CN113496002A - Mobile application platform based on mobile middle station - Google Patents
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Abstract
The invention discloses a mobile application platform based on a mobile middle station, which comprises: a foreground, a mobile middle station and a background; the method comprises the steps that a foreground sends a request to a mobile middle station, the mobile middle station receives and analyzes the request of a foreground, if a system in the background needs to be called, the mobile middle station forwards the content of the request to the system in the background, then response data returned by the system in the background are forwarded to the foreground, and if the system in the background does not need to be called, the mobile middle station directly responds to the request of the foreground and returns the response data to the foreground; the transmission between the foreground and the mobile middle station is in a form of ciphertext, and the transmission between the mobile middle station and the background is in a form of plaintext; the mobile middle station and the background are deployed in an information intranet. The method effectively solves the contradiction between the foreground with flexible, various and rapid changes and the background with relatively slow stable and reliable change speed.
Description
Technical Field
The invention relates to the technical field of mobile application platforms, in particular to a mobile application platform based on a mobile middle station.
Background
Research statistics show that by the end of 2016, the proportion of enterprises using the internet in China reaches 95.6%, and more than 60% of enterprises deploy mobile application platforms. The platforms are mostly composed of various foreground systems and background systems, wherein the foreground is a system directly used or interacted by the end user of an enterprise, such as a website directly used by the user, a mobile phone App, a WeChat public number and the like; the background is the management of core resources and data of the enterprise, such as a financial system, a product system, a customer management system, a warehouse logistics management system and the like.
The foreground needs to interact with the front-end user, which requires the foreground to continuously and rapidly respond to the requirements of the user and to rapidly innovate and iterate. Background systems of many enterprises are more designed to realize information management of backend resources at the beginning of creation, and it is a prerequisite that relatively fixed backend resources are processed and stability is stable. With the increase of enterprise users and the expansion of business range, the problem of unbalanced rate matching of foreground and background combination gradually appears.
In the process of solving the problem of unmatched response speed, most enterprises can select to maintain the stability of the background system and transfer a large number of business systems to the foreground system due to higher cost and risk of background modification, and the scheme can only relieve the problem of unmatched response speed of the foreground and the background in a short period. The introduction of an additional service system causes the content of the foreground system to be continuously expanded, more functions are realized in limited resources, and the response capability of the foreground system is gradually reduced. Few enterprises upgrade or newly build background systems, so that the cost is increased, and the key core data of the enterprises managed by the background systems cannot be directly used by the foreground systems or cannot be rapidly changed due to the limitation of various aspects.
Disclosure of Invention
In order to solve the defects in the prior art, the invention provides a mobile application platform based on a mobile middle station, and solves the problem of unbalanced matching between the front-end request and the background response rate of the mobile application platform.
In order to achieve the purpose, the invention adopts the technical scheme that: a mobile application platform based on a mobile station, comprising: a foreground, a mobile middle station and a background; the method comprises the steps that a foreground sends a request to a mobile middle station, the mobile middle station receives and analyzes the request of a foreground, if a system in the background needs to be called, the mobile middle station forwards the content of the request to the system in the background, then response data returned by the system in the background are forwarded to the foreground, and if the system in the background does not need to be called, the mobile middle station directly responds to the request of the foreground and returns the response data to the foreground;
the transmission between the foreground and the mobile middle station is in a form of ciphertext, and the transmission between the mobile middle station and the background is in a form of plaintext; the mobile middle station and the background are deployed in an information intranet.
Furthermore, the mobile station sets a request queue, when the mobile station sends a large number of requests, the requests are buffered in the request queue, and the mobile station processes the requests and responds in sequence.
Further, the mobile station sets a data buffer.
Further, the foreground includes: the system comprises an enterprise portal App, a business system App and applets.
Further, the mobile station includes: the system comprises a unified authentication system of an original background system, basic configuration management, message pushing, a mobile access gateway, authority control, a mobile terminal management system, user management, application management, a log system and monitoring analysis.
Further, the background includes: a plurality of service systems in the original background system and a relational database;
further, a message push service is deployed in the mobile middle station, and if the client of the foreground is online, the message is directly sent to the client; and if the client is not on-line, sending the message to the client through the manufacturer push service.
Further, the user login process comprises:
after the App of the service system configures the IP address and the port of the service system, the input terminal user name and password information are encrypted and transmitted by the mobile access gateway and then decrypted, the encrypted terminal user name and password information are sent to the middle station unified authentication system for terminal user information verification, after the authentication is passed, the terminal user authority is determined by the unified authentication system, the content which is checked by the App of the service system under the authority is returned according to the terminal user authority, and the binding information of the current terminal user and the mobile equipment is inserted into the mobile terminal management system.
Further, the log information viewing process comprises:
the terminal user requests to check the log information in the service system App, the request is sent to the middle station log system through the mobile access gateway, the log system returns the required log information according to the request content, and the log information is displayed in the service system App after being transferred through the gateway.
Further, the work order processing process comprises the following steps:
when a terminal user processes a work order in a business system App, the business system App sends a complete work order request to a message push service through a gateway, and the message push service acquires complete work order information from a business system and sends the complete work order information to the business system App; and after the terminal user processes the work order, the processing result is sent to the service system through the mobile access gateway, the service system checks the processing result, updates the information and the state of the work order if the processing result passes the check, sends the complete information of the updated work order to the message push service, and displays the complete information of the updated work order to the service system App through the gateway.
The invention achieves the following beneficial effects: the invention introduces the new middle layer of the foreground, which can settle the stable general service capability in the foreground system to the middle layer, simplify the foreground service function and recover the response force of the foreground; and the business capability which needs frequent change or needs to be directly used by the foreground in the background system can be extracted to the foreground layer, so that the business capability is endowed with stronger flexibility and lower change cost, and stronger data and business support is provided for the foreground.
The message service is deployed on an intranet middle station, the intranet and the intranet reuse one set of service, service deployment is simplified, and safety risks brought by the message service deployed on the intranet are reduced. According to whether the message receiving terminal selects the push mode on line or not, the manufacturer channel push service integrates push channels such as apple, millet and Huacheng, adapts to different terminal types, simplifies the original message push logic and reduces the implementation complexity.
Drawings
FIG. 1 is a diagram of the front, middle and back structures of a mobile application platform;
fig. 2 is a basic operation timing diagram of the mobile application platform.
Detailed Description
The invention is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.
Example 1:
as shown in fig. 1, a mobile application platform based on a mobile station includes: a foreground, a mobile middle station and a background; the foreground sends a request to the mobile middle station, the mobile middle station receives and analyzes the request of the foreground, if the background system needs to be called, the mobile middle station forwards the request content to the background system, then encrypts the response data returned by the background and forwards the response data to the foreground, and if the background does not need to be accessed, the mobile middle station directly responds to the request of the foreground and returns the response data to the foreground.
The foreground can be in an information inner network or an information outer network, so that sensitive data such as user names and passwords can be encrypted and then transmitted to the middle station; the mobile middle station and the background are deployed in an information intranet, the mobile middle station decrypts the encrypted ciphertext and sends the encrypted ciphertext to the background, response data returned by the background are transmitted to the middle station in a plaintext form, and the mobile middle station encrypts the plaintext data and sends the encrypted plaintext data to the foreground. Data is transmitted in a ciphertext mode between the foreground and the mobile middle station, safety is guaranteed, plaintext is transmitted between the mobile middle station and the background, and transmission efficiency is improved.
Information intranet: an intranet, a local area network. Hosts within a local area network may communicate with each other, but not with the internet.
An information external network: the internet and the information extranet corresponding to the information intranet.
The mobile station is provided with a request queue, when a large number of requests are sent by the foreground, the requests are cached in the request queue and are sequentially processed and responded, so that on one hand, the requests are prevented from being lost due to overlarge request amount, and on the other hand, the asynchronous response can reduce the pressure brought to the background by high concurrency. In addition, the mobile station sets a data buffer area, and places the data frequently requested by the near foreground in the buffer area, so that the mobile station can quickly respond when the current station requests next time, and the request response time is shortened. When the network environment between the foreground and the middle station or between the middle station and the background is unstable, the data buffer area can temporarily store data, so that the influence caused by network change is reduced.
The core design idea of the three-layer architecture is that an Application Programming Interface (API) is used for connecting a front stage and a middle stage, so that expansion of the front stage caused by data moving is reduced, the middle stage has transverse expansion capability, the background avoids locking a technical product and a data model, and can be flexibly switched to different solutions according to the change of requirements; API services have better engineering properties than SQL (Structured Query Language) scripts.
The mobile middle station is more stable than the foreground and more flexible than the background, the service attribute can support a plurality of foreground service operations, and the middle station can help enterprises to produce and commercialize the existing core capability and extend the existing service ecology for a medium and long term. When a new service system is added, information such as a background system address of the service system is only required to be added to the middle station basic configuration management, and meanwhile, the service system App configures the service system address after being mapped by the gateway, so that convenience, conciseness and dynamic expansion are realized.
