CN114118752A - OMS-based platform and evaluation method for finishing secondary equipment risk evaluation by one key - Google Patents

Abstract

The invention relates to the technical field of secondary equipment risk assessment application, and discloses a platform for completing secondary equipment risk assessment by one key based on an OMS (operation management system), which comprises an MP (MP protocol stack), a PMS (permanent magnet synchronous generator), an OMS (operation management system) and an ETL (extract-transform-load), wherein the MP platform is based on a J2EE system structure, adopts a B/S (browser/Server) architecture, and is based on JDK1.6 to carry out system architecture, the device has a simple structure and a novel design, does not need to repeatedly input the completion conditions in a risk management and control system and the PMS of the Guangxi power grid, reduces the workload and the cooperation time among business departments, is beneficial to improving the working efficiency of teams, does not need to manually collect the state quantity information of all secondary equipment from different information systems, adopts system sorting, has high sorting and analysis efficiency, is convenient to sort the evaluations of a plurality of equipment, is not easy to make mistakes, improves the accuracy of equipment evaluation, reduces manual operation, has an OMS equipment risk assessment import model, and leads to greatly reduce the equipment state evaluation workload, the risk assessment efficiency of the equipment is high, and the method is suitable for wide popularization.

Description

OMS-based platform and evaluation method for finishing secondary equipment risk evaluation by one key

Technical Field

The invention relates to the technical field of secondary equipment risk assessment application, in particular to a platform and an assessment method for completing secondary equipment risk assessment based on one key of an OMS (operation and maintenance system).

Background

According to the construction idea of large concentration and large unification of the south network, the whole-area popularization and application of the PMS are carried out, wherein information management is already realized by primary equipment risk management and control, production task management and primary operation risk management and control. However, an incidence relation is not established with the power grid risk management and control module, so that the risk analysis and evaluation of the primary equipment cannot be performed with reference to the evaluation result of the power grid risk. The control measures of the grid risk cannot be realized by being associated with the production plan to land and execute. In addition, secondary equipment state assessment and secondary operation risk management and control functions are not built, and how to assess and control secondary equipment and secondary operation risk is lack of corresponding informatization technology. The deployment mode of the server adopts two servers, the application server and the file server share one server, the middleware of the server adopts Tomcat, and meanwhile, the server is used for storing documents, pictures and other attachments related to risk management and control measures.

However, the existing secondary equipment risk assessment system needs the staff to repeatedly enter and complete the situation in the risk management and control system and the PMS of the Guangxi power grid, increases the workload and the coordination time among business departments, is not beneficial to improving the working efficiency of teams and groups, needs to collect the state quantity information of all secondary equipment from different information systems, has more evaluation index items, large evaluation equipment quantity and huge equipment state evaluation workload, after the secondary equipment state information is collected, collected data need to be sorted and analyzed according to evaluation rules of various evaluation indexes, the process is complex, the manual sorting and analysis efficiency is low, in addition, the number of evaluated equipment is large, errors are prone to occurring, the equipment evaluation accuracy is reduced, an OMS equipment risk evaluation import model is not available in a secondary equipment risk evaluation system at present, the equipment state evaluation workload is huge, and the equipment risk evaluation effectiveness is low.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a platform and an evaluation method for finishing secondary equipment risk evaluation by one key based on an OMS, which do not need to repeatedly input the completion condition in a risk control system and a PMS of a Guangxi power grid, reduce the workload and the cooperation time among business departments, are favorable for improving the working efficiency of teams, do not need to manually collect the state quantity information of all secondary equipment from different information systems, have the advantages of high efficiency of system sorting and analysis, convenience in sorting the evaluation of a plurality of equipment, difficult error, improvement on the accuracy of equipment evaluation, reduction in manual operation, lead-in model of OMS equipment risk evaluation, great reduction in the equipment state evaluation workload and higher equipment risk evaluation efficiency, and solve the problem that the conventional secondary equipment risk evaluation system needs workers to repeatedly input the completion condition in the risk control system and the PMS of the Guangxi power grid, the method has the advantages that the coordination time between workload and business departments is increased, improvement of working efficiency of teams and groups is not facilitated, state quantity information of all secondary equipment is not required to be collected from different information systems, evaluation index items are multiple, the quantity of the evaluation equipment is large, collected data are required to be sorted and analyzed according to evaluation rules of various evaluation indexes after the secondary equipment state information is collected, process work is complicated, manual sorting and analysis efficiency is low, in addition, the quantity of the evaluated equipment is large, errors are prone to occurring, accuracy of equipment evaluation is reduced, an OMS equipment risk evaluation import model is not available in a secondary equipment risk evaluation system at present, and accordingly the problems that equipment state evaluation workload is huge and equipment risk evaluation effectiveness is low are caused.

(II) technical scheme

In order to realize the situation that the repeated entry of the situation in the risk management and control system and the PMS of the Guangxi power grid is not needed, the workload and the coordination time between business departments are reduced, the working efficiency of teams and groups is favorably improved, the state quantity information of all secondary equipment is not needed to be collected from different information systems manually, the system sorting is adopted, the sorting and analysis efficiency is high, the evaluation of a plurality of equipment is convenient to sort, the error is not easy to occur, the accuracy of the equipment evaluation is improved, the manual operation is reduced, and the purposes that the equipment state evaluation workload is greatly reduced and the equipment risk evaluation effect is higher due to the OMS equipment risk evaluation import model are achieved, the invention provides the following technical scheme: the platform for finishing the secondary equipment risk assessment by one key based on the OMS comprises an MP platform, a PMS, the OMS and an ETL, wherein the MP platform is based on a J2EE system structure, adopts a B/S architecture and is based on a JDK1.6 system architecture, the MP platform comprises a presentation layer, a logic layer, a persistence layer and a storage layer, the PMS is used for acquiring a maintenance and repair plan with an established incidence relation, updating the completion condition of a secondary equipment risk control measure list and displaying the detailed execution condition of the maintenance and repair plan, and the OMS is used for acquiring the counter measure execution condition, operation and service evaluation and power grid risk data, providing data support for evaluation indexes such as counter measure condition, familial condition and equipment accident event of protecting equipment state evaluation, and acquiring data such as power grid reference risk, monthly maintenance risk and risk early warning through an interface with the OMS.

Preferably, the presentation layer comprises basic UI components such as MiniUI, bootstrap, Echarts, run-dry reports, a fast form rendering engine and an MVC form rendering engine, and the MiniUI is used for a developer to quickly create typical WEB application system interfaces such as Ajax no refresh, B/S fast input data, CRUD, Master-Detail, menu toolbar, pop-up panel, layout navigation, data verification, paging table, tree and tree table.

Preferably, the bootstrap is an HTML, CSS and JS front-end development framework, has concise and attractive effects, is used for unifying interface styles of systems, the Echarts is a pure Javascript diagram library, is used for smoothly running on a PC and a mobile device, is compatible with most current browsers, provides visual, vivid and interactive data visualization diagrams which can be customized in a high degree, supports linkage and mixed display of multiple diagrams and components, greatly enhances user experience due to innovative characteristics of dragging, recalculation, data view, value range roaming and the like, gives users the capability of mining and integrating data, the report is a pure JAVA enterprise-level report tool, supports embedded deployment and seamless integration of a J2EE system, supports various common operating systems at a server end, supports various common relational databases and various application servers of J2EE, and is displayed in a standard pure HTML manner at a client end, the fast form rendering engine and the MVC form rendering engine are used for rendering and outputting a business form drawn by modeling of an MP platform, for a simpler business form, a form can be drawn by a modeling tool of the platform in a self-defining mode rapidly, and the fast form rendering engine is used for rendering and outputting the form, and for a more complex business form, has higher requirements on the aspects of interface performance, dynamic display effect and the like, and can be used for rendering and outputting by using the form rendering engine based on the MVC mode.

