CN105007304B - The exchange of corporate information technology system data based on SOA framework and integration system - Google Patents
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Abstract
The invention discloses the exchange of the corporate information technology system data based on SOA framework and integration systems, including front end services module, routing module, management configuration service module, intelligent management service module and message handling services module.The present invention is based on SOA frameworks, different applications can be docked into different heterogeneous systems by corresponding butt-joint service, the data exchange of deployment services processing module when can support flexible routing configuration, support to run, eliminate information island, it is horizontal to improve enterprise information management, is convenient for the management of enterprise implement real-time collaborative.
Description
Technical field
The exchange of the present invention relates to a kind of corporate information technology system data based on SOA framework and integration system.
Background technique
Information technology is the important means that enterprise realizes management optimization, but it was found that in information-based practice process,
It can usually be needed in face of " information island ", " applying isolated island " and " resource isolation " Three Difficult Issues, the management of this Three Difficult Issues and enterprise
It asks and produces following irreconcilable contradiction:
The contradiction of " information island " and information sharing: enterprise can build in development process according to the business demand of different times
If different IT systems, such as OA, EBS, attendance, or even internal other systems, such as guest's system, system of rendering an account etc., these systems
Due to lacking unified planning in process of construction, each have their own login account, each have their own exhibition method can not mutually integrated energy
Power forms total system, the IT investment of serious waste enterprise.
The contradiction of " apply isolated island " and business integration: regulatory requirement and the various application systems that introduce in terms of certain for oneself
System manages the advantages of upper nothing is suspected to have oneself in single business scope, but since they can not be each towards entire business procedure
It is also difficult to be closely integrated between system, so that enterprise's business all linked with one another is come by these System Partitions dispersed, enterprise is not
Obtaining does not spend a large amount of human and material resources to switch between different application systems, causes efficiency of operation low and delay of response.
" resource isolation " and resource coordinating contradiction: basic element " people ", " wealth ", " object ", " information " and " stream of corporate operation
Journey ", what cannot be unified is managed, and allotment and closely integration are carried out in the case where breaking through the working environment on various barriers and boundary,
The target for being thus difficult for enterprise carries out the cooperation and service of consistency.
Summary of the invention
It is an object of the invention to: the above-mentioned technical problems in the prior art are directed to, are provided a kind of based on SOA framework
The corporate information technology system data that can flexibly support routing configuration, service processing module data exchange exchange and integration be
System.
The present invention is achieved by the following technical solutions:
The exchange of corporate information technology system data based on SOA framework and integration system, including front end services module, road
By module, management configuration service module, intelligent management service module and message handling services module, the front end services module pair
The heterogeneous system for needing to access exchange is connect, data flow into switching plane by front end services module；The message handling services mould
Block decouples the message between posp, webp, air control, encryption equipment and docking integration service module, message handling services mould
Block can be embedded in related news processing jar packet immediately；The routing module selects the next routing of data according to routing configuration information
Node, routing module handle message, and message can support special routing in routing procedure；The management configuration services mould
Block is mainly responsible for a configuration information and is read into memory from database, and configuration information is written to database by dynamic；The intelligence
Energy management services module provides load balancing interface to application system according to monitoring information, supports local first and weighted polling plan
Slightly, the load balancing that application system can not called by calling the interface to realize between homologous ray or disparate modules, and it is abnormal
Self isolation under situation.
Further, above system is using unified binary data format.
Further, the function of the front end services module include: responsible exchange system binary protocol with specifically by
Protocol conversion between the agreement of reason system；The interface of specific receiving system is called, to realize specific business operation；Responsible pair
The calling of the load balancing of specific receiving system.
Further, the routing module function includes: to establish tcp long connection communication by netty between applications,
To carry out message interaction, heartbeat detection mechanism is supported in connection therein；Pass through with the routing module of data exchange system
ActiveMQ establishes unidirectional a plurality of message queue communication；It is interacted with air control system, progress air control detection, in support business
Two kinds of configurations of synchronous versus asynchronous, when asynchronous, front end services module is needed under while sending data to air control system
The object of one data flow sends data；When in sync, data only are sent to air control system, until air control returns the result, according to
The result of return just determines whether to send data to next data flow object；The long legitimacy of message package, mainly verifying packet
Length whether meet the long specification of packet；The content for reading heading, according to the domain of dependence of heading, in conjunction with configuration information, into
Row message distribution；It is determined according to load balancing and selects suitable message handling services module.
