CN112395476A - Engineering data management method - Google Patents
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Abstract
The invention provides a method for managing engineering data, which is applied to a cloud server system and is characterized in that the cloud server system comprises a plurality of system libraries, wherein the system libraries comprise: the system comprises a data generation system, a data processing system, a data storage system, a data construction subsystem, a service information base construction subsystem, a metadata base construction subsystem and a security processing subsystem. The engineering data management method can be used for managing and distinguishing through a plurality of system libraries and codes, updating, maintaining and managing the data, is convenient and fast to edit the data, has clear data page lists, can be used for carrying out secret-related cleaning and secret-related processing on the engineering data in the key data information base, can be used for carrying out the next operation after software login is executed, and can effectively reduce the storage risk of the engineering data; the method can adapt to the management of massive and multi-element engineering data, and improves the convenience of data sharing.
Description
Technical Field
The invention relates to the field of engineering data management, in particular to an engineering data management method.
Background
The development of a project is roughly divided into four aspects of land development, report and approval, project construction, completion acceptance and the like from project establishment to completion, so that a series of data such as legal construction program file data in the early stage of engineering construction, building engineering comprehensive management data, completion acceptance data, engineering cost process control data, settlement data, warranty data and the like are generated. Because the wholeness of engineering projects, these data are as the inseparable part of project and have been link up the overall process of project, but because the main part of participating in the project construction is more, and data mobility is poor, can not in time be gathered, to the project of construction unit overall planning, impel the progress and cause the hindrance, and information lacks the circulation and has become a life door that hinders project scientific management.
With the influence of the development of technology and the popularization of computers, the storage technology has replaced the traditional paper recording method, and with the rapid development of network technology, the uploading and downloading speed of the network has been significantly increased, so the cloud technology developed therewith can provide users to put the file data to be backed up in a database in the network space through the network platform. However, the problem of single type still exists in the current engineering data management, which is generally embodied as a single form; the change history of the data is incomplete, the data before change is easy to be lost, and the deleted data has no record; no summary is formed and the summary is not dynamically changed. Because the data mutual-extraction process of the current domestic engineering project stays in a single form, the following defects and limitations also exist: the data is a single table, which is not convenient for inquiring historical data; the newly added data form is not related to the old data form, a complete data summary table is not formed, or the data summary table is not dynamically changed; the process of modifying or deleting the historical data to start new mutual data extraction is complex, and the data manager is inconvenient to check the correlation of the data of the past time; once the data manager is replaced, it is inconvenient for the manager to exchange data due to the fact that the data is too many and the exchange is difficult. In addition, in the actual construction process, the areas in charge of the personnel with different responsibilities in the project supervision unit are different, the workers browse the files in the database through the mobile terminal to realize the transmission of the information, the information stored in the database is divided into common information and key information, in the prior art, the information in the database is obtained through the command of the mobile terminal, and if the information is directly searched in the database, the searching range is large, the searching time is long, and the waiting time of the workers is long.
For example, chinese patent No. CN109190000A discloses an engineering data management method, which is completed by selecting and cooperating with a network company, constructing a two-dimensional code generation platform and establishing a "website navigation" module, entering data information into the generated two-dimensional code, and inputting the two-dimensional code into a "website navigation" sub-module according to classification, so as to perfect a path of a search process and facilitate query; the method solves the problem that the engineering data management can quickly and accurately search related data when more formed data is generated due to more engineering quantities and process types; and non-engineering professional technicians can easily know the basic situation of the construction site, the information is displayed completely by combining the data and the entity in the process of engineering, and if the inspection is carried out in the process, the relevant data required to be provided by the inspectors can be finished in a targeted manner. However, the method has the problem of untight confidential information.
