CN111984447A - Registration compensation system and method in overtime or abnormal situation of bank transaction - Google Patents
Registration compensation system and method in overtime or abnormal situation of bank transaction Download PDFInfo
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Abstract
The invention discloses a system and a method for registering and compensating in overtime or abnormal scenes of bank transactions. The system comprises a compensation transaction registration unit, a task trigger unit, a service implementation unit, a context object unit and a compensation transaction closing unit. The method is developed based on java language, is realized by adopting spring + quartz + configuration files, is simple, light and strong in expandability, mainly adopts service configuration compensation tasks, combines the design of modes such as quartz, factories, responsibility chains and the like, and fully meets the requirements of arranging and accepting under different scenes of a complex service system. And strict layering can be realized according to compensation transaction registration, work task starting, service processing and public component realization, so that clear and clear structure and layering are ensured, and the readability and maintainability of the code are strong. The business system can automatically process the abnormal processing only by registering the request and configuring the corresponding abnormal processing flow.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a system and a method for registering and compensating in a bank transaction overtime or abnormal scene.
Background
With the rapid development of the financial industry, online and offline financial scenes are more abundant, the user product experience is continuously improved, the functions of a bank back-end transaction system are gradually increased, the traditional transaction scenes of credit loan, financing and cash withdrawal and the like related to financial services are increased besides the traditional card binding, payment, transfer and remittance, revocation and inquiry, the processing of various service transaction flows becomes very tedious, and overtime or other abnormal conditions can occur in a certain section in the service processing process. At present, for most banks, a traditional transaction system combines a business logic and a processing flow, each business flow needs to be judged hard, the business logic and a functional unit are coupled deeply, and a brand-new business logic is generated when the business flow is changed, so that the system complexity is higher and higher along with the business development, the code maintainability is poorer and poorer, and great risks and cost investment are brought in development, testing, operation and maintenance.
Aiming at the management of the abnormal compensation and the connection control of the process, various abnormal compensation processing frames such as a workflow management system, a compensation frame customized by each company and the like exist in the current market, and the products are often complex in system and function and have much external dependence, need extra learning and use when being integrated with an application system, and cannot be fully adapted to a bank transaction system.
Disclosure of Invention
The invention aims to provide a system and a method for registering and compensating in a bank transaction overtime or abnormal scene aiming at the defects in the prior art.
To achieve the above object, in a first aspect, the present invention provides a system for compensating registration in a bank transaction timeout or abnormal scenario, including:
the compensation transaction registration unit is used for receiving abnormal or overtime transaction information in the transaction system, registering a compensation task according to the received abnormal or overtime transaction information and storing the transaction information into an abnormal compensation table in a database;
the task trigger unit is used for starting a compensation task node through a jobcommand, inquiring a compensation task to be processed in an abnormal compensation table in a database, carrying out pre-check on the compensation task to be processed, acquiring a configured service processing class after the pre-check is qualified, skipping to a specific service, executing specific service logic, circularly executing subsequent compensation logic according to an expected process, and generating a compensation request message according to a registered compensation task;
the service implementation unit is used for arranging actual compensation task nodes, including starting nodes to ending nodes, for specifying the circulation and the trend of the compensation task nodes and for implementing specific service nodes;
the context object unit is used for processing the compensation request message, assembling and calling a compensation query message according to the compensation request message when a task is started, performing compensation query on a payment channel, and performing corresponding service processing according to a query result and a compensation flow configured in the early stage of the service implementation unit after the query result is obtained;
and the compensation transaction closing unit is used for processing the subsequent request of the compensation task, completing the processing in all the processes and canceling the compensation stopping task.
Further, the pre-check includes:
and acquiring the transaction time and the compensation times of the compensation task to be processed, comparing the compensation times with the set compensation times, if the compensation times of the compensation task are less than the set compensation times, performing basic verification on the compensation task to be processed, and outputting that the pre-verification is qualified after the basic verification is passed.
Further, the task trigger unit is further configured to set a time and a frequency of trigger of a job instruction, and the job instruction is triggered at the set time and frequency.
Further, the service implementation unit periodically triggers specific tasks according to the set triggering time and frequency, and queries results within a specified time to perform subsequent process compensation.
