CN106384283A - Internet plus based service bus structure and service bus system - Google Patents
Internet plus based service bus structure and service bus system Download PDFInfo
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Abstract
The invention discloses an Internet plus based service bus structure and a service bus system. The service bus structure comprises a communication management layer, a bus management layer, a route processing layer, an application processing layer and a database, wherein the communication management layer is realized by an independent communication process and used for processing access of a peripheral system; the bus management layer and the route processing layer can be combined into a control layer, and distribution and circulation of services are processed by a bus control process; the application processing layer is concurrently processed by an application transaction processing process; and the database acts as a persistence layer to provide a function of service data persistence. By adopting the service bus structure disclosed by the invention, an innovation pattern of Internet plus finance plus industry can be supported, a unique service center is constructed, and a branch bank service bus is also considered so as to enable the service center to become a complete information service center.
Description
Technical field
The present invention relates to Financial information safety application technology, more particularly, to a kind of service bus knot based on " the Internet+"
Structure and service bus system.
Background technology
The following problem of operation system generally existing of bank at present：1) transaction flow is complicated, whole transaction flow length, link
Many, management cost is high；2) interface protocol complexity disunity, different system platform, corresponding interface protocol and answer-mode kind
Class is various, and present environment is difficult to manage as a whole；3) lack system monitoring, risk is high, for so many platform, interface, friendship
Easily link, does not have reasonable, effective monitoring means, there is great risk to whole process of exchange.
With the appearance of " the Internet+" theory, solve current problems faced more imperative.
Content of the invention
In view of this, present invention is primarily targeted at providing a kind of service bus architecture Ji Yu " the Internet+" and clothes
Business bus system, to support the innovation mode of the Internet+finance+industry, builds a characteristic service center, and takes into account bank and divide
Row service bus becomes a complete information service center.
For reaching above-mentioned purpose, the technical scheme is that and be achieved in that：
A kind of service bus architecture Ji Yu " the Internet+", including communication management layer, bus management layer, route processing layer
With application process layer and data base；Wherein：
Described communication management layer is realized by independent communication process, and the access for processing peripheral system picks out；
Described bus management layer, is made up of the correlation module of messaging bus and connection message bus, as service bus knot
The passage of distribution of services and circulation in structure, the message within described service bus architecture is handed over by described bus management layer
Mutually, the medium and as data interaction between multinode；
Route processing layer, including task recognition distribution module and process initiation control module；In this route processing layer,
Realize the Focus of Business Processing are distinguished, the task of multinode is planned so that communication management layer, application process layer
Modules being capable of the single-minded task in oneself；
Described application process layer, including transaction flow module, the performing module of atom logical node, information acquisition module,
System-monitoring module and User Defined task module, for realizing specifically holding of all tasks in described service bus architecture
OK, every kind of task is all processed by single-minded process group, and task derives from the task distribution of route processing layer；And,
Described data base provides business datum persistence function as data persistence layer.
Wherein, described communication management layer is supported to use multiple communication modes, including：TCP、Tuxedo、MQ、TongEasy、
HTTP、HTTPS、webservice.
Described communication management layer as needed, selects communication modes, realizes client or the message of service end sends and connects
Receive form, finally carry out data friendship using the unified data form of described service bus with other modules in described service bus
Mutually.
Described bus management layer and route processing layer can be combined into key-course, by the distribution of bus marco process processing business
And circulation.
Described application process layer supports independent application trading processing process concurrent processing.
A kind of service bus system of the service bus architecture Ji Yu described " the Internet+", including communication subsystem, core
Subsystem, development subsystem, running subsystem, service sub-system, maintenance subsystem；Wherein：
Described communication subsystem, the connection process including all peripheral systems accepts connecing of peripheral system as service end
Enter request, also serve as the data sending request of the outside peripheral systems of client receiving system；
Described kernel subsystems, for the process being traded；
Described development subsystem, for providing comprehensive visualized operation for business development personnel, is carried out to business online
Exploitation；It is additionally operable to provide on-line testing function for tester, node is carried out with single-step debug, unit testing is carried out to business,
And generate test report；
Described running subsystem, serves operator, provides transaction monitoring, host monitor, timed task monitoring
Function；
Described service sub-system, serves operational control personnel, for providing retrieval, the report query of business datum, with
And provide data maintenance function based on business department's demand；
Described maintenance subsystem, serves system maintenance personnel, for providing all kinds of parameter configuration of production run environment
Function.