Also, for example, patent No. CN109697188A discloses a method and a system for managing construction cost data, the method for managing construction cost data includes: acquiring construction cost data, wherein each piece of the construction cost data comprises data content and corresponding adding time; sequencing each part of the engineering cost data according to the sequence of the adding time from front to back; processing each piece of the sorted engineering cost data through a block chain technology to obtain a data block chain; and if the data checking message triggered by the user is acquired, the construction cost data is called from the data block chain. The invention has the effects of simplifying the engineering data management process and improving the safety of the engineering cost data. However, the method still has the problem of unclear data classification.
Further, as disclosed in publication number WO2014070138a2, a system for managing materials is disclosed, in which a relationship about entity 2, including data about entity 1 stored in a first system about entity 1 and entity 2 stored in a second system different from the first system, is stored in a relational database. Relationships about entities 3 between entity 1 data stored in a first system and entity 3 stored in a third system different from the first and second systems are stored in a relational database. A relational database of relationships between entity 2 data and entity 3 data is inferred by analyzing relationships between entity 1 data and entity 2 data stored in a relational database and relationships between entity 1 data and entity 3 data stored in a relational database. The inferred relationships between the entity 2 data and the entity 3 data are stored in a relational database. But the information query of the database is complex and is not easy to operate.
In the field of engineering data management, there are many practical problems to be solved in practical applications.
Disclosure of Invention
The invention provides a method for managing engineering data to solve the problem.
In order to achieve the purpose, the invention adopts the following technical scheme:
a method for managing engineering data is applied to a cloud server system, the cloud server system comprises a plurality of system libraries, and the system libraries comprise: the system comprises a data generation system, a data processing system, a data storage system, a data construction subsystem, a service information base construction subsystem, a metadata base construction subsystem and a security processing subsystem;
the engineering data management method comprises the following steps:
s1, the user end can connect to the data generation system through network to input, receive, backup and check the original data of the engineering data, and generate the page list with several content items;
s2, processing data in the data processing system, processing data of a plurality of content items in the page list, and dividing the engineering materials;
s3, the data storage system stores a plurality of content items in the processed page list into an information base of the data storage system, and the information base is a common data information base and a key data information base;
s4, screening a plurality of content items in the data storage system in the service information base construction subsystem, associating the maintenance data with the plurality of content items after data screening according to the plurality of content items after data screening and the plurality of content items in the data storage system and performing maintenance data, so as to realize updating and maintenance of the integrated database, and storing the plurality of content items after updating and maintenance in the data storage system;
s5, secret-related cleaning and secret processing are carried out on a plurality of content items of the page list in the data storage system and the service information base construction subsystem in the secret processing subsystem, the plurality of content items subjected to secret-related cleaning and secret-related processing are stored in the data storage system, and service encapsulation of the plurality of content items subjected to secret-related cleaning and secret-related processing is carried out;
s6, obtaining the event clicked by the user in the data construction subsystem, judging the event type of the event, prompting the events related to the event type, obtaining the execution event data, comparing the execution event data with a plurality of content items in the data storage processing system, and feeding back the comparison result to the page list.
Optionally, the page list content includes a number, content, attachment, source, unit, date submitted, and tag.
Optionally, the data construction subsystem has executing software.
Optionally, the cloud server system includes a login unit, where the login unit stores identity data of more than one user, and the user needs to be authenticated by the login unit when connecting with the cloud server system through a network, so as to obtain the usage right of the execution software.
Optionally, the event type of the event is determined to be deleting a file or adding a file.
Optionally, the prompting item related to the event type is that data corresponding to the user request is stored in a key data information base, whether the authority information is a first authority is judged, and if the authority information is the first authority, the engineering data which is not subjected to secret-related cleaning and secret-related processing is obtained; and if the authority information is not the first authority, acquiring the engineering data subjected to secret-related cleaning and secret-related processing.
Optionally, the obtaining of the execution event data is to obtain an imported file, enter data of each content item corresponding to the file, add a new data record corresponding to the content item in the page list, generate a data number corresponding to the data, and feed back the added data record and data number to the page list to form a data record line.