Further, the registering of the compensation task according to the received abnormal or overtime transaction information specifically includes:
setting compensation transaction according to the total flow number and the sub flow number of the abnormal or overtime transaction information;
storing the compensation times of the service configuration into a database;
setting a specific service processing class;
and registering a compensation task.
In a second aspect, the present invention provides a method for compensating registration in a bank transaction timeout or exception scenario, including:
receiving abnormal or overtime transaction information in a transaction system, registering a compensation task according to the received abnormal or overtime transaction information, and storing the transaction information into an abnormal compensation table in a database;
starting a compensation task node through a job instruction, inquiring a compensation task to be processed in an abnormal compensation table in a database, carrying out pre-check on the compensation task to be processed, acquiring a configured service processing class after the pre-check is qualified, jumping to a specific service, executing the specific service logic, circularly executing the subsequent compensation logic according to an expected process, and generating a compensation request message according to a registered compensation task;
arranging actual compensation task nodes, including start to end nodes, to specify the circulation and trend of the compensation task nodes and take charge of the realization of specific service nodes;
processing the compensation request message, assembling and calling a compensation query message according to the compensation request message when a task is started, performing compensation query on a payment channel, and performing corresponding service processing according to a query result and a pre-configured compensation flow after the query result is obtained;
and processing the subsequent request of the compensation task, completing the processing in all the processes, and canceling the compensation stopping task.
Further, the pre-check includes:
and acquiring the transaction time and the compensation times of the compensation task to be processed, comparing the compensation times with the set compensation times, if the compensation times of the compensation task are less than the set compensation times, performing basic verification on the compensation task to be processed, and outputting that the pre-verification is qualified after the basic verification is passed.
Further, the time and frequency of the trigger of the job instruction are set, and the job instruction is triggered at the set time and frequency.
Furthermore, specific tasks are triggered regularly according to the established triggering time and frequency, and results are inquired within the specified time to perform subsequent process compensation.
Further, the registering of the compensation task according to the received abnormal or overtime transaction information specifically includes:
setting compensation transaction according to the total flow number and the sub flow number of the abnormal or overtime transaction information;
storing the compensation times of the service configuration into a database;
setting a specific service processing class;
and registering a compensation task.
Has the advantages that: the method is realized based on java and configuration files, does not depend on any third-party framework, is simple, light and strong in expandability, the configuration files are mainly used for compiling service compensation timing jobs and flows, the flow processing is realized by java, and the method and the system fully meet the arrangement and acceptance of complex service systems under different scenes, particularly financial and transaction systems, by combining the design of java adapters, factories, responsibility chains and other modes. On the design of a framework structure of an application system, strict layering can be performed according to request receiving, basic service implementation and public component implementation, the clear and clear layering of the structure is guaranteed, and the readability and maintainability of codes are high. After a business system receives a transaction request, a compensation task can be started only by performing basic processing such as conversion, verification and the like on a request object, and the business system has many advantages in basic development and project construction, and specifically the following steps are performed:
1. development risks are reduced, developers can clearly design business requirements and achieve the business requirements through the design, circulation, state and behavior of timing tasks and task workflows, coupling depth among different businesses is reduced, and business requirement iterative maintenance is convenient.
2. Development efficiency is improved, developers do not need to pay attention to processing and control of a compensation process, only pay attention to service implementation, meanwhile, public components can be directly used, the service process is easy to design and rearrange, development speed of the developers is higher, and system maintenance is easier.
3. The process is managed in a unified mode, business work is managed in a centralized mode through timing tasks, under the condition that the business process is changed frequently, the fact that business implementation codes are scattered in all places does not need to be concerned, and nodes and circulation of the process are maintained easily.
4. The complexity of the system is reduced, the configuration file is written in a light weight mode, the core framework of the compensation task is simple and easy to understand, the compensation task can be flexibly expanded according to the service implementation requirement, the compensation jobis responsible for running connection of the whole process, the code structure of a service implementation layer is clearer, the reusability is high, and the complexity of the application system is greatly reduced.
Drawings
FIG. 1 is a schematic diagram of a registration compensation system in a banking transaction timeout or exception scenario;
fig. 2 is a schematic workflow diagram of the registration compensation system in a bank transaction timeout or exception scenario.
Detailed Description
The present invention will be further illustrated with reference to the accompanying drawings and specific examples, which are carried out on the premise of the technical solution of the present invention, and it should be understood that these examples are only for illustrating the present invention and are not intended to limit the scope of the present invention.