Further, the memory management configuration information of the management configuration service module uses redis database, supports simultaneously
The mode of web page or interface operation operates the database of storage configuration information.
Further, the message handling services functions of modules includes: for posp, webp, air control, encryption equipment and front end services
Module packages, and is transmitted to routing module by message queue after the completion of group packet；Message verification, the mainly legitimacy of message；
Routing trend is initiated, is responsible for carrying out assignment to the mark bit field of heading and special route code domain, so that routing module exists
It is read when message distribution；According to routing iinformation and transaction receiving system state, determine whether to enter transaction refusal module.
Further, the intelligent management service module feature further include: application system monitoring, including process, message queue
Monitoring, and monitoring information is fed back into application system or monitoring and alarming system.
Further, during docking, support the following two kinds docking mode: active mating is serviced above-mentioned exchange system
System channel docking is generally included by the system of exchange system active mating；Passively dock the system serviced, exchange system
System provides binary system message, and the system actively initiated to call, and serviced for the system that is serviced is responsible for specifically unpacking, industry
Business processing.
The butt-joint process flow of above-mentioned front end services module includes the following steps:
Step S1 starts, and front end services module reads heading according to the transaction data received, judges whether packet length accords with
Normally；
Step S2 carries out message distribution if packet is long to meet rule, and message is respectively issued to webp and posp, cipher key system, right
Integration service module, message handling services module, air control detection are connect, message handling services module carries out load balancing choosing again
Target routing module, transmitted transaction data to target routing module are selected, air control detection carries out whether air control passes through judgement, if logical
It crosses, then returns at message distribution and continue with, if not passing through, terminate；
Step S3, if packet length is not inconsistent normally, direct record log, transaction is abandoned；
Step S4 terminates.
Above-mentioned routing module process flow includes the following steps:
Step S1 starts, judges whether message verifies success, if message verifies successfully, read heading route code
And response code domain, then judge whether to need dynamic call jar packet or dynamic base, if so, dynamic call jar packet or dynamic base,
Again to packet is organized after the filling of message body, if it is not, organizing packet after being directly entered the filling of message body；
Step S2, if message verifies unsuccessful, direct record log, transaction is abandoned, and is terminated；
Step S3 by wrapping group after the filling of message body in step S1, then judges whether to need special routing, if desired special
Different routing, then fill flag bit and special route code, if not needing special routing, judge whether receiving system state is different
Often, if abnormal, transit telegram text is to transaction refusal module, then E-Packets to routing module, if normal, then directly E-Packet to
Routing module；
Step S4 terminates.
In conclusion by adopting the above-described technical solution, the beneficial effects of the present invention are:
The present invention is based on SOA framework, different applications can be docked by corresponding butt-joint service different different
Construction system, the data exchange of deployment services processing module, eliminates information island when can support flexible routing configuration, support to run,
It is horizontal to improve enterprise information management, is convenient for the management of enterprise implement real-time collaborative.
Detailed description of the invention
Examples of the present invention will be described by way of reference to the accompanying drawings, in which:
Fig. 1 is system structure diagram of the invention；
Fig. 2 is that different application of the invention docks different heterogeneous system schematic diagrames by front end services module；
Fig. 3 is front end services resume module flow chart of the invention；
Fig. 4 is routing module process flow diagram of the invention.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only
It is an example in a series of equivalent or similar characteristics.
As depicted in figs. 1 and 2, the exchange of the corporate information technology system data based on SOA framework and integration system, including
Front end services module, routing module, management configuration service module, intelligent management service module and message handling services module, institute
The heterogeneous system that the docking of front end services module needs to access exchange is stated, data flow into switching plane by front end services module；Institute
Message handling services module is stated to the message solution between posp, webp, air control, encryption equipment and docking integration service module
Coupling, message handling services module can be embedded in related news processing jar packet immediately；The routing module is selected according to routing configuration information
The next routing node of data is selected, routing module handles message, and message can support special routing in routing procedure；Institute
It states management configuration service module and is mainly responsible for a configuration information and be read into memory from database, and configuration information is written dynamic
To database；The intelligent management service module provides load balancing interface to application system according to monitoring information, supports local
Preferential and weighted polling strategy, application system can be by calling the interface to realize that does not call between homologous ray or disparate modules bears
Carry self isolation under balanced and unusual condition.
Wherein, docking integration service module is bridge in exchange system with specific receiving system, it main
Function and design are as follows:
The protocol conversion being responsible between the binary protocol of exchange system and the agreement of specific receiving system；
The interface of specific receiving system is called, to realize specific business operation；
It is responsible for the calling to the load balancing of specific receiving system.
Wherein, routing module is the bridge of peripheral receiving system and data exchange system, and major function and design are as follows:
Tcp long connection communication is established by netty between applications, to carry out message interaction, connection branch therein
Hold heartbeat detection mechanism；
Unidirectional a plurality of message queue communication is established by activeMQ with the routing module of data exchange system；
It is interacted with air control system, carries out air control detection.Two kinds of configurations for needing support synchronous versus asynchronous in business, when
When asynchronous, front end services module needs the object to next data flow to send number while sending data to air control system
According to；When in sync, only system is sent to air control system just to be determined whether under until the return of air control according to the result of return
One data flow object sends data.If air control detection not over, front end services module only needs to record this industry
Business flowing water does not need return information to user, and the This move of return information is initiated by air control system itself；
Whether the long legitimacy of message package, the length for mainly verifying packet meet the long specification of packet；
The content for reading heading carries out message distribution in conjunction with configuration information according to the domain of dependence of heading；
It is determined according to load balancing and selects suitable message handling services module.
Wherein, configuration information management service module is mainly responsible for handle and configuration information is read into memory from database, and
Configuration information is written to database by dynamic.Memory management configuration information uses redis database, and in order to facilitate the work of O&M
Make personnel's dynamic configuration information, the mode for needing support web page or interface operation operates the database of storage configuration information.
Wherein, intelligent management service module is the module that data exchange system manages and controls, and major function is as follows:
Application system monitoring, including the monitoring of process, message queue, and monitoring information is fed back into application system or monitoring report
Alert system；
Load balancing interface is provided to application system according to monitoring information, local first and weighted polling strategy is supported, answers
Under the load balancing and unusual condition that can not called between homologous ray or disparate modules by calling the interface to realize with system
Self isolation.
Wherein, message handling services module is the main modular of data exchange system, and major function and design are as follows:
To the message decoupling between posp, webp, air control, encryption equipment and docking integration service module.In order to accomplish
This point, its major function are to lay the groundwork and bridge, are posp, webp, air control, encryption equipment and docking integration service mould
Block packages and (may call jar packet or dynamic base at this time), is transmitted to routing module by message queue after the completion of group packet；
Message verification, the mainly legitimacy of message；
Have the function of initiating routing trend, is responsible for assigning the mark bit field of heading and special route code domain
Value, so that routing module is read when message distribution；
According to routing iinformation and transaction receiving system state, determine whether to enter transaction refusal module.
Above-mentioned exchange system supports the following two kinds docking mode: the system that active mating is serviced during docking,
By the system of exchange system active mating, channel docking etc. is generally included；The system serviced is passively docked, exchange system provides
Binary system message, the system actively initiated to call, and serviced for the system that is serviced is responsible for specifically unpacking, business processing
Deng.
As shown in figure 3, the butt-joint process flow of above-mentioned front end services module includes the following steps:
Step S1 starts, and front end services module reads heading according to the transaction data received, judges whether packet length accords with
Normally；
Step S2 carries out message distribution if packet is long to meet rule, and message is respectively issued to webp and posp, cipher key system, right
Integration service module, message handling services module, air control detection are connect, message handling services module carries out load balancing choosing again
Target routing module, transmitted transaction data to target routing module are selected, air control detection carries out whether air control passes through judgement, if logical
It crosses, then returns at message distribution and continue with, if not passing through, terminate；
Step S3, if packet length is not inconsistent normally, direct record log, transaction is abandoned；
Step S4 terminates.