Optionally, the execution event data is compared with a plurality of content items in the data storage processing system, and is used to determine whether a form content identical to the execution event data is already established in the data storage system, if the form content identical to the execution event data is already established, the execution software in the data construction subsystem can give the same path direction as the same form content in the data storage system, and if the form content of the execution event data is not established in the data storage system, the execution software in the data construction subsystem can mark the execution event data as another form content two and give another path direction two, and store the execution event data as a plurality of content items in another page list two.
Optionally, the data generation system, the data processing system, the data storage system, the data construction subsystem, the service information base construction subsystem, the metadata base construction subsystem, and the security processing subsystem are connected in sequence.
Compared with the prior art, the invention has the beneficial technical effects that:
1. the engineering data management method is applied to the cloud server system, the engineering data are classified through the system libraries, management and distinguishing are performed through codes, updating and maintenance management can be performed on the data, overall, data editing is convenient and fast, a data page list is clear, and the use experience of a user is improved.
2. The engineering data management method can divide the engineering data into the common data information base and the key data information base, can perform secret-related cleaning and secret-related processing on the engineering data in the key data information base, can perform the next operation after software login is executed, and can effectively reduce the storage risk of the engineering data.
3. According to the engineering data management method, the large-capacity engineering data can be classified, recorded, classified and stored through the plurality of system libraries, the method is also suitable for the management of massive and multi-element engineering data, the inquiry of historical data is facilitated, the workload of data management personnel is reduced, and the working efficiency and the quality of data storage are improved.
4. The engineering data management method can realize the sharing of engineering data, different people can realize the information sharing by logging in the execution software when needing to inquire the data, and the convenience of the data sharing is improved.
Drawings
The invention will be further understood from the following description in conjunction with the accompanying drawings. The components in the figures are not necessarily to scale, emphasis instead being placed upon illustrating the principles of the embodiments. Like reference numerals designate corresponding parts throughout the different views.
FIG. 1 is a diagram illustrating a method for engineering data management according to an embodiment of the invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to embodiments thereof; it should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. Other systems, methods, and/or features of the present embodiments will become apparent to those skilled in the art upon review of the following detailed description. It is intended that all such additional systems, methods, features and advantages be included within this description, be within the scope of the invention, and be protected by the accompanying claims. Additional features of the disclosed embodiments are described in, and will be apparent from, the detailed description that follows.
The same or similar reference numerals in the drawings of the embodiments of the present invention correspond to the same or similar components; in the description of the present invention, it should be understood that if there is an orientation or positional relationship indicated by the terms "upper", "lower", "left", "right", etc. based on the orientation or positional relationship shown in the drawings, it is only for convenience of describing the present invention and simplifying the description, but it is not intended to indicate or imply that the device or component referred to must have a specific orientation, be constructed in a specific orientation, and be operated, and therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and are not to be construed as limiting the present patent, and the specific meaning of the terms described above will be understood by those of ordinary skill in the art according to the specific circumstances.
The present invention is a method for managing engineering data, which is described in the following embodiments according to FIG. 1:
the first embodiment is as follows:
a method for managing engineering data is applied to a cloud server system, the cloud server system comprises a plurality of system libraries, and the system libraries comprise: the system comprises a data generation system, a data processing system, a data storage system, a data construction subsystem, a service information base construction subsystem, a metadata base construction subsystem and a security processing subsystem;
the engineering data management method comprises the following steps:
s1, the user end can connect to the data generation system through network to input, receive, backup and check the original data of the engineering data, and generate the page list, the page list has several content items, and the page list includes number, content, attachment, source, unit, submission date and label;
s2, processing data in the data processing system, processing data of a plurality of content items in the page list, and dividing the engineering materials;
s3, the data storage system stores a plurality of content items in the processed page list into an information base of the data storage system, and the information base is a common data information base and a key data information base;
s4, screening a plurality of content items in the data storage system in the service information base construction subsystem, associating the maintenance data with the plurality of content items after data screening according to the plurality of content items after data screening and the plurality of content items in the data storage system and performing maintenance data, so as to realize updating and maintenance of the integrated database, and storing the plurality of content items after updating and maintenance in the data storage system; and the data construction subsystem has execution software;
s5, secret-related cleaning and secret processing are carried out on a plurality of content items of the page list in the data storage system and the service information base construction subsystem in the secret processing subsystem, the plurality of content items subjected to secret-related cleaning and secret-related processing are stored in the data storage system, and service encapsulation of the plurality of content items subjected to secret-related cleaning and secret-related processing is carried out;
s6, obtaining an event clicked by a user in the data construction subsystem, determining an event type of the event, in this embodiment, determining the event type of the event is deleting a file or adding a file, prompting an event related to the event type, that is, storing data corresponding to a request from a user terminal in a key data information base, determining whether authority information is a first authority, and if the authority information is the first authority, obtaining engineering data without secret-related cleaning and secret-related processing; if the authority information is not the first authority, acquiring engineering data subjected to secret-related cleaning and secret-related processing, acquiring execution event data, and comparing the execution event data with a plurality of content items in the data storage processing system, namely, the engineering data is used for judging whether the form content identical to the execution event data is established in the data storage system, if the same form content is established, execution software in the data construction subsystem can give the same path direction as the same form content in the data storage system, if the form content of the execution event data is not established in the data storage system, the execution software in the data construction subsystem can mark the execution event data as another form content II and give another path direction II, and the execution event data is stored by a plurality of content items in another page list II, and feeds back to the page list; the method comprises the steps of acquiring execution event data, inputting data of various content items corresponding to an imported file, adding a data record of the content items in a page list, generating a data number corresponding to the data, and feeding back the added data record and the data number to the page list to form a data record line.
In this embodiment, the cloud server system includes a login unit, where the login unit stores identity data of more than one user, and the user needs to be authenticated by the login unit when connecting with the cloud server system through a network, so as to obtain the usage right of the execution software.
In addition, in this embodiment, the data generation system, the data processing system, the data storage system, the data construction subsystem, the service information base construction subsystem, the metadata base construction subsystem, and the security processing subsystem are connected in sequence. However, a person skilled in the art can purchase corresponding hardware and software to install and connect according to the description, and therefore detailed description is not repeated in this embodiment.
Example two:
a method for managing engineering data is applied to a cloud server system, the cloud server system comprises a plurality of system libraries, and the system libraries comprise: the system comprises a data generation system, a data processing system, a data storage system, a data construction subsystem, a service information base construction subsystem, a metadata base construction subsystem and a security processing subsystem;
the engineering data management method comprises the following steps:
s1, the user end can connect to the data generation system through network to input, receive, backup and check the original data of the engineering data, and generate the page list, the page list has several content items, and the page list includes number, content, attachment, source, unit, submission date and label;
s2, processing data in the data processing system, processing data of a plurality of content items in the page list, and dividing the engineering materials;
s3, the data storage system stores a plurality of content items in the processed page list into an information base of the data storage system, and the information base is a common data information base and a key data information base;
s4, screening a plurality of content items in the data storage system in the service information base construction subsystem, associating the maintenance data with the plurality of content items after data screening according to the plurality of content items after data screening and the plurality of content items in the data storage system and performing maintenance data, so as to realize updating and maintenance of the integrated database, and storing the plurality of content items after updating and maintenance in the data storage system; and the data construction subsystem has execution software;
s5, secret-related cleaning and secret processing are carried out on a plurality of content items of the page list in the data storage system and the service information base construction subsystem in the secret processing subsystem, the plurality of content items subjected to secret-related cleaning and secret-related processing are stored in the data storage system, and service encapsulation of the plurality of content items subjected to secret-related cleaning and secret-related processing is carried out; the service encapsulation means that in the data encapsulation part, one project thematic map can be composed of a plurality of map layers, and the map layers can be deleted. Projection transformation (projection transformation) is the process of transforming the coordinates of one kind of engineering proxels to the coordinates of the other kind of map proxels. The tiling is to collect all contents of the geographic information database into one file, and only one HDF (hierarchical data file) file is seen in a folder outside the system. The tile watermark is obtained by adding related watermarks on a tile map through a certain watermark algorithm. In the security processing subsystem, the data processed by the data processor may be geographic engineering data or picture data, and if the data is the picture data, the collection processing work of a plurality of pictures is required. Organization structure normalization may perform the following on data: determining a data format, determining whether a project file is named correctly, determining whether a file storage position is correct, determining whether data is opened normally, determining whether the data is displayed normally, determining a coordinate system, determining projection parameters, determining civil center longitude, determining a scale, determining whether the data is full, determining whether an empty layer exists, determining whether an original graph is consistent with a graph, determining a graph drawing unit of the graph and determining the graph drawing time of the graph. Or setting codes for the data to be encrypted, and carrying out encryption operation on the codes to form encrypted coded data;
s6, obtaining an event clicked by a user in the data construction subsystem, determining an event type of the event, in this embodiment, determining the event type of the event is deleting a file or adding a file, prompting an event related to the event type, that is, storing data corresponding to a request from a user terminal in a key data information base, determining whether authority information is a first authority, and if the authority information is the first authority, obtaining engineering data without secret-related cleaning and secret-related processing; and if the authority information is not the first authority, acquiring the engineering data subjected to secret-related cleaning and secret-related processing, and if the authority information is not the first authority, acquiring the data of the encryption area. If the person with the second authority acquires the information, the acquired information is encrypted information, so that the effect that the information keeps secret for the person with the second authority is achieved. Personnel with the second authority can download the data in the encryption area in advance, and personnel with the first authority obtains the data by decrypting the data, so that the use is convenient; acquiring execution event data, comparing the execution event data with a plurality of content items in the data storage and processing system, namely judging whether the data storage system is provided with the form content which is the same as the execution event data or not, if the same form content is established, enabling execution software in the data construction subsystem to give the same path direction as the same form content in the data storage system, and if the data storage system is not provided with the form content which is the execution event data, enabling the execution software in the data construction subsystem to mark the execution event data as another form content II and give another path direction II, storing the execution event data with a plurality of content items in another page list II, and feeding back the execution event data to the page list; the method comprises the steps of acquiring execution event data, inputting data of various content items corresponding to an imported file, adding a data record of the content items in a page list, generating a data number corresponding to the data, and feeding back the added data record and the data number to the page list to form a data record line.
In this embodiment, the cloud server system includes a login unit, where the login unit stores identity data of more than one user, and the user needs to be authenticated by the login unit when connecting with the cloud server system through a network, so as to obtain the usage right of the execution software.
In this embodiment, the data generation system, the data processing system, the data storage system, the data construction subsystem, the service information base construction subsystem, the metadata base construction subsystem, and the security processing subsystem are connected in sequence. However, a person skilled in the art can purchase corresponding hardware and software to install and connect according to the description, and therefore detailed description is not repeated in this embodiment.
In addition, in this embodiment, the cloud server system further includes a remaining capacity acquisition system and a remaining capacity determination system; the residual capacity acquisition system is used for acquiring the residual storage capacity of the common data storage area and the key data storage area at regular time; and the residual capacity judging system is used for judging whether the capacity residual quantity in the common data information base and the key data information base is larger than a preset quantity or not.
If yes, the operation is stopped. If not, outputting the adjustment information. If the capacity surplus of the common data information base and the key data information base is smaller than the preset value, the idle area is divided into the common data information base or the key data information base, and therefore storage pressure is relieved. The cloud server system has better operation, can adapt to the engineering data management of mass and multi-element words, is convenient for historical data query to reduce the workload of data management personnel, and further improves the working efficiency and the data storage quality.