The invention also improves the message pushing solution, and both the internal network and the external network need to deploy the message pushing service in the original foreground-background deployment mode. The mobile application platform directly pushes the information to the intranet terminal through the intranet information service. When the information is pushed to the external network terminal, the internal network information service firstly sends the information to the external network information service and then forwards the information to the pushing service of the third party manufacturer, and the pushing service of the third party manufacturer selects a channel to push the information to the external network mobile terminal.
The improved method of the invention comprises the following steps: the message service is deployed in the information intranet mobile middle platform layer, the mobile application platform sends the message to the message pushing service, and if the client of the foreground is online, the message is directly sent to the client. And if the client is not on-line, sending the message to the client through the manufacturer push service. The new deployment mode avoids the need of deploying message services in an information intranet and an information extranet at the same time, reuses a set of services, and improves the service safety. The manufacturer channel push service integrates push channels such as apple, millet and Huache, the Huache uses Huache push for mobile phones, and other types of mobile phones use millet push for receiving notification messages even if the application is not started.
The foreground includes: an enterprise portal App, an App of a business system and an applet;
enterprise portal App: the mobile client of the mobile application platform can integrate a service system App and a built-in small program;
and (3) a service system App: app corresponding to each business system;
the small program: by multiplexing applet technology and HTML5 plug-ins, applets can be used to enforce specifications and constraints for external access or for requirements open to third parties.
The mobile middle station comprises: the system comprises a unified authentication system, a basic configuration management, a message pushing, a mobile access gateway, an authority control, a mobile terminal management, a user management, an application management, a log system, a monitoring analysis and other functional modules of the original background system. Because the data volume of the modules is not too large and the modules need to respond to the foreground requirement at any time, the use frequency of the modules is higher compared with that of a service system.
The unified authentication system comprises: identity authentication for the end user; only the terminal user registered and authorized in the national grid unified authentication system can log in the enterprise portal APP and the business system App, and the unified authentication system is called to perform identity authentication when the terminal logs in.
And (3) basic configuration management: and configuring service information of a background service system including IP address and port number information of the service system at the mobile middle station, configuring the IP address, the port number and the gateway address which are mapped by the gateway in a service system App, and establishing connection for data interaction of a foreground service system App and the background service system.
Message pushing: the method comprises the steps that active message pushing is carried out on user mobile equipment by a mobile application platform message pushing service, wherein the active message pushing comprises a notification message, a work order message and a reminding message; the server can set the type, format and receiving object of the message and edit the content of the message.
A mobile access gateway: in actual service, the network environment of foreground App work includes an enterprise information intranet and an information extranet, but all the service systems corresponding to the enterprise information intranet and the information extranet can only be deployed in the intranet, so that the information extranet and the information extranet need to be 'communicated' by a mobile access gateway, and the data interaction between the intranet and the extranet is realized on the premise of ensuring the data security of the intranet service system.
And (3) authority control: the method is used for controlling the read-write and access authority of the terminal users, each terminal user can only access and process services in the authority range of the terminal user, and the safety problems of data leakage and the like caused by unauthorized access are avoided.
User management: the function module is used for managing system users and terminal users (both working personnel). The method can perform operations of adding users, modifying user data, deleting user information, forbidding users, viewing personal data, modifying departments to which the users belong, modifying various operation authorities and management categories of the users and the like, and can also perform initialization passwords on one or some users.
Mobile terminal management: and recording basic information of the mobile terminal of each access platform and account information for logging in the equipment. The mobile terminal management can realize the functions of equipment auditing, equipment deleting, user locking, data erasing, equipment positioning, terminal ringing and the like. The mobile terminal is divided into an intranet terminal and an extranet terminal, and can only work in a corresponding information intranet and information extranet respectively.
Application management: and managing the mobile application and the small program of the foreground, wherein the management comprises application adding, releasing, modifying, offline, deleting, downloading, installing, opening frequency, application evaluation information of a user and the like.
A log system: all operations related to the platform are recorded and stored in a log form, so that all operations can be traced. The log can be browsed, viewed, deleted in batches, archived and downloaded locally.
Monitoring and analyzing: the method has the advantages that the network state and the application running condition are monitored, the abnormal and collapse conditions in the application use process are mainly recorded, the functions of content management and behavior analysis are provided, the problem is conveniently positioned and timely solved, and powerful support is provided for daily work and decision of operators.