As shown in figure 4, above-mentioned routing module process flow includes the following steps:
Step S1 starts, judges whether message verifies success, if message verifies successfully, read heading route code
And response code domain, then judge whether to need dynamic call jar packet or dynamic base, if so, dynamic call jar packet or dynamic base,
Again to packet is organized after the filling of message body, if it is not, organizing packet after being directly entered the filling of message body；
Step S2, if message verifies unsuccessful, direct record log, transaction is abandoned, and is terminated；
Step S3 by wrapping group after the filling of message body in step S1, then judges whether to need special routing, if desired special
Different routing, then fill flag bit and special route code, if not needing special routing, judge whether receiving system state is different
Often, if abnormal, transit telegram text is to transaction refusal module, then E-Packets to routing module, if normal, then directly E-Packet to
Routing module；
Step S4 terminates.
Above system is using unified binary data format, as shown in table 1:
Table 1 is this system using unified binary data format table
The present invention is suitable for various company information software developments, the exploitation especially suitable for coordinated management integrated platform.
Particular embodiments described above has carried out further in detail the purpose of the present invention, technical scheme and beneficial effects
It describes in detail bright, it should be understood that the above is only a specific embodiment of the present invention, is not intended to restrict the invention.This
Invention expands to any new feature disclosed in the present specification or any new combination, and any new method for disclosing or
The step of process or any new combination.
Claims (8)
1. exchange and the integration system of the corporate information technology system data based on SOA framework, which is characterized in that taken including front end
Business module, routing module, management configuration service module, intelligent management service module and message handling services module, the front end
Service module docking needs to access the heterogeneous system of exchange, and data flow into switching plane by front end services module；The message
Service module is handled between posp module, webp module, air control detection module, encryption equipment and docking integration service module
Message decoupling, message handling services module be embedded in immediately related news processing jar packet；The routing module is according to routing configuration
Information selects the next routing node of data, and routing module handles message, and message supports special road in routing procedure
By；The management configuration service module is responsible for configuration information to be read into memory from database, and dynamic writes configuration information
Enter to database；The intelligent management service module provides load balancing interface to application system according to monitoring information, supports this
Ground is preferential and weighted polling strategy, application system realize the load that do not call between homologous ray or disparate modules by the calling interface
Self isolation under equilibrium and unusual condition；
The butt-joint process flow of the front end services module includes the following steps:
Step S1 starts, and front end services module reads heading according to the transaction data received, judges whether packet length meets rule
Then；
Step S2 carries out message distribution if packet is long to meet rule, and message is respectively issued to webp module and posp module, key system
System, docking integration service module, message handling services module, air control detection module, message handling services module carry out again
Whether load balancing selection target routing module, transmitted transaction data to target routing module, air control detection module carry out air control
By judgement, if passing through, returns at message distribution and continue with, if not passing through, terminate；
Step S3, if packet length is not inconsistent normally, direct record log, transaction is abandoned；
Step S4 terminates；
The message handling services functions of modules includes:
It packages for posp module, webp module, air control detection module, encryption equipment and front end services module, after the completion of group packet
Routing module is transmitted to by message queue；
Message verification, refers to the legitimacy of message；
Routing trend is initiated, is responsible for carrying out assignment to the mark bit field of heading and special route code domain, to route mould
Block is read in message distribution；
According to routing iinformation and transaction receiving system state, determine whether to enter transaction refusal module.
2. exchange and the integration system of the corporate information technology system data according to claim 1 based on SOA framework,
It is characterized in that, above system is using unified binary data format.
3. exchange and the integration system of the corporate information technology system data according to claim 1 based on SOA framework,
It is characterized in that, the function of the front end services module includes:
The protocol conversion being responsible between the binary protocol of exchange system and the agreement of specific receiving system；
The interface of specific receiving system is called, to realize specific business operation；
It is responsible for the calling to the load balancing of specific receiving system.