Wherein, described service bus system further includes cabinet face system, and it serves teller, for providing non-dynamic account
The cabinet face function of transaction, and public head office teller's data and fingerprint authentication service.
Described kernel subsystems, further include storage subsystem, business subsystem and Monitor And Control Subsystem；Wherein,
Described storage subsystem is made up of Oracle cluster, MongoDB cluster, distributed caching Memcached；
Described business subsystem, by Transaction Information queue, log information queue, various communication process and its mailbox, business
Treatment progress worker and its mailbox, log recording process logger and host process composition；
Described Monitor And Control Subsystem, monitors the operation shape of various monitored object for the monitored object according to definition and condition
Condition.
A kind of operational approach of the development subsystem of service bus system Ji Yu " the Internet+", comprises the steps：
A, set up business, the step generating associated traffic data；
B, according to business demand, the step setting up corresponding transaction；
C, set up node, the step drawing transaction flow；
D, the step of this transaction flow of single-step debug；
E, the step generating transaction test case；And,
F, the step that Version Control is carried out to above- mentioned information.
A kind of operational approach of the running subsystem of service bus system Ji Yu " the Internet+", comprises the steps：
A, the step that problem is collected by automated transaction monitoring management, host monitor, monitoring flowing water, current transaction flowing water；
B, the step by checking data table information, parameter management solve problem；
C, solution is aggregated into knowledge base, for other office stafves study, the step consulted；And,
D, check office staff's O＆M flowing water, the step of characteristic service system patrol record.
Service bus architecture based on " the Internet+" provided by the present invention and service bus system, have advantages below：
Using service bus architecture and the service bus system of the present invention, not only support the realization of characteristic service, Er Qiezhi
Hold docking produce in the various row of the network segment, row external system, provide service diverting search function for it, such as produce the single-sign-on of the network segment；Connect
Entering head office's fingerprint verification system provides teller's fingerprint authentication to support；Connecting the direct-connected service of bank provides business capital to collect support
Deng.
Brief description
Fig. 1 service bus architecture schematic diagram Ji Yu " the Internet+" for the embodiment of the present invention；
The conceptual relation schematic diagram of Fig. 2 service bus architecture Ji Yu " the Internet+" for the embodiment of the present invention；
The functional schematic of Fig. 3 service bus system Ji Yu " the Internet+" for the embodiment of the present invention；
The development subsystem business operation flow chart of Fig. 4 service bus system Ji Yu " the Internet+" for the present invention；
The running subsystem business operation flow chart of Fig. 5 service bus system Ji Yu " the Internet+" for the present invention；
The maintenance subsystem business operation flow chart of Fig. 6 service bus system Ji Yu " the Internet+" for the present invention.
Specific embodiment
Below in conjunction with the accompanying drawings and embodiments of the invention are to the service bus architecture Ji Yu " the Internet+" for the present invention and service
Bus system is described in further detail.
Fig. 1 service bus architecture schematic diagram Ji Yu " the Internet+" for the embodiment of the present invention；As shown in figure 1, this service is total
Line structure is broadly divided into four layers, i.e. communication management layer, bus management layer, route processing layer and application process layer.Wherein：
Communication management layer is realized by independent communication process, for the communication with peripheral system, is that whole bus structures are external
The unified gateway providing.Its support uses multiple communication modes, including：TCP、Tuxedo、MQ、TongEasy、HTTP、
HTTPS, webservice etc..As needed, select communication modes, so realize the message of client or service end send and
Receive form, finally carry out data using the unified data form of service bus with the other functions module in described service bus
Interaction.
Bus management layer, is made up of the correlation module of messaging bus and connection message bus, is that in service bus, business is divided
The passage sent out and circulate, the message of internal system is that bus management layer interacts by this passage, the number between multinode
It is also required to bus management layer according to interaction as medium.So, by bus management layer, communication management layer, application process layer, route
Process layer is combined together, and the module of each functional independence is integrated into an entirety.
Route processing layer, including task recognition distribution module, the functional module such as process initiation control module, at this route
In reason layer, realize the Focus of Business Processing are distinguished, planning has been carried out to the task of multinode so that communication management layer, should
Being capable of the single-minded task in oneself with the modules of process layer.
Here, described bus management layer and route processing layer can be combined into key-course, by bus marco process processing business
Distribution and circulation.
Application process layer, including the performing module of transaction flow module, atom logical node, and information acquisition module,
System-monitoring module, User Defined task module it is achieved that in bus all tasks concrete execution, every kind of task is all by special
One process group is processed, and task derives from the task distribution of route processing layer.Described application process layer supports independent answering
With trading processing process concurrent processing.
Finally, data base (Databases) provides business datum persistence function as data persistence layer.
The conceptual relation schematic diagram of Fig. 2 service bus architecture Ji Yu " the Internet+" for the embodiment of the present invention；Fig. 3 is this
The functional schematic of the service bus system Ji Yu " the Internet+" for the inventive embodiments.
Illustrate the composition concept of the important module in service bus architecture as Fig. 2, and the incidence relation to these concepts
Describe.As business packet contains many transactions, transaction can be multiplexed already present flow process, and described flow process is by sub-process, transaction section
Point composition.Version Control, test cases retest can be carried out, transaction log is uniformly processed guarantor in transaction development process
Deposit.There is omnibearing monitoring, main frame rank, process-level, transaction level, custom rule etc. in system.By flexibly autonomous
Component pattern, parametric model, these concepts to assembly make platform for more exploitation so as to versatility by changing system
Better.
Concept relation graph according to Fig. 2, we implement essentially according to following system, as shown in figure 3, the present invention
The service bus system Ji Yu " the Internet+" for the embodiment, mainly include communication subsystem, kernel subsystems, development subsystem,
Running subsystem, service sub-system, maintenance subsystem.Wherein,
Described communication subsystem, comprises the connection process of all peripheral systems, accepts peripheral system as service end
Access request, also serves as the request that the outside peripheral systems of client receiving system send data.Due to the design of aggregated structure, system
The business process not allowing kernel subsystems is directly connected to peripheral system, therefore, communication subsystem no matter service end or client
End all corresponds to an independent process.
Described kernel subsystems, for the process being traded.Wherein product platform mainly has the function of three aspects：
Process transaction：There is provided operation platform for specific business, each business is deposited in the form of set of process definition
Set to execute the transaction of this business according to service environment in, platform.
Testing results case：The test cases that execution foreground is given, provides test result.
Acquisition system health data, the action of triggering definition when condition meets.
Therefore, described kernel subsystems, can be further divided into 3 subsystems again：
A, storage subsystem, are made up of Oracle cluster, MongoDB cluster, distributed caching Memcached.Oracle
For relevant database, for storage configuration data and transaction data.Described MongoDB is object type data base, for storing
System operation daily record, the structured message such as node input and output.Memcached is used for caching commonly used configuration data and section
Point function compiles result.When system accesses these data, all first obtain from caching, obtain if there is no just accessing data base
Take, and be stored in caching in case next time uses.
B, business subsystem, by Transaction Information queue, log information queue, various communication process and its mailbox, business
Reason process worker and its mailbox, log recording process logger and host process composition.Transaction message queue, log information team
Row and mailbox are all realized using the queue in RabbitMQ.System also builds this process specific for it in the process of establishment
Mailbox, issues the message of oneself for collecting other processes.Transaction message queue deposits transaction dictionary by the principle of first in first out,
And dictionary of concluding the business is the current state of transaction, wherein also comprise service parameter.This queue is competitive mode queue, and worker is from this
Obtain pending transaction in queue to be processed.Log information queue is used for receiving that each worker or communication process generate is
System running log.Log recording process is used for taking out daily record from log information queue, is stored in NoSQL data-base cluster
MongoDB, for monitoring data analysis.Communication process be responsible for is communicated with external system, can be divided into preposition communicate into
Journey, the communication process of docking core system and the communication process of docking tripartite.Transaction request is put into transaction by preposition communication process
In message queue, last trading processing result is put in the mailbox of preposition communication process by Business Processing process, preposition communication
Process is taken out from this mailbox again, is then sent to initiate the client of transaction.Business Processing process worker is responsible for from data
Take out public function in storehouse, dynamically generate business object.According to the transaction code in transaction dictionary from distributed caching or data base
The corresponding flow definition file of middle acquisition, the communication section using according to needed for the transaction code in transaction dictionary obtains is called the roll and node