The background includes: each business system in the original background system, such as a marketing application system, a running inspection application system, a distribution and preemption application system and the like, and a relational database;
marketing application system: basic electric marketing services, such as new installation, capacity increase and electricity change, meter reading management, accounting management, electric charge payment, line loss management, asset management, information acquisition, customer relationship management, marketing analysis, auxiliary decision and the like, are the keys for building a digital power grid and an information enterprise.
The operation and inspection application system comprises: the management platform is mainly used for the operation and inspection work of national power grid inspection, overhaul, detection, emergency repair, acceptance inspection, early warning and the like, tasks are automatically distributed and dispatched according to plans, real-time data acquisition is carried out in the whole process during the task, the data of the whole system is visually displayed, the conditions of the whole line and equipment, the conditions of a working site, personnel tracks and the like can be checked in real time, and daily reports, weekly reports, monthly reports, special task reports and the like are automatically generated.
A robbery allocation service system: the distribution network fault emergency repair service system can not only transmit fault information in real time, accurately position fault points, and actively go out to attack and rapidly repair. The system has three characteristics of data sharing, system communication and service fusion, the real-time running condition of the power grid is fully known, organic combination and deep fusion between the distribution network and marketing information are completed, and a distribution network rush-repair management and control platform with extremely high standard degree is formed.
A relational database: and storing the data of all business systems and the logical relationship between the data.
Example 2:
the invention applies the mobile middle station technology to a national power grid enterprise informatization system, namely a mobile application platform. The mobile application platform consists of a mobile application client and a background system, wherein the mobile application client mainly comprises a portal App and a service system App; the background system comprises a unified authentication system, a mobile terminal management system, a user management system, an application management system, a message pushing system, a monitoring analysis system, a marketing application system, a material application system, a running inspection application system and the like. After introducing the concept of the middle station, the foreground of the platform refers to a portal App, apps and applets of all service systems, functional modules provided by the platform, such as a unified authentication system, basic configuration management, message pushing, a mobile access gateway, authority control, mobile terminal management, user management, application management, a log system, monitoring analysis and the like, are all incorporated into the middle station, and all the service systems, such as a marketing application system, a shipping application system, a robbery application system and the like, and a relational database and the like are backstage.
The invention introduces the new middle layer of the foreground, which can settle the stable general service capability in the foreground system to the middle layer, simplify the foreground service function and recover the response force of the foreground; and the business capability which needs frequent change or needs to be directly used by the foreground in the background system can be extracted to the foreground layer, so that the business capability is endowed with stronger flexibility and lower change cost, and stronger data and business support is provided for the foreground.
The message service is deployed on an intranet middle station, the intranet and the intranet reuse one set of service, service deployment is simplified, and safety risks brought by the message service deployed on the intranet are reduced. According to whether the message receiving terminal selects the push mode on line or not, the manufacturer channel push service integrates push channels such as apple, millet and Huacheng, adapts to different terminal types, simplifies the original message push logic and reduces the implementation complexity.
Taking the allocation and preemption service supported by the mobile application platform as an example, the allocation and preemption App operates in an information extranet, the allocation and preemption service system is deployed in an information intranet, and the data interaction of the extranet and the intranet needs to be realized by means of a mobile access gateway. The method comprises the steps of firstly configuring the address, the port and the database information of a pre-robbing service system in a mobile access gateway, configuring the address information mapped by the mobile access gateway in a pre-robbing App, and establishing the connection between the pre-stage pre-robbing App and a background pre-robbing service system. The gateway address mapping hides the real service system address, and enhances the confidentiality and the safety of data.
After the IP address and the port of the service system for allocating the robbery are allocated by the allocated robbery App, an administrator inputs the user name and password information of a terminal user, the user name and password information is encrypted and transmitted through a mobile access gateway and then decrypted, the encrypted information is sent to a middle station unified authentication system for verifying the information of the terminal user, after the authentication is passed, the authority of the terminal user is determined through the unified authentication system, the content which is checked by the terminal user in the allocated robbery App is returned according to the authority of the terminal user, the binding information of the current terminal user and the mobile equipment is inserted into a mobile terminal management system, and the binding information comprises the information of the mobile equipment, the information of the terminal user logging in the mobile equipment and the time. The sequence diagram of message interactions is shown as the "user login" section in FIG. 2.
The terminal user checks the log information when requesting to allocate the robbing App, the request is sent to the middle station log system through the mobile access gateway, the log system returns the required log information according to the request content, and the log information is displayed on the allocation robbing App after being transferred through the gateway. And a background system is not required to be accessed, so that the response time is shortened. The message interaction timing diagram is shown as the "log view" section in FIG. 2.