4. exchange and the integration system of the corporate information technology system data according to claim 1 based on SOA framework,
It is characterized in that, the routing module function includes:
Tcp long connection communication is established by netty between applications, to carry out message interaction, the heart is supported in connection therein
Jump testing mechanism；
Unidirectional a plurality of message queue communication is established by activeMQ with the routing module of data exchange system；
The long legitimacy of message package, refers to whether the length of verifying packet meets the long specification of packet；
The content for reading heading carries out message distribution in conjunction with configuration information according to the domain of dependence of heading；
Selection message handling services module is determined according to load balancing.
5. exchange and the integration system of the corporate information technology system data according to claim 1 based on SOA framework,
It is characterized in that, the management configuration service module is responsible for configuration information to be read into memory from database, and dynamic will configuration
Information is written to database, and memory management configuration information uses redis database, while supporting web page or interface operation
Mode operate the database of storage configuration information.
6. exchange and the integration system of the corporate information technology system data according to claim 1 based on SOA framework,
It is characterized in that, the intelligent management service module feature further include:
Application system monitoring, including the monitoring of process, message queue, and monitoring information is fed back into application system or monitoring alarm system
System.
7. exchange and the integration system of the corporate information technology system data according to claim 1 based on SOA framework,
It is characterized in that, above-mentioned exchange system supports the following two kinds docking mode during docking:
The system that active mating is serviced is docked by the system of exchange system active mating, including channel；
The system serviced is passively docked, exchange system provides binary system message, it actively initiates to call for the system serviced, and
And the system that is serviced is responsible for specifically unpacking, business processing.
8. the exchange of the corporate information technology system data based on SOA framework and integration system as described in claim 1, special
Sign is that the routing module process flow includes the following steps:
Step S5 starts, judges whether message verifies success, if message verifies successfully, read heading route code and sound
Code domain is answered, then judges whether to need dynamic call jar packet or dynamic base, if so, dynamic call jar packet or dynamic base, then it is right
Packet is organized after the filling of message body, if it is not, organizing packet after being directly entered the filling of message body；
Step S6, if message verifies unsuccessful, direct record log, transaction is abandoned, and is terminated；
Step S7 by wrapping group after the filling of message body in step S5, then judges whether to need special routing, if desired special road
By, then flag bit and special route code are filled, if not needing special routing, judges whether receiving system state is abnormal, if
Abnormal, then transit telegram text refuses module to transaction, then E-Packets to routing module, if normal, then directly E-Packets to routing
Module；
Step S8 terminates.
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| CN106027534A (en) * | 2016-05-26 | 2016-10-12 | 浪潮（苏州）金融技术服务有限公司 | System for implementing financial message processing based on Netty |
| CN107172160B (en) * | 2017-05-23 | 2019-10-18 | 中国人民银行清算总中心 | The Service controll management assembly device of payment transaction system |
| CN107231378A (en) * | 2017-07-21 | 2017-10-03 | 云南电网有限责任公司信息中心 | A kind of security control method based on electric power mobile office equipment, apparatus and system |
| CN110189229A (en) * | 2018-05-16 | 2019-08-30 | 杜鹏飞 | Insure core business system in internet |
| CN110263556A (en) * | 2019-05-22 | 2019-09-20 | 广东安创信息科技开发有限公司 | A kind of encryption and decryption method and system of OA system data |
| CN113849503B (en) * | 2021-09-10 | 2023-10-20 | 杭州未名信科科技有限公司 | Open big data processing system, method and medium |
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| CN104158721A (en) * | 2014-07-15 | 2014-11-19 | 神州数码融信软件有限公司 | Basic information interaction system |
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| CN1741525A (en) * | 2005-08-23 | 2006-03-01 | 北京无限新锐网络科技有限公司 | Media issuing system and method |
| CN101582894A (en) * | 2009-06-10 | 2009-11-18 | 重庆大学 | Semantic gateway used for integration of enterprise informatization heterogeneous system |
| CN103139251A (en) * | 2011-11-29 | 2013-06-05 | 神州数码信息系统有限公司 | Method of city-level data sharing exchange platform technology |
| CN104158721A (en) * | 2014-07-15 | 2014-11-19 | 神州数码融信软件有限公司 | Basic information interaction system |
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