CN117522549A - Bank-based distributed personal customer deposit management system - Google Patents
Bank-based distributed personal customer deposit management system Download PDFInfo
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- CN117522549A CN117522549A CN202311663726.9A CN202311663726A CN117522549A CN 117522549 A CN117522549 A CN 117522549A CN 202311663726 A CN202311663726 A CN 202311663726A CN 117522549 A CN117522549 A CN 117522549A
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Abstract
The invention provides a bank-based distributed personal client deposit management system, which comprises: the system comprises a real-time http transaction module and a night batch processing module; the unified gateway is used for routing different request paths, intercepting requests uniformly, supporting a black-and-white list and fusing distributed batch processing nodes and processing timed batch operation; the registry and the channel calling party are respectively connected with the input end of the unified gateway; the output end of the unified gateway is connected with the input end of the back-end service, and the output end of the back-end service is connected with the data storage unit oracle; the output end of the data storage unit oracle is connected with the data lake. The personal customer deposit management system is based on Spring Boot development, routes through a unified gateway and deploys based on k8s, distributed development is realized, the number of pod is flexibly expanded, technical modules are mutually decoupled, and middleware is in a cluster deployment mode, so that the bearing capacity of the system is enhanced.
Description
Technical Field
The invention relates to the field of bank deposit management, in particular to a bank-based distributed personal client deposit management system.
Background
The bank personal client deposit management system mainly stores the full-line personal client deposit information AS the bank personal client deposit management system, the core transaction AS400 system pushes the personal client deposit management system, and the personal client deposit system receives and stores the personal client deposit information and returns response information to the peripheral channel end. On the basis, the personal client deposit management system has main business value in providing highly-timeliness, complete, consistent, accurate, shared and authoritative full-line personal client deposit information for the existing system and future newly-built systems, realizing the sharing of the personal client deposit information across business lines and channels, being a real 'business mode taking the personal client deposit as a center', converting single business to manage the personal client deposit, changing the personal client deposit into the full-business field and full-life-cycle management of the personal client deposit, and improving the core competitiveness of banks in the aspects of personal client deposit service and management.
In the prior art, the personal client deposit management system cannot meet the current market demand, cannot support development by using Java language at the same time, cannot receive submission of Http protocol, and is not suitable for distributed development.
With market demand for the internet, core systems need to support high performance, high concurrency, and high availability, and support distributed. Capable of carrying at least tens of millions of transactions per day, thousands of TPS per second, and capable of coping with ever-increasing amounts of transactions.
The prior art personal customer deposit management system cannot meet the current market demand, cannot support development by using Java language at the same time, cannot receive submission of Http protocol, and is not suitable for distributed development.
Disclosure of Invention
The present invention has been made in view of the above problems, and it is an object of the present invention to provide a bank-based distributed personal customer deposit management system that overcomes or at least partially solves the above problems.
According to one aspect of the present invention, there is provided a bank-based distributed personal customer deposit management system, the deposit management system comprising: the system comprises a real-time http transaction module and a night batch processing module;
the unified gateway is used for routing different request paths, intercepting requests uniformly, supporting a black-and-white list and fusing distributed batch processing nodes and processing timed batch operation;
the registry and the channel calling party are respectively connected with the input end of the unified gateway;
the output end of the unified gateway is connected with the input end of the back-end service, and the output end of the back-end service is connected with the data storage unit oracle;
the output end of the data storage unit oracle is connected with the data lake.
The backend services include: the system comprises an eastern general file transmission system, a DN file transmission system and a Kafka message middleware system;
the Oriental pass file transmission system is used for realizing transmission of account checking files between the core and the deposit system;
the DN file transmission system is used for realizing file access between the counter and the deposit system;
the Kafka message middleware system comprises a plurality of nodes and pushes deposit data information to realize data interaction between a counter and a personal client deposit system.
The Oriental Tong file transmission system includes: and the nodes support the transmission of txt files and are used for realizing the transmission of reconciliation files between the core and the deposit system.
The DN file transmission system comprises: and a plurality of nodes supporting the transmission of pdf files for realizing file access between the counter and the deposit system.
The Kafka message middleware system comprises: and the nodes push deposit data information to realize data interaction between the counter and the personal client deposit system.
The data storage unit oracle is used for storing transaction data, product information and reconciliation file information of the distributed personal client deposit transaction system.
The management system further includes:
the container cloud environment is used for deploying the distributed batch processing nodes and supporting a communication mechanism among the distributed batch processing nodes, so that distributed development is realized.
The management system further includes:
the cluster middleware is used for caching hot spot information, relieving the pressure of a database, realizing high-availability Nacos, and being used as a service discovery and registration center for pushing configuration information to realize distributed development.
The invention provides a bank-based distributed personal client deposit management system, which comprises: the system comprises a real-time http transaction module and a night batch processing module; the unified gateway is used for routing different request paths, intercepting requests uniformly, supporting a black-and-white list and fusing distributed batch processing nodes and processing timed batch operation; the registry and the channel calling party are respectively connected with the input end of the unified gateway; the output end of the unified gateway is connected with the input end of the back-end service, and the output end of the back-end service is connected with the data storage unit oracle; the output end of the data storage unit oracle is connected with the data lake. The personal customer deposit management system is based on Spring Boot development, routes through a unified gateway and deploys based on k8s, distributed development is realized, the number of pod is flexibly expanded, technical modules are mutually decoupled, and middleware is in a cluster deployment mode, so that the bearing capacity of the system is enhanced.
The foregoing description is only an overview of the present invention, and is intended to be implemented in accordance with the teachings of the present invention in order that the same may be more clearly understood and to make the same and other objects, features and advantages of the present invention more readily apparent.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the description of the embodiments will be briefly described below, it being obvious that the drawings in the following description are only some embodiments of the present invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a block diagram of a bank-based distributed personal customer deposit management system according to an embodiment of the present invention.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
The terms "comprising" and "having" and any variations thereof in the description embodiments of the invention and in the claims and drawings are intended to cover a non-exclusive inclusion, such as a series of steps or elements.
The technical scheme of the invention is further described in detail below with reference to the accompanying drawings and the examples.
As shown in fig. 1, a bank-based personal customer deposit service mainly stores a full-line personal customer deposit system, the service system comprising: the system comprises a real-time http transaction module and a night batch processing module;
a unified gateway for routing different request paths, intercepting requests uniformly, and supporting black-and-white list and fusing
The distributed batch processing node is used for processing timed batch operation and improving the high availability of the system;
the cross-platform batch job scheduling software is used for triggering batch scheduling tasks at fixed time;
data storage unit oracle for storing transaction data, product information and reconciliation file information of distributed personal customer deposit transaction system
DN file transfer system comprising a plurality of nodes supporting the transfer of pdf files for file access between counter and deposit system
Kafka message middleware system comprising a plurality of nodes for pushing deposit data information for realizing data interaction between counter and personal customer deposit system, improving high availability of system and decoupling business layer
Oriental file transfer system comprising a plurality of nodes supporting transfer of txt files for transfer of reconciliation files between cores and deposit systems
Cluster middleware for caching hot spot information, relieving pressure of database and realizing high availability
Nacos, which is used as a service discovery and registration center to push configuration information to realize distributed development, thereby improving the high performance of the system;
the container cloud environment is used for deploying the distributed batch processing nodes and supporting a communication mechanism among the distributed batch processing nodes, so that distributed development is realized, the pod number is flexibly expanded, and the technical modules are mutually decoupled.
A deposit management system based on bank individual clients.
According to one aspect of the invention, there is provided a bank-based, all-round, individual customer deposit integrated by data processing; providing real-time online transactions, unifying the entry and exit of individual customer deposits, forming unified, complete, accurate individual customer deposits, and supporting batch end-of-day transactions.
The system comprises: the system comprises a real-time http transaction module and a night batch processing module;
the whole system is developed based on Spring CloudAlibaba and Spring Boot;
the implementation method comprises the following steps:
the distributed batch processing node is used for processing timed batch operation and improving the high performance of the system;
the cross-platform batch job scheduling software is used for triggering batch scheduling tasks at fixed time;
the data storage unit oceanbase is used for storing transaction data, product information and account checking file information of the distributed personal client deposit transaction system, and improving the high availability of the system
DN file transmission system including multiple nodes supporting transmission of pdf file for realizing file access between counter and receipt system and improving system availability
Kafka message middleware system comprising a plurality of nodes for pushing deposit data information for realizing data interaction between counter and personal customer deposit system, improving high availability of system and decoupling business layer
The Oriental general file transmission system includes several nodes to support the transmission of txt file for realizing the transmission of account checking file between deposit and core system and raising the availability of system
And the unified gateway is used for routing different request paths, intercepting the requests uniformly, supporting black and white lists and fusing, and improving the high performance of the system.
The container cloud environment is used for deploying the distributed batch processing nodes and supporting a communication mechanism among the nodes of the distributed batch processing, so that distributed development is realized, the number of pod is flexibly expanded, the technical modules are mutually decoupled, and the high availability of the system is improved
Cluster middleware for caching hot spot information, relieving pressure of database and realizing high availability
Nacos used as service discovery and registration center for pushing configuration information to realize distributed development and promote high performance of system
The distributed batch processing node is developed based on a Spring Cloud framework as a whole.
And the distributed batch processing node receives the Http request sent by the cross-platform batch job scheduling software, and starts the batch task of the node after receiving the request.
The cross-platform batch job scheduling software can manage and control the job flow, provide job status information and trigger batch scheduling tasks through Http requests.
Data storage unit oceanbase for storing transaction data, product information and reconciliation file information of distributed personal customer deposit transaction system
File transfer system DN for supporting the transfer of pdf receipt files for file access between counter and deposit system
The file transmission system Oriental communication for supporting the transmission of txt files for realizing the transmission of reconciliation files between deposit and core systems
Kafka message middleware system comprising a plurality of nodes for pushing deposit data information for realizing data interaction between counter and personal client deposit system and improving high availability of system
A unified gateway for routing different request paths, intercepting requests uniformly, and supporting black-and-white list and fusing
Nacos, used as service discovery and registration center, pushing configuration information to realize distributed development
And the cluster middleware is used for caching hot spot information, relieving the pressure of a database and protecting the data consistency.
The invention provides a system for mainly storing full-line personal client deposit based on a bank personal client deposit management system, which comprises: the system comprises a real-time http transaction module and a night batch processing module; a distributed batch processing node for processing timed batch jobs; the cross-platform batch job scheduling software is used for triggering batch scheduling tasks at fixed time to realize retry tasks; the data storage unit oceanbase is used for storing transaction data, product information and reconciliation file information of the distributed personal client deposit transaction system; the DN file transmission system comprises a plurality of nodes, supports the transmission of pdf files and is used for realizing file access between a counter and a deposit system; the Oriental general file transmission system comprises a plurality of nodes, supports the transmission of txt files and is used for realizing the transmission of reconciliation files between a core and a deposit system; nacos, which is used as a service discovery and registration center to push configuration information to realize distributed development; kafka pushes deposit data information, is used for realizing data interaction between a counter and a personal client deposit system, and improves the high availability of the system; and the unified gateway is used for routing different request paths, intercepting the requests uniformly and supporting black and white lists and fusing. The container cloud environment is used for deploying the distributed batch processing nodes and supporting a communication mechanism among the distributed batch processing nodes, so that distributed development is realized, the number of pod is flexibly expanded, and the technical modules are mutually decoupled; and the cluster middleware is used for caching hot spot information, relieving the pressure of the database and realizing high availability.
The beneficial effects are that: the personal customer deposit management system is based on Spring Boot development, routes through a unified gateway and deploys based on k8s, distributed development is realized, the number of pod is flexibly expanded, technical modules are decoupled from each other, and middleware is in a cluster deployment mode, so that the bearing capacity of the system is enhanced, and high performance, high concurrency and high availability are realized.
The foregoing detailed description of the invention has been presented for purposes of illustration and description, and it should be understood that the invention is not limited to the particular embodiments disclosed, but is intended to cover all modifications, equivalents, alternatives, and improvements within the spirit and principles of the invention.
Claims (8)
1. A bank-based distributed personal customer deposit management system, said deposit management system comprising: the system comprises a real-time http transaction module and a night batch processing module;
the unified gateway is used for routing different request paths, intercepting requests uniformly, supporting a black-and-white list and fusing distributed batch processing nodes and processing timed batch operation;
the registry and the channel calling party are respectively connected with the input end of the unified gateway;
the output end of the unified gateway is connected with the input end of the back-end service, and the output end of the back-end service is connected with the data storage unit oracle;
the output end of the data storage unit oracle is connected with the data lake.
2. A bank-based distributed personal customer deposit management system according to claim 1, characterized in that said backend service comprises: the system comprises an eastern general file transmission system, a DN file transmission system and a Kafka message middleware system;
the Oriental pass file transmission system is used for realizing transmission of account checking files between the core and the deposit system;
the DN file transmission system is used for realizing file access between the counter and the deposit system;
the Kafka message middleware system comprises a plurality of nodes and pushes deposit data information to realize data interaction between a counter and a personal client deposit system.
3. A bank-based distributed personal customer deposit management system according to claim 2, characterized in that said eastern general file transfer system comprises: and the nodes support the transmission of txt files and are used for realizing the transmission of reconciliation files between the core and the deposit system.
4. A bank-based distributed personal customer deposit management system according to claim 2, characterized in that said DN file transfer system comprises: and a plurality of nodes supporting the transmission of pdf files for realizing file access between the counter and the deposit system.
5. A bank-based distributed personal customer deposit management system according to claim 2, characterized in that said Kafka message middleware system comprises: and the nodes push deposit data information to realize data interaction between the counter and the personal client deposit system.
6. A bank-based distributed personal customer deposit management system according to claim 1, characterized in that said data storage unit oracle is used for storing transaction data, product information and reconciliation file information of a distributed personal customer deposit transaction system.
7. A bank-based distributed personal customer deposit management system according to claim 1, characterized in that said management system further comprises:
the container cloud environment is used for deploying the distributed batch processing nodes and supporting a communication mechanism among the distributed batch processing nodes, so that distributed development is realized.
8. A bank-based distributed personal customer deposit management system according to claim 1, characterized in that said management system further comprises:
the cluster middleware is used for caching hot spot information, relieving the pressure of a database, realizing high-availability Nacos, and being used as a service discovery and registration center for pushing configuration information to realize distributed development.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202311663726.9A CN117522549A (en) | 2023-12-06 | 2023-12-06 | Bank-based distributed personal customer deposit management system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202311663726.9A CN117522549A (en) | 2023-12-06 | 2023-12-06 | Bank-based distributed personal customer deposit management system |
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| CN202311663726.9A Pending CN117522549A (en) | 2023-12-06 | 2023-12-06 | Bank-based distributed personal customer deposit management system |
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