In this embodiment, the page list of the legal document is as table 1:
TABLE 1
| 1.1 | Construction project planning license |
| 1.2 | Bid-winning notice book |
| 1.3 | Construction license for constructional engineering |
| 1.4 | Construction drawing design file review suggestion |
| 1.5 | Geotechnical engineering investigation report |
| 1.6 | Construction drawing review record |
| 1.7 | Construction contract |
| 1.8 | Supervision contract |
| 1.9 | Each responsibility body and sub-package unit qualification document |
| 1.10 | Construction engineering quality and safety supervision book |
| 1.11 | Construction organization design and supervision planning |
| 1.12 | Construction project department constituent personnel qualification certificate |
| 1.13 | Project supervision organization constituent personnel qualification certificate |
| 1.14 | Construction license |
The user can upload the generated data into the corresponding database by establishing the archive library, and the data can be downloaded and used when needed. If the construction license of the construction project is handled, the following requirements are met:
1. construction license application form
2. Construction project planning license
3. Qualification certificate of construction enterprise, qualification certificate of project manager, qualification certificate of technical responsible person
4. Bid-winning notice book
5. Construction drawing examination qualification book and fire control examination suggestion book
6. Capital certification of a construction unit
7. Contract record form for construction and supervision
8. Data such as safety watch
Then the user can enter the corresponding data information base for selection, and the specific selection is as follows: 1. in the legal file folder, data such as 1.1 construction project planning permit, 1.12 construction project organization personnel qualification certificate, 1.2 bid winning notice, 1.4 construction drawing design file auditing opinion, 1.7 construction contract, 1.8 supervision contract, 1.10 safety supervision table and the like are selected. After the construction project construction license is issued, the electronic version file is uploaded to the 1.14 construction license for filing. The rest of the data is also used and filed with the idea. The land development department, the reporting department, the bidding contract department and the construction department of the project are divided according to the working properties of the project, and each department performs its own job and manages the archive group belonging to the property. Project high-level management personnel also know the progress of the project by checking the data on the cloud, the construction problems encountered in the construction, the operation condition of project fund analysis and the like, so that a decision maker has the support of scientific data and data on the overall planning and management of the project, and better plans, organizes, commands, coordinates and controls resources to achieve the target of project reservation. The function of sharing data information is achieved.
In summary, the engineering data management method can divide the engineering data into the common data information base and the key data information base, can perform secret-related cleaning and secret-related processing on the engineering data in the key data information base, can perform the next operation only after the software is logged in, can effectively reduce the storage risk of the engineering data, can adapt to the engineering data management of massive and multi-element languages, is convenient for the historical data query to reduce the workload of data management personnel, and further improves the working efficiency and the data storage quality.
Although the invention has been described above with reference to various embodiments, it should be understood that many changes and modifications may be made without departing from the scope of the invention. That is, the methods, systems, and devices discussed above are examples. Various configurations may omit, substitute, or add various procedures or components as appropriate. For example, in alternative configurations, the methods may be performed in an order different than that described, and/or various components may be added, omitted, and/or combined. Moreover, features described with respect to certain configurations may be combined in various other configurations, as different aspects and elements of the configurations may be combined in a similar manner. Further, elements therein may be updated as technology evolves, i.e., many elements are examples and do not limit the scope of the disclosure or claims.
Specific details are given in the description to provide a thorough understanding of the exemplary configurations including implementations. However, configurations may be practiced without these specific details, e.g., well-known circuits, processes, algorithms, structures, and techniques have been shown without unnecessary detail in order to avoid obscuring the configurations. This description provides example configurations only, and does not limit the scope, applicability, or configuration of the claims. Rather, the foregoing description of the configurations will provide those skilled in the art with an enabling description for implementing the described techniques. Various changes may be made in the function and arrangement of elements without departing from the spirit or scope of the disclosure.
