CN109739541B - Dual-system code/file management platform architecture - Google Patents
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Abstract
The invention provides a dual-system code/file management platform architecture which comprises a function integration layer, a server layer, two authority system layers, an algorithm and logic layer, a database layer, two dual-front-end interface layers and two dual-back-end system layers. According to the code/file management system, two sets of system designs respectively based on a C/S framework and a B/S framework are utilized, functions of code/file management, visualization, algorithm interface calling, algorithm search query recommendation, algorithm building, online offline calculation and the like are realized by sharing part of database data, code files and the like, two sets of authority systems, authority premium systems, reasonably-distributed cloud servers and local servers, so that the function expansion of the traditional code/file management system is realized, the use difficulty is reduced, the working efficiency and the collaborative development efficiency are improved, a large amount of repetitive work is avoided, the use experience is improved, the research and development server resources are not additionally occupied, the data transmission speed and the safety can be ensured, and the like.
Description
Technical Field
The invention relates to a dual-system code/file management platform architecture, belongs to the technical field of internet application, and particularly relates to a software architecture design.
Background
Most of the current code/file management systems only aim at developers, do not have the functions of quick search and recommendation, and many codes or files lack descriptive files. As other project developers, it is a time-consuming and labor-consuming matter to find the required code or file without knowing the logical relationship between the code and the file organization. In addition, in view of data security, the authority management of the code/file management system is usually very strict, that is, other developers, even if having great demands, cannot search for existing solutions within a range exceeding their own authority, which is very unfavorable for the development of enterprise projects and is very likely to cause repetitive work. Moreover, due to the lack of visualization means, even developers have difficulty in understanding complex algorithms or functional codes. Moreover, if a non-developer wishes to solve a business problem using an algorithm, it is only required to develop more zero-fragmented products without the use of a code/file management system, which undoubtedly increases the cost of enterprise operations.
Disclosure of Invention
In order to solve the technical problems, the invention provides a dual-system code/file management platform architecture which has the functions of code/file management, collaborative development, fast search, intelligent recommendation, a dual-authority system, an authority premium system, interface calling, data visualization, algorithm optimization, process application and the like.
The invention is realized by the following technical scheme.
The invention provides a dual-system code/file management platform architecture, which comprises a function integration layer, a server layer, two authority system layers, an algorithm and logic layer, a database layer, two dual-front-end interface layers and two dual-back-end system layers, wherein the server layer is used for providing a function integration layer;
the two double front-end interface layers comprise a front-end interface developed based on a B/S architecture and a front-end interface developed based on a C/S architecture, and are used for interface calling, document display and algorithm demonstration, and the two front-end interfaces are completely independent and can not jump to each other;
the two back-end system layers comprise a set of back-end system for supporting the B/S end front-end interface function and a set of back-end system for supporting the C/S end front-end interface function, and are used for providing a multi-person collaborative development function, realizing collaborative updating and log recording of codes/files, enabling the client server to use a specific network or a local area network for data transmission, and encrypting the data by using a specific encryption algorithm, and enabling the webpage server to transmit the data through the Internet without interfering with the client server;
the algorithm and logic layer comprises an algorithm and a back-end logic module, and is used for supporting and realizing the core function of the whole platform architecture, grading the security level of the algorithm, and storing and using the algorithm according to the security level of the algorithm;
the two authority system layers comprise a set of coarse-grained authority management system based on a B/S end and a set of fine-grained authority management system based on a C/S end, and are used for providing more humanized and more refined authority management;
the database layer comprises at least one dynamic database and at least one database used as data backup, tables with different permission levels are stored in the database layer, the tables comprise a search query recommendation table, a user table, a code/file metadata table and an algorithm architecture description data table, and codes and file data with high-density and top-secret levels are not allowed to enter the database layer and are stored in an independent file mode;
the server layer comprises a cloud server and a local server;
the function integration layer comprises recommendation search, interface calling, cloud computing, demonstration and management functions.
The front-end interface developed based on the B/S architecture is divided into a B/S architecture front-end main interface for recommending, querying, searching, demonstrating and explaining visualization and a B/S architecture front-end sub-interface for code/file management visualization;
the main interface is only responsible for searching, positioning and recommending codes/files, analyzing online data and calling development interfaces, and data is not allowed to be written into a local server database;
the sub-interface is only responsible for displaying, reading and downloading codes/algorithms;
the main interface and the sub-interface are provided with a jump link, when the jump link is clicked, the back end automatically reads cookie information to perform identity authentication and permission conversion, or a user is required to perform identity permission authentication, the sub-interface is displayed after the authentication is passed, the main interface is hidden, and data with insufficient consulting permission in the sub-interface is not displayed; if the authentication fails, the jump is not allowed.
The front-end interface developed based on the B/S architecture is used for quick query search, interface calling, document display, algorithm demonstration, algorithm quick construction visualization, collection and storage of search click related data, quick positioning of codes/files, code/file viewing and downloading and data visualization of a database layer, and supports local area network and HTTP access;
the front-end interface developed based on the C/S architecture is used for interface calling, document display, algorithm demonstration, management and use of top-secret codes/files and data visualization of a database layer, only supports local use and does not support network access.
The system for supporting the front-end interface function of the B/S terminal is used for quick establishment of an algorithm, content search, quick content positioning, content recommendation, acquisition and storage of search click related data, realization of a webpage interaction function and a skip function, access authority management, Cookie information verification and data security and confidentiality;
the system for supporting the front-end interface function of the C/S terminal is used for code/file management, fine-grained authority management, code/file lookup and download, data security and confidentiality, and local area network or specific network data transmission.
The permission system layer further comprises a step-type permission conversion system: in the authority premium system, the inquiry authority of the same account at a B/S end is greater than that at a C/S end, a process needs to be lifted, and a code or a file at the B/S end can be used after approval.
The local server is used for operating a system with all functions including an absolute secret algorithm, the cloud server is used for calling and calculating the remote algorithm and allowing data to be written in, the configuration of Python and Java development environments and the environment configuration required by various algorithms are realized, remote data writing, reading, storing and managing, algorithm calling, calculating and result returning are provided, and high-secret codes/documents and all absolute secret codes/document data are not allowed to enter the cloud server.
The overall authority of the system for supporting the C/S end front end interface function is higher than that of the system for supporting the B/S end front end interface function;
the whole authority layer of the fine-grained authority management system based on the C/S end is higher than that of the coarse-grained authority management system based on the B/S end.
The algorithm comprises a basic general multi-source heterogeneous data analysis processing algorithm, a specific field common multi-source heterogeneous data analysis processing algorithm, a multi-source heterogeneous data analysis processing algorithm in a specific service scene, and conventional algorithms such as data encryption, data decryption, digital signature and data desensitization.
The confidentiality grade of the algorithm is divided into four confidentiality grades of top secret, high secret, privacy and public according to the authority system layer, and the four confidentiality grades are respectively stored in tables with different confidentiality grades and adopt different confidentiality measures; a basic general multi-source heterogeneous data analysis processing algorithm belongs to a public security level algorithm, and comprises a common multi-source heterogeneous data analysis processing algorithm in a specific field, a multi-source heterogeneous data analysis processing algorithm in a specific business scene, and conventional algorithms such as data encryption, data decryption, digital signature, data desensitization and the like, wherein the algorithms are classified into four algorithms with different security levels of top-secret, high-secret, privacy and public according to company strategic planning, security levels of data related to the algorithms, and security levels of projects. The high-density, privacy and disclosure three-security algorithm can be applied to a B/S end system, including a front end and a back end, and the absolute-density algorithm can be only used at the C/S end, including the front end and the back end.
The search query recommendation table comprises click times, query time, search fields, skip links, viewing time, viewing content, visitor IP addresses and user account password information fields; the user table comprises an account number, a password, a primary authority, a secondary authority, remark information, modification time, a modified remark and a modified person information field; the code/file metadata table comprises fields of title, description, jump address, click times and calling times; the algorithm architecture description data table comprises a title, a description, click times, use times and use requirement fields;
and each table is in a database of data backup, and the data backup is carried out in a distributed method.
The invention has the beneficial effects that: a comprehensive software platform can be implemented with features including, but not limited to:
1. the system has the functions of quick search, intelligent recommendation, interface calling, dual authority, visualization, development framework recommendation, quick algorithm construction and the like which are not possessed by a common code/file management platform;
2. the system has the functions of collaborative development, code/file authority management, private and confidential code/file open management and the like which are not possessed by a common open platform;
3. a more flexible rights management system is provided;
4. the functional modules are highly decoupled and independent, and the parallel development efficiency and the test efficiency of the system are greatly improved;
5. various flexible and convenient function use modes such as an online API, an offline SDK and an offline trainable algorithm package are provided;
6. by using the design based on the client-server and the local area network or a specific network, the research and development server resources are ensured not to be additionally occupied, and the speed and the safety of data transmission are ensured.
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FIG. 1 is a schematic diagram of the architecture of the present invention;
FIG. 2 is a logical relationship diagram of the present invention.
Detailed Description
The technical solution of the present invention is further described below, but the scope of the claimed invention is not limited to the described.
As shown in fig. 1 and fig. 2, a dual system code/file management platform architecture includes a function integration layer, a server layer, two authority system layers, an algorithm and logic layer, a database layer, two dual front-end interface layers, and two dual back-end system layers;
the two double front-end interface layers comprise a front-end interface developed based on a B/S architecture and a front-end interface developed based on a C/S architecture, the two front-end interfaces can be identical or different in design style and are used for interface calling, document display and algorithm demonstration, and the two front-end interfaces are completely independent and cannot jump to each other;
furthermore, the front-end interface developed based on the B/S architecture is divided into a main B/S architecture front-end interface and a front-end B/S architecture sub-interface which recommends a query search main interface and a code/file management sub-interface;
the main interface is only responsible for searching, positioning and recommending codes/files, analyzing online data and calling development interfaces, and data is not allowed to be written into a local server database;
the sub-interface is only responsible for displaying, reading and downloading codes/algorithms;
the main interface and the sub-interface have a jump link, the main interface is only displayed under the normal condition, when the jump link is clicked, the back end automatically reads cookie information to perform identity authentication and permission conversion, or a user is required to perform identity permission authentication, the sub-interface is displayed after the authentication is passed, the main interface is hidden, and data with insufficient consulting permission in the sub-interface is not displayed; and if the authentication fails, skipping is not allowed, and corresponding information is prompted.
The front-end interface developed based on the B/S architecture is used for quick query search, interface calling, document display, algorithm demonstration, algorithm quick construction visualization, collection and storage of search click related data, quick positioning of codes/files, code/file viewing and downloading and data visualization of a database layer, and supports local area network and HTTP access;
the front-end interface developed based on the C/S architecture is used for interface calling, document display, algorithm demonstration, management and use of top-secret codes/files and data visualization of a database layer, only supports local use and does not support network access.
The two back-end system layers comprise a set of back-end system for supporting the B/S end front-end interface function and a set of back-end system for supporting the C/S end front-end interface function, the two back-end systems share part of data of a database, part of logic function codes and part of algorithms and are used for providing a multi-user collaborative development function to realize collaborative updating and log recording of codes/files, a client server side uses a specific network or a local area network to transmit data and uses a specific encryption algorithm to encrypt the data, and a web server side transmits the data through the Internet without mutual interference with the client server side;
furthermore, the system for supporting the front-end interface function of the B/S terminal is used for quick establishment of an algorithm, content search, quick content positioning, content recommendation, acquisition and storage of search click related data, realization of a webpage interaction function and a skip function, access authority management, Cookie information verification and data security and confidentiality;
the system for supporting the front-end interface function of the C/S terminal is used for code/file management, fine-grained authority management, code/file lookup and download, data security and confidentiality, and local area network or specific network data transmission.
The algorithm and logic layer comprises an algorithm and a back-end logic module, and is used for supporting and realizing the core function of the whole platform architecture, grading the security level of the algorithm, and storing and using the algorithm according to the security level of the algorithm;
further, the algorithm comprises a basic general multi-source heterogeneous data analysis processing algorithm, a specific field common multi-source heterogeneous data analysis processing algorithm, a multi-source heterogeneous data analysis processing algorithm in a specific service scene, and conventional algorithms such as data encryption, data decryption, digital signature and data desensitization;
the confidentiality grade of the algorithm is divided into four confidentiality grades of top secret, high secret, privacy and public according to the authority system layer, and the four confidentiality grades are respectively stored in tables with different confidentiality grades and adopt different confidentiality measures; a basic general multi-source heterogeneous data analysis processing algorithm belongs to a public security level algorithm, a common multi-source heterogeneous data analysis processing algorithm in a specific field, a multi-source heterogeneous data analysis processing algorithm in a specific business scene, and conventional algorithms such as data encryption, data decryption, digital signature, data desensitization and the like are divided into four algorithms with different security levels such as top security, high security, privacy and public security according to company strategic planning, security levels of data related to the algorithms, project security levels and the like, and the security levels can be divided according to actual needs. The high-density, privacy and disclosure three-security algorithm can be applied to a B/S end system, including a front end and a back end, and the absolute-density algorithm can be only used at the C/S end, including the front end and the back end.
The two authority system layers comprise a set of coarse-grained authority management system based on a B/S end and a set of fine-grained authority management system based on a C/S end, and the two authority system layers have the same basic composition and are used for providing more humanized and more refined authority management; the system also comprises a step-type authority conversion system: the authority over-pricing system is realized by a back-end system of a B/S end, in the authority over-pricing system, the inquiry authority of the same account number at the B/S end is larger than that at the C/S end, a process needs to be lifted, and codes or files at the B/S end can be used after approval.
The database layer comprises at least one dynamic database and at least one database used as data backup, tables with different permission levels are stored in the database layer, the tables comprise a search query recommendation table, a user table, a code/file metadata table and an algorithm architecture description data table, and codes and file data with high-density and top-secret levels are not allowed to enter the database layer and are stored in an independent file mode;
further, the search query recommendation table comprises click times, query time, search fields, skip links, view time, view content, visitor IP addresses and user account password information fields; the user table comprises an account number, a password, a primary authority, a secondary authority, remark information, modification time, a modified remark and a modified person information field; the code/file metadata table comprises fields of title, description, jump address, click times and calling times; the algorithm architecture description data table comprises a title, a description, click times, use times and use requirement fields;
and each table is in a database of data backup, the data backup is carried out by a distributed method, and the authority of each table is different.
The server layer comprises a cloud server and a local server;
furthermore, the local server is used for operating a system with all functions including the absolute secret algorithm, the cloud server is used for calling and calculating the remote algorithm and allowing data to be written in, the configuration of Python and Java development environments and the environment configuration of various algorithm requirements are achieved, remote data writing, reading, storing, managing, calling the algorithm, calculating and returning results are provided, and partial high-secret codes/documents and all absolute secret codes/document data are not allowed to enter the cloud server.
The function integration layer comprises recommendation search, interface calling, cloud computing, demonstration and management functions.
Preferably, the overall authority of the system for supporting the C/S-end front-end interface function is higher than that of the system for supporting the B/S-end front-end interface function; the whole authority layer of the fine-grained authority management system based on the C/S end is higher than that of the coarse-grained authority management system based on the B/S end.