Function ID.If doing this kind of transaction for the first time, just taking out service parameter and public function definition from data base, dynamically generating industry
Business object.Take out node function source code again to be compiled in the context of business object from data base, compiling result is deposited
Enter distributed caching Memcached.Execute compiled node function according to flow definition successively, the implementing result of function is all
It is put in transaction dictionary, the final result of transaction is put in the mailbox of preposition communication process.If comprise in flow process with tripartite or
The communication of head office's core system is it is necessary to be put into communication request in the mailbox of respective communication node, communication node receives request
After communicated, result of communication is put in the mailbox of this worker again, and worker takes out after result of communication carries out again from mailbox
Continuous process.Two threads are had, a thread processes transaction as described above, it is super that another thread is traded in worker
When control, have timer in this thread, start timing when transaction arrives, just terminate process after time-out.In business virtual machine
Supervisor be responsible for the worker process pool of place virtual machine, it can currently have several processes, if be less than by poll
A capacity setting just newly-built worker and its mailbox of process pool.Supervisor on daily record virtual machine is responsible for being located
The logger process pool of virtual machine, it can currently have several processes by poll, newly-built one if the capacity setting less than process pool
Individual logger.For the characteristic service system before compatibility.System in the past sends transaction in original mode to communication adapter
Request, communication adapter sends transaction request to preposition communication process, and waits transaction results to be obtained, then result is issued former system
System.
C, Monitor And Control Subsystem, if monitoring data meets the condition pre-setting, system needs the action that responds, such as
Mail is reported to the police.This queue be used for deposit meet condition after need execute action.Monitored object according to definition and condition monitor
The operation conditions of various monitored object, if the condition meeting response action is generated as an action request and puts into pending action
In queue.This process receives action request message in pending action queue, executes corresponding action letter according to request message
Count and to complete the action requiring.
Described development subsystem serves business development personnel and tester, provides for developer and comprehensively visualizes
Operation, is carried out to business in line development, prevents to the direct operation producing main frame, makes whole development process more simple, square
Just, fast.It is additionally provided in line test function, node can be carried out with single-step debug, business is carried out with unit testing etc., increase test
The maintenance of case, can batch execute automatically to test cases, and the generation test report that is finished is consulted for tester.Support to hand over
Easily, node, the Version Control of business datum table, and old version can be managed with (check, contrast, deriving).Support business
Importing, derivation and import history check.Support communication node management, can online and tripartite's joint debugging.Can add-on system parameter, supply
Each business uses.
Described running subsystem serves operator.System provides transaction monitoring, host monitor, timing to appoint for it
A series of functions such as business monitoring.Operator authority is relatively low, and in executable portion mission critical, system provides and authorizes or double
People's perform function improves system operatio safety.In addition, operator on duty can be by monitoring analysis transaction implementation status, positioning
Problem link.When process of exchange, service bus system abnormal, do some simple emergency processings.
The problem of normal handling can be added in knowledge base, facilitate other staff to check issue handling experience.
Data structure, data table data can be checked on line.Some simple data bases check, are no need for using data
Storehouse operation sequence accesses data base, and can be by the convenient, simple, fast inquiry database information of this system.
Check current login daily the done operation of people, facilitate review personnel's routine work, summing-up work, Jin Erti
Rise O＆M ability.
Characteristic service patrol record：Attendant can pass through this function acquisition system operational factor, can add
Bright, support that deriving pdf patrols and examines file.
Described maintenance subsystem serves system maintenance personnel.System provides all kinds of parameters of production run environment to join for it
Put function, including being not limited to：Timed task rule, event-monitoring is regular, all kinds of parameter settings, business transaction start and stop, event
Trigger action, business module deployment, KBM etc..
Described service sub-system serves operational control personnel.System is the retrieval of its offer business datum, report query,
Data maintenance function based on business department's demand is all provided herein.
Described cabinet face system serves teller.System provides the cabinet face function of non-dynamic account transaction for it, and target is quick
Development deployment, can be with public head office teller's data and fingerprint authentication service.
The development subsystem business operation flow chart of Fig. 4 service bus system Ji Yu " the Internet+" for the present invention；As figure
Shown in 4, described development subsystem business operation process comprises the steps：
Step 41：Set up business, generate the definition that associated traffic data is systematic name.
