CN112819612A - Automatic configuration system for butt-joint channel of payment system - Google Patents
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Abstract
The invention discloses an automatic configuration system of a payment system docking channel, which relates to the technical field of finance, and comprises an automatic configuration system of a payment system docking channel and an automatic configuration system frame of the payment system docking channel, and is characterized in that: the payment system docking channel automatic configuration system comprises the following steps: and S1, the user initiates a channel signing application, and then S2 is carried out. According to the payment system docking channel automatic configuration system, the contract signing application made by a client is rapidly processed through the payment system docking channel automatic configuration system frame and the payment system docking channel automatic configuration system, the contract signing application is deployed in a distributed mode and the expandability is supported, an interface is provided for the expansion of the system in future, and the robustness of the system is guaranteed, so that the problems that the existing payment system docking channel is high in cost of labor and the like, high in overall requirement on hardware, high in operation and maintenance cost, low in expansibility, low in cohesion, high in human error and high in coupling are solved.
Description
Technical Field
The invention relates to the technical field of finance, in particular to an automatic configuration system for a payment system docking channel.
Background
The payment docking channel automatic configuration refers to a docking channel method of financial service organizations such as banks, the high availability and the continuity of services are improved by taking a distributed framework as a basis to the maximum extent through modes such as an intelligent router and automatic configuration, the stability and the performance of a system are improved, and the development of the banks is greatly promoted, wherein the three systems or the frameworks which are more important are as follows: 1: the Spring Cloud is an ordered set of a series of frames, the development of infrastructure of a distributed system is skillfully simplified by utilizing the development convenience of the Spring book, for example, service discovery registration, a configuration center, a message bus, load balancing, a circuit breaker, data monitoring and the like can be realized by one-key starting and deployment by using the development style of the Spring book, the Spring Cloud does not repeatedly manufacture wheels, the Spring Cloud only combines the service frames which are developed by various companies at present and are mature and can bear practical examination, and the complex configuration and realization principle is shielded by packaging the Spring book style again, so that a set of simple and easy-to-understand, easy-to-deploy and easy-to-maintain distributed system development kit is finally reserved for developers; 2: MySQL is a relational database management system, developed by the Sweden MySQL AB company, currently belonging to the Oracle flag product, is one of the most popular relational database management systems, and in the aspect of WEB application, MySQL is one of the best relational database application software, and is a relational database management system which stores data in different tables instead of putting all data in a large warehouse, so that the speed is increased and the flexibility is improved; 3: eureka is a service discovery framework developed by Netflix, is a REST-based service, and is mainly used for positioning a middle-layer service running in an AWS domain to achieve the purposes of load balancing and middle-layer service failover, and Spring Cloud integrates the middle-layer service into a child project Spring-closed-Netflix thereof to realize the service discovery function of Spring Cloud, however, the three services have the following disadvantages: compared with the Dubbo network resource consumption, Spring Cloud has larger consumption, the supporting measures of software are not sound enough, the technical architecture needs to be improved, and the Eureka: the maintenance cost is too high, the deployment is relatively troublesome, the delay time of 2 minutes cannot be found in time when the service is found, and the Mysql: if a large number of storage processes are used, the memory usage of each connection using the storage processes is greatly increased, in addition, if a large number of logic operations are excessively used in the storage processes, the CPU usage rate is also increased, Mysql does not allow the storage processes to be debugged, and the storage processes are difficult to develop and maintain, so that the problems that the existing payment system docking channel has high cost of labor and the like, high overall requirement on hardware, high operation and maintenance cost, low expansibility, low cohesion, high human errors and high coupling are solved, and therefore the automatic configuration system for the payment system docking channel is provided to solve the problems.
Disclosure of Invention
Technical problem to be solved
Aiming at the defects of the prior art, the invention provides an automatic configuration system for a payment system docking channel, which solves the problems of high labor cost, high overall requirement on hardware, high operation and maintenance cost, low expansibility, low cohesion, high human error and high coupling of the existing payment system docking channel.
(II) technical scheme
In order to achieve the above purposes, the technical scheme adopted by the invention is as follows: the payment system docking channel automatic configuration system comprises a payment system docking channel automatic configuration system and a payment system docking channel automatic configuration system frame, and comprises the following steps:
s1, initiating a channel signing application by a user, and then carrying out S2;
s2, message inspection is carried out, if the inspection is successful, S4 is carried out, and if the inspection is not passed, S3 is carried out;
s3, returning the result to the user;
s4, checking the account type, if the account type is not checked, carrying out S3, and if the account type is checked, carrying out S5;
s5, checking the merchant label and the product number, if the merchant label and the product number do not pass the check, performing S3, and if the merchant label and the product number pass the check, performing S6;
s6, checking the merchant number and the signing account, if the merchant number and the signing account do not pass the checking, performing S3, and if the signing information does not exist or the signing state is abnormal after the checking, performing S7;
s7, inquiring whether the product number exists, if the product number does not pass the inquiry, carrying out S3, and if the product number passes the inquiry, carrying out S8;
s8, judging whether the query result is empty, if the query structure is empty, carrying out S9, and if the query result is not empty, carrying out S10;
s9, failing to sign on, and S3 is carried out;
and S10, the intelligent router makes a channel for protocol payment and records the channel, and the system is ended.
The payment system docking channel automatic configuration system closing frame comprises bank management personnel, the bank management personnel manage through a bank management center, the bank management center subscribes and registers through Eureka, the bank management center calls and registers through automatic configuration, the automatic configuration registers through the Eureka, the automatic configuration calls and passes through an intelligent router, the automatic configuration data access passes through Mysql, Mysql is in data connection with the intelligent router, and the intelligent router registers through the Eureka.
Preferably, the MySql data stores persistent data related to the payment system docking channel automated configuration management system, and the related content of the persistent data includes but is not limited to: manual definition data, timing definition data, mail sending data, short message notification data, job running data, task running data, and the like.
Preferably, the Eureka registration is a Eureka registry, and the Eureka registration provides a service registration function.
Preferably, the bank management center includes but is not limited to: the management system comprises visual user management, visual role management, visual environment management, visual business management, visual parameter management, visual menu management, a visual operation compiling interface, a visual operation monitoring interface, a visual task operating interface, a remote change payment substitute route management system, relevant scheduling service inquiry from a registration center, relevant data storage to a data storage device and the like.
Preferably, the intelligent router has a switching function, the switching function of the intelligent router is a measure for realizing normal conditions of peripheral systems, the intelligent router can perform automatic configuration of docking channels of the payment system, and the level of the switching function of the intelligent router is higher than the level of system automation.
Preferably, the related definition and control of the automation configuration include but are not limited to: parameter management, job definition, timed task arrangement, task release, remote calling node management, distributed service calling management, function encapsulation to an Eureka registration center, and related data storage to a data storage device.
(III) advantageous effects
The invention has the beneficial effects that:
the payment system docking channel automatic configuration system rapidly processes the signing application made by the client through the payment system docking channel automatic configuration system frame and the payment system docking channel automatic configuration system, reduces the labor cost in the processing process, can be realized without production in the proceeding channel docking, simultaneously reduces the risk of errors caused by human beings, adopts the micro-service architecture design through the payment system docking channel automatic configuration system frame and the payment system docking channel automatic configuration system, further can carry out the access channel automatic configuration only by a set of uniform bank management center, and the payment system docking channel automatic configuration can be automatically configured into the uniform payment system along with the increase of channels, further fully ensures the robustness and sustainability of the distributed system, meanwhile, manual operation can be effectively and quickly effected in real time by using the Eureka registration, thereby increasing manual management and control capabilities and improving efficiency of processing payment subscriptions without restarting services, meanwhile, the function of automatic configuration is added, the flexibility of the system is improved, the safety guarantee is increased, further, the system can stop loss in time when having problems, the automatic configuration avoids the risk of errors when manually configuring channels by personnel in the past, the safety and usability of the system are improved, the system is deployed in a distributed mode, and supports expandability, provides an interface for the expansion of the system in the future, ensures the robustness of the system, therefore, the problems of high labor cost, high overall requirement on hardware, high operation and maintenance cost, low expansibility, low cohesion, high human error and high coupling of the existing payment system docking channel are solved.
Drawings
FIG. 1 is a flow chart diagram illustrating the automated configuration of a docking channel of a payment system according to the present invention;
FIG. 2 is a schematic diagram of a system rack for automatically configuring a payment system docking channel 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 drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1-2, the present invention provides a technical solution: the payment system docking channel automatic configuration system comprises a payment system docking channel automatic configuration system and a payment system docking channel automatic configuration system frame, and comprises the following steps:
s1, initiating a channel signing application by a user, and then carrying out S2;
s2, message inspection is carried out, if the inspection is successful, S4 is carried out, and if the inspection is not passed, S3 is carried out;
s3, returning the result to the user;
s4, checking the account type, if the account type is not checked, carrying out S3, and if the account type is checked, carrying out S5;
s5, checking the merchant label and the product number, if the merchant label and the product number do not pass the check, performing S3, and if the merchant label and the product number pass the check, performing S6;
s6, checking the merchant number and the signing account, if the merchant number and the signing account do not pass the checking, performing S3, and if the signing information does not exist or the signing state is abnormal after the checking, performing S7;
s7, inquiring whether the product number exists, if the product number does not pass the inquiry, carrying out S3, and if the product number passes the inquiry, carrying out S8;
s8, judging whether the query result is empty, if the query structure is empty, carrying out S9, and if the query result is not empty, carrying out S10;
s9, failing to sign on, and S3 is carried out;
and S10, the intelligent router makes a channel for protocol payment and records the channel, and the system is ended.
The payment system docking channel automatic configuration system closing frame comprises bank management personnel, the bank management personnel manage through a bank management center, the bank management center subscribes and registers through Eureka, the bank management center calls and registers through automatic configuration, the automatic configuration registers through the Eureka, the automatic configuration calls and passes through an intelligent router, the automatic configuration data access passes through Mysql, Mysql is in data connection with the intelligent router, and the intelligent router registers through the Eureka.
The MySql data stores persistent data related to the payment system docking channel automated configuration management system, and the related content of the persistent data includes but is not limited to: manual definition data, timing definition data, mail sending data, short message notification data, job running data, task running data, and the like.
Eureka is registered as Eureka registry, which provides service registration functions.
The bank management center includes but is not limited to: the management system comprises visual user management, visual role management, visual environment management, visual business management, visual parameter management, visual menu management, a visual operation compiling interface, a visual operation monitoring interface, a visual task operating interface, a remote change payment substitute route management system, relevant scheduling service inquiry from a registration center, relevant data storage to a data storage device and the like.
The intelligent router has a switching function, the switching function of the intelligent router is a realization measure under the normal condition of a peripheral system, the intelligent router can carry out automatic configuration of a docking channel of a payment system, and the level of the switching function of the intelligent router is higher than the level of system automation.
Relevant definitions and governments of automation configurations include, but are not limited to: parameter management, job definition, timed task arrangement, task release, remote calling node management, distributed service calling management, function encapsulation to an Eureka registration center, and related data storage to a data storage device.
The method comprises the following operation steps:
firstly, a bank administrator utilizes a bank management center, automatic configuration, Eureka registration, MySql and an intelligent router in a payment system docking channel automatic configuration system frame to execute a payment system docking channel automatic configuration system, then S1, S2, S3, S4, S5, S6, S7, S8, S9 and S10 in the payment system docking channel automatic configuration system are used for rapidly processing signing applications made by customers, the labor cost is reduced in the processing process, the signing applications can be realized without production in the proceeding channel docking, meanwhile, the risk of human error is reduced, the micro service architecture design is adopted by the payment system docking channel automatic configuration system frame and the payment system docking channel automatic configuration system, and then the bank management center only needs one set of unified access channel automatic configuration, and payment system docking channel automated configuration can be along with the increase of channel in automatic configuration advances unified payment system, and then fully guaranteed distributed system's robustness and sustainability, simultaneously through using the registration of Eureka can be effective, real-time messenger manual operation is effective more soon, and then increased artificial management and control ability and need not to restart the efficiency that the service improved the processing payment signed, the function that has increased automatic configuration simultaneously has promoted the flexibility of system, the guarantee of security has been strengthened, and then can in time the loss stop when making the system go wrong.
The above-mentioned embodiments, objects, technical solutions and advantages of the present invention are further described in detail, it should be understood that the above-mentioned embodiments are only illustrative of the present invention and are not intended to limit the present invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (6)
1. Payment system docking channel automated configuration system, including payment system docking channel automated configuration system, payment system docking channel automated configuration close system frame, its characterized in that: the payment system docking channel automatic configuration system comprises the following steps:
s1, initiating a channel signing application by a user, and then carrying out S2;
s2, message inspection is carried out, if the inspection is successful, S4 is carried out, and if the inspection is not passed, S3 is carried out;
s3, returning the result to the user;
s4, checking the account type, if the account type is not checked, carrying out S3, and if the account type is checked, carrying out S5;
s5, checking the merchant label and the product number, if the merchant label and the product number do not pass the check, performing S3, and if the merchant label and the product number pass the check, performing S6;
s6, checking the merchant number and the signing account, if the merchant number and the signing account do not pass the checking, performing S3, and if the signing information does not exist or the signing state is abnormal after the checking, performing S7;
s7, inquiring whether the product number exists, if the product number does not pass the inquiry, carrying out S3, and if the product number passes the inquiry, carrying out S8;
s8, judging whether the query result is empty, if the query structure is empty, carrying out S9, and if the query result is not empty, carrying out S10;
s9, failing to sign on, and S3 is carried out;
s10, the intelligent router makes a channel for protocol payment and records the channel, and the system is ended;
the payment system docking channel automatic configuration system closing frame comprises bank management personnel, the bank management personnel manage through a bank management center, the bank management center subscribes and registers through Eureka, the bank management center calls and registers through automatic configuration, the automatic configuration registers through the Eureka, the automatic configuration calls and passes through an intelligent router, the automatic configuration data access passes through Mysql, Mysql is in data connection with the intelligent router, and the intelligent router registers through the Eureka.
2. The payment system docking channel automated configuration system of claim 1, wherein: the MySql data store is used for persistent data related to a payment system docking channel automation configuration management system, and related contents of the persistent data include but are not limited to: manual definition data, timing definition data, mail sending data, short message notification data, job running data, task running data, and the like.
3. The payment system docking channel automated configuration system of claim 1, wherein: the Eureka registration is a Eureka registry, which provides a service registration function.
4. The payment system docking channel automated configuration system of claim 1, wherein: the bank management center includes but is not limited to: the management system comprises visual user management, visual role management, visual environment management, visual business management, visual parameter management, visual menu management, a visual operation compiling interface, a visual operation monitoring interface, a visual task operating interface, a remote change payment substitute route management system, relevant scheduling service inquiry from a registration center, relevant data storage to a data storage device and the like.
5. The payment system docking channel automated configuration system of claim 1, wherein: the intelligent router has a switching function, the switching function of the intelligent router is a realization measure under the normal condition of a peripheral system, the intelligent router can carry out automatic configuration of a docking channel of a payment system, and the level of the switching function of the intelligent router is higher than the level of system automation.
6. The payment system docking channel automated configuration system of claim 1, wherein: the relevant definitions and governments of the automation configuration include, but are not limited to: parameter management, job definition, timed task arrangement, task release, remote calling node management, distributed service calling management, function encapsulation to an Eureka registration center, and related data storage to a data storage device.
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