When a terminal user processes a work order in a service system App, because the work order information sent by message push received by a terminal user account generally only comprises key information but not all information, the service system App firstly sends a complete work order request to a message push service through a gateway, the message push service acquires complete work order information from a service system and sends the complete work order information to the service system App, after the terminal user processes the work order, the processing result is sent to the service system through a mobile access gateway, the service system checks the processing result, if the check is passed, the work order information and the state are updated, the updated complete work order information is sent to the message push service, and the updated complete work order information is displayed to the service system App through the gateway. And if other operations are required to be carried out on the work order, the flow of work order processing is repeatedly executed. The sequence diagram of the message interaction is shown as the "work order processing" section in FIG. 2.
The portal App, each service system App, the small programs and other embedded applications are all applied to the application management of the mobile middle station, and when the application is released by the middle station, gray level release can be selected, namely, the application is visible only for a specific organization or a terminal user in a grouping mode. When the new version is released, forced upgrade can be set, and the client forcibly installs the latest version.
The foreground initiates a request, each module of the middle station processes the request, if the corresponding service system needs to be accessed, the middle station forwards the request to the background, and replies response information returned by the background to the foreground through the middle station; the middle station directly and quickly responds to the foreground without accessing the background. In the whole process, all the interactive operations with the middle station and the background are recorded in the log; and detecting the running condition and the network state of the application and recording the result.
As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The above description is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, several modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.
Claims (10)
1. A mobile application platform based on a mobile station, comprising: a foreground, a mobile middle station and a background; the method comprises the steps that a foreground sends a request to a mobile middle station, the mobile middle station receives and analyzes the request of a foreground, if a system in the background needs to be called, the mobile middle station forwards the content of the request to the system in the background, then response data returned by the system in the background are forwarded to the foreground, and if the system in the background does not need to be called, the mobile middle station directly responds to the request of the foreground and returns the response data to the foreground;
the transmission between the foreground and the mobile middle station is in a form of ciphertext, and the transmission between the mobile middle station and the background is in a form of plaintext; the mobile middle station and the background are deployed in an information intranet.
2. A mobile application platform based on a mobile station as claimed in claim 1, characterized in that the mobile station is provided with a request queue, in which requests are buffered when the mobile station sends a large number of requests, and the mobile station processes the requests and responds in turn.
3. A mobile application platform based on a mobile station according to claim 1, characterized in that the mobile station is provided with a data buffer.
4. A mobile application platform based on a mobile station according to claim 1, wherein said foreground comprises: the system comprises an enterprise portal App, a business system App and applets.
5. A mobile application platform based on a mobile station according to claim 4, wherein said mobile station comprises: the system comprises a unified authentication system of an original background system, basic configuration management, message pushing, a mobile access gateway, authority control, a mobile terminal management system, user management, application management, a log system and monitoring analysis.
6. A mobile application platform based on a mobile station according to claim 5, wherein said background comprises: a plurality of service systems in the original background system and a relational database.
7. A mobile application platform based on a mobile station as claimed in claim 1, wherein the message push service is deployed in the mobile station, and if the client of the foreground is online, the message is directly sent to the client; and if the client is not on-line, sending the message to the client through the manufacturer push service.
8. A mobile application platform based on a mobile station according to claim 6, wherein the user login procedure comprises:
after the App of the service system configures the IP address and the port of the service system, the input terminal user name and password information are encrypted and transmitted by the mobile access gateway and then decrypted, the encrypted terminal user name and password information are sent to the middle station unified authentication system for terminal user information verification, after the authentication is passed, the terminal user authority is determined by the unified authentication system, the content which is checked by the App of the service system under the authority is returned according to the terminal user authority, and the binding information of the current terminal user and the mobile equipment is inserted into the mobile terminal management system.
9. A mobile application platform based on a mobile station according to claim 6, wherein the log information viewing procedure comprises:
the terminal user requests to check the log information in the service system App, the request is sent to the middle station log system through the mobile access gateway, the log system returns the required log information according to the request content, and the log information is displayed in the service system App after being transferred through the gateway.
10. A mobile application platform based on a mobile station as claimed in claim 6, wherein the work order processing procedure comprises:
when a terminal user processes a work order in a business system App, the business system App sends a complete work order request to a message push service through a gateway, and the message push service acquires complete work order information from a business system and sends the complete work order information to the business system App; and after the terminal user processes the work order, the processing result is sent to the service system through the mobile access gateway, the service system checks the processing result, updates the information and the state of the work order if the processing result passes the check, sends the complete information of the updated work order to the message push service, and displays the complete information of the updated work order to the service system App through the gateway.
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