Preferably, the logic layer includes a portal component, a user organization management, a role authority management, a flow engine, a user-defined form and a data modeling, the portal component is used for displaying contents such as a home page, a workbench and the like, can realize the layout of a user-defined portal module (Portlet), can be defined according to the actual conditions of a project, the user organization management is used for providing a multi-level organization model and managing door mechanisms and user information, the role authority management is used for realizing the role-based authority management function and providing group level authority control, managers can be assigned to branches at different levels, and different operation authorities are matched, views such as 'personnel role maintenance' and 'role personnel maintenance' are provided, and from different subject angles, so that the corresponding relationship between maintenance personnel and roles is facilitated.

Preferably, the process engine is configured to provide functions of process definition, flow initiation, process monitoring, task dispatching, and the like, perform process definition in a graphical visualization manner, and support process control models such as sequence, conditional branching, synchronization, aggregation, and circulation, the customized form provides a visual form definition modeling tool through the MP platform, customizes various form pages for service management, and provides functions of form verification and correlation storage, the data modeling is configured to model service data through the modeling tool of the MP platform, and automatically generate a physical storage table, configure a display scheme of the system based on the data model, process a logic script, and the like, encapsulate a service model designed for complex service logic in a service logic component, and interact with platform services using a class library and an interface in an SDK (software development kit) provided by the MP platform, and processing the service data in a model-driven mode, and outputting a data entity object for the presentation layer.

Preferably, the persistent layer includes a data access component, a transaction management component and a multiple data source management component in the MP platform SDK, the data access component supports Hibernate and JFinal data access frameworks to perform data access operations, and provides a uniform data access interface, without knowing implementation details of the underlying data access framework, Hibernate is an object relational mapping framework of open source code, and performs very lightweight object encapsulation on JDBC, so that Java programmers can manipulate a database at will using object programming thinking, JFinal is a lightweight and easily extensible ORM framework, and can simultaneously support multiple data sources, multiple dialects, multiple caches, multiple transaction levels, and other characteristics, and the system performs database operations through the uniform data access interface, and automatically manages database transactions through the "transaction management component".

Preferably, the storage layer comprises a relational database and a file system, the relational database is used for storing structured data, the relational database is established on the basis of a relational database model, data in the database is processed by concepts and methods such as set algebra and the like, the system supports mainstream domestic and foreign databases, the file system comprises file directory management, file management and file copying, remote access to directories and files is realized through FTP, local file management is carried out through a file system interface, a file service interface is provided for the outside, each application can issue files or acquire specific files issued by other applications through the service interface, and transparent transmission of the files across a security zone is realized.

Preferably, the ETL is used to describe a process of extracting, converting and loading data from a source end to a destination end, the ETL is an important part for constructing a data warehouse, a user extracts required data from a data source, the data is washed and finally loaded into the data warehouse according to a predefined data warehouse model, relevant data of a data center is collected and loaded into a data transition region through the ETL, data verification and processing are performed by using memory computing components such as Ignite and Presto, the data is indexed by using an elastosearch search engine to increase retrieval performance, data is retrieved by using a distributed SQL query component, and the data is fused into the data warehouse.

Preferably, the evaluation method of the platform for completing the secondary equipment risk evaluation based on the one-key of the OMS mainly comprises the following steps:

s1; firstly, a data path is communicated through an OMS and a PMS, a service incidence relation is established, and before an interface is established, interface specification is actively promoted, and technical requirements such as interaction fields, interaction frequency, interaction scenes and the like are defined in detail;

s2; making a detailed delivery plan, actively contacting and negotiating with a system interaction party, and unifying the construction steps of the two parties;

s3; the method comprises the following steps of assisting in determining an interface inspection standard, and delivering a work result strictly according to the inspection standard;

s4; and finally, participating in an interface joint debugging management group, actively analyzing and checking joint debugging problems in the interface joint debugging process, assisting in defining responsibility main bodies, and assisting the management group to promote and coordinate responsibility parties to improve and perfect the problems.

(III) advantageous effects

Compared with the prior art, the invention provides the platform and the method for finishing the risk evaluation of the secondary equipment by one key based on the OMS, and the platform and the method have the following beneficial effects:

in conclusion, the device is simple in structure and novel in design, the situation of repeated entry completion of the risk management and control system and the PMS of the Guangxi power grid is not needed, the workload and the coordination time between business departments are reduced, the working efficiency of teams and groups is improved, the state quantity information of all secondary equipment is not needed to be collected manually from different information systems, system sorting is adopted, the sorting and analysis efficiency is high, the evaluation of multiple pieces of equipment is convenient to sort, errors are not prone to occurring, the accuracy of equipment evaluation is improved, manual operation is reduced, an OMS equipment risk evaluation import model is provided, the equipment state evaluation workload is greatly reduced, the equipment risk evaluation efficiency is high, and the device is suitable for wide popularization.

Drawings

FIG. 1 is a schematic diagram of a technical architecture of a platform for performing secondary equipment risk assessment based on OMS key according to the present invention;

FIG. 2 is a schematic diagram of the ETL of the platform for completing the risk assessment of the secondary device based on the OMS with one key;

fig. 3 is a system integration diagram of the platform for completing the secondary equipment risk assessment based on the OMS through one key.

Detailed Description

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 only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment;

referring to fig. 1-3, a platform for completing risk assessment of secondary equipment by one key based on an OMS includes an MP platform, a PMS, an OMS, and an ETL, where the MP platform is based on a J2EE architecture, adopts a B/S architecture, and performs a system architecture based on JDK1.6, which is convenient to operate, use, and improve work efficiency, the MP platform includes a presentation layer, a logic layer, a persistent layer, and a storage layer, the PMS is configured to obtain a maintenance and repair plan with an established association relationship, update a completion status of a secondary equipment risk control measure sheet, and display detailed execution statuses of the maintenance and repair plan, the OMS is configured to obtain a countermeasure execution status, an operation and service evaluation, and grid risk data, provide data support for evaluation indexes such as a countermeasure status evaluation, a familial status, and an equipment accident event of protecting equipment status evaluation, and the like, and obtain a grid reference risk through an interface with the OMS, Monthly maintenance risk, risk early warning and other data, manual operation is reduced, evaluation accuracy is improved, the display layer comprises basic UI components such as MiniUI, bootstrap, Echarts, a drying report, a quick form rendering engine, an MVC form rendering engine and the like, and the MiniUI is used for a developer to quickly create typical WEB application system interfaces such as Ajax no-refresh, B/S quick input data, CRUD, Master-Detail, a menu toolbar, a popup panel, layout navigation, data verification, a paging table, a tree table and the like.

Example two;

referring to fig. 1-3, bootstrap is a framework for HTML, CSS, and JS front-end development, has a simple and beautiful effect, is used to unify interface styles of systems, Echarts is a diagram library of pure Javascript, is used to smoothly run on PCs and mobile devices, is compatible with most current browsers, provides a visual, vivid, interactive, highly personalized and customized data visualization diagram, supports linkage and mixed display of multiple diagrams and components, greatly enhances user experience due to innovative characteristics of drag-and-repeat calculation, data view, value range roaming, and the like, gives users the capability of mining and integrating data, supports 12 types of diagrams such as a broken line diagram (area diagram), a bar diagram (bar diagram), a scatter diagram (bubble diagram), a K line diagram, a pie diagram (ring diagram), a radar diagram (filled radar diagram), a chord diagram, a force guidance layout diagram, a map, a dashboard, a funnel diagram, an event river diagram, and the like, meanwhile, 7 interactive components such as titles, detail bubbles, legends, value domains, data areas, time axes, tool boxes and the like are provided, a drying report is an enterprise-level report tool of pure JAVA, embedded deployment and seamless integration of a J2EE system are supported, a server end supports various common operating systems, various common relational databases and various application servers of J2EE are supported, a client end adopts a standard pure html mode to display and support ie and netscape, the drying report is leading enterprise-level report analysis software, an efficient report design scheme, strong report display capability and a flexible deployment mechanism are provided, a strong association semantic model is supported, a strong filling function and olap analysis are provided, a high-performance and high-efficiency report system solution is provided for enterprise-level data analysis and business intelligence modeling, and a fast form rendering engine and an MVC form rendering engine are used for rendering and outputting a form drawn service of an MP platform, for simpler business forms, a modeling tool of the platform can be used for fast self-defining drawing of the forms, and rendering output is carried out through a fast form rendering engine, and for more complex business forms, higher requirements on the aspects of interface performance, dynamic display effect and the like are met. The output can be rendered using a form rendering engine based on the MVC pattern. The MVC rendering engine supports JSP or FreeMaks and other interface templates, can be bound with a data model of a platform such as a process and authority through simple configuration, achieves interface and service logic isolation, can be developed on the basis of a rich client technology for a scene needing a high-level dynamic display effect of graphical interaction, and performs data interaction through a WebAPI provided by an MP platform.

Example three;

referring to fig. 1-3, the logic layer includes portlets, user organization management, role authority management, process engine, custom forms, and data modeling, the portlets are used for displaying contents such as home pages, workstations, and the like, can implement custom portal module (Portlet) layout, and can be defined according to actual conditions of projects, and the user organization management is used for providing a multi-level organization model, and managing organization doors and user information. Role rights management is used to implement a role-based rights management function and provide group level rights control. The administrator can be assigned to each level of branch office, and different operation authorities are provided. Views such as 'personnel role maintenance' and 'role personnel maintenance' are provided, corresponding relation between maintenance personnel and roles is facilitated from different main body angles, and the process engine is used for providing functions such as process definition, starting circulation, process monitoring and task dispatching. The method comprises the steps of performing flow definition in a graphic visualization mode, supporting flow control models such as sequence, conditional branching, synchronization, aggregation, circulation and the like, providing a visual form definition modeling tool for a self-defined form through an MP platform, customizing various form pages for service management, and providing functions of form verification and correlation storage, wherein data modeling is used for modeling service data through the modeling tool of the MP platform, automatically generating a physical storage table, configuring a display scheme of a system based on a data model, processing a logic script and the like, and packaging a service model designed aiming at complex service logic in a service logic component. The class libraries and interfaces in the SDK (software development kit) provided by the MP platform are used to interact with the platform services. The method comprises the steps of realizing the processing of business data in a model-driven mode, outputting a data entity object for a presentation layer, needing a business service interface interacting with an external system, carrying out interaction logic control by calling a packaged business logic component interface, issuing the business service interface as WebService service, and carrying out data interaction with the external system through an enterprise bus according to SOA specifications.

Example four;

referring to fig. 1-3, the persistent layer includes a data access component, a transaction management component and a multiple data source management component in the MP platform SDK, the data access component supports Hibernate and JFinal data access frameworks to perform data access operations and provides a uniform data access interface without knowing implementation details of the underlying data access framework, Hibernate is an object relational mapping framework of open source code, which performs very lightweight object encapsulation on JDBC, so that a Java programmer can manipulate a database using object programming thinking as desired. Hibernate can be applied to any occasions using JDBC, can be used in Java client programs and can also be used in Servlet/JSP Web applications, and Jfinal is a lightweight and easily-extensible ORM framework. The system can simultaneously support the characteristics of multiple data sources, multiple dialects, multiple caches, multiple transaction levels and the like. Following the COC principle, zero configuration supports five featureless features for the database: the system has no xml, no annotation, no getter, no setter and no attribute, greatly reduces the code amount, performs database operation through a uniform data access interface, and automatically manages database transactions through a transaction management component.

Example five;

referring to fig. 1-3, the storage layer includes a relational database for storing structured data, which is a database built on a relational database model, processes data in the database by using concepts and methods such as set algebra, and is also organized into a set of formally descriptive tables that essentially function as a special collection of loaded data items, and the data in these tables can be accessed or recalled in many different ways without reorganizing the database tables. The system supports mainstream domestic and foreign databases, the file system comprises file directory management, file management and file copying, remote access to directories and files is realized through FTP, local file management is performed through a file system interface, a file service interface is provided externally, each application can issue files or obtain specific files issued by other applications through the service interface, and cross-security-area transparent transmission of the files is realized.

Example six;

referring to fig. 1-3, ETL is used to describe the process of extracting, converting, and loading data from a source to a destination. The ETL is an important ring for constructing a data warehouse, a user extracts required data from a data source, the data is loaded into the data warehouse after data cleaning, and finally the data is loaded into the data warehouse according to a predefined data warehouse model, the ETL process is influenced by the understanding degree of an enterprise on the source data to a great extent, namely, the data integration is very important from the business perspective, the related data of a data center is collected and loaded into a data transition area through the ETL, and data verification and processing are carried out by using memory computing components such as Ignite and Presto-be-stored. Search engine, data is indexed to increase retrieval performance. And then, the data is retrieved through the distributed SQL query component, and the data is fused into the database.

The implementation steps are as follows: firstly, based on a J2EE system structure, adopting a B/S architecture, carrying out system construction on an MP platform based on JDK1.6, communicating a data path through an OMS and a PMS, establishing a business association relationship, actively promoting an interface specification before interface construction, defining technical requirements such as interaction fields, interaction frequency, interaction scenes and the like in detail, obtaining a maintenance and overhaul plan of the established association relationship through the PMS, updating the completion condition of a secondary equipment risk control measure list, displaying the detailed execution condition of the maintenance and overhaul plan, obtaining the counter measure execution condition, operation and service evaluation and power grid risk data through the OMS, providing data support for evaluation indexes such as counter measure condition, familial condition, equipment accident event and the like of protection equipment state evaluation, and obtaining data such as power grid reference risk, monthly maintenance risk, risk early warning and the like through an interface with the OMS, the method comprises the steps of making a detailed delivery plan, actively contacting and negotiating with a system interaction party, unifying the construction steps of the two parties, describing the process of extracting, converting and loading data from a source end to a destination end by an ETL (extract-transform-load-transfer) system, extracting required data from a data source by a user, cleaning the data, and finally loading the data into a data warehouse according to a predefined data warehouse model, wherein the ETL process is influenced by the understanding degree of an enterprise on the source data to a great extent, namely, the data integration is very important from the perspective of business, collecting and loading related data of a data center into a data transition area by the ETL, and verifying and processing the data by using memory computing components such as Ignite and Presto. Search engine, data is indexed to increase retrieval performance. And then, the data is retrieved through a distributed SQL query component, the data is fused into a database, the interface inspection standard is assisted to be determined, the work result is delivered according to the inspection standard strictly, the interface joint debugging management group is involved, the joint debugging problem is actively analyzed and checked in the interface joint debugging process, the determination of a responsibility main body is assisted, and the management group is assisted to promote and coordinate responsibility parties to improve and perfect the problem.

In conclusion, the device is simple in structure and novel in design, the situation of repeated entry completion of the risk management and control system and the PMS of the Guangxi power grid is not needed, the workload and the coordination time between business departments are reduced, the working efficiency of teams and groups is improved, the state quantity information of all secondary equipment is not needed to be collected manually from different information systems, system sorting is adopted, the sorting and analysis efficiency is high, the evaluation of multiple pieces of equipment is convenient to sort, errors are not prone to occurring, the accuracy of equipment evaluation is improved, manual operation is reduced, an OMS equipment risk evaluation import model is provided, the equipment state evaluation workload is greatly reduced, the equipment risk evaluation efficiency is high, and the device is suitable for wide popularization.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (9)

1. The platform for finishing secondary equipment risk assessment based on the OMS key comprises an MP platform, a PMS, an OMS and an ETL, and is characterized in that: the MP platform is based on a J2EE system structure, adopts a B/S architecture and is based on JDK1.6 to carry out system architecture;

the MP platform comprises a presentation layer, a logic layer, a persistent layer and a storage layer, and the PMS is used for acquiring a maintenance and repair plan with an established incidence relation, updating the completion condition of a secondary equipment risk management and control measure list and presenting the detailed execution condition of the maintenance and repair plan;

the OMS is used for obtaining countermeasure execution conditions, operation and service evaluation and power grid risk data, providing data support for evaluation indexes such as countermeasure conditions, familial conditions and equipment accident events of protection equipment state evaluation, and obtaining data such as power grid reference risk, monthly overhaul risk and risk early warning through an interface with the OMS.

2. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the presentation layer comprises basic UI components such as MiniUI, bootstrap, Echarts, a drying report, a quick form rendering engine, an MVC form rendering engine and the like, and the MiniUI is used for a developer to quickly create typical WEB application system interfaces such as Ajax no-refresh, B/S quick input data, CRUD, Master-Detail, menu toolbars, pop-up panels, layout navigation, data verification, paging tables, trees, tree tables and the like.

3. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the bootstrap is HTML, CSS and JS front-end development framework, is used for unifying the interface style of the system, Echarts is pure Javascript's chart library, is used for smooth operation on PC and mobile device, is compatible with most current browsers, provides directly perceived, vivid, can interact, can highly individualized customized data visualization chart, supports linkage and mixed display of many charts, subassemblies, the moist report is pure JAVA's enterprise-level report tool, supports the embedded deployment to J2EE system, seamless integration, and various common operating systems are supported to the server side, supports various common relational database and various J2 EE's application server, and the client side adopts standard pure HTML mode to show, supports net and scape, quick form rendering engine and MVC form rendering engine are used for rendering and outputting the business form of MP platform's modeling drawing.

4. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the logic layer comprises a portal component, user organization management, role authority management, a flow engine, a user-defined form and data modeling, wherein the portal component is used for displaying contents such as a home page, a workbench and the like, the user organization management is used for providing a multi-level organization model and managing door organization and user information, the role authority management is used for realizing a role-based authority management function and providing group level authority control, managers can be assigned to branch organizations at all levels, and different operation authorities are matched.

5. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the flow engine is used for providing functions of flow definition, flow starting, flow monitoring, task dispatching and the like, performing flow definition in a graphic visualization mode, and supporting flow control models such as sequence, conditional branching, synchronization, aggregation, circulation and the like, the self-defined form provides a visual form definition modeling tool through the MP platform, customizing various form pages for service management, and providing functions of form verification and correlation storage, the data modeling is used for modeling service data through the modeling tool of the MP platform, automatically generating a physical storage table, configuring a display scheme of a system based on the data model, processing a logic script and the like.

6. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the persistent layer comprises a data access component, a transaction management component and a multi-data source management component in the MP platform SDK, the data access component supports a hiberant and JFinal data access framework to perform data access operation, a uniform data access interface is provided, implementation details of the underlying data access framework do not need to be known, database operation is performed through the uniform data access interface, and a system automatically manages database transactions through the transaction management component.

7. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the storage layer comprises a relational database and a file system, the relational database is used for storing structured data, the system supports mainstream domestic and foreign databases, the file system comprises file directory management, file management and file copying, remote access to directories and files is achieved through FTP, management of local files is achieved through a file system interface, and a file service interface is provided for the outside.

8. The OMS-based platform for one-click secondary device risk assessment according to claim 1, wherein: the ETL is used for describing the process of extracting, converting and loading data from a source end to a destination end, acquiring and loading related data of a data center into a data transition area through the ETL, performing data verification and processing by using memory computing components such as Ignite and Presto, indexing the data by using an Elastic Search engine, retrieving the data by using a distributed SQL query component, and fusing the data into a database.

9. The method for assessing a platform for an OMS-based one-touch secondary risk assessment platform according to any one of claims 1-9, comprising the main steps of:

s1; firstly, a data path is communicated through an OMS and a PMS, a service incidence relation is established, and before an interface is established, interface specification is actively promoted, technical requirements such as interaction fields, interaction frequency, interaction scenes and the like are defined in detail;

s2; making a detailed delivery plan, actively contacting and negotiating with a system interaction party, and unifying the construction steps of the two parties;

s3; the method comprises the following steps of assisting in determining an interface inspection standard, and delivering a work result strictly according to the inspection standard;

s4; and finally, participating in an interface joint debugging management group, actively analyzing and checking joint debugging problems in the interface joint debugging process, assisting in defining responsibility main bodies, and assisting the management group to promote and coordinate responsibility parties to improve and perfect the problems.

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