CN116775665A - Full-automatic task release system based on daily operation and maintenance management of expressway - Google Patents
Full-automatic task release system based on daily operation and maintenance management of expressway Download PDFInfo
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Abstract
The application discloses a full-automatic task release system based on expressway daily operation and maintenance management, which comprises a data layer, a service layer and an application layer, wherein the data layer splits service data according to the minimum dimension and stores the service data in a database; the service layer splits according to the dimension of the business service and outputs the split to the application layer; the application layer classifies different services output by the service layer according to three dimensions of a background management controller, an enterprise communication controller and an electromechanical operation and maintenance controller, and the corresponding services are independently controlled. The application can realize the optimization and improvement of each business process in the enterprise, and help the enterprise to realize more efficient and reliable operation.
Description
Technical Field
The application relates to the technical field of daily operation and maintenance management of expressways, in particular to a full-automatic task release system based on daily operation and maintenance management of expressways.
Background
With the continuous promotion of the high-speed development and digital construction of the business of the related enterprises of the daily operation and maintenance management of the expressway, the business related system, the business related process, the business related unit, the business related hierarchy and the business related personnel are greatly increased, and the task issuing and information reporting modes of the traditional process can not meet the current business situation: the traditional process of issuing tasks layer by layer through paper materials has some problems, including single process efficiency, long process flow time consumption, delay of road section information and the like, and the requirements on real-time performance and accuracy of related business and event information are high for group management personnel, group business personnel, division management personnel and toll station personnel. This situation may lead to untimely task allocation, unsmooth task execution, inaccurate task information, and further affect the overall operation efficiency of the company.
Disclosure of Invention
The application aims to provide a full-automatic task issuing system based on daily operation and maintenance management of an expressway, which aims to solve the technical problem of how to improve the instantaneity and accuracy of daily operation and maintenance management business of the expressway.
The application is realized by adopting the following technical scheme: the full-automatic task release system based on the daily operation and maintenance management of the expressway comprises a data layer, a service layer and an application layer, wherein the data layer splits service data according to the minimum dimension and stores the service data in a database; the service layer splits according to the dimension of the business service and outputs the split to the application layer; the application layer classifies different services output by the service layer according to three dimensions of a background management controller, an enterprise communication controller and an electromechanical operation and maintenance controller, and the corresponding services are independently controlled.
Furthermore, the system also comprises an interface layer, wherein the interface layer adopts a layered design, and uniformly outputs a system interface to the front end, so that the front end and the rear end of the application are separated and deployed.
Further, the service data includes one or more of a personnel data table, a personnel playing configuration data table, a personnel enterprise communication configuration data table, a playing record data table, a task data table, a road network monitoring data table, a maintenance data table, a department data table, a role label data table, a department personnel configuration data table and a role personnel configuration data table.
Further, the business services include one or more of a task service, a message push service, a data extraction service, a data storage service, an enterprise communication service, an electromechanical operation and maintenance docking service, a rendering service, and a logging service.
Further, the service layer comprises a timing task module, wherein the timing task module is used for setting the execution time and the execution frequency of the task.
Further, the service layer includes a custom task module, where the custom task module is configured to customize task types, templates, issue periods, and issue objects.
Further, the application layer comprises a task execution state monitoring module and a task execution data statistical analysis module, wherein the task execution state monitoring module is used for realizing real-time monitoring of the task execution state and comprises a task execution progress, an execution result and a failure reason; the task execution data statistical analysis module is used for analyzing and summarizing task execution conditions and providing references for optimizing and improving the system.
Further, the application layer comprises a road section information management module, wherein the road section information management module is used for managing the road section information of the expressway and comprises a road section name, a starting point, a road section length and a road section state.
Further, the application layer comprises a report management module, wherein the report management module is used for counting and analyzing various data in the system and generating a task execution report and a road section information report.
Further, the database uses a database cluster or a database table hash.
The application has the beneficial effects that: the application realizes the comprehensive monitoring and control of the data and information of each aspect in the group, can realize the real-time analysis and processing of key business data such as traffic flow, vehicle information, charging information and the like, and provides important support for business decision of the group; in actual business operation, the application can also help the manager, business personnel, department manager, toll gate personnel and other posts in the group to realize efficient information sharing and collaborative work, thereby more effectively managing and controlling the business processes of the group, and simultaneously, can realize optimization and improvement of the business processes in the group and help the group to realize more efficient and reliable operation.
The task issuing and executing are automatic, and manual intervention is not needed, so that errors and delays caused by manual operation are avoided. Meanwhile, the application also has an intelligent scheduling function, and can rapidly respond and schedule the most suitable personnel and equipment to execute the task, so that the task allocation is more reasonable and efficient. In addition, the application also supports the reporting and analysis of real-time data, and can help the manager to quickly know the progress situation of task execution and the existing problems, thereby better making decisions and adjusting.
