanism, and triggering a special routing decision engine in an interception stage in a filter manner by utilizing the dynamic interceptor chain to ensure the freshness of instance data; and performing dimension verification on the target head value by using a special routing decision engine, obtaining a corresponding micro-service instance list according to a dimension verification result, executing a routing decision operation, and completing debugging forwarding processing. According to the method, the problem of debugging request touch typing in a traditional random load balancing mode is thoroughly solved, and the controllability and efficiency of testing are remarkably improved.

The invention discloses a tourist road target population classification method and system based on artificial intelligence, and the method comprises the steps: firstly collecting multi-source data based on tourist road business demands, carrying out the access preprocessing to form a standardized data set, extracting the multi-dimensional attribute features of tourists, employing a combined gravity model equal flow prediction and portrait analysis model to carry out modeling, and carrying out the classification of tourist target populations. And a label system is constructed and clustered, overall and typical portrait recognition requirements are generated, and a classification result is obtained. The method can accurately classify target crowds, identify different levels of demands, provide support for tourism highway business form positioning and service development, and improve operation efficiency and user experience.

The disclosed techniques may include receiving a request for a first step of a development workflow for deploying a standardized computer function within an organization. In addition, the techniques may include identifying a first file corresponding to the first step of the workflow. The techniques may include providing the first file to the application of the client device to cause the application of the client device to display a first text element at a first portion of a graphical interface and a first interactive element at a second portion of the graphical interface. The techniques may include receiving first information from the first interactive element. The techniques may include performing a first action in accordance with the first step of the development workflow. Further, the techniques may include generating a second file to implement a second step of the workflow based at least in part on the received first information.