It is intended that the foregoing detailed description be regarded as illustrative rather than limiting, and that it be understood that it is the following claims, including all equivalents, that are intended to define the spirit and scope of this invention. The above examples are to be construed as merely illustrative and not limitative of the remainder of the disclosure. After reading the description of the invention, the skilled person can make various changes or modifications to the invention, and these equivalent changes and modifications also fall into the scope of the invention defined by the claims.
Claims (9)
1. A method for managing engineering data is applied to a cloud server system, and is characterized in that the cloud server system comprises a plurality of system libraries, and the system libraries comprise: the system comprises a data generation system, a data processing system, a data storage system, a data construction subsystem, a service information base construction subsystem, a database construction subsystem and a security processing subsystem;
the engineering data management method comprises the following steps:
s1, the user end can connect to the data generation system through network to input, receive, backup and check the original data of the engineering data, and generate the page list with several content items;
s2, processing data in the data processing system, processing data of a plurality of content items in the page list, and dividing the engineering materials;
s3, the data storage system stores a plurality of content items in the processed page list into an information base of the data storage system, and the information base is a common data information base and a key data information base;
s4, screening a plurality of content items in the data storage system in the service information base construction subsystem, associating the maintenance data with the plurality of content items after data screening according to the plurality of content items after data screening and the plurality of content items in the data storage system and performing maintenance data, so as to realize updating and maintenance of the integrated database, and storing the plurality of content items after updating and maintenance in the data storage system;
s5, secret-related cleaning and secret processing are carried out on a plurality of content items of the page list in the data storage system and the service information base construction subsystem in the secret processing subsystem, the plurality of content items subjected to secret-related cleaning and secret-related processing are stored in the data storage system, and service encapsulation of the plurality of content items subjected to secret-related cleaning and secret-related processing is carried out;
s6, obtaining the event clicked by the user in the data construction subsystem, judging the event type of the event, prompting the events related to the event type, obtaining the execution event data, comparing the execution event data with a plurality of content items in the data storage processing system, and feeding back the comparison result to the page list.
2. The method of engineering material management according to claim 1, wherein the page list comprises a number, content, attachment, source, unit, date submitted, and tag.
3. The method of engineering data management according to any one of the preceding claims, wherein the data construction subsystem has executing software.
4. The method as claimed in claim 1, wherein the cloud server system comprises a login unit, the login unit stores identity data of more than one client, and the client is connected to the cloud server system via a network and is authenticated by the login unit to obtain the usage right of the executed software.
5. The method of claim, wherein the event type of the event is determined to be a file deletion or a file addition.
6. The method according to one of the preceding claims, wherein the prompting is that the data corresponding to the event type request is stored in a key data information base if the event type is a user request, and then determining whether the authority information is a first authority, and if the authority information is the first authority, obtaining the engineering data without secret-related cleaning and secret-related processing; and if the authority information is not the first authority, acquiring the engineering data subjected to secret-related cleaning and secret-related processing.
7. The method for engineering data management according to one of the preceding claims, wherein the acquiring the execution event data is to acquire an imported file and to record data of each content item corresponding to the file, to add a new data record corresponding to the content item in the page list and to generate a data number corresponding to the data, and to feed back the added data record and data number to the page list to form a data record line.
8. The method of engineering material management according to one of the preceding claims, wherein the execution event data is compared with a number of content items in the data storage processing system, used for judging whether the data storage system is established with the form content same as the execution event data or not, if the data storage system is established with the same form content, the execution software in the data construction subsystem can give the same path direction as the same form content in the data storage system, if no form content for establishing the execution event data exists in the data storage system, and the execution software in the data construction subsystem can mark the execution event data as another form content II and give another path to point to the second, and the execution event data is stored by a plurality of content items in another page list II.
9. The method of engineering data management according to any of the preceding claims, wherein the data generation system, the data processing system, the data storage system, the data construction subsystem, the service information base construction subsystem, the metadata base construction subsystem and the privacy processing subsystem are connected in series.
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Application publication date: 20210223 |