The application can effectively improve the real-time performance and accuracy of the service, realize the efficient management and control of all aspects in the group and the cooperative work, and provide powerful support for the service development of the group.
Drawings
In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, and it is obvious that the drawings in the following description are only some embodiments of the present application, and other drawings may be obtained according to the structures shown in these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a block diagram of a system of the present application;
FIG. 2 is a schematic diagram of data exchange when a user logs in for the first time;
fig. 3 is a schematic diagram of data exchange during daily login of a user.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present application more apparent, the technical solutions of the embodiments of the present application will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present application, and it is apparent that the described embodiments are some embodiments of the present application, but not all embodiments of the present application. The components of the embodiments of the present application generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
It should be noted that: like reference numerals and letters denote like items in the following figures, and thus once an item is defined in one figure, no further definition or explanation thereof is necessary in the following figures.
Some embodiments of the present application are described in detail below with reference to the accompanying drawings. The following embodiments and features of the embodiments may be combined with each other without conflict.
Example 1
Referring to fig. 1, a full-automatic task publishing system based on expressway daily operation and maintenance management comprises a data layer, a service layer and an application layer, wherein the data layer splits service data according to minimum dimension and stores the service data in a database; the service layer splits according to the dimension of the business service and outputs the split to the application layer; the application layer classifies different services output by the service layer according to three dimensions of a background management controller, an enterprise communication controller and an electromechanical operation and maintenance controller, and independently controls corresponding services.
In this embodiment, the data layer splits the service data into a personnel data table, a personnel update configuration data table, a personnel enterprise WeChat configuration data table, an update record data table, a task data table, a road network monitoring data table, a maintenance data table, a department data table, a role (tag) data table, a department personnel configuration data table and a role personnel configuration data table according to the minimum dimension, which not only can meet the current service development requirement, but also is convenient for subsequent expansion development. And splitting the service data according to the minimum dimension, reducing the redundancy of the database table to the maximum extent, and increasing the later expansibility of the database to the maximum extent.
Large websites have complex applications that must use databases, and thus the bottleneck of a database can quickly manifest when faced with a large number of accesses, and a database will soon fail to meet the application, thus requiring the use of database clusters or database table hashes. The mentioned database clusters are limited by the type of DB employed in terms of architecture, cost, and scalability, so that it is necessary to consider improving the system architecture from the application point of view, and library table hashing is a common and most effective solution. The method comprises the steps of installing a service and an application or a functional module in an application program to separate databases, wherein different modules correspond to different databases or tables, then carrying out smaller database hash on a certain page or function according to a certain strategy, such as a user table, and carrying out table hash according to a user ID, so that the system performance can be improved at low cost and the expansibility is good.
In this embodiment, the service layer splits the system into a task service, a message push service, a data extraction service, a data storage service, an enterprise micro service, an electromechanical operation and maintenance docking service, a playing service, and a log record service according to the dimension of the service, and outputs the task service, the message push service, the data extraction service, the data storage service, the enterprise micro service, the electromechanical operation and maintenance docking service, the playing service, and the log record service in a single service unit, so that a specific service can be added, deleted, and upgraded conveniently.
The service layer comprises a timing task module, a self-defined task type module, a self-defined task template module, a self-defined configuration issuing period module and a self-defined issuing object module, wherein the timing task module is responsible for executing tasks at regular time, can set parameters such as execution time and execution frequency of the tasks, and can give an alarm in time when the task execution is in error; the self-defined task type module provides flexible task type creation and management functions, and can self-define the types of tasks according to different business requirements, including task names, task descriptions, task execution logic and the like; the self-defining task template module realizes the function of self-defining task templates, and a user can create task templates according to actual needs, wherein the task templates comprise task names, execution logic, execution time, execution frequency and the like; the self-defined configuration issuing period module provides a function of automatically issuing configuration according to a certain period, and the issuing period can be set according to different business requirements, including daily, weekly, monthly and the like; the custom issuing object module provides the function of issuing tasks according to different dimensions of departments, roles, user groups and the like, and can set issuing objects according to different service requirements to realize accurate task issuing.
The service layer may implement the following functions: timing task optimization function: the timing tasks in the system are optimized, the conventional operation bottleneck is broken through, and the execution efficiency and accuracy of the tasks are improved. By optimizing the execution logic of the timing task, the integration and optimization of multiple sets of execution logic of the same type of task can be realized, and the execution efficiency and precision of the task are improved. Meanwhile, the timing task optimization can also accelerate the execution speed of the task, reduce the execution delay of the task and improve the response speed of the system. Custom task functions: the functions of customizing task types, customizing task templates, customizing configuration issuing periods and customizing issuing objects are realized. Through the self-defining task function, the requirements of different users can be met, and the working efficiency and satisfaction of the users are improved. The user can customize the task type and the template according to the own needs, set different issuing periods and issuing objects, realize personalized customization of the task and improve the execution efficiency and the accuracy of the task. Issue object management function: different issuing object management functions such as issuing according to departments, issuing according to roles, issuing according to user groups and the like are realized. By issuing object management, the target crowd of the task can be managed in a refined mode, and the execution efficiency and the execution precision of the task are improved. The user can select different issuing objects according to the requirements of the task, so that the accurate positioning and management of target groups are realized, and the execution effect and efficiency of the task are improved.
Because the system needs to bear a large number of user accesses in a short time and needs to be stable and smooth, in order to solve the large concurrency problem, the system adopts the following key technology: HTML staticization, for applications that are frequently accessed but have very small content updates, can be considered to be implemented using HTML staticization, can be managed in the background and stored in the database again, and a substantial amount of this information is called by the foreground program, but the update frequency is very small, and can be considered to be made static when the portion of the content is updated in the background, so that a substantial database access request is avoided.
Picture server separation: for Web servers, whether Apache, IIS, nginx or other containers, pictures are the most resource consuming, and it is then necessary to separate the pictures from the pages. The architecture can reduce the pressure of a server system for providing page access requests, can ensure that the system cannot crash due to picture problems, and can perform different configuration optimization on an application server and a picture server, for example, nginx can support as few as possible when configuring ContentType, and can ensure higher system consumption and execution efficiency with as few loadmodules as possible.
Database cluster and library table hash: large websites have complex applications that must use databases, and thus the bottleneck of a database can quickly manifest when faced with a large number of accesses, and a database will soon fail to meet the application, thus requiring the use of database clusters or database table hashes. The mentioned database clusters are limited by the type of DB employed in terms of architecture, cost, and scalability, so that it is necessary to consider improving the system architecture from the application point of view, and library table hashing is a common and most effective solution. The method comprises the steps of installing a service and an application or a functional module in an application program to separate databases, wherein different modules correspond to different databases or tables, then carrying out smaller database hash on a certain page or function according to a certain strategy, such as a user table, and carrying out table hash according to a user ID, so that the system performance can be improved at low cost and the expansibility is good.
Message subscription service: messages for the real-time class are provided through a message subscription service. Including MQ, KAFKA, etc. The system provides topic and content based message subscription supporting timing and event driven message push services.
In this embodiment, the application layer classifies the output different services according to three dimensions of the background management controller, the enterprise WeChat controller, and the electromechanical operation and maintenance controller, so that the corresponding services can be controlled independently.
The application layer comprises a road section information management module, a task execution state monitoring module, a task execution data statistical analysis module and a report management module, wherein the road section information management module is used for managing the road section information of the expressway and comprises the information of road section names, starting points, road section lengths, road section states and the like, and meanwhile, inquiry, editing, deletion and the like of the road section information can be performed; the task execution state monitoring module realizes real-time monitoring of the task execution state, comprises information such as task execution progress, execution results, failure reasons and the like, and can timely discover and solve the problem of task execution errors; the task execution data statistical analysis module provides a statistical analysis function for task execution data, can analyze and summarize task execution conditions, and provides references for further optimizing and improving the system; the report management module provides statistics and analysis for various data in the system, can generate various reports, such as task execution reports, road section information reports and the like, and is convenient for a user to monitor and manage the running condition of the system.
The application layer includes the following functions: road segment information management: and the management and the update of the highway section information are realized. The road section information can be updated in time through road section information management, and accuracy and instantaneity of road conditions are guaranteed. Meanwhile, the road section information management can also improve the perception capability of the system on road section information, realize intelligent analysis and prediction of road conditions and improve the intelligent degree of the system.
And (3) flow management: and the management and optimization of the daily operation and maintenance management workflow of the expressway are realized. Through flow management, the operation and maintenance management workflow can be integrated and optimized, and the working efficiency and the precision are improved. Meanwhile, the flow management can also accelerate the circulation speed of the workflow, reduce the flow circulation time consumption and improve the working efficiency and the service quality.
In this embodiment, the interface layer adopts a hierarchical design, and outputs the system interfaces to the front end in a unified manner, so as to realize the separation and deployment of the front end and the rear end of the application, reduce the code coupling of the front end and the rear end, improve the aggregation of the unit modules, and improve the efficiency of the dynamic server. The interface layer comprises a database interface design module which is responsible for the management and maintenance of the database, and realizes the functions of data storage and reading, database backup and recovery, and the like. The design of the database interface is optimized, and the performance and stability of the database are improved. Through excellent database interface design, the data reading and writing speed can be increased, the access delay of a database is reduced, and the response speed of the system is improved. Meanwhile, the database interface design can also ensure the safety of the data and prevent the data from being tampered or leaked maliciously. As shown in fig. 2 and 3, the exchange of each data is performed by logging in and accessing to the operation and maintenance terminal through the mobile phone. Specifically, fig. 2: when a user logs in the full-automatic task release system for the first time, the mobile phone number is compared with personnel information of the operation and maintenance system, a binding relation is established after the comparison is successful, the operation and maintenance system returns a session token to the full-automatic task release system through identity verification, a data transmission channel of the operation and maintenance system and the full-automatic task release system is established at the moment, and the user can access the operation and maintenance system and operate the full-automatic task release system. Fig. 3: when a user logs in daily, the proxy service of the full-automatic task issuing system completes identity verification at the back end according to the binding relation established by the first login, at the moment, the operation and maintenance system can transmit the time stamp and the password when the verification is successful back to the full-automatic task issuing system, at the moment, the establishment of a bidirectional data transmission channel is completed, and the user can operate normally.
The embodiment is based on enterprise WeChat, and adopts an automatic mode to automatically generate and issue and monitor task execution conditions according to different time periods and different task demands. This automated approach may make the management work more efficient and accurate, thereby saving labor costs. Meanwhile, the application can also monitor and check the task execution condition and assist management personnel in adjusting management decisions. By analyzing the task data, the system can clearly know the task completion condition of each toll station, each department and the management department, thereby reducing the labor cost of management. Meanwhile, through analysis of the gridding management platform data, the alarm and prompt problems of each level can be known, and therefore the problems in operation and maintenance are reduced. In this way, the overall management flow becomes smoother and more efficient. In addition, the system is widely applied to other aspects such as staff management, information release, performance assessment and the like besides achieving a certain effect on the aspects of patrol and task making of the internal insurance.
For the foregoing embodiments, a series of combinations of actions are described for simplicity of description, but it should be understood by those skilled in the art that the present application is not limited by the order of actions described, as some steps may be performed in other order or simultaneously in accordance with the present application. Further, it should be understood by those skilled in the art that the embodiments described in the specification are preferred embodiments and that the actions involved are not necessarily required for the present application.
In the above embodiments, the basic principle and main features of the present application and advantages of the present application are described. It will be appreciated by persons skilled in the art that the present application is not limited by the foregoing embodiments, but rather is shown and described in what is considered to be illustrative of the principles of the application, and that modifications and changes can be made by those skilled in the art without departing from the spirit and scope of the application, and therefore, is within the scope of the appended claims.
Claims (10)
1. The full-automatic task release system based on the daily operation and maintenance management of the expressway is characterized by comprising a data layer, a service layer and an application layer, wherein the data layer splits service data according to the minimum dimension and stores the service data in a database; the service layer splits according to the dimension of the business service and outputs the split to the application layer; the application layer classifies different services output by the service layer according to three dimensions of a background management controller, an enterprise communication controller and an electromechanical operation and maintenance controller, and the corresponding services are independently controlled.
2. The full-automatic task release system based on the daily operation and maintenance management of the expressway as claimed in claim 1, further comprising an interface layer, wherein the interface layer adopts a layered design, and uniformly outputs a system interface to the front end, so that the application front end and the application rear end are separated and deployed.
3. The fully automatic task distribution system based on daily operation and maintenance management of an expressway according to claim 2, wherein said business data includes one or more of a personnel data table, a personnel update configuration data table, a personnel enterprise communication configuration data table, an update record data table, a task data table, a road network monitoring data table, a maintenance data table, a department data table, a role label data table, a department personnel configuration data table, and a role personnel configuration data table.
4. The fully automatic mission publication system of claim 2, wherein the business services include one or more of mission services, message push services, data extraction services, data storage services, enterprise communication services, electromechanical operation and maintenance docking services, rendering services, and logging services.
5. The system for distributing tasks based on the daily operation and maintenance management of the highway according to claim 2, wherein said service layer comprises a timing task module for setting the execution time and execution frequency of the tasks.
6. The system for distributing tasks based on highway daily operation and maintenance management according to claim 2, wherein said service layer comprises a custom task module for customizing task types, templates, distribution periods and distribution objects.
7. The full-automatic task release system based on daily operation and maintenance management of the expressway as claimed in claim 2, wherein said application layer includes a task execution status monitoring module and a task execution data statistics and analysis module, said task execution status monitoring module is used for implementing real-time monitoring of task execution status, including task execution progress, execution result and failure cause; the task execution data statistical analysis module is used for analyzing and summarizing task execution conditions.
8. The system of claim 2, wherein the application layer comprises a road segment information management module for managing road segment information of the expressway, including road segment name, start/stop point, road segment length and road segment status.
9. The system of claim 2, wherein the application layer includes a report management module for statistics and analysis of various data in the system, including generating task execution reports and road segment information reports.
10. The fully automatic task distribution system based on daily operation and maintenance management of an expressway according to any one of claims 1 to 9, wherein said database uses database clusters or database table hashes.
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