CN113395311A - Method for constructing rule engine based on SOA and distributed deployment - Google Patents
Method for constructing rule engine based on SOA and distributed deployment Download PDFInfo
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Abstract
The invention discloses a method for constructing a rule engine based on SOA and distributed deployment, which belongs to the technical field of business management and comprises three structural layers, namely a presentation layer, a service layer and a persistence layer, and mapping structural models of enterprise cluster industrial Internet PaaS platform service, SaaS software service and IaaS facility service, wherein a data middle platform, a technical middle platform and a business middle platform are used for carrying front-end and back-end interface integration, flow integration, data integration and platform integration. According to the method, an open, cooperative and shared service platform is built through an internet and industry cooperation mode, an optimization suggestion and an implementation scheme are provided and then fed back to an enterprise, the enterprise is promoted to realize equipment interconnection, business cooperation and intelligent analysis, and the enterprise benefit is promoted to be improved.
Description
Technical Field
The invention belongs to the technical field of business management, and particularly relates to a rule engine architecture method based on SOA and distributed deployment.
Background
The research institute of Chongqing high and new technology industry in 7 months in 2019 is entrusted by the government of the hilly area committee, and research activities are carried out on enterprises in the hilly area, so that the basic conditions, the production automation and informatization, the technical innovation and the management innovation conditions of the enterprises are deeply known. The Bishan area has 1200 enterprises at present, wherein 172 high and new technology enterprises have wide industry distribution, and relates to more than 10 industries, including mechanical manufacturing, equipment manufacturing, electronics, packaging products, automobile manufacturing, security products, materials and other industries (checking tools, jigs, drilling processing, hardware parts and decorative materials production and processing). Because of the influence of the traditional industrial layout of the hills, the proportion of mechanical manufacturing is the largest, including the processing and manufacturing of automobile and motorcycle parts and the like, and is about 54.55 percent. The second is the electronic and packaging product industry, which accounts for 17.42% and 12.88% respectively. From the industrial structure, although the surrounding economic environment drives the development of the hills electronic industry and the packaging industry to a certain extent, the development degree is still limited, and the hills high and new technology enterprises still mainly adopt the traditional machining and manufacturing industry. From the aspects of automation and informatization, 6 enterprises in 150 enterprises researched and researched in the early stage only achieve the automatic production of 4 percent, 58 enterprises in the semi-automatic production of 38.7 percent and the rest 57.3 percent of the enterprises do not achieve the semi-automatic degree. Therefore, in a short time, the main body of the intensive development of the new technology enterprises in the hills is mainly the transformation and upgrade of the traditional processing and manufacturing industry. The investigation finds that the enterprise in the hilly area has uneven development of digitalization, networking and intellectualization, and the application degree of modern electronic information technology (such as MES, CAD, CAM and the like), product equipment monitoring and management technology, environmental protection monitoring and energy management technology and decision process informatization in the production process is extremely low; the development cost input intensity is high on the whole, but the development result output is not high, and the development capability is insufficient; enterprises are strong in single management innovation capability, but weak in comprehensive management innovation capability, the implementation strength of 6S management is insufficient, and fine management and safety management are not paid enough attention.
In order to promote deep integration of the Internet, big data, artificial intelligence and entity economy, a research institute builds a rule engine based on SOA and distributed deployment and constructs an industrial Internet platform of industrial cluster full-service.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a method for constructing a rule engine based on SOA and distributed deployment, so as to solve the problems in the background art.
In order to achieve the purpose, the invention provides the following technical scheme: a rule engine architecture method based on SOA and distributed deployment comprises three structural layers, namely a presentation layer, a service layer and a persistence layer, mapping structural models of enterprise cluster industrial Internet PaaS platform service, SaaS software service and IaaS facility service, and front-end and back-end interface integration, flow integration, data integration and platform integration are carried out by using a data center, a technology center and a business center.
The technical scheme is further optimized, the framework of the rule engine adopts an SOA distributed cluster structure mode facing application service analysis based on a B/S server client, and can support multi-operating system deployment, multi-service application program generation, database cluster management and a support networking middleware universal data access protocol.
Further optimizing the technical scheme, the performance layer performs remote service invocation through a service middleware Dubbo and various service modules of the service layer, and the core part of the service middleware Dubbo comprises remote communication, cluster fault tolerance and automatic discovery;
telecommunications to provide information exchange means for a variety of long connection based NIO framework abstraction packages, including a variety of thread models, serialization, and "request-response" modes;
the cluster fault tolerance is used for providing transparent remote procedure call based on an interface method, and comprises multi-protocol support, soft load balance, failure fault tolerance, address routing, dynamic configuration and other cluster support;
and the automatic discovery is used for enabling a service consumer to dynamically search for a service provider based on the registry directory service, enabling the address to be transparent and enabling the service provider to smoothly increase or decrease machines.