As shown in fig. 1 and 2, an embodiment of the present invention provides a registration compensation system in a bank transaction timeout or abnormal scenario, including a compensation transaction registration unit 1, a task trigger unit 2, a service implementation unit 3, a context object unit 4, and a compensation transaction closing unit 5.
The compensation transaction registration unit 1 according to the embodiment of the present invention is configured to receive abnormal or overtime transaction information in a transaction system, register a compensation task according to the received abnormal or overtime transaction information, and store the transaction information in an abnormal compensation table in a database. Specifically, registering the compensation task according to the received abnormal or overtime transaction information specifically includes: setting compensation transaction according to the total flow number and the sub flow number of the abnormal or overtime transaction information; storing the compensation times of the service configuration into a database; setting a specific service processing class; and registering a compensation task. And identifying and judging the abnormal or overtime transaction information based on the normal transaction result which cannot be obtained by the internal transaction forward flow. After receiving the abnormal or overtime transaction information, the compensation transaction registration unit 1 first stores an internal storage object of the abnormal or overtime transaction information, wherein the internal storage object refers to data in a format set inside the system.
The task trigger unit 2 of the embodiment of the present invention is configured to start a compensation task node through a job instruction, query a compensation task to be processed in an abnormal compensation table in a database, and perform pre-check on the compensation task to be processed, specifically, the compensation task includes transaction information, such as transaction time, and the like, the task trigger unit 2 obtains the transaction time and the compensation times of the compensation task to be processed, where the compensation times refer to the times of having performed the compensation task, and compares the compensation times with the set compensation times, and if the compensation times of the compensation task are less than the set compensation times, performs basic check on the compensation task to be processed, and if the basic check passes, outputs that the pre-check is qualified. And after the pre-check is qualified, acquiring the configured service processing class, skipping to a specific service, executing a specific service logic, and expanding. The task trigger unit 2 enables the subsequent compensation logic to execute circularly according to the expected process, and generates a compensation request message according to the registered compensation task. When the application system is started, the task trigger unit 2 initializes the process configuration information by loading the configuration file, stores the process configuration information in the memory, and is also used for starting an engine responsible for compensating the task. When the internal transaction object does not conform to the expected situation of the process trend, the task trigger unit 2 controls the compensation task to be interrupted, and controls the compensation process to be skipped when the system is abnormal, so as to carry out abnormal processing.
The service implementation unit 3 of the embodiment of the present invention is configured to schedule actual compensation task nodes, including start to end nodes, to specify the flow and direction of the compensation task nodes, and to be responsible for implementing specific service nodes. Any node can be added or deleted during service flow maintenance, deep coupling in traditional mode service realization is removed, and other service flows are not affected in function. A compensation task content statement comprises a compensation task name attribute and a flow node set, core content is compensation task job configuration and compensation task subsequent compensation logic, a bean statement of spring can be used in a creation mode, the compensation task job content statement can also be configured into xml or a database, and application starting and loading are to be carried out. The service implementation unit 3 also preferably prompts specific tasks at regular time according to the established prompting time and frequency, and queries the result within the specified time to perform subsequent process compensation.
The context object unit 4 of the embodiment of the present invention is configured to process the compensation request message, assemble and call the compensation query message according to the compensation request message when the task is started, perform compensation query on the payment channel, and perform corresponding service processing according to the query result and the compensation flow configured in the early stage of the service implementation unit 3 after the query result is obtained. For example, in a transaction overtime scene, in the process of inquiring the result obtaining state, if the inquired transaction result is successful, subsequent posting or other compensation is carried out, such as account deposit or withdrawal in a transaction system; if the inquired transaction result is failure, the process is directly terminated. The business component is to be distinguished from the basic interface service class in the architectural design, the business component plays a role of business implementation in the compensation system, and can depend on the basic layer interface service, the data layer service and the like, the design of the business component needs to consider the universality and the complexity and is not too tedious, otherwise, the huge workflow can be caused.
The compensation transaction closing unit 5 of the embodiment of the invention is used for processing the subsequent request of the compensation task, completing the processing in all the processes, canceling the compensation task and stopping the compensation task, and not continuing to execute the compensation task.
