CN114895878B - Information system framework, development method and multilevel management system - Google Patents

Abstract

The embodiment of the invention relates to the technical field of computers, in particular to an information system framework, a development method and a multilevel management system, wherein the information system framework specifically comprises the following components: the component library comprises a display frame with at least one hierarchy, and the required information interaction components are configured in the front end pages corresponding to the display frame after being called from the component library; the system comprises a display layer, an acquisition layer and a base layer, wherein the display layer is used for displaying the display frame, the acquisition layer comprises an acquisition frame with at least one hierarchy, the acquisition frame and the display frame are in parent-child relationship, the base layer is respectively in interactive connection with the display layer and the acquisition layer, and at least a database, and a plurality of engine modules and algorithm modules required by the operation of a multilevel management system are configured; in conclusion, when the information system framework is adopted to develop the multilevel management system, a large amount of repeated development work can be reduced, so that the development time is effectively shortened, and the development efficiency is improved.

Description

Information system framework, development method and multilevel management system

Technical Field

The embodiment of the invention relates to the technical field of computers, in particular to an information system framework, a development method and a multilevel management system.

Background

The traditional computer software development process is to convert user requirements into a total set of software engineering activities required by software, specifically, a software engineer writes a system detailed design document according to a detailed requirement document, a programmer manually writes software codes line by line according to the system detailed design document, an executable software package is constructed by compiling and then is sent to a tester for test verification in a test environment, and finally, an operation and maintenance worker builds a production environment and completes the deployment of related software packages to finally complete the delivery of the requirements.

When a project team executes development tasks of different multilevel management systems by adopting a traditional computer software development method, the situation that a large number of repetitive codes exist among different projects is often met, so that developers often write the same codes for different projects, the workload of the developers is undoubtedly increased, the development period is long, and the development efficiency is low.

Disclosure of Invention

The application aims to provide an information system framework, a development method and a multi-level management system, so as to solve the technical problems of long development period and low efficiency caused by a large amount of repeated development work when a traditional development mode is adopted to develop a multi-level system in the prior art.

Technical scheme (I)

To achieve the above object, a first aspect of the present invention provides an information system framework, comprising:

the component library comprises a plurality of different types of information interaction components;

the display layer comprises a display frame with at least one level, and the required information interaction components are configured in front end pages corresponding to the display frame after being called from the component library;

the acquisition layer comprises an acquisition frame with at least one level, the acquisition frame and the display frame are in parent-child relationship with each other, the same information interaction component is also configured at the position corresponding to the display layer in the front-end page corresponding to the acquisition frame, and the data in the information interaction component and the acquisition frame of the corresponding level are bound and associated, so that at least the data and the label of the corresponding level are displayed in a preset display area of the display frame at the top level;

and the basic layer is respectively in interactive connection with the display layer and the acquisition layer, and is at least provided with a database and a plurality of engine modules and algorithm modules required by the operation of the multilevel management system, wherein the pre-stored data is used for being called by each level according to development requirements.

To achieve the above object, a second aspect of the present invention provides a multi-level management system development method, which applies at least one information system framework as described in any one of the preceding claims, the method comprising:

constructing a front-end page in each layer of display frame and acquisition frame;

calling a required information interaction component from a component library according to development requirements, and configuring the information interaction component at a preset position in a corresponding frame;

binding and associating the data in the information interaction component with the acquisition frame of the corresponding hierarchy thereof so as to display at least the data and the hierarchy label corresponding to the data in a preset display area of the top layer display frame;

and the information interaction component is interactively connected with the basic layer so as to call the logic information pre-stored in the basic layer.

To achieve the above object, a third aspect of the present invention provides a multilevel management system constructed and formed by the development method as described above.

(II) beneficial effect:

compared with the prior art, the invention has the following beneficial effects:

on one hand, the basic capability required by the multi-level management system is configured in the basic layer in advance, the multi-level design is built in the display layer and the acquisition layer in advance, and a plurality of different types of information interaction assemblies similar to comments, files, important matters and the like are packaged in advance and stored in the assembly library so as to be called according to requirements, so that the building process of a multi-level frame and the development process of the basic capability and the required information interaction assemblies are reduced; therefore, when the multilevel management system is developed, only a front-end page needs to be constructed in each level frame; then calling the required information interaction component from the component library according to development requirements, and configuring the information interaction component at a preset position in a corresponding frame; finally, the information interaction component is interactively connected with the basic layer so as to call the logic information pre-stored in the basic layer; to sum up, this application provides a generalized from the information system frame that product form and structure were set up, basic function effectively combined through the multiplex design of multistage frame, a plurality of information interaction subassemblies and basic capability etc to when can reducing a large amount of repeated development work, can unify the product design standard, thereby effectively shorten development time, improve development efficiency.

On the other hand, the data in the information interaction component is respectively bound and associated with the corresponding acquisition frame and the corresponding display frame, so that at least the data and the corresponding hierarchical label are displayed in the preset display area of the top layer display frame, the data in the bottom layer and the corresponding hierarchical label penetrate the top layer step by step, that is, the shortest data path can be reached, the user can know the data of the information interaction component in the bottom layer without any jump operation, the detail page of the data can be accessed through one-click operation, and the data is processed.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the invention and together with the description, serve to explain the principles of the invention.

In order to more clearly illustrate the embodiments or solutions of the present invention in the prior art, the drawings used in the description of the embodiments or solutions will be briefly described below, and it is obvious for those skilled in the art that other drawings can be obtained without inventive exercise, wherein:

fig. 1 is a schematic structural diagram of an information system framework according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a structure corresponding to the embodiment of FIG. 1;

FIG. 3 is a block diagram of a configuration of a display frame and a collection frame according to an embodiment of the present invention;

FIG. 4 is a schematic structural diagram of a display frame at the top layer according to an embodiment of the present invention.

Fig. 5 is a schematic structural diagram of a placement bit in a front page according to an embodiment of the present invention.

Fig. 6 is a flowchart of a method for developing a multi-level management system according to a second embodiment of the present invention;

FIG. 7 is an interface diagram of a performance management system developed using the information system framework of the present invention;

FIG. 8 is an interface diagram of an electromechanical management system developed using the information system framework of the present invention;

fig. 9 is a block diagram of an electronic device according to a third embodiment of the present invention.

In the figure: 1. a component library; 2. an information interaction component; 3. a display layer; 4. an acquisition layer; 5. a base layer; 6. placing bits; 7. a first level of display frames; 8. a second level of display frames; 9. a third layer of display frames; 10. a primary collection frame; 11. a secondary collection frame; 12. a tertiary collection framework; 13. a processor; 14. a storage device; 15. a bus; 16. an electronic device; 17. a random access memory; 18. a cache memory; 19. a storage system; 20. a program module; 21. an external device; 22. a display; 23. an I/O interface; 24. a network adapter.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.

The invention is described in further detail below with reference to the following figures and detailed description:

example one

The general information system framework claimed in this embodiment is suitable for rapid development of a multi-level management system, and is particularly suitable for development of micro applications embedded in the system, so as to unify micro application design standards and improve micro application development speed, and can be adapted to a time management system, a project management system, a performance management system, an electromechanical management system, a transportation and marketing system, an unmanned transportation system, and the like; the information system framework may be pre-configured on an electronic computing device, such as the electronic device 16, which may be a cell phone, tablet, computer, or the like.

Specifically, as shown in fig. 1 to fig. 5, it should be noted that the arrow direction in fig. 1 and fig. 2 is a progressive penetration direction from data located at a bottom layer and a corresponding hierarchical label to a top layer, and the information system framework includes:

the component library 1 comprises a plurality of different types of information interaction components 2, and the plurality of information interaction components 2 at least comprise: the system comprises comments, important items, logs, files, member management controls and various functional controls, and more specifically, the important items and the comments belong to text types, the execution progress belongs to digital types and picture types, theoretically, all components with common parts can be extracted and put into a component library 1 for being called, wherein each information interaction component 2 is formed by extracting and packaging common styles and data, and then the packaged information interaction components 2 are stored in the component library 1; in summary, the embodiment can realize information display of one or more combinations of texts, files, numbers and pictures.

The component library 1 can be stored in a base layer 5 of an information system framework, or can be stored in a cloud server in advance in order to reduce storage space, so that the component library can be called according to development requirements without secondary development; furthermore, each information interaction component 2 is provided with a custom interface for custom modification of the information interaction component 2 according to development requirements; in addition, the component library is further encapsulated with common page operations, such as sliding, page turning, clicking, and the like, which are not described in detail herein.

The display layer 3 includes a display frame having at least one hierarchy, where the number of hierarchies of the display frame is not specifically limited in this embodiment, and may be preset as needed or added or deleted by a developer as needed; the number of the layers of the preferred display frame is three, specifically, the three-layer display frame comprises: the display frame comprises a first layer of display frames 7, a second layer of display frames 8 which are in parent-child relationship with the first layer of display frames 7, and a third layer of display frames 9 which are in parent-child relationship with the second layer of display frames 8.

After the required information interaction components 2 are called from the component library 1, the information interaction components are configured in the front end page corresponding to each layer of display frame, wherein the called information interaction components 2 are at least used for calling file data and digital data, illustratively, when a multilevel management system is developed, important matters, logs and comments can be directly called from the component library 1 to realize data interaction, and the comments can also realize interaction between people; in addition, the file can be called to realize the interaction of the file data.

The acquisition layer 4 includes an acquisition frame having at least one level, the acquisition frame and the display frame are in a parent-child relationship with each other, and similarly, the level number of the acquisition frame is not specifically limited in this embodiment, and the preferred level number of the acquisition frame is also set to three levels, specifically, the acquisition frame is generated by a node of a third-level display frame 9 in the three-level display frame, specifically, the third-level display frame 9 is used for displaying key node information, for example: checking and accepting time and online time, wherein each key node is completed one by one through each layer of the collection frame below; the same information interaction component 2 is also configured at the position corresponding to the display layer 3 in the front-end page corresponding to the acquisition frame, and in this embodiment, the display frame and the acquisition frame both have some common elements, so that the organic communication and connection of the whole information system frame are realized.

In a specific embodiment, when the number of tasks is small, the collection frame may include only one level, and when the number of tasks is large and there is an inclusion relationship therebetween, the corresponding collection frames may be set as multiple levels in a parent-child relationship with each other, preferably, in this embodiment, the collection frames are set as three-level collection frames 12 in a parent-child relationship with each other, and are sequentially set as the first-level collection frame 10, the second-level collection frame 11, and the third-level collection frame 12 from top to bottom, it should be noted that the specific number of levels of the collection frames is not limited in this embodiment, as long as the design of the collection frames is adopted, which all belong to the protection range of this embodiment.

Furthermore, custom controls are arranged in the display frame and the acquisition frame, and the custom controls are used for responding to development operation and increasing or deleting the number of the display frames and/or the number of the acquisition frames; for convenience of understanding, an acquisition frame is taken as an example for illustration, and the number of the display frames is increased or deleted similarly to the number of the acquisition frames, so that redundant description is omitted, specifically, when the acquisition frames are initially set to be three-level acquisition frames 12, but in actual development, the number of corresponding multi-level management system tasks is small, for example, when only one-level acquisition frame 10 is needed, only a custom control corresponding to the acquisition frame to be deleted is triggered, so that the acquisition frames of redundant levels are deleted, and only one-level acquisition frame 10 is reserved; similarly, the collection frame is only set as the first-level collection frame 10 when the collection frame is initially set, but in actual development, the number of corresponding multi-level management system tasks is large and subordination is provided, at this time, it is sufficient to perform hierarchy increase by triggering a custom control on the first-level collection frame 10, exemplarily, one hierarchy collection frame which is in parent-child relationship with the first-level collection frame 10 can be added for each triggering, or two hierarchy collection frames which are in parent-child relationship with the first-level collection frame 10 can be added for each triggering, a specific triggering mode can be pre-designed as required, and the embodiment does not specifically limit the hierarchy collection frames.

The base layer 5 is respectively in interactive connection with the display layer 3 and the acquisition layer 4, preferably, the acquisition layer is in interactive connection with an external system through an interface to acquire data, wherein the external system at least comprises an external connection device, a system and a user input area; the system is at least provided with a database, a plurality of engine modules and algorithm modules required by the operation of the multi-level management system, wherein the pre-stored data are all used for being called by each level according to development requirements; the database can be used for storing the data of the information interaction component 2 in advance, for directly calling in the subsequent development process, or for storing the data when the multilevel management system runs; in a specific embodiment, each information interaction component 2 and the base layer 5 may be in a locked connection, but in this connection manner, each information interaction component 2 cannot be adaptively modified according to development requirements, and therefore, in order to solve the technical problem, in this embodiment, an optimal scheme is preferably adopted, in which after a required information interaction component 2 is selected, one or some information interaction components 2 are first modified according to corresponding development requirements through a custom interface according to development requirements, and after the modification is completed, the information interaction components are connected with the base layer 5 through an interface, and in conclusion, the adaptation range of the information system framework can be expanded by adopting the design of this embodiment.

According to one embodiment of the invention, a plurality of said engine modules comprises at least: the system comprises a rule engine module, a dynamic form engine module and a workflow engine module; specifically, the engine modules are provided with custom interfaces so as to facilitate addition and deletion of data; illustratively, when only part of rules in the rule engine module are required by the multilevel management system to be developed, the deletion can be performed through a custom interface; for the same reason, it is not described herein in detail.

Specifically, the rule engine module is used for storing rule information, illustratively, the hierarchical relationship corresponding to the display frame and the acquisition frame is stored in the rule engine module in advance and is used for being called in the development process; other rules required for the operation of the multilevel management system also exist in the rule engine module, and in addition, the rules can be added or deleted according to the needs; preferably, the universal rules are all stored in the rules engine module for development calls; the workflow engine module is used for data circulation, and exemplarily, when the information system framework used for the application is used for developing a performance management system, the workflow engine module can provide an approval workflow for data circulation; the dynamic form engine module stores various types of dynamic forms, is used for being called by each layer of acquisition frames and/or each layer of display frames when system development is carried out, and is used for data display.

More specifically, the plurality of algorithm modules at least include: an encryption algorithm and a hierarchical push algorithm; the encryption algorithm is used for encrypting part of data, a sending end and a receiving end corresponding to the data are both unencrypted files, and the data are always in an encrypted state only in the data transmission process, so that data information leakage is avoided; certainly, the two interactive regions may be one, that is, a may send a file to be sent to a user input region, and @ B, when receiving a downloading operation, identify the identity information of a downloading person, if it is detected that the current downloading person is B, perform an automatic decryption operation on the file, otherwise, do not perform the decryption operation, thereby ensuring the confidentiality of the data transmission process; in summary, the basic capability required by the multilevel management system is configured in the basic layer 5 in advance, the multilevel design is built in the display layer 3 and the acquisition layer 4 in advance, and the information interaction components 2 similar to comments, files, important matters and the like are packaged in advance and stored in the component library 1, so that the design of calling as required is realized, and the building process of the multilevel framework and the development process of the basic capability and the required information interaction components 2 are reduced; therefore, when the multilevel management system is developed, only a front-end page needs to be constructed in each level frame firstly; then calling the required information interaction component 2 from the component library 1 according to development requirements, and configuring the information interaction component 2 at a preset position in a corresponding frame; finally, the information interaction component 2 is interactively connected with the basic layer 5 so as to call logic information pre-stored in the basic layer 5; to sum up, this application provides a generalized from the information system frame that product form and structure were set up, basic function effectively combined through the multiplex design of multistage frame, a plurality of information interaction subassembly 2 and basic capability etc to when can reducing a large amount of repeated development work, can unify the product design standard, thereby effectively shorten development time, improve development efficiency.

In a preferred embodiment, the information system framework claimed in this embodiment may also be suitable for development of a micro application, and after the development of the micro application is performed by using the information system framework of the present application, it is only necessary to interface with a system to be embedded, for example, in an intelligent internet of things management software independently developed by my company, the information system framework of the present application is used to develop the micro application of the performance assessment system shown in fig. 7, and after the development is completed, a document corresponding to the intelligent internet of things is interfaced with the performance assessment system; similarly, when the micro application needs to be embedded into other third-party software, the micro application and the third-party software organizational structure are docked only according to the document provided by the third-party software; in addition, in order to further improve the development efficiency, common third-party software docking modes can be stored in advance, the third-party software can be directly called when needed, the docking process does not need to be executed again, and exemplarily, common WeChat and nailing and docking modes corresponding to intelligent Internet of things management software independently developed by our company can be stored in advance.

In addition, a comment function is taken as an example for illustration, when the comment presentation forms of each micro application are different, exemplarily, the comments of the system a need to be presented in a tiled manner, the comments of the system B have a screening function, reverse presentation can be achieved according to the creation time of the comments, and the comments of the system C need to be presented according to a hierarchical structure, that is, the comments of the system a are collected together, and the comments of the system B are collected together; therefore, codes cannot be directly multiplexed, secondary development is required according to different presentation modes required by a docking system, and further development amount is increased.

In order to solve the above technical problem, in this embodiment, the common part of the comment component, which is in butt joint with different systems, is extracted correspondingly, so that the comment component is encapsulated into a code packet, for example, the code packet is stored in the component library 1 in the form of a java packet, where the code packet includes an operation guide, and when corresponding system development is performed, a reference manner can be adopted, and then the operation guide is performed step by step; in other words, different types of comment display forms are packaged in the comment component in advance, and the corresponding display modes are called by corresponding codes, so to sum up, by adopting the design of the embodiment, the secondary development amount can be reduced, the docking time is reduced, more importantly, the multiple micro applications can be subjected to normalized management, and the codes extracted from each micro application are dispersed into respective databases, so that the micro applications can be subjected to secondary development subsequently, the data amount is relatively small, illustratively, when the system a has 1000 ten thousand comment data, the system B has 2000 ten thousand comment data, when the comment data of the system B needs to be subjected to word segmentation operation, the 2000 ten thousand comment data only needs to be subjected to word segmentation operation, and the remaining 1000 ten thousand comment data does not need to be subjected to operation.

In a specific embodiment, the number of the second layer of display frames 8 and the number of the third layer of display frames 9 are set to be at least one; in a specific embodiment, when the number of items in the multi-level management system to be developed is small, the number of the second-layer display frames 8 and the number of the third-layer display frames 9 may be set to be one, that is, at this time, the first-layer display frames 7, the second-layer display frames 8, and the third-layer display frames 9 are in a one-to-one correspondence relationship; when the number of items in the to-be-developed multi-level management system is large, in order to realize clear division, the number of the second-layer display frames 8 and the number of the third-layer display frames 9 may be set to be plural, that is, at this time, one first-layer display frame 7 corresponds to a plurality of second-layer display frames 8, and each second-layer display frame 8 corresponds to a plurality of third-layer display frames 9; further, it is determined through multiple tests that the number of the second-layer display frames 8 is preferably set to be less than or equal to 8, that is, one first-layer display frame 7 corresponds to 8 second-layer display frames 8 at most, in other words, each project can be implemented through 8 project processes at most; more specifically, the plurality of second-level display frames 8 in the same first-level display frame 7 may have a sequential triggering relationship, or may have a synchronous execution relationship, which is not limited herein. The different first-layer display frames 7 or the third-layer display frames 9 may be executed by the same execution object or different execution objects, which is not limited.

In the above embodiment, each level in the information system framework is provided with a preset display area for displaying the interactive data of each level, and preferably, the preset display area displays the interactive data according to a preset number of preset displays, for example, the preset number may be 5 or 10, and the like, and may be set according to display requirements, which is not limited thereto.

In addition, the information system framework of the present embodiment further includes: binding and associating the data in the information interaction component 2 with the corresponding acquisition frame so that at least the data and the corresponding hierarchical label are displayed in a preset display area of the display frame; illustratively, when only the comment is needed to be subjected to penetrating display, a comment component is configured at a corresponding position of each hierarchy of the display layer and the acquisition layer; when two types of data are needed to be penetrated, only two types of information interaction components need to be arranged, and the penetration of two types of data of a file and a text can be realized by configuring the file and the comment at each level, so that the penetration of one or more combined types of data in the text, the file, the number and the picture can be realized by adopting the design of the embodiment; in another embodiment, in order to implement penetration of multiple types of data, besides the above solutions, the data types in each information interaction component may be multiple, and the types at least include designs of text, numbers, files and pictures, that is, when comment components are configured in various hierarchies, a user may make combined comments in the form of one or more combinations of text, numbers or pictures.

Further, along the direction from the acquisition layer to the display layer, the data quantity displayed in the display area of any one level above is larger than the data quantity displayed in the display area of the next level below; all data bound and associated with the display area of the top-layer display frame and corresponding hierarchical labels are gathered in the display area of the top-layer display frame; specifically, the display layer and the collection layer in this embodiment are distinct in hierarchy, and when data with a specific meaning is required to be displayed in a preset area of the top display frame, only the data needs to be bound with the collection frame of the corresponding hierarchy, and then the data penetrates through the collection layer to the display layer in a stepwise manner along the direction from the collection layer to the display layer, so that the data volume in the hierarchy display area closer to the top display frame is larger until the data with the specific meaning in each hierarchy are collected in the display area of the top display frame, wherein the data with the specific meaning at least includes characters and numbers, and the corresponding sources at least include files, people, communication contents, important matters, digital objects and data boards; illustratively, when the data of the file type and the digital type are both gradually penetrated, the types of the data finally gathered in the preset area of the top layer frame are various, and the user can select to view the data according to the needs and jump to the detail page of the level where the corresponding data is located.

More specifically, when the data at the lower hierarchy level is finally displayed in the preset display area of the top display frame 7, it is clear which hierarchy level the data comes from, and the user can jump to the hierarchy detail page where the data is located by clicking the data.

In a specific embodiment, when the framework claimed by the present application is used for multi-level management system development, the hierarchy of the display layer may be set to 2 layers, and the hierarchy of the collection layer may be set to 6 layers, that is, the collection framework has 6 layers, more specifically, the data at the 8 th layer may penetrate to each layer of 1-7 layers, and the data at the 7 th layer may penetrate to each layer of 1-7 layers; the other level puncturing processes are similar to those described above, and therefore are not described herein in detail.

Specifically, the database corresponding to the information system frame includes an identity tag of the information system frame and a tag field representing the internal hierarchical relationship thereof, it should be noted that the identity tag is the unique identifier of the information system frame, when the information system frame is multiple, the corresponding information system frame and the internal hierarchical relationship thereof can be determined by the identity tag, therefore, after the identity tag of the data in at least one information interaction component 2 is bound and associated with the acquisition frame of the corresponding hierarchy thereof, because the display frame and the acquisition frame are in parent-child relationship with each other, the data is bound and associated with each hierarchy in the corresponding information system frame, and further the data and the hierarchical tag corresponding to the data are displayed in the preset region of the upper level frame to which the data belong step by step until the data is displayed in the preset display region of the first layer display frame 7, in summary, by adopting the design of the embodiment, the data located at the bottom layer and the hierarchical label corresponding to the data can be gradually penetrated to the top layer, that is, the shortest path contact of the data can be realized, so that the user can know the data located at the bottom layer of the information interaction component 2 without any jump operation, and can enter the detail page where the data is located through one-time click operation and process the data, thereby effectively reducing the operation steps and improving the operation efficiency; in order to further improve the operation efficiency, preferably, each piece of data in each information interaction component 2 is subjected to identity binding with the acquisition framework of the corresponding hierarchy, so that the data located at the bottom layer in each information interaction component 2 and the hierarchy label corresponding to the piece of data can be gradually penetrated to the top layer.

In a specific embodiment, for convenience of understanding, data corresponding to the important item component is taken as an example in the embodiment for illustration, and data of the other information interaction components 2 is similar to the embodiment and is not described herein repeatedly; specifically, after a user issues a piece of important item data in the primary collection frame 10, the piece of important item data can be checked and received in the preset display area of the upper hierarchical frame to which the primary collection frame 10 belongs, that is, the piece of important item data and the hierarchical label corresponding to the piece of important item data can be checked and received in the preset display areas of the third layer of display frame 9, the second layer of display frame 8 and the first layer of display frame 7.

More specifically, in order to achieve the data penetrating display effect, the important item data needs to be bound and associated with the primary collection frame 10, so that it can be determined that the important item data is sent from the primary collection frame 10, at this time, because the primary collection frame 10 belongs to one of the third layer display frames 9, the third layer display frame 9 belongs to one of the second layer display frames 8, and the second layer display frame 8 belongs to one of the first layer display frames 7; in other words, the hierarchical arrangement is a dispersed linear relationship from top to bottom, and there is only one path from bottom to top correspondingly, that is, one primary collection frame 10 can only be associated with one third-layer exhibition frame 9, one third-layer exhibition frame 9 can only be associated with one second-layer exhibition frame 8, and one second-layer exhibition frame 8 can only be associated with one first-layer exhibition frame 7, so when the important item data needs to be bound and associated with the primary collection frame 10, the corresponding important item data will be associated with the third-layer exhibition frame 9, the second-layer exhibition frame 8 and the first-layer exhibition frame 7 corresponding to the primary collection frame 10 at the same time, thereby realizing that the important item data is displayed step by step along the third-layer exhibition frame 9, the second-layer exhibition frame 8 and the first-layer exhibition frame 7 in sequence, finally show in the first layer display frame 7 predetermine the display area, that is to say adopt the design of this application can realize penetrating gradually to the top layer with the data that is located the bottom, can make the user when need not to jump the operation, can know the data that aforementioned information interaction component 2 is located the bottom to operating step has been reduced, the efficiency of operation is improved.

Furthermore, each level is provided with an execution state or an execution progress, since the display frames and the collection frames are in a parent-child relationship with each other, the execution state of the collection frame of each level affects the execution progress of the display frame 9 of the third level, the execution state of the display frame 9 of each third level affects the execution progress of the display frame 8 of the second level, and the execution state of the display frame 8 of each second level affects the execution progress of the display frame 7 of the first level.

In summary, by adopting the design of the embodiment, rapid search of data can be realized, and for convenience of understanding, in the embodiment, a search for comment data is taken as an example, specifically, after a piece of comment data is published in the second-layer display frame 8, it is equivalent to adding a piece of data in the previous data, at this time, since the identity tag of the second-layer frame where the comment is located and the identity tag of the first-layer display frame 7 to which the comment belongs are both bound and associated with the identity tag of the piece of comment data, the comment data and the corresponding hierarchical tag are both displayed in the preset display area of the first-layer display frame 7, the comment data can be skipped to the detail page corresponding to the hierarchical frame as long as the comment data is clicked in the first-layer display frame 7, and operations such as reply can be performed in the detail page; in addition, by adopting the design of the embodiment, all the comment data corresponding to the information system frame can be queried through the identity tag corresponding to any comment data.

More specifically, in the above embodiment, the display layer is used for data display, and the acquisition layer is used for realizing specific functions, wherein each level of the display layer can call various pre-stored charts, two-dimensional graphs, three-dimensional graphs and the like, specific type selection can be customized freely according to requirements, corner mark penetration positions and component areas are provided on various graphs, so that a user can find problems in real time for communication, and similarly, in order to ensure smooth upward penetration, each level of the acquisition layer is also correspondingly provided with corner mark penetration positions and component areas.

Further, in order to improve the information acquisition efficiency, the base layer 5 is further configured with a digital grading module for grading the data in the information interaction component 2 according to a preset rule; in this embodiment, a plurality of data can be displayed simultaneously in a preset display area of the top layer display frame; the specific display number may be preset, for example, the preset number may be 5 or 10, and the like, and may be set according to the display requirement, which is not limited herein. Sequencing the data according to the timestamps from small to large in sequence, and sequentially acquiring information of a preset number from the tail end of the sequencing to be used as information for display; and sequencing and displaying the displayed information in a preset display area according to the time stamp.

In some embodiments, the preset rule is to arrange the data to be displayed according to importance levels, wherein the level information can be obtained by a user in a form of adding a label; more specifically, the first step of obtaining information at each node includes: and sequencing the information at each node according to a preset rule, and determining a preset number of information to be displayed according to the sequencing. For example, the sorting according to the preset rule may be sorting according to a time sequence of information generation, and the latest information is obtained based on the sorting, and preferably, the information corresponding to the timestamp with the minimum time interval at the current time may be determined as the latest information, and the latest information is displayed in the preset display area of the first-layer display frame 7. Further, for example, the sorting according to the preset rule may be sorting according to the level of the importance of the information, and the information with a higher importance level is obtained based on the sorting. It should be noted that, after the latest information is displayed in the preset display area of the first-layer display frame 7, if new interaction information is acquired in the information system frame, the information already displayed in the preset display area is replaced based on the new interaction information, that is, the new interaction information is displayed in the preset display area, so that the latest information is ensured to be displayed in the preset display area in real time.

More specifically, the first-layer display frame 7 is configured with a "my card" information interaction area and a "my billboard" information interaction area for performing data statistics analysis, and key data information penetrating through the bottom-layer frame is displayed in the information interaction area, wherein the "my card" displays the displayed data information in a card form, and the "my billboard" displays the displayed data information in a spread design, and both the displayed data information and the spread design are called from the component library 1.

According to one embodiment of the invention, each layer of the display frame and the acquisition frame is further configured with a member management control, and the member management control is interactively connected with the plurality of information interaction components 2, so that data associated with user authority can be displayed in a preset display area in each layer of the frame; specifically, the member management control comprises: the authority levels of a responsible person, a key person and a participant are sequentially reduced, in order to reduce the data processing amount, the relationship between roles and actions is preferably stored in a matrix data table in advance, when a member is newly added in a corresponding hierarchical frame, the member is endowed with a new role through a member management control, and the authority action corresponding to the member can be determined by searching in the matrix data table; more specifically, the abscissa of the database is a specific role, and the ordinate is a corresponding action, for example, a list of actions such as adding a member or @ a member may be used; in summary, by adopting the design of the embodiment, all data volumes can be controlled in the matrix data table, and then roles or actions need to be added in time, and only one piece of data matched with the roles or actions needs to be correspondingly added, so that the data volumes cannot be rapidly increased, and the running stability of the system is ensured.

Further, in order to realize that each level has an informed right on the next level to which the level belongs and has a passive reporting capability on the previous level to which the level belongs, the present embodiment preferably makes a data penetration rule such that only data corresponding to a user right as a person in charge penetrates to the upper level to which the level belongs, and the right correspondingly bound to the data becomes a person in participation of the lower level, where the penetration rule is stored in the rule engine module in advance, and when the rule is used, corresponding access data is collected and sent to the front end, that is, a person in charge in a detail page of the lower level can penetrate to the upper level as a person in participation, and exemplarily, when a user has a role as a person in charge in the first level collection frame 10, the user can be seen as a lower level person in a preset display area corresponding to the third level display frame 9; more specifically, when a member role is given in each hierarchical frame, the member is correspondingly given as a principal of the current hierarchical frame, and meanwhile, the member is bound in the upper hierarchical frame as a subordinate participant, so that the principal in the lower hierarchical frame becomes a participant after penetrating through the upper hierarchical frame, and so on.

In another embodiment, the information system framework may be further configured with a role transformation module, and if it is detected that the role of the member is a principal at the current level, when the role penetrates through the upper level framework, the role of the member corresponding to the data is switched from the principal to the participant through the role transformation module, so that each level is guaranteed to have an informed right to the next level to which the level belongs, and has a passive reporting capability to the previous level to which the level belongs.

In a preferred embodiment, the front-end pages corresponding to the display frame and the collection frame are constructed by calling a prestored H5 page or a code package; specifically, in the front-end development process, one page is written for each detail page, and each detail page needs to be developed independently during development, so that the development steps are complicated, the development time is prolonged, and the problems can be effectively solved by adopting the design of the embodiment, namely only direct calling is needed during development; in addition, because the detail page patterns of the pages of the first-layer display frame 7 and the second-layer display frame 8 are different from those of other levels, a page needs to be designed independently, but because the detail page patterns of the third-layer display frame 9 and each acquisition frame are approximately the same, only one front page can be designed in advance, and the universality of the third-layer display frame 9 and each acquisition frame is realized, so that the design of the embodiment can realize the page design of the detail pages corresponding to at least four levels by only designing three front pages in advance.

On the basis of the above-mentioned embodiment, each front page is provided with a plurality of placement positions 6 for placing the information interaction assemblies 2, and in order to ensure that the front page is in a normal display size, correspondingly, the distance between every two adjacent placing positions 6 is required to be the ratio of the width of the current front end page to the number of the placing positions 6, specifically, the distances between every two adjacent placing positions 6 are equal, after the corresponding information interaction components 2 are arranged at the placing positions 6, the distance between every two adjacent information interaction components 2 is the same, the specific distance information is calculated in advance according to the ratio relation between the width of the front end page where the information interaction components are located and the number of the placing positions 6, therefore, the information interaction assemblies 2 with different numbers can use the width of the front page, and the problem that the front page is deformed due to the excessive number of the information interaction assemblies 2 is solved; in addition, the design of the embodiment can also enable the information interaction component 2 to be adapted to the front-end page sizes of different modules, so as to ensure that the standardized information interaction component 2 can be adapted to front-end pages of any size, wherein the style, number, position or size can be changed as required.

In one embodiment, the base layer 5 is further configured with a message processing module, configured to, if an execution-required message sent from a preset interaction area in any one of the layers is received, display the execution-required message in a preset display area of the first-layer display frame 7, and add a digital identifier at the upper right corner of the execution-required item processing component, where the digital identifier is reduced by skipping to a corresponding detail page and then performing a reply operation based on a user clicking the execution-required message; specifically, the requisite execution message comprises an @ field, if the requisite execution message with the @ field is detected, the requisite execution message is displayed in a preset display area of a top display frame, the number of digital identifications at the upper right corner of the requisite execution processing item assembly is increased, and the number of the digital identifications is correspondingly reduced only after the response of a user is detected or the requisite execution message is processed; in another embodiment, if the information containing @ is sent out from any level of interaction area, the information is determined to be unnecessary to be executed, the information is displayed in a preset display area of the first-layer display frame 7, the number of the numerical identifiers at the upper right corner of the processing component to be executed is increased, and the number of the numerical identifiers is reduced based on the operation that a user clicks the information to jump to the corresponding detail page; in summary, the message can be classified and distributed to the necessary execution and the required execution by adopting the design of the embodiment, so that the user can be helped to orderly process and arrange the things.

On the basis of the foregoing embodiment, the base layer 5 is further configured with a memory module for recording the use habits of the user, and when the user exits and enters again, the user directly jumps to the page opened when the user exits last time, thereby further reducing the user operation steps.

In one embodiment, when a plurality of display frames are arranged, at least a following level control is further configured in the top-level display frame, and if an operation that a user triggers the following level control and a corresponding level is received, display content in the preset display area is updated to data related to the currently triggered level; the data in each level is bound and associated with each shelf frame by adopting the mode, so that the data displayed in the first-layer display frame 7 is provided with the level label and the corresponding sub-service label, the data corresponding to the sub-service is collected, and all the data provided with the sub-service label are correspondingly displayed according to the sub-service switching operation of a user, so that the user can intuitively know the data condition of the corresponding sub-service, and the operation steps are further reduced.

Specifically, the first-layer display frame 7 is correspondingly configured with all hierarchical controls and following hierarchical controls; more specifically, if an operation that a user triggers all hierarchy controls is received, data corresponding to each hierarchy is displayed in a preset display area of the first-layer display frame 7, the data includes a corresponding hierarchy label, and the data is used for determining which hierarchy the data comes from and can jump to a detail page of the hierarchy where the data is located by one click to perform processing operation; the switching process and display of the corresponding following level control are the same, and therefore, the description thereof is omitted here.

For convenience of understanding, the electromechanical management system shown in fig. 8 is taken as an example for explanation, and the electromechanical management system includes: the method comprises the following steps that a plurality of subtasks such as an equipment library, lubrication management, easy maintenance and maintenance, emergency maintenance and temporary tasks are adopted, if the operation that a user triggers all hierarchical controls is received, data such as the corresponding equipment number, the part number, strategies, important matters and comments in each subtask are displayed in a display area corresponding to an electromechanical management system, and the data are used for visually checking and receiving the data of the corresponding subtask on the premise that the user does not need to execute any skip operation; if the operation that the user triggers the following level control and a certain sub-service is received, illustratively, the operation of clicking the vulnerable maintenance sub-service is taken as an example for explanation, at this time, data in a preset display area of the electromechanical management system is updated to data related to the vulnerable maintenance sub-service, so that the user can visually know various data such as equipment data, comment data, important item data and the like related to the vulnerable maintenance sub-service.

Example two

As shown in fig. 6, this embodiment provides a method for developing a multi-level management system, where at least one information system framework as described in any one of the foregoing is applied, when a single system is developed, only one information system framework can be used, when a plurality of micro applications are developed in a large system, a plurality of information system frameworks are correspondingly needed, and the specific development processes are all the same, and the following is exemplified by taking a single system development process as an example, where the method includes:

s101, constructing a front-end page in each layer of display frame and acquisition frame;

s102, calling the required information interaction component 2 from the component library 1 according to development requirements, and configuring the information interaction component 2 at a preset position in a corresponding frame;

s103, binding and associating the data in the information interaction component 2 with the acquisition frame of the corresponding hierarchy thereof so as to display at least the data and the hierarchy label corresponding to the data in a preset display area of the top layer display frame 7;

and S104, the information interaction component 2 is interactively connected with the basic layer 5 so as to call the logic information pre-stored in the basic layer 5.

In a specific embodiment, as shown in fig. 7, a performance management system is correspondingly constructed by using the development method of the present embodiment, and as shown in fig. 8, an electromechanical management system is correspondingly constructed by using the development method of the present embodiment, specific hierarchical information behind each piece of data in the drawing is not shown because a page is limited, hierarchical information is provided in the lower right corner of each piece of display data, for example, statistics from secondary task-daily attendance data is provided in the lower right corner of comment data, and other data are similar, so that redundant description is not given.

EXAMPLE III

As shown in fig. 9, the electronic device 16 is in the form of a general purpose computing device. The components of the electronic device 16 may include at least: one or more processors 13, a memory device 14, and a bus 15 that connects the various system components (including the memory device 14 and the processors 13).

Bus 15 represents one or more of any of several types of bus 15 structures, including a memory bus 15 or memory controller, a peripheral bus 15, an accelerated graphics port, and processor 13 or a local bus 15 using any of a variety of bus 15 architectures. These architectures include, by way of example only, an Industry Standard Architecture (ISA) bus 15, a Micro Channel Architecture (MCA) bus 15, an enhanced ISA bus 15, a Video Electronics Standards Association (VESA) local bus 15, and a Peripheral Component Interconnect (PCI) bus 15.

Electronic device 16 typically includes a variety of computer system readable media. Such media may be any available media that is accessible by electronic device 16 and includes both volatile and nonvolatile media, removable and non-removable media.

The storage 14 may include computer system readable media in the form of volatile Memory, such as Random Access Memory (RAM) 17 and/or cache Memory 18. The electronic device 16 may further include other removable/non-removable, volatile/nonvolatile computer system storage media. By way of example only, storage system 19 may be used to read from and write to non-removable, nonvolatile magnetic media (not shown, and commonly referred to as a "hard drive"). Although not shown, a magnetic disk drive for reading from and writing to a removable, nonvolatile magnetic disk (e.g., a "floppy disk") and an optical disk drive for reading from or writing to a removable, nonvolatile optical disk (e.g., a Compact disk-Read Only Memory (CD-ROM), Digital Video disk (DVD-ROM), or other optical media) may be provided. In these cases, each drive may be connected to bus 15 by one or more data media interfaces. Storage 14 may include at least one program product having a set (e.g., at least one) of program modules 20, with program modules 20 configured to carry out the functions of embodiments of the invention.

A stored program having a set (at least one) of program modules 20 may be stored, for example, in storage 14, such program modules 20 including at least an operating system, one or more application programs, other program modules 20, and program data, each of which examples or some combination may include an implementation of a gateway environment. Program modules 20 generally carry out the functions and/or methodologies of the described embodiments of the invention.

Electronic device 16 may also communicate with one or more external devices 21 (e.g., keyboard, pointing device, camera, display 22, etc.), with one or more devices that enable a user to interact with electronic device 16, and/or with any devices (e.g., network card, modem, etc.) that enable electronic device 16 to communicate with one or more other computing devices. Such communication may be through the I/O interface 23. Also, the electronic device 16 may communicate with one or more gateways (e.g., Local Area Network (LAN), Wide Area Network (WAN), etc.) and/or a public gateway, such as the internet, via the Network adapter 24. As shown, the network adapter 24 communicates with other modules of the electronic device 16 over the bus 15. It should be appreciated that although not shown, other hardware and/or software modules may be used in conjunction with the electronic device 16, including at least: microcode, device drivers, Redundant processing units, external disk drive Arrays, disk array (RAID) systems, tape drives, and data backup storage systems, to name a few.

The processor 13 executes various functional applications and data processing, for example, implementing the methods provided by the above-described embodiments of the present invention, by running a program stored in the storage device 14.

Note that, each embodiment in this specification is described in a progressive manner, and a plurality of embodiments are described with emphasis on differences from other embodiments, and portions that are the same as and similar to each other in each embodiment may be referred to each other.

The foregoing is considered as illustrative of the preferred embodiments of the invention and the technical principles employed. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments described herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, although the present invention has been described in some detail by the above embodiments, the invention is not limited to the above embodiments, and may include other equivalent embodiments without departing from the spirit of the invention, and the scope of the invention is determined by the scope of the appended claims.

Claims (13)

1. An information system framework, comprising:

the component library comprises a plurality of different types of information interaction components;

the display layer comprises a display frame with at least one level, and the required information interaction components are configured in front end pages corresponding to the display frame after being called from the component library;

the acquisition layer comprises an acquisition frame with at least one level, the acquisition frame and the display frame are in parent-child relationship with each other, the same information interaction component is also configured at the position corresponding to the display layer in the front-end page corresponding to the acquisition frame, and the data in the information interaction component and the acquisition frame of the corresponding level are bound and associated, so that at least the data and the label of the corresponding level are displayed in a preset display area of the display frame at the top level;

along the direction from the acquisition layer to the display layer, the data volume displayed in the display area of any one hierarchy is larger than that displayed in the display area of the next hierarchy;

and the basic layer is respectively in interactive connection with the display layer and the acquisition layer, and is at least provided with a database and a plurality of engine modules and algorithm modules required by the operation of the multilevel management system, wherein the pre-stored data is used for being called by each level according to development requirements.

2. The information system framework of claim 1, the data types within each of said information interaction components being of a plurality, the types including at least text, numbers, files, and pictures.

3. The information system framework of claim 1, wherein the collection framework and/or the presentation framework are arranged as a multi-level framework in a parent-child relationship to each other.

4. The information system framework of claim 1, wherein each of the presentation framework and the collection framework is configured with a member management control, the member management control being interactively connected to the plurality of information interaction components such that data associated with user permissions can be displayed within a predetermined display area in each of the frameworks.

5. The information system framework of claim 1, wherein when the display framework is configured to be multiple, at least a following hierarchy control is further configured in the top display framework, and if an operation that a user triggers the following hierarchy control and a corresponding hierarchy is received, display content in the preset display area is updated to data related to the currently triggered hierarchy.

6. The information system framework of claim 1, wherein custom controls are provided in both the presentation framework and the collection framework, the custom controls being configured to add or delete the number of presentation frameworks and/or the number of collection frameworks in response to a development operation.

7. The information system framework of claim 1, wherein each information interaction component is provided with a custom interface for custom modification of the information interaction component according to development needs.

8. The information system framework of claim 1, wherein the acquisition layer interfaces with an external system to acquire data, wherein the external system comprises at least an external connection device, a system, and a user input area.

9. The information system framework of claim 1, wherein the base layer is further configured with a digital ranking module for ranking data within the information interaction component according to preset rules.

10. The information system framework of claim 9, wherein the plurality of engine modules comprises at least: the system comprises a rule engine module, a dynamic form engine module and a workflow engine module;

and a plurality of said algorithm modules comprising at least: encryption algorithms and hierarchical push algorithms.

11. The information system framework of claim 1, wherein the front-end pages corresponding to the presentation framework and the collection framework are constructed by calling a pre-stored H5 page or code package.

12. A method of multi-level management system development employing at least one information system framework as claimed in any one of claims 1 to 11, the method comprising:

constructing a front-end page in each layer of display frame and acquisition frame;

calling a required information interaction component from a component library according to development requirements, and configuring the information interaction component at a preset position in a corresponding frame;

binding and associating the data in the information interaction component with the acquisition frame of the corresponding hierarchy thereof so as to display at least the data and the hierarchy label corresponding to the data in a preset display area of the top layer display frame;

and the information interaction component is interactively connected with the basic layer so as to call the logic information pre-stored in the basic layer.

13. A multi-level management system constructed using the development method of claim 12.

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