Step 42：According to business demand, set up corresponding transaction, each transaction represents each function.
Step 43：Set up node, draw transaction flow, including start node, transaction node, communication node and end section
Point.Start node unpacks to transaction message, and transaction node is processed according to transaction message, if necessary with core and three
Side's communication is then carried out in communication node, finally result is packed in the form of message.
Step 44：This transaction flow of single-step debug.Online single-step debug can be carried out to the transaction flow of above-mentioned foundation, debugging
Each step can check running log, for finding and solving error.
Step 45：Generate transaction test case.Single-step debug is passed through, and can preserve the test cases of this transaction, as depositing
Shelves.
Step 46：Version Control is carried out to above- mentioned information.It is used for managing the code of correlation, be easy to safeguard.
The running subsystem business operation flow chart of Fig. 5 service bus system Ji Yu " the Internet+" for the present invention；As figure
Shown in 5, described running subsystem business operation process comprises the steps：
Step 51：Checked by automated transaction monitoring management, host monitor, monitoring flowing water, each function of current transaction flowing water
And collect problem.
Step 52：By checking data table information, parameter management function solve problem.
Step 53：Solution is aggregated into knowledge base, facilitates other office stafves study, consult.
Step 54：Check office staff's O＆M flowing water, characteristic service system patrol record.
The maintenance subsystem business operation flow chart of Fig. 6 service bus system Ji Yu " the Internet+" for the present invention；As figure
Shown in 6, described maintenance subsystem business operation process comprises the steps：
Step 61：Checked simultaneously by automated transaction monitoring management, host monitor, monitoring flowing water, current transaction flowing water function
Collect problem.
Step 62：By checking data table information, monitoring rules definition, response events define, monitor event defines, oneself
Dynamic initiation exchange hour definition, parameter management function solve problem.
Step 63：Solution is aggregated into knowledge base, facilitates other office stafves study, consult.
Step 64：Check office staff's O＆M flowing water.
The above, only presently preferred embodiments of the present invention, it is not intended to limit protection scope of the present invention.
Claims (10)
1. a kind of service bus architecture Ji Yu " the Internet+" is it is characterised in that include communication management floor, bus management floor, road
By process layer and application process layer and data base；Wherein：
Described communication management layer is realized by independent communication process, and the access for processing peripheral system picks out；
Described bus management layer, is made up of the correlation module of messaging bus and connection message bus, as in service bus architecture
Distribution of services and the passage of circulation, the message within described service bus architecture is interacted by described bus management layer, and
Medium as data interaction between multinode；
Route processing layer, including task recognition distribution module and process initiation control module；In this route processing layer, it is right to realize
The Focus of Business Processing are distinguished, and the task of multinode are planned so that each mould of communication management layer, application process layer
Block being capable of the single-minded task in oneself；
Described application process layer, including transaction flow module, the performing module of atom logical node, information acquisition module, system
Monitoring module and User Defined task module, for realizing the concrete execution of all tasks in described service bus architecture, often
The task of kind is all processed by single-minded process group, and task derives from the task distribution of route processing layer；And,
Described data base provides business datum persistence function as data persistence layer.
2. according to claim 1 the service bus architecture Ji Yu " the Internet+" it is characterised in that described communication management layer
Support uses multiple communication modes, including：TCP、Tuxedo、MQ、TongEasy、HTTP、HTTPS、webservice.
3. the service bus architecture based on " the Internet+" according to claim 1 or claim 2 is it is characterised in that described communication management
Layer as needed, selects communication modes, realizes client or the message of service end sends and receives form, finally using described clothes
The unified data form of business bus and other modules in described service bus carry out data interaction.
4. according to claim 1 the service bus architecture Ji Yu " the Internet+" it is characterised in that described bus management layer
Key-course can be combined into route processing layer, by distribution and the circulation of bus marco process processing business.
5. according to claim 1 the service bus architecture Ji Yu " the Internet+" it is characterised in that described application process layer
Support independent application trading processing process concurrent processing.
6. a kind of service bus system of " the Internet+" described in any one based on Claims 1 to 5 is it is characterised in that include
Communication subsystem, kernel subsystems, development subsystem, running subsystem, service sub-system, maintenance subsystem；Wherein：
Described communication subsystem, including all peripheral systems connection process i.e. as service end accept peripheral system access please
Ask, also serve as the data sending request of the outside peripheral systems of client receiving system；
Described kernel subsystems, for the process being traded；
Described development subsystem, for providing comprehensive visualized operation for business development personnel, is carried out in line development to business；
It is additionally operable to provide on-line testing function for tester, node is carried out with single-step debug, unit testing is carried out to business, and generate
Test report；
Described running subsystem, serves operator, provides transaction monitoring, host monitor, the work(of timed task monitoring
Energy；
Described service sub-system, serves operational control personnel, for providing retrieval, the report query of business datum, Yi Jiji
There is provided data maintenance function in business department's demand；
Described maintenance subsystem, serves system maintenance personnel, for providing all kinds of parameter configuration functions of production run environment.
7. the service bus system of " the Internet+" according to claim 6 is it is characterised in that described service bus system
Further include cabinet face system, it serves teller, for providing the cabinet face function of non-dynamic account transaction, and public head office cabinet
Member's data and fingerprint authentication service.
8. the service bus system of " the Internet+" according to claim 6, it is characterised in that described kernel subsystems, is entered
One step includes storage subsystem, business subsystem and Monitor And Control Subsystem；Wherein,
Described storage subsystem is made up of Oracle cluster, MongoDB cluster, distributed caching Memcached；
Described business subsystem, by Transaction Information queue, log information queue, various communication process and its mailbox, Business Processing
Process worker and its mailbox, log recording process logger and host process composition；
Described Monitor And Control Subsystem, monitors the operation conditions of various monitored object for the monitored object according to definition and condition.
9. a kind of operational approach of the development subsystem of service bus system Ji Yu " the Internet+" it is characterised in that include as
Lower step：
A, set up business, the step generating associated traffic data；
B, according to business demand, the step setting up corresponding transaction；
C, set up node, the step drawing transaction flow；
D, the step of this transaction flow of single-step debug；
E, the step generating transaction test case；And,
F, the step that Version Control is carried out to above- mentioned information.
10. a kind of operational approach of the running subsystem of service bus system Ji Yu " the Internet+" is it is characterised in that include
Following steps：
A, the step that problem is collected by automated transaction monitoring management, host monitor, monitoring flowing water, current transaction flowing water；
B, the step by checking data table information, parameter management solve problem；
C, solution is aggregated into knowledge base, for other office stafves study, the step consulted；And,
D, check office staff's O＆M flowing water, the step of characteristic service system patrol record.
Priority Applications (1)
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| CN107608662A (en) * | 2017-09-14 | 2018-01-19 | 深圳易嘉恩科技有限公司 | Distributed timekeeping system based on MongoDB |
| CN108270668A (en) * | 2018-01-31 | 2018-07-10 | 北京工业大学 | A kind of iSIGHT model files management system based on message queue |
| CN108876577A (en) * | 2018-06-29 | 2018-11-23 | 乌鲁木齐致远博创软件有限公司 | The system that multilingual mobile visualization collects processing information |
| CN110661854A (en) * | 2019-09-10 | 2020-01-07 | 中国建设银行股份有限公司 | Method and device for processing branch demand |
| CN113298527A (en) * | 2021-06-04 | 2021-08-24 | 广州天辰信息科技有限公司 | Data opening system and method based on service bus |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107608662A (en) * | 2017-09-14 | 2018-01-19 | 深圳易嘉恩科技有限公司 | Distributed timekeeping system based on MongoDB |
| CN107608662B (en) * | 2017-09-14 | 2020-11-03 | 深圳易嘉恩科技有限公司 | MongoDB-based distributed timing system |
| CN108270668A (en) * | 2018-01-31 | 2018-07-10 | 北京工业大学 | A kind of iSIGHT model files management system based on message queue |
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| CN108876577B (en) * | 2018-06-29 | 2021-08-03 | 乌鲁木齐致远博创软件有限公司 | Multi-language mobile visual information processing system |
| CN110661854A (en) * | 2019-09-10 | 2020-01-07 | 中国建设银行股份有限公司 | Method and device for processing branch demand |
| CN110661854B (en) * | 2019-09-10 | 2022-02-11 | 中国建设银行股份有限公司 | Method and device for processing branch demand |
| CN113298527A (en) * | 2021-06-04 | 2021-08-24 | 广州天辰信息科技有限公司 | Data opening system and method based on service bus |
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