The task trigger unit 2 of the embodiment of the present invention is further configured to set the time and frequency for triggering the job instruction, and the job instruction is triggered at the set time and frequency. Because the service scenes are multiple and the similar parts of different scenes are many, a general compensation logic concept is added on the design of the workflow, if the general compensation logic is not configured by default specially, new job and service processing logic are added if additional processing is needed. For example, the payment timeout transaction compensation task in the transaction system has a default of 3 times a minute compensation, and one hour compensation until the end of day; if the service needs, for example, change treasure service, the current 1 minute compensation cannot meet the requirement of setting 1 minute compensation once, the frequency is increased by 10 times for 3 minutes compensation once, and the result is rapidly obtained for subsequent service processing.
After receiving a service processing request, an application system determines a workflow according to dimensions such as an account, a service type, a channel and the like, for a complex service system, a rule engine is generally adopted to realize workflow routing, the workflow routing can be simply and directly realized by hard coding, and for convenience of maintenance and expansion, a mode of combining specified dimensions with bean configuration can be used for routing.
The flow file of the embodiment of the invention also comprises a thread pool asynchronous execution service component, the thread pool asynchronous execution service component is used for processing the service which does not influence the main flow, and the o-workflow node of the thread pool asynchronous execution service component is set to be asynchronously executed by the thread pool. Such as notification of transaction results, big data push.
When the transaction compensation system is used, the normal service scenes are all completed from the registration node to the cancellation node, but in some specific scenes, the whole process needs to be started from the middle of the workflow, and the requirement can be met after the core architecture of the workflow is known. If the transaction is overtime, the system registers a compensation process, simultaneously caches nodes, states and transaction request information of the workflow process, and after the compensation request is sent, the cached information can be obtained, context objects required by the workflow operation are assembled, and a workflow engine is started, so that the workflow engine is perfectly combined with the flow during the transaction.
As shown in fig. 2, based on the above embodiments, those skilled in the art can understand that the present invention also provides a method for compensating registration in a bank transaction timeout or abnormal scenario, including:
receiving abnormal or overtime transaction information in the transaction system, registering a compensation task according to the received abnormal or overtime transaction information, and storing the transaction information into an abnormal compensation table in a database. Specifically, registering the compensation task according to the received abnormal or overtime transaction information specifically includes: setting compensation transaction according to the total flow number and the sub flow number of the abnormal or overtime transaction information; storing the compensation times of the service configuration into a database; setting a specific service processing class; and registering a compensation task. And identifying and judging the abnormal or overtime transaction information based on the normal transaction result which cannot be obtained by the internal transaction forward flow.
And starting a compensation task node through a jobcommand, inquiring a compensation task to be processed in an abnormal compensation table in a database, carrying out pre-check on the compensation task to be processed, acquiring a configured service processing class after the pre-check is qualified, jumping to a specific service, executing the specific service logic, circularly executing the subsequent compensation logic according to an expected process, and generating a compensation request message according to a registered compensation task. Specifically, the pre-check includes acquiring transaction time and compensation times of the compensation task to be processed, comparing the compensation times with the set compensation times, performing basic check on the compensation task to be processed if the compensation times of the compensation task are smaller than the set compensation times, and outputting that the pre-check is qualified after the basic check is passed.
And arranging actual compensation task nodes, including starting nodes to ending nodes, so as to specify the circulation and the trend of the compensation task nodes and take charge of the realization of specific service nodes. Any node can be added or deleted during service flow maintenance, deep coupling in traditional mode service realization is removed, and other service flows are not affected in function. A compensation task content statement comprises a compensation task name attribute and a flow node set, core content is compensation task job configuration and compensation task subsequent compensation logic, a bean statement of spring can be used in a creation mode, the compensation task job content statement can also be configured into xml or a database, and application starting and loading are to be carried out. The time and frequency of the trigger of the job instruction can be set, and the job instruction is triggered at the set time and frequency.
And processing the compensation request message, assembling and calling a compensation query message according to the compensation request message when the task is started, performing compensation query on the payment channel, and performing corresponding service processing according to the query result and the pre-configured compensation flow after the query result is obtained. For example, in a transaction overtime scene, in the process of inquiring the result obtaining state, if the inquired transaction result is successful, subsequent posting or other compensation is carried out, such as account deposit or withdