142 results about "Development team" patented technology

Extensible Multi-Dimensional Framework (EMDF) is a system engineering framework for designing, developing and managing enterprise information technology systems. It includes two parts: multi-dimensional architecture framework (MDAF) and three-dimensional unified process (3DUP). MDAF includes comprehensive concepts for modeling an enterprise information technology system. 3DUP provides an iterative system development process. EMDF addresses an enterprise information technology system as a single entity. By projecting this entity on intertwined MDAF dimensions through the 3DUP lifecycle, all logical or physical elements encompassed in the entity will be exposed and captured in well-organized artifacts defined in MDAF. These elements are then prioritized and scheduled in a set of agile iterations. The iterations will be planned in parallel projects implemented by multiple development teams. During a long-term system development lifecycle, some elements may change. The dimensions included in MDAF provide a flexible framework to adjust system architectures, iterations and projects in order to adapt to such changes. The key deliverables of EMDF include an adaptive-to-change quality-focused architecture, optimistic agile iterations, and a market-centric business-driven risk-mitigating process.

A test coverage tool provides output that identifies differences between the actual coverage provided by a test suite run on a program under test and the coverage criteria (e.g., the coverage criteria required by the test / development team management). The output from the test coverage tool is generated in the same language that was used to write the coverage criteria that are input to an automated test generator to create the test cases which form the test suite. As a result, the output from the coverage tool can be input back into the automated test generator to cause the generator to revise the test cases to correct the inadequacies. This allows iterative refinement of the test suite automatically, enabling automated test generation to be more effectively and efficiently used with more complex software and more complex test generation inputs.In preferred embodiments, test coverage analysis results of several different test suites, some manually generated and others automatically generated, are used to produce a streamlined automatically-generated test suite and / or to add missing elements to an automatically generated test-suite.

The invention adopts an ajax (asynchronous Javascript and XML) technique and provides a fully automatic treatment method and frame without a page refresh. The method comprises the following steps of: loading a JavaScript base file through compiling the uniform and standardized JavaScript base file of a page-refresh frame when a client terminal accesses a Web page; automatically acquiring all requests of the Web page; transforming all the requests to an ajax mode; automatically and intelligently treating requested data; taking over a page treating logic; and fully and automatically completing the Web page transformation from the traditional access way to a way without the page fresh. According to the method and frame provided by the invention, a development team only needs to focus on service developments without considering the page refresh related problems; a transformation without the page refresh is realized, page refresh times are reduced and information display real-time performance is increased so that a treatment efficiency of an entire electronic commerce platform is increased; and the development efficiency of a developer is also benefit of promotion, the development workrepetition is reduced, and the development cost and a code maintenance cost are reduced.

A method of detecting shared vulnerable code to efficiently facilitate remediation of such vulnerabilities by the appropriate development teams. The method includes the steps of creating a consolidated vulnerability database populated with vulnerability testing results of a plurality of applications; comparing at least one of the filename, the line number, and the line text associated with each vulnerability within the consolidated vulnerability database to the filename, line number, and line text associated with every other vulnerability within the consolidated vulnerability database and recording any filename, line number, and line text matches as vulnerability location matches; comparing the number of data / control flow elements of each of the plurality of applications to the number of data / control flow elements of every other of the plurality of applications and recording any matches as data / control flow element matches; assigning a confidence to each vulnerability within the consolidated vulnerability database based on vulnerability location matches and data / control flow element matches; assigning a severity to each vulnerability within the consolidated vulnerability database; assigning a criticality to each of the plurality of applications; and creating a database of risk-ranked, confidence-scored vulnerabilities based on the confidence assigned to each vulnerability, the severity of each vulnerability, and the criticality of each application.

A method for evaluating a product development process comprises defining one or more specifications associated with a product development process, wherein the product development process includes a plurality of subtasks. One or more assessment benchmarks for determining the status of each subtask are formulated and development evaluation forms associated with each subtask are generated. The development evaluation forms include an interactive interface that provides the assessment benchmarks to a product development team member associated with a respective subtask. Responses associated with the development evaluation forms are automatically detected and a status of the development process is updated based on the detected responses.

The invention discloses an end-to-end online research and development management system and method based on DevOps, and the system comprises the following parts: a research and operation integrated platform portal which is used as an entrance of a project research and development team, is used for the access of to-be-managed projects and data display, and provides a unified research and development and operation integrated service; a research and operation integrated management platform that is used for unified platformization and closed-loop management of project requirements, development testing, deployment and operation and project operation; and an research and operation integrated operation and maintenance platform that is used for basic management of the platform portal and the management platform, wherein management objects comprise projects, environments, integrated tools, workflows, Pipeline tasks, users and role authorities. According to the technical scheme of the invention,an end-to-end delivery assembly line of a project is built to promote the fine management of project research and development. According to the invention, optimization is carried out on processes ofdifferent levels, research and development processes tend to be fused, IT internal research and development is promoted to be light in weight, online, automatic and visual, team maturity is improved,and the service requirements for higher speed, higher quality and higher user experience are met.

The invention discloses an assembly line construction method and system based on parameter configuration, and belongs to the technical field of computer software, and the method comprises the following steps: S1, compiling a plug-in project; S2, configuring a plug-in project; S3, editing a process; S4, selecting a plug-in; S5, constructing a single step; and S6, constructing all steps. According to the method, a CI&CD assembly line can be edited without learning and compiling a shell script, so that the learning cost and time are saved for a user, the threshold of the user is reduced, and theuser range is expanded; all personnel in a research and development team can participate in continuous construction / deployment work and can be used by non-operation and maintenance personnel, and development and operation and maintenance can be better cooperated; the plug-in project is in zero coupling with other codes of the whole platform, and users can develop the plug-in project by themselvesto complete things they want to do; and contents displayed in the log are filtered and processed, so that the tangled log contents become concise and direct.

An embodiment of the invention provides a method for remotely controlling Android equipment. The method includes: a connection is built between a mobile control terminal and the cloud Android equipment; responding to an operation event, the mobile control terminal controls the cloud Android equipment; the cloud Android equipment transmits feedback information to the mobile control terminal. The method has the advantages that operation supported by the method includes traditional single-finger clicking and single-finger sliding and ground-breaking multi-finger touch control, gravity sensing and the like, operation to the cloud Android equipment can be displayed on the mobile control terminal in real time to the maximum extent, the various complex operation requirements of Android application research and development teams on Android applications can be satisfied, and good user experience is achieved. In addition, the embodiment of the invention further provides the mobile control terminal for remotely controlling the Android equipment, a system for remotely controlling the Android equipment, equipment and a computer readable storage medium.

The invention discloses a system and method for quality detection of an interactive television service. The system comprises a PC, a signal emitter, a set top box device and a video collector. According to the system and method, a detection script is customized, test personnel can write a test script according to a test task; comparison, analysis and content recognition of sensitive regions in images are performed by regarding digital image processing, deep learning and mode recognition as the core, the real user operation is completely simulated, operation problems in services and the systemare discovered from the perspective of users, the complaint rate is reduced, and the satisfaction degree of the users is improved; and automation of the script test is realized, the workload of the test personnel is reduced, the coverage rate of the regression test is increased, the work efficiency of a research and development test team is improved, and the research and development arrival cycleof the product is shortened. Daily inspection of the services is facilitated for operation personnel through computers, problem discovery can employ mouse screenshot and video recording, materials fora report material can be conveniently obtained and made, and communication with the product and research and development teams is facilitated.

The present disclosure relates to automatically detecting software defects and determining the source of the defect. An example method generally includes receiving an output data set from a host server executing a test operation and comparing the output data set to a performance model. A test system identifies that a defect exists in software executing on the host server based on determining that the output data set deviates from the performance model by more than a threshold. The test system retrieves a source code update from a source code repository that was committed to the source code repository before the execution of the test operation. The test system compares a scope of the source code update to the defect and notifies a development team related to the source code update of the defect upon determining that the scope of the source code update and the defect match.

The invention discloses a software development and management system, which relates to the technical field of computers. One specific implementation mode of the software development and management system comprises a billboard management module and a conference management module. The embodiment of the invention can solve the limitation that an existing software development collaboration tool cannotsupport full-process activities and cannot realize effective project monitoring, and can assist the software development team to carry out software development. While the team meeting and cooperationefficiency is improved, unnecessary pre-conference document preparation, content recording, post-conference content carding and the like can be reduced. The key data of the software development process is collected and summarized without sensing, which can provide analysis based on real and effective data for development teams and managers. The analysis is used for state monitoring, process improvement and performance evaluation.

The invention provides a distributed task scheduling method and system using idle resources. The method comprises steps: device information of a target device is acquired, and the online state of thetarget device is judged; the target device is initialized, and according to the online state of the target device, an available device list is generated; according to estimated execution time of eachto-be-distributed task and the idle time of each target device in the available device list, each task is sent to each target device with time matched according to a task distribution policy; and eachtarget device automatically executes the distributed task. Thus, the target task and the execution device can be accurately matched according to a task execution time consumption estimation method, idle device resources are used in different periods, the mode greatly saves the operation cost, and thus, a research and development team can effectively realize automatic task execution and gather anexecution result in a condition of not needing to purchase a large number of special devices.

An embodiment of the present invention may be directed to an automated generation of software development life cycle audit documentation tool that enables development teams to move from point-in-time documentation to living documentation while still satisfying software development life cycle (SDLC) audit and risk concerns. An embodiment of the present invention is directed to generating release artifacts for application teams, to avoid costly application development time being used to fill in paperwork. An embodiment of the present invention may run as a Command Line Interface, or as a part of the build pipeline for application teams. This enables development teams to spend their time focusing on delivering high quality business solutions in a rapid fashion.

The invention relates to a power system analysis-oriented software distributed development method. The method comprises the steps of establishing a server and a client with communication functions; performing distributed development of a software algorithm, and calling basic data and a universal algorithm of the server through the client by a development team to perform development and research of corresponding algorithms; and performing achievement gathering of software, and seamlessly linking algorithm achievements of the development team with the software server, thereby realizing distributed development of the software. According to the technical scheme provided by the method, the problem in sharing of the basic data and a basic algorithm in the software establishment process is solved, high cost of integrated development is avoided, the development speed is increased, the seamless fusion of the algorithm development achievements and the software is realized, and the software achievements have portability and reusability.

The invention provides a PaaS cloud platform server-based system development method and a server. The method comprises the steps: based on a PaaS cloud platform server, executing the function component according to the preset grouping configuration information, the version plan information and the function component; compiling all the functional components; obtaining grouping information and a program mirror image corresponding to each group. Each development department can maintain a respective source code warehouse (the type of the code warehouse cannot be required, such as GIT, SVN and thelike), thereby avoiding cross-department source code operations, code dependence and conflicts, and completely solving the development decoupling. According to the scheme, it is not involved that source codes of all departments are gathered and then compiled, but the development teams of all the departments publish MAVEN components after compiling by themselves, a research and development platformconducts logic combination on the components, conflicts of compiling time of all the departments are eliminated, and the version compiling coupling problem is solved.

The technical scheme of the invention comprises a game performance monitoring method and system, which is used for realizing: a Hook technology is used for injecting a monitoring program into a graphic driving interface, analyzing important performance indexes of a game, recording the important performance indexes into a file, and displaying daily performance data of the game in a web graphic form, and if performance comparison is abnormal, for example, the average FPS difference is 10%, performing notification warning in a mail form. The invention has the beneficial effects that it is independent of a specific project and a project development or operation maintenance stage, and when the performance of the game client is abnormal, a developer is automatically notified and important performance data indexes are provided for the developer for troubleshooting. Different game development teams do not need to develop and maintain client performance data statistics, collection, output, analysis and the like respectively; developers can quickly perform targeted problem analysis and optimization; game quality is guaranteed, and players can experience smoother and more vivid games with movie-level image quality.

The invention discloses a wind power generation building wallboard and a construction method. The module and the method are designed by relying on design experience and design concepts of building integrated photovoltaics (BIPV) of a research and development team, and taking firstly disclosed building integrated wind power (BIWV) as a guide concept. The wind power generation building wallboard is characterized by consisting of a module bracket (1), an air inlet (2), an air collecting channel (3), a heating insulation plate (4) and a generator (5). A rod hanging-type construction installation method is adopted. In the wind power generation building wallboard, due to the adoption of a modular design concept, the passive collection in the utilization of wind energy which is difficult to capture is changed into more active collection and gathering. In addition, due to the combination of energy-saving and heat-insulation materials of buildings and wind energy collection, the structure is simple, the cost is low, the module is easy to maintain, and energy-saving coefficients of energy-saving buildings are increased. The structure of the module has an additional effect of absorbing urban noises.

The invention discloses a method for automatically generating software integration version updating description. The method includes the steps that a file of a current version is read line by line so that an annotation block can be obtained; annotations in specific formats are screened from the annotation block, and the specific formats include SOA fields; newest annotations in the specific formats in the annotation block of the current version and newest annotations in the specific formats in an annotation block of a previous version are read; when the newest annotations in the specific formats in the annotation block of the current version and the newest annotations in the specific formats in the annotation block of the previous version are compared and judged whether to be the same or not, and if not, the newest annotations in the specific formats in the annotation block of the current version are extracted and displayed; all the extracted newest annotations of the current version are collected, and the version updating description is formed. The invention further discloses a device for automatically generating software integration version updating description. Due to the method and device, the version updating description can be automatically generated and corresponds to actually-modified source code files one by one, workloads of a development team can be reduced, software updating and issuing cost is reduced, and issuing is performed in advance.

The invention discloses a modification log based software package source automatic analysis method. The method comprises the steps of 1) obtaining a to-be-analyzed target software source code package; 2) for the target software source code package, generating a modification log containing developer information; 3) based on the developer information recorded in the modification log, a modification item frequency and preset developer information or open source project developer information in a research and development team, analyzing a software package source of the target software source code package to obtain a software package source analysis result of one of an open source software package, a mixed source software package and a self-researched software package; and 4) marking the software package source analysis result for the target software source code package. According to the method, whether the software package is the open source software package, the mixed source software package or the self-researched software package can be judged and identified to realize classification management of software source code packages; and the method has the advantages of high universality, high extendibility and high integral flexibility.

A database-driven collaborative game development system provides detailed tracking of changes made to an electronic game by multiple remote developers. The system aggregates the data on a server and then presents analytical data in a manner useful for tracking managing development of the electronic game. The data is tracked objectively and may be displayed in real time, allowing managers to see exactly how their game development team or individual employees are performing. This data may be also used to objectively report team or individual productivity or to subjectively analyze and optimize productivity.

The invention discloses a micro-front-end architecture based on qiankun and Web Component and a construction method of the micro-front-end architecture. The construction method of the micro-front-end architecture comprises the steps of constructing a micro-service architecture based on the qiankun and constructing a universal component library based on the Web Component. The micro-service architecture comprises a main application and a plurality of sub-applications, each sub-application is registered in the main application, and the main application is configured as an entrance to realize access to each sub-application; the universal component library is configured to be a Web component library, components capable of being reused are provided for upper-layer applications, the component library does not limit technical stacks, and web components have the characteristics of being irrelevant to the technical stacks and at least support React components, Vue components and Angular components. According to the micro-front-end mode, the complex application is decomposed, so that the function of each sub-application is more concise, the dependence of the sub-applications is independent, the sub-applications can be allocated to different developers for maintenance, and compared with the mode that a whole development team maintains a large complex application, code conflicts possibly generated during development are reduced, and the development and maintenance difficulty is reduced.

The invention relates to the field of information technology and discloses a code comparison method, device and system during continuous integration. The method comprises the steps that a new version code and an old version code are acquired; the new version code and the old version code are compiled; the new version code and the old version code obtained after compilation are compared; and a varying source code is acquired and displayed according to the comparison result of the new version code and the old version code obtained after compilation. Through the code comparison method, device and system, comparison of the new version code and the old version code can be realized in a true sense, changes of the code is precisely determined, a development team can find the difference between the new version code and the old version code conveniently, quickly and effectively, and more efficient development is realized.

The invention provides an application program configuration method, which is applied to an application program configuration terminal and comprises the following steps: when an installation script ofan application program is created, obtaining a basic module source code set and a functional module source code set of the application program so as to generate a corresponding basic module installation script and a functional module installation script; And sending the installation script of the application program to a server, the installation script of the application program comprising the basic module installation script and the function module installation script. The invention further discloses an application program configuration device,a terminal, a server and a computer readable storage medium. the development management efficiency of a development team on different modules of an application program can be effectively improved, and the server issues the basic module installationscript and / or the functional module installation script corresponding to the installation script request according to the installation script request sent by the user terminal.

The invention discloses a front-end and rear-end separation device and method based on micro-service, the device comprises a front end system and a rear end system, RZESTful is adopted between the front end system and the rear end system to call the service, and the access of the front end system and the rear end system on the Internet is realized; the front-end system adopts an HTML5 / JS development language to realize adaptation to running environments and technical stacks of different terminals; and the back-end system adopts a JAVA development language to realize service logic of network application and access operation of a database. According to the front-end and rear-end separation device and method based on micro-service, development efficiency and labor division management of a development team can be provided for internet applications, especially the internet applications under the condition of multiple terminals, a set of codes can adapt to software and hardware environmentsof different mobile terminals through responsive layout of a front-end framework, and the development cost is greatly reduced.

The invention provides a project management system which comprises a presentation layer, a business layer, a service layer and a data layer. Information is sequentially transmitted and is fed back through the presentation layer, the business layer, the service layer and the data layer. The presentation layer, the business layer, the service layer and the data layer are developed by the adoption of the .NET technology. The uniform standard protocol is adopted in interfaces of modules in the presentation layer, the business layer, the service layer and the data layer. According to the project management system, due to the SSH basic structure, cohesion conflicts which possibly happen are effectively avoided; the service layer and the data layer have higher stability; when the specific modules are developed, a development team can conduct independent research and development according to independent functional requirements.

The invention relates to an exception management method and a system for an Internet product. The method comprises the following steps: collecting exception data uploaded by a client of the Internet product; processing the collected abnormal data in real time, and outputting structured data according to a preset rule; generating an exception analysis report of the Internet product according to thestructured data; and when a query request is received, calling and returning a corresponding exception analysis report according to a query condition of the query request. According to the method ofthe invention, the abnormal data of the client are monitored, so that the abnormal data of the client of the Internet product can be obtained in real time; by analyzing details of abnormal data in real time, problems existing in the using process of Internet products are sensed in time, and a basis is provided for upgrading and maintaining work of a research and development team; a research and development team can conveniently handle abnormal conditions of products in time, and large-area product experience accidents are avoided.

The invention provides a calling method and device. The calling method comprises the following steps: providing at least one group of test function modules; wherein the test function module is associated with a service identifier, a user identifier and an isolation identifier; receiving a test request; wherein the test request comprises a target service identifier and a target user identifier; determining a target isolation identifier according to the target service identifier and the target user identifier; obtaining a calling link according to the target service identifier; and calling the target test function module corresponding to the target isolation identifier according to the calling link. According to the invention, the corresponding relationship among the service identifier, theuser identifier and the isolation identifier is set for the to-be-tested function module; business test, the test flow can determine the corresponding target isolation identifier and sequentially callthe function modules containing the target isolation identifier according to the call link to realize isolation between the test services, and the research and development team only needs to concentrate on the own test service when performing the service test, so that the work conflict between different research and development teams is avoided.

The invention provides a self-adaptive UI (User Interface) adaptation method and a self-adaptive UI adaptation system. The method comprises the following steps that when a game is started for the first time and initialization is started, the screen resolution and SafeArea parameters of current equipment are obtained; a stretching parameter adaptive to the UI, a position parameter adaptive to the UI and a background image stretching parameter are calculated according to the screen resolution and the SafeArea parameter; when the UI is opened, the background image of the currently opened UI is stretched by referring to the background image stretching parameter; and when the UI is opened, stretching and position offset setting of the UI control are carried out by referring to the stretching parameters matched with the UI and the position parameters matched with the UI. Meanwhile, the invention further provides a UI adaptation system, therefore, only the resolution and the SafeArea are valued and adaptive data calculation is carried out when the UI adaptation system is started, all the UIs are subsequently applied, the calculation amount is reduced, the method is applied in a default mode when the UIs are created, and the UI function development team does not need to consider the adaptation problem.

The embodiment of the invention discloses a crowdsourcing software development method and system based on a uniform development platform. The method comprises the following steps that: obtaining the awarding requirement information of an enterprise customer; checking the awarding requirement information, if the awarding requirement information passes checking, decomposing the awarding requirementinformation into specific development tasks, and releasing the specific development tasks; obtaining development personnel who request to execute the development tasks, and carrying out screening andevaluation to determine the development personnel who win the bidding; and obtaining, checking and accepting a task finished product submitted from the development personnel, and finishing awarding. According to the method, the uniform development platform is adopted to specify the development process of a developer, so that the products developed on the development platform exhibit uniform normalization, and the readability of a system code is increased. Even if an original development team dissolves or changes, a new development team can be easily found to carry out secondary development, meanwhile, a new team who is familiar with the development platform can directly add new functions even without understanding original business, development time is saved, and enterprise development cost is lowered.