Furthermore, the invention applies two sets of system designs based on the C/S architecture and the B/S architecture respectively, by sharing partial database data, code files and the like, two sets of authority systems and authority premium systems, and reasonably-arranged cloud server and local server, the functions of code/file management, visualization, algorithm interface calling, algorithm search query recommendation, algorithm construction, online and offline calculation, data security guarantee, collaborative development design and the like are realized, therefore, the function expansion is carried out on the traditional code/file management system, the use difficulty is reduced, the working efficiency and the collaborative development efficiency are improved, a large amount of repetitive work is avoided, the use experience is improved, a plurality of flexible and convenient function use modes are provided, the research and development server resources are ensured not to be additionally occupied, and the speed and the safety of data transmission and the like can be ensured.
In summary, the present invention has the following features:
1. the search recommendation function of the code/file management system is realized;
2. the visualization of partial codes and functions of the code/file management system is realized;
3. the function of authority over price is realized, so that a user can know the abstract information of the existing solution in a certain authority over price space;
4. the interface calling and cloud computing functions of partial functions are realized;
5. the difficulty in acquiring and using the codes and files with low security level is reduced, and the codes and files can be searched and used in the modes of HTTP access and the like;
6. the user experience of the code/file management system is improved in a dual mode of an interactive webpage and a client interface;
7. various flexible and convenient function use modes such as an online API, an offline SDK and an offline trainable algorithm package are provided;
8. by using the design based on the client-server and the local area network or a specific network, the research and development server resources are ensured not to be additionally occupied, and the speed and the safety of data transmission are ensured;
9. the two sets of completely independent back-end systems greatly reduce the difficulty of collaborative development and improve the stability of the system;
10. the security guarantee of core data is greatly improved by setting a database table with multiple layers of authority, sharing a small part of non-private data and designing a back-end system with clear authority;
11. meanwhile, two modes of local area network access and HTTP access are provided, so that the whole system is more convenient to use.
Claims (8)
1. A design method of a dual system code platform architecture and a file management platform architecture is characterized in that: the system comprises a function integration layer, a server layer, two authority system layers, an algorithm and logic layer, a database layer, two double front-end interface layers and two double back-end system layers;
the two double front-end interface layers comprise a front-end interface developed based on a B/S architecture and a front-end interface developed based on a C/S architecture, and are used for interface calling, document display and algorithm demonstration, and the two front-end interfaces are completely independent and can not jump to each other;
the two double-back-end system layers comprise a set of back-end system for supporting the interface function of the front end of the B/S end and a set of back-end system for supporting the interface function of the front end of the C/S end, and are used for providing a multi-person collaborative development function, realizing collaborative updating and log recording of codes/files, enabling the client server to use a network or a local area network for data transmission, and using an encryption algorithm for data encryption, and enabling the webpage server to transmit data through the Internet without mutual interference with the client server;
the algorithm and logic layer comprises an algorithm and a back-end logic module, the functions of the whole platform architecture are supported and realized, the algorithm is classified according to the security level, and the algorithm is stored and used according to the security level of the algorithm;
the two authority system layers comprise a set of coarse-grained authority management system based on a B/S end and a set of fine-grained authority management system based on a C/S end, and are used for authority management;
the database layer comprises at least one dynamic database and at least one database used as data backup, tables with different permission levels are stored in the database layer, the tables comprise a search query recommendation table, a user table, a code/file metadata table and an algorithm architecture description data table, and codes and file data with high-density and top-secret levels are not allowed to enter the database layer and are stored in an independent file mode;
the server layer comprises a cloud server and a local server;
the function integration layer comprises recommendation searching, interface calling, cloud computing, demonstration and management functions;
the front-end interface developed based on the B/S architecture is used for quick query search, interface calling, document display, algorithm demonstration, algorithm quick construction visualization, collection and storage of search click related data, quick positioning of codes/files, code/file viewing and downloading and data visualization of a database layer, and supports local area network and HTTP access;
the front-end interface developed based on the C/S architecture is used for interface calling, document display, algorithm demonstration, management and use of top-secret codes/files and data visualization of a database layer, only supports local use and local area network access, and does not support internet access;
the local server is used for operating a system with all functions including an absolute secret algorithm, the cloud server is used for calling and calculating the remote algorithm and allowing data to be written in, the configuration of Python and Java development environments and the environment configuration required by various algorithms are realized, remote data writing, reading, storing and managing, algorithm calling, calculating and result returning are provided, and high-secret codes/documents and all absolute secret codes/document data are not allowed to enter the cloud server.
2. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the front-end interface developed based on the B/S architecture is divided into a B/S architecture front-end main interface for recommending, inquiring, searching, demonstrating, explaining and explaining visualization and a B/S architecture front-end sub-interface for code/file management visualization;
the main interface is only responsible for searching, positioning and recommending codes/files, analyzing online data and calling development interfaces, and data is not allowed to be written into a local server database;
the sub-interface is only responsible for displaying, reading and downloading codes/algorithms;
the main interface and the sub-interface are provided with a jump link, when the jump link is clicked, the back end automatically reads cookie information to perform identity authentication and permission conversion, or a user is required to perform identity permission authentication, the sub-interface is displayed after the authentication is passed, the main interface is hidden, and data with insufficient consulting permission in the sub-interface is not displayed; if the authentication fails, the jump is not allowed.
3. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the system for supporting the front-end interface function of the B/S terminal is used for quick establishment of an algorithm, content search, quick content positioning, content recommendation, acquisition and storage of search click related data, realization of a webpage interaction function and a skip function, access authority management, Cookie information verification and data security and confidentiality;
the system for supporting the front-end interface function of the C/S terminal is used for code/file management, fine-grained authority management, code/file lookup and download, data security and confidentiality, and local area network or network data transmission.
4. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the permission system layer further comprises a step-type permission conversion system: in the authority premium system, the inquiry authority of the same account at a B/S end is greater than that at a C/S end, a process needs to be lifted, and a code or a file at the B/S end can be used after approval.
5. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the overall authority of the system for supporting the C/S end front end interface function is higher than that of the system for supporting the B/S end front end interface function;
the whole authority layer of the fine-grained authority management system based on the C/S end is higher than that of the coarse-grained authority management system based on the B/S end.
6. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the algorithm comprises a basic general multi-source heterogeneous data analysis processing algorithm, a field common multi-source heterogeneous data analysis processing algorithm, a multi-source heterogeneous data analysis processing algorithm in a service scene, and a conventional algorithm for data encryption, data decryption, digital signature and data desensitization.
7. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the confidentiality grade of the algorithm is divided into four confidentiality grades of top secret, high secret, privacy and public according to the authority system layer, and the four confidentiality grades are respectively stored in tables with different confidentiality grades and adopt different confidentiality measures;
a basic general multi-source heterogeneous data analysis processing algorithm belongs to a public security level algorithm, and comprises a field common multi-source heterogeneous data analysis processing algorithm, a multi-source heterogeneous data analysis processing algorithm under a business scene, and algorithms of data encryption, data decryption, digital signature and data desensitization according to company strategic planning, wherein the algorithms relate to the security level of data and the security level of a project and are divided into four algorithms of top-secret, high-secret, privacy and public security with different security levels;
the high-density, privacy and disclosure three-security algorithm can be applied to a B/S end system, including a front end and a back end, and the absolute-density algorithm can be only used at the C/S end, including the front end and the back end.
8. The method of designing a dual system code platform architecture and a file management platform architecture of claim 1, wherein: the search query recommendation table comprises click times, query time, search fields, skip links, viewing time, viewing content, visitor IP addresses and user account password information fields; the user table comprises an account number, a password, a primary authority, a secondary authority, remark information, modification time, a modified remark and a modified person information field; the code/file metadata table comprises fields of title, description, jump address, click times and calling times; the algorithm architecture description data table comprises a title, a description, click times, use times and use requirement fields;
and each table is in a database of data backup, and the data backup is carried out in a distributed method.
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