CN112597133A - Data application management system for project management scene of hundred-person research and development team - Google Patents
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Abstract
The invention belongs to the technical field of project management of medium and large-sized research and development teams, in particular to a data application management system of a project management scene of a hundred-person research and development team. The method is applied to the use scene of the ultra-large data capacity of a large team, and is realized by the technology of Virtualized Lis at the Web front end, so that the data volume required to be displayed when 3000 teams use the system at the front end can be supported.
Description
Technical Field
The invention relates to the field of project management of medium and large-scale research and development teams, in particular to a data application management system of a project management scene of a hundred-person research and development team.
Background
Computer software technologies (particularly big data, cloud computing and artificial intelligence) are increasingly applied to various industries at present, and the scale of middle-grade software research and development teams is continuously large. For more than one hundred software development teams, project management methods are important factors affecting team efficiency. Personnel and businesses of such teams have high complexity and require flexible configuration of project management tools. Project management tools are essential systems for software development teams to produce software products, like sales and CRM, manufacturing and ERP relationships.
The COVID-19 epidemic accelerates the IT process of global enterprises, accelerates the shift of more enterprises to cloud computing, increasingly relies on digital tools for remote work, online learning, electronic shopping, and the like, and increases in video conferencing tools, online games, streaming video, and cloud computing traffic all contribute to the proliferation of data center capacity demands in the market.
The current products on the market have the following problems: under the use scene of a large team, the performance of front-end display of an overlarge data volume is not ideal; the self-definition capability is insufficient, and a simple data structure cannot adapt to a complex research and development scene of a large-scale team; the flow customization capacity is weak, and the special customization flows of different enterprises cannot be met; the functions are complex, accurate scene design and matching can not be performed when different client scenes are faced, elastic expansion is not performed, and performance expansibility is insufficient; the data security problem of a large-scale team is difficult to solve, and particularly disaster recovery systems and usability under the private cloud environment are difficult to guarantee.
Disclosure of Invention
Aiming at the problems of self-definition capability, performance, data safety and the like in the prior art, the invention provides a data application management system for a project management scene of a hundred-person research and development team.
The ONES uses a set of flexible system to solve the research and development management problems of multiple scenes and multiple industries. The ONES develops a set of complete research and development management tool matrix based on research and deep understanding of large-scale research and development projects and system architectures, makes effective attempts on the localized design of products, and applies research and development management methodology and thinking to different fields and industries, so that enterprises really practice on research and development management and generate commercial values.
The ONES Project is used as a core product of an ONES product matrix, can be communicated with data of various ONES products, helps to improve a workflow, is flexibly suitable for various working scenes, such as communicating the ONES Project with an ONES Wiki, and helps a user break isolation between documents and tasks, communicating the ONES Project with an ONES Pipeline helps a client to realize Pipeline management, provides support for continuous integration and deployment, completes whole-process tracking of a Project from requirement to deployment, communicates the ONES Project with ONES Performance, can support associated work item attributes and iterative data, and helps a manager to more scientifically and efficiently evaluate research and development efficiency of a team.
In order to achieve the purpose, the invention adopts the following technical scheme: a data application management system of a project management scene of a hundred-person research and development team comprises a data application management platform, wherein the data application management platform comprises a Web display module, a programming architecture module, a product architecture design module, a data search module, an Item analysis module, a process engine module and a data security module.
The Web display module comprises a Virtualized List, the Virtualized List comprises a Web Dom display technology, a DOM POOL is established on the Web Dom, the Web Dom display technology of the Virtualized List is used, all DOMs displayed on a screen are uniformly managed by establishing the DOM POOL, when the DOM is moved out of a screen display area, the DOM is recovered into the POOL, the position of the DOM is controlled through the CSS3 to realize quick recovery and reuse of the DOM, and the browser realizes acceleration through the GPU.
The programming framework module is designed based on Web SPA, the programming framework module comprises a Web end and a browser end, the Web end comprises Virtual DOM, the browser end comprises Java script, the Web end introduces a mechanism of the Virtual DOM, and a set of DOM API is realized by the Java script at the browser end. All DOM structures are carried out through the Virtual DOM, the whole DOM tree is reconstructed whenever data are changed, then the current whole DOM tree is compared with the previous DOM tree to obtain the difference of DOM structures, and only the part needing to be changed is subjected to actual browser DOM updating. And the React can process the refreshing of the virtual DOM in batches, and two data changes in an Event Loop (Event Loop) can be merged, so that the time-consuming DOM operation is reduced, and the SPA interface performance is improved.
The product architecture design module comprises Kubernets and Docker, and is completed based on Kubernets, a Docker cluster system and a micro front end, and the product architecture design is applied to modularization product architecture design. The service is divided into different applications, and then the applications are divided into different components, and each component is used as the minimum service unit. The Docker containerization architecture is used on the technical architecture and managed and deployed through Kubernets. The container effectively partitions resources managed by a single operating system into isolated groups to better balance conflicting resource usage requirements among the isolated groups. This requires neither instruction level emulation nor just-in-time compilation, as compared to virtualization. The container can run instructions locally in the core CPU without any special interpretation mechanisms. Furthermore, the complexities in para-virtualization and system call replacement are also avoided. Due to the characteristic that the container is isolated from the resources, the system is very suitable for deployment and operation in different operation environments, and can achieve the scale of an automatic and random telescopic system by matching with an elastic cloud platform
At a Web end, abstracting applications and components into micro front-end applications, isolating the running environment of each micro front-end application by constructing a browser Sandbox Sandbox environment so as to avoid pollution of CSS and Javascript, and simultaneously loading network resources required by the micro front-end applications, including data resources, static file resources and the like which are in butt joint with a server end, only when the routes of the browser are matched through a route registration mechanism so as to reduce the loss of loading speed caused by the fact that a service system is gradually huge. Compared with the traditional Web application, the method has faster access speed. Each micro front-end application can run independently, so that the construction and compilation speed, the deployment speed and the local development speed of the front end are greatly improved. Therefore, the front-end research and development efficiency of the enterprise can be greatly improved, and the research and development cost of the enterprise on business development is reduced. The micro front-end application also has very strong lateral expansion capability.
The data search module comprises full-text search of unstructured data, the full-text search of the unstructured data specifically comprises an index management module and an unstructured data storage module, the key is management of indexes, information stored in the unstructured data is which character strings are contained in each file, namely known files, the character strings are required to be relatively easy, and namely mapping from the files to the character strings is required. The information we want to search is which files contain the string, i.e. the known string, and the desired file, i.e. the mapping from the string to the file. The two are exactly opposite. Thus, if the index always can hold a mapping from strings to files, the search speed is greatly increased.
The application management platform further comprises an application component module, the application component module specifically comprises a functional module and a connecting module, a complete application component system is built, each component is a complete functional module, and through application and modularization, function combinations in complex scenes can be rapidly assembled in a mode similar to that of Gao.
The method is characterized in that a data structure design and a process design engine are designed more freely, an abstract general data structure Item structure is adopted, and through analysis of a large number of management methods, the best practice method of data storage in various management methods is abstracted, so that a function list of the Item is obtained: the realization and display of the inherent attribute and the custom attribute are unified; creating a type system that allows the definition of display, verification, storage, and generation rules for each attribute of each model, which rules are reusable and modifiable; allowing the returned attribute to be selected as required, if the attribute is a complex model, the nested attribute can be selected, and a loop is not triggered; on the basis of a type system, universal multi-layer screening and sequencing are realized; on the basis of a type system, realizing general multi-layer grouping aggregation, thereby realizing a state report; recording the change of the attribute value by taking a single attribute as a unit, thereby realizing a log and a trend report; allowing the circulation mode of the configuration attribute value to realize the workflow; and the API with uniform style, simplicity and directness is provided, and the understanding cost of a user is reduced.
After the analysis of the Item is completed, introducing GraphQL to serve as the architecture implementation basis of the Item, defining the output specification outside the Item pair through GraphQL query language, and simultaneously implementing an object property system and a check rule based on the Item. And screening, sequencing, aggregating, reporting, logging and the like required in a large number of management systems are completed through the Item, and a basic core system required by the whole business system is completed by combining a process engine.
The flow engine module comprises an event-driven flow engine, an event mechanism is introduced, all operations in the service system are abstracted into Events, a group of Events, conditions, post functions and actions are combined into a flow unit, and then the flow unit is combined into any flow; in order to avoid the loop of the stream in the process of combining the stream units, a loop detection mechanism is introduced at the same time, and the stream with the loop is forcibly blocked to operate so as to ensure that the resources of the system are not occupied for a long time. Meanwhile, clear end points are added by adding loop detection in the process of flow design.
The data security module comprises a protection unit and an encryption communication unit, and is directly completed in a kubernates cluster mode. Any component and service can naturally contain high availability characteristics under a kuberrantes system, and meanwhile, a backup system is designed on a file system part at the bottom layer of kubernates, so that the most basic data backup and recovery system can still be used under the condition that a kubernates cluster fails, and layer-by-layer protection from an application layer to a hardware layer can be ensured on a disaster recovery system.
All projects enforce SSL/TLS encryption communication mode, and SSL/TLS is an optional layer between HTTP protocol and TCP. Because the speed of asymmetric encryption is relatively slow, the asymmetric encryption is generally used for key exchange, two parties negotiate a secret key through a public key algorithm, and then communication is performed through symmetric encryption. In order to ensure the integrity of data, the processing of the HMAC is performed before encryption, the SS only performs authentication on the server side, and the authentication on the client side is optional.
Compared with the prior art, the invention has the following advantages:
1. in the use scene of dealing with the ultra-large data capacity of a large-scale team, the data volume required to be displayed when 3000 teams are simultaneously used by the front end can be supported by the front end through the technical realization of the Virtualized List of the Web front end.
2. By means of the characteristics of the Kubernates cluster, the horizontal extension can be realized very flexibly to help the system support higher concurrency, the TPS support of the system can be ensured to be more than 300, and the delay is less than 3000 ms. Meanwhile, the availability problems of high availability, disaster tolerance, fault transfer and the like are supported, and the SLA level of the system can reach 99.99%.
3. In response to a complex business scene of a large-scale team, an application component system and a more universal data structure can enable a user to use extremely low research and development cost to complete assembly of the complex business scene, each client can see a product effect similar to 'customized' for the client in a standard system, and the satisfaction degree of the client is finally improved.
4. The system has elastic flexibility, namely a team cooperation system constructed based on a cloud computing platform is adopted, a SaaS or private cloud mode can be selected for use, the system has elastic flexibility and timeliness, and the IT investment cost is dynamically adjusted;
5. the user interface has program performance, uses the B/S framework, does not need to be installed, is updated at any time, is developed in a cross-platform mode, and is low in cost; the technology of Virtual DOM, DOM Pool, Web GPU addition and the like is used, and the program performance of the C/S framework is realized;
6. the configuration is flexible, the interfaces are rich, various resources are decoupled in a highly abstract mode, the configuration flexibility is improved, and the service is responded quickly; and a rich API interface is provided, and the system is quickly docked with other systems.
Drawings
FIG. 1 is a Web presentation block diagram.
FIG. 2 is a block diagram of a programming architecture.
FIG. 3 is a block diagram of the product architecture design.
Detailed Description
The technical solution in the embodiments of the present invention will be specifically and specifically described below with reference to the embodiments of the present invention and the accompanying drawings. It should be noted that variations and modifications can be made by those skilled in the art without departing from the principle of the present invention, and these should also be construed as falling within the scope of the present invention.
Referring to fig. 1-3, the data application management system for the project management scene of the hundred-person research and development team comprises a data application management platform, wherein the data application management platform comprises a Web display module, a programming architecture module, a product architecture design module, a data search module, an Item analysis module, a process engine module and a data security module.
The Web display module comprises a Virtualized List, the Virtualized List comprises a Web Dom display technology, a DOM POOL is established on the Web Dom, the Web Dom display technology of the Virtualized List is used, all DOMs displayed on a screen are uniformly managed by establishing the DOM POOL, when the DOM is moved out of a screen display area, the DOM is recovered into the POOL, the position of the DOM is controlled through the CSS3 to realize quick recovery and reuse of the DOM, and the browser realizes acceleration through the GPU.
The programming framework module is designed based on Web SPA, the programming framework module comprises a Web end and a browser end, the Web end comprises Virtual DOM, the browser end comprises Java script, the Web end introduces a mechanism of the Virtual DOM, and a set of DOM API is realized by the Java script on the browser end. All DOM structures are carried out through the Virtual DOM, the whole DOM tree is reconstructed whenever data are changed, then the current whole DOM tree is compared with the previous DOM tree to obtain the difference of DOM structures, and only the part needing to be changed is subjected to actual browser DOM updating. And the React can process the refreshing of the virtual DOM in batches, and two data changes in an Event Loop (Event Loop) can be merged, so that the time-consuming DOM operation is reduced, and the SPA interface performance is improved.
The product architecture design module comprises Kubernets and Docker, and is completed based on Kubernets, a Docker cluster system and a micro front end, and the product architecture design is applied to modularization. The service is divided into different applications, and then the applications are divided into different components, and each component is used as the minimum service unit. The Docker containerization architecture is used on the technical architecture and managed and deployed through Kubernets. The container effectively partitions resources managed by a single operating system into isolated groups to better balance conflicting resource usage requirements among the isolated groups. This requires neither instruction level emulation nor just-in-time compilation, as compared to virtualization. The container can run instructions locally in the core CPU without any special interpretation mechanisms. Furthermore, the complexities in para-virtualization and system call replacement are also avoided. Due to the characteristic that the container is isolated from the resources, the system is very suitable for deployment and operation in different operation environments, and can achieve the scale of an automatic and random telescopic system by matching with an elastic cloud platform
At a Web end, abstracting applications and components into micro front-end applications, isolating the running environment of each micro front-end application by constructing a browser Sandbox Sandbox environment so as to avoid pollution of CSS and Javascript, and simultaneously loading network resources required by the micro front-end applications, including data resources, static file resources and the like which are in butt joint with a server end, only when the routes of the browser are matched through a route registration mechanism so as to reduce the loss of loading speed caused by the fact that a service system is gradually huge. Compared with the traditional Web application, the method has faster access speed. Each micro front-end application can run independently, so that the construction and compilation speed, the deployment speed and the local development speed of the front end are greatly improved. Therefore, the front-end research and development efficiency of the enterprise can be greatly improved, and the research and development cost of the enterprise on business development is reduced. The micro front-end application also has very strong lateral expansion capability.
The data search module comprises full-text search of unstructured data, the full-text search of the unstructured data specifically comprises an index management module and an unstructured data storage module, the key is management of indexes, information stored in the unstructured data is which character strings are contained in each file, namely known files, and the character strings are required to be relatively easy, namely mapping from the files to the character strings. The information we want to search is which files contain the string, i.e. the known string, and the desired file, i.e. the mapping from the string to the file. The two are exactly opposite. Thus, if the index always can hold a mapping from strings to files, the search speed is greatly increased.
The application management platform further comprises an application component module, the application component module specifically comprises a functional module and a connecting module, a complete application component system is built, each component is a complete functional module, and through application and modularization, the functional combination in a complex scene can be rapidly assembled in a mode similar to that of Gaoqi.
The method is characterized in that a data structure design and a process design engine are designed more freely, an abstract general data structure Item structure is adopted, and through analysis of a large number of management methods, the best practice method of data storage in various management methods is abstracted, so that a function list of the Item is obtained: the realization and display of the inherent attribute and the custom attribute are unified; creating a type system that allows the definition of display, verification, storage, and generation rules for each attribute of each model, which rules are reusable and modifiable; allowing the returned attribute to be selected as required, if the attribute is a complex model, the nested attribute can be selected, and a loop is not triggered; on the basis of a type system, universal multi-layer screening and sequencing are realized; on the basis of a type system, realizing general multi-layer grouping aggregation, thereby realizing a state report; recording the change of the attribute value by taking a single attribute as a unit, thereby realizing a log and a trend report; allowing the circulation mode of the configuration attribute value to realize the workflow; and the API with uniform style, simplicity and directness is provided, and the understanding cost of a user is reduced.
After the analysis of the Item is completed, introducing GraphQL to serve as the architecture implementation basis of the Item, defining the output specification outside the Item pair through GraphQL query language, and simultaneously implementing an object property system and a check rule based on the Item. And screening, sequencing, aggregating, reporting, logging and the like required in a large number of management systems are completed through the Item, and a basic core system required by the whole business system is completed by combining a process engine.
The flow engine module comprises an event-driven flow engine, an event mechanism is introduced, all operations in the service system are abstracted into Events, a group of Events, conditions, post functions and actions are combined into a flow unit, and then the flow unit is combined into any flow; in order to avoid the loop of the stream in the process of combining the stream units, a loop detection mechanism is introduced at the same time, and the stream with the loop is forcibly blocked to operate so as to ensure that the resources of the system are not occupied for a long time. Meanwhile, clear end points are added by adding loop detection in the process of flow design.
The data security module comprises a protection unit and an encryption communication unit, and is directly completed in a kubernates cluster mode. Any component and service can naturally contain high availability characteristics under a kuberrantes system, and meanwhile, a backup system is designed on a file system part at the bottom layer of kubernates, so that the most basic data backup and recovery system can still be used under the condition that a kubernates cluster fails, and layer-by-layer protection from an application layer to a hardware layer can be ensured on a disaster recovery system.
All projects enforce SSL/TLS encryption communication mode, and SSL/TLS is an optional layer between HTTP protocol and TCP. Because the speed of asymmetric encryption is relatively slow, the asymmetric encryption is generally used for key exchange, two parties negotiate a secret key through a public key algorithm, and then communication is performed through symmetric encryption. In order to ensure the integrity of data, the processing of the HMAC is performed before encryption, the SS only performs authentication on the server side, and the authentication on the client side is optional.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical scope of the present invention and the equivalent alternatives or modifications according to the technical solution and the inventive concept of the present invention within the technical scope of the present invention.
Claims (8)
1. The data application management system of the project management scene of the hundred-person research and development team is characterized by comprising a data application management platform, wherein the data application management platform comprises a Web display module, a programming architecture module, a product architecture design module, a data search module, an Item analysis module, a process engine module and a data security module.
2. The system of claim 1, wherein the Web presentation module comprises a Virtualized List, the Virtualized List comprises Web Dom presentation technology, and the Web Dom has a DOM POOL established.
3. The system of claim 1, wherein the programming framework module is based on a Web SPA design and comprises a Web end and a browser end, the Web end comprises a Virtual DOM, and the browser end comprises a javascript.
4. The system of claim 1, wherein the product architecture design modules comprise kubernets and Docker.
5. The system for managing data applications in a project management scenario of a hundred people research and development team as claimed in claim 1, wherein the data search module comprises a full text search of unstructured data, and the full text search of unstructured data specifically comprises an indexed management module and an unstructured data storage module.
6. The system for managing data applications in a project management scenario of a hundred people research and development team as claimed in claim 1, wherein the application management platform further comprises an application component module, and the application component module specifically comprises a function module and a connection module.
7. The system for data application management in a project management scenario of a hundred-person research and development team according to claim 1, wherein the process engine module comprises an Observable.
8. The system for managing data applications in a project management scenario of a hundred people research and development team as claimed in claim 1, wherein the data security module comprises a protection unit and an encryption communication unit.
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