Further optimizing the technical scheme, the service layer comprises single sign-on service, intelligent computing service, storage computing service, data analysis service, data management service, equipment internet of things service, business analysis service, map and visualization and remote delivery service.
The technical scheme is further optimized, the persistent layer comprises a database and an index base, data caching and data indexing are carried out by utilizing a Redis cache technology and a Solr search application server technology, an ANSIC language of the Redis cache technology is utilized to compile and support a network, a log-type and Key-Value database which can be based on a memory and can also be persistent is utilized, APIs of various languages are provided, the Solr search application server is utilized, a user can submit an XML file in a certain format to a search engine server through an http request to generate an index, a search request can also be provided through an HttpGet operation, a return result in the XML format is obtained, and the return result is provided to the service layer.
Further optimizing the technical scheme, the presentation layer comprises an enterprise portal, a search system, service application and foreground and background management, the service application system of each enterprise is connected through an application server, and management is carried out by enterprise management personnel through a client PC, a client APP and an equipment internet of things.
Compared with the prior art, the invention provides a method for constructing a rule engine based on SOA and distributed deployment, which has the following beneficial effects:
according to the method, an open, cooperative and shared service platform is built through an internet and industry cooperation mode, an optimization suggestion and an implementation scheme are provided and then fed back to an enterprise, the enterprise is promoted to realize equipment interconnection, business cooperation and intelligent analysis, and the enterprise benefit is promoted to be improved.
Drawings
Fig. 1 is a distributed deployment structure model diagram of an architecture method based on an SOA and a distributed deployment rule engine according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to 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 is as follows:
as shown in fig. 1, an architecture method of a rule engine based on SOA and distributed deployment includes three structural layers, i.e., a presentation layer, a service layer, and a persistence layer, and mapping structural models of enterprise cluster industrial internet PaaS platform service, SaaS software service, and IaaS facility service, and uses a data middlebox, a technology middlebox, and a business middlebox to support front-end and back-end interface integration, flow integration, data integration, and platform integration.
Specifically, the architecture of the rule engine adopts an SOA distributed cluster structure mode facing application service analysis based on a B/S server client, and can support multi-operating system deployment, multi-service application program generation, database cluster management and a support of a universal data access protocol of an internet of things middleware.
Specifically, the performance layer performs remote service invocation through a service middleware Dubbo and each service module of the service layer, and the core part of the service middleware Dubbo comprises remote communication, cluster fault tolerance and automatic discovery;
telecommunications to provide information exchange means for a variety of long connection based NIO framework abstraction packages, including a variety of thread models, serialization, and "request-response" modes;
the cluster fault tolerance is used for providing transparent remote procedure call based on an interface method, and comprises multi-protocol support, soft load balance, failure fault tolerance, address routing, dynamic configuration and other cluster support;
and the automatic discovery is used for enabling a service consumer to dynamically search for a service provider based on the registry directory service, enabling the address to be transparent and enabling the service provider to smoothly increase or decrease machines.
Specifically, the service layer comprises a single sign-on service, an intelligent computing service, a storage computing service, a data analysis service, a data management service, an equipment internet of things service, a business analysis service, a map and visualization service and a remote delivery service.
Specifically, the persistent layer comprises a database and an index base, data caching and data indexing are carried out by utilizing a Redis cache technology and a Solr search application server technology, ANSIC language compiling and network supporting of the Redis cache technology is utilized, a log-type and Key-Value database which can be based on a memory and can also be persistent is utilized, APIs of multiple languages are provided, the Solr search application server is utilized, a user can submit an XML file in a certain format to a search engine server through an http request to generate an index, a search request can also be provided through HttpGet operation, a return result in the XML format is obtained, and the return result is provided to the service layer.
Specifically, the presentation layer comprises an enterprise portal, a search system, a business application and foreground and background management, the business application system of the enterprise is connected through an application server, and management is performed by enterprise management personnel through a client PC, a client APP and an equipment internet of things.
Example two:
a rule engine architecture method based on SOA and distributed deployment comprises three structural layers, namely a presentation layer, a service layer and a persistence layer, mapping structural models of enterprise cluster industrial Internet PaaS platform service, SaaS software service and IaaS facility service, and front-end and back-end interface integration, flow integration, data integration and platform integration are carried out by using a data center, a technology center and a business center.
Specifically, the architecture of the rule engine adopts an SOA distributed cluster structure mode facing application service analysis based on a B/S server client, and can support multi-operating system deployment, multi-service application program generation, database cluster management and a support of a universal data access protocol of an internet of things middleware.
Specifically, the performance layer performs remote service invocation through a service middleware Dubbo and each service module of the service layer, and the core part of the service middleware Dubbo comprises remote communication, cluster fault tolerance and automatic discovery;
telecommunications to provide information exchange means for a variety of long connection based NIO framework abstraction packages, including a variety of thread models, serialization, and "request-response" modes;
the cluster fault tolerance is used for providing transparent remote procedure call based on an interface method, and comprises multi-protocol support, soft load balance, failure fault tolerance, address routing, dynamic configuration and other cluster support;
and the automatic discovery is used for enabling a service consumer to dynamically search for a service provider based on the registry directory service, enabling the address to be transparent and enabling the service provider to smoothly increase or decrease machines.
Specifically, the service layer comprises a single sign-on service, an intelligent computing service, a storage computing service, a data analysis service, a data management service, an equipment internet of things service, a business analysis service, a map and visualization service and a remote delivery service.
Specifically, the persistent layer comprises a database and an index base, data caching and data indexing are carried out by utilizing a Redis cache technology and a Solr search application server technology, ANSIC language compiling and network supporting of the Redis cache technology is utilized, a log-type and Key-Value database which can be based on a memory and can also be persistent is utilized, APIs of multiple languages are provided, the Solr search application server is utilized, a user can submit an XML file in a certain format to a search engine server through an http request to generate an index, a search request can also be provided through HttpGet operation, a return result in the XML format is obtained, and the return result is provided to the service layer.
Specifically, the presentation layer comprises an enterprise portal, a search system, a business application and foreground and background management, the business application system of the enterprise is connected through an application server, and management is performed by enterprise management personnel through a client PC, a client APP and an equipment internet of things.
The enterprises connected through the application server sequentially perform connection sequencing according to enterprise 1 and enterprise 2 until the business application system in enterprise n is connected to the presentation layer through the application server, and select a client PC or/and a client APP or/and an equipment Internet of things to manage according to the management platform of each enterprise.
The test results of the two examples show that: according to the method, an open, cooperative and shared service platform is built through an internet and industry cooperation mode, an optimization suggestion and an implementation scheme are provided and then fed back to an enterprise, the enterprise is promoted to realize equipment interconnection, business cooperation and intelligent analysis, and the enterprise benefit is promoted to be improved.
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 (6)
1. A rule engine architecture method based on SOA and distributed deployment is characterized by comprising three structural levels, namely a presentation layer, a service layer and a persistence layer, mapping structural models of enterprise cluster industrial Internet PaaS platform service, SaaS software service and IaaS facility service, and utilizing a data center, a technical center and a business center to carry out front-end and back-end interface integration, flow integration, data integration and platform integration.
2. The method for constructing the rule engine based on the SOA and the distributed deployment as claimed in claim 1, wherein the rule engine is constructed in an SOA distributed cluster structure mode based on application-oriented service analysis of a B/S server client, and can support multi-operating system deployment, multi-service application generation, database cluster management and middleware generic data access protocol support.
3. The architecture method of a rule engine based on SOA and distributed deployment according to claim 1, wherein the performance layer performs remote service invocation through a service middleware Dubbo and each service module of the service layer, and the core part of the service middleware Dubbo includes remote communication, cluster fault tolerance and automatic discovery;
telecommunications to provide information exchange means for a variety of long connection based NIO framework abstraction packages, including a variety of thread models, serialization, and "request-response" modes;
the cluster fault tolerance is used for providing transparent remote procedure call based on an interface method, and comprises multi-protocol support, soft load balance, failure fault tolerance, address routing, dynamic configuration and other cluster support;
and the automatic discovery is used for enabling a service consumer to dynamically search for a service provider based on the registry directory service, enabling the address to be transparent and enabling the service provider to smoothly increase or decrease machines.
4. The method of claim 1, wherein the service layer comprises a single sign-on service, an intelligent computing service, a storage computing service, a data analysis service, a data management service, an equipment internet of things service, a business analysis service, a graph and visualization, and a remote submission service.
5. The architecture method of the rule engine based on the SOA and the distributed deployment as claimed in claim 1, wherein the persistent layer includes a database and an index library, data caching and data indexing are performed by utilizing a Redis cache technology and a Solr search application server technology, a log-type and Key-Value database which can be based on a memory and can also be persistent is written and supports a network by utilizing an ANSIC language of the Redis cache technology, an API of multiple languages is provided, a Solr search application server is utilized, a user can submit an XML file of a certain format to the search engine server through an http request to generate an index, a search request can also be provided through an HttpGet operation, a returned result of an XML format is obtained, and the returned result is provided to the service layer.
6. The architecture method of the SOA and distributed deployment-based rule engine as claimed in claim 1, wherein the presentation layer comprises an enterprise portal, a search system, a business application and foreground and background management, the business application system of each enterprise is connected through an application server, and management is performed by enterprise management personnel through a client PC, a client APP and a device Internet of things.
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| CN113568610A (en) * | 2021-09-28 | 2021-10-29 | 国网江苏省电力有限公司营销服务中心 | Method for implementing business rule engine library system of electric power marketing system |
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| CN114816343A (en) * | 2021-12-29 | 2022-07-29 | 上海捷信医药科技股份有限公司 | Applet system in EPRO software based on medical clinical field |
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