16 results about "Distributed development" patented technology

The present invention relates to a method for operating a project distributed development framework service by using a computer system having a server computer, the method comprising the steps of: (a) receiving new project generation information from a project owner terminal and transmitting the new project generation information to a planning partner terminal; (b) receiving planning document information created according to the new project generation information from the planning partner terminal and transmitting the planning document information to an engineering design partner terminal; (c) receiving engineering design document information created according to the planning document information from the engineering design partner terminal and transmitting the engineering design document information to an API development partner terminal; (d) receiving API development information created according to the engineering design document information from the API development partner terminal and transmitting the API development information to a quality inspection partner terminal; and (e) receiving inspection result information of the API development information from the quality inspection partner terminal and transmitting the inspection result information to the project owner terminal or an operator terminal.

A system for developping a three-dimensional real-time, 3DRT, application, the system comprising a hybrid multicloud infrastructure providing a backend of a distributed development platform, the backend comprising a plurality of different services for realizing a development project for developing a 3DRT application, and a terminal device providing a frontend of the distributed development platform, the frontend comprising a graphical user interface, GUI; a method for developing a 3DRT application, a use of a service mesh and a computer program product.

The application discloses a payment method for a platform-based shared purchase vehicle-mounted APP, adopts distributed development, and through cooperation of multiple platforms, can be adapted to different vehicle models, performs different payment management on different vehicle models, and effectively relieves data load of a cloud platform and a vehicle-mounted terminal during configuration; the cloud platform can record purchase of the APP by a user in time, so as to guarantee real-time performance of data, avoid a problem that the user has purchased the APP but cannot use the APP due to poor network, and simultaneously, different callback interfaces are provided for the vehicle-mounted terminal according to different payment modes, so as to set different purchase paths according to different APPs.

A distributed graphical program development platform based on a lightweight reconstruction mechanism relates to the technical field of computers and comprises an upper computer and a lower computer. The upper computer comprises an equipment manager component, a development platform main body and a server which are mutually independent; wherein the equipment manager component is used for interacting field equipment and data information with the lower computer; the development platform main body is used for designing, managing, compiling and running a graphical program; the server provides role authentication, program version uploading / downloading of distributed development management and shared variable transfer functions for a user based on a C / S architecture; the lower computer comprises an Agent system service and is connected with the equipment manager component; the development platform can improve the program debugging and deployment efficiency.

Systems, computer program products, and methods are described herein for detection and recordation of functional code logic components on a distributed development platform. The present invention is configured to retrieve, from a source code repository, a source code script, wherein the source code script is associated with a first source; initiate a machine learning model on the source code script; determine, using the machine learning model, at least one functional code logic component from the source code script; initiate an NFT source code mapping engine on the at least one functional code logic component; generate, using the NFT source code mapping engine, a NFT for the at least one functional code logic component, wherein the NFT comprises the at least one functional code logic component and information associated with the first source; and record the NFT in a distributed ledger.

The invention discloses a bank-based distributed collection service system. The collection service system comprises gateway service, a registration center assembly, a configuration center assembly, a monitoring assembly, a log management assembly and an intelligent collection management service assembly. And meanwhile, k8s deployment is carried out through the cloud platform, so that distributed development is realized, the pod number can be automatically and flexibly expanded, and the requirements of high concurrency, high performance and high availability are met.

An apparatus and computer-implemented method for allocating computing resources in a method for protecting a computer-aided development environment in a distributed development process from damage and threats. In the method for protecting, multiple methods for identifying damage and / or a threat in the computer-aided development environment are carried out, wherein a metric which quantifies a quality and / or informative value of the method is determined for each method, wherein a respective offer for allocating computing resources for the execution of the respective method is determined for the methods depending on said metric, wherein the computing resources are allocated to the methods depending on the respective offer.

The invention relates to a platform data file distributed management method and system. The invention aims to solve the problems of load imbalance, low data reliability, difficulty in file management and the like in traditional distributed file storage. The management method is realized through a distributed development kit, and specifically comprises the following steps of: segmenting a file into a plurality of blocks, and storing the file blocks on different servers; performing multiple backups on each file block to enhance the reliability of the data; abstracting metadata of the file into a directory tree for management so as to simplify file management operation; a unified file management function is provided for the outside through the distributed development kit, and a user only needs to interact with the kit and does not need to care about bottom storage details. The method has the advantages of being high in fault tolerance, suitable for batch processing, suitable for storing large files and the like, can run on a low-cost machine, effectively reduces hardware cost, and meanwhile improves the concurrent access capacity of a system and the high availability of data. The management system comprises a file segmentation module, a file storage module, a backup module, a metadata management module, a distributed development kit and the like so as to realize the management method.

Device and computer-implemented method for allocating computing resources in a method for protecting a computer-based development environment (100) in a distributed development process from damage and threats, wherein the protection method employs several methods for detecting damage and / or threats in the computer-based development environment (100), wherein a metric is determined for each method that quantifies the quality and / or predictive power of the method, wherein, depending on the metric, a respective offer for allocating computing resources for carrying out the respective method is determined, and the computing resources are allocated to the methods depending on the respective offer.

The application relates to the technical field of software generation methods, and discloses a distributed software development method. The method responds to the input of distributed development demand data, performs a function module feature extraction operation, wherein the demand data contains an inter-module dependency topology and an interface constraint specification; a pre-trained task decomposition model is activated to perform multidimensional analysis on the development demand data, and a task unit set carrying a resource allocation identifier is output, the resource allocation identifier and a task type establish a dynamic mapping relationship; a code analysis engine is triggered based on the task unit set, cross-modal feature fusion is performed on the inter-module dependency topology, a feature complex of a fused code structure mode and an interface compatibility index is generated; the feature complex is input into a dynamic integration engine for execution sequence planning, and a distributed executable component is output, the executable component contains a logic control flow derived from a task execution sequence and a resource self-adaptive configuration parameter.

To provide an apparatus and a computer-implemented method for allocating computing resources in a method for protecting a computer-aided development environment in a distributed development process from failure and threats.SOLUTION: An apparatus and a computer-implemented method for allocating computing resources in a method for protecting a computer-aided development environment (100) in a distributed development process from failure and threats. In the method for protecting, multiple methods for identifying failure and / or a threat in the computer-aided development environment (100) are carried out. A metric that quantifies the quality and / or informative value of the method is determined for each method. Respective offers for allocating computing resources for the execution of the respective methods are determined for the methods depending on the metric. The computing resources are allocated to the methods depending on the respective offers.SELECTED DRAWING: Figure 1

Embodiments of the present invention provide a system for authenticating users via pattern based digital resources on a distributed development platform. In particular, the system may be configured to allow a user to create a pattern based digital resource, store the pattern based digital resource in an entity database associated with an entity system of an entity, determine that the user is initiating a real-time interaction using an interaction channel, prompt the user to provide a real-time pattern based digital resource via a component of a device associated with the interaction channel, verify the real-time pattern based digital resource received from the user, and authenticate the user to complete the real-time interaction via the interaction channel.

The invention discloses a distributed development environment configuration method and device, equipment and a storage medium, is applied to a cloud application management platform, and relates to the field of distributed technologies. The method comprises the steps that according to application configuration data of a target application, a target technology stack is determined from candidate technology stacks, and a target database is determined from candidate databases; determining an initial application environment of the target application according to the application configuration data based on the target technology stack and the target database; determining a candidate application environment according to the initial application environment, a code pulling trigger condition of the target code warehouse and application dependency data in the application configuration data; and determining a target development environment according to the candidate application environment, the application environment configuration data of the target application, the continuous integration pipeline data and the continuous deployment pipeline data. According to the technical scheme, the management of the distributed development environment, the continuous integration of the assembly line and the continuous deployment of the assembly line are integrated, so that the development and deployment efficiency of applications in the development environment is improved.

The present application relates to a service registration and discovery method, apparatus, computer equipment, storage medium, and computer program product. The method comprises: registering a distributed development service corresponding to an application into a first registration component adapted to a distributed development platform; configuring the application as a cluster management service, obtaining a corresponding virtual address, and registering the cluster management service into a second registration component corresponding to the cluster management platform based on the virtual address; establishing a mapping relationship between the distributed development service and the cluster management service in the first registration component; determining a second service identifier corresponding to the first service identifier based on a first service identifier carried in a service discovery request and a mapping relationship in the first registration component; obtaining a virtual address of the cluster management service from the second registration component based on the second service identifier; and returning the virtual address to the client corresponding to the application that sent the service discovery request. The use of this method can improve the compatibility between different service registration and discovery mechanisms.

Methods for securing a spatial computing distributed development and deployment environment are provided. Methods may include identifying, by a first developer operating a first spatial computing device, the presence of one or more other developers operating one or more other spatial computing devices within a field of view of the first developer. Methods may also include extracting, by the first spatial computing device, biometric data from each of the one or more other developers. Methods may also include determining, by the first spatial computing device, an identity of the one or more developers by comparing the extracted biometric data to stored biometric data within a biometric database. Methods may also include retrieving, by the first spatial computing device, one or more source code tokens created by the one or more developers. Methods may also include rendering, at the first spatial computing device, the retrieved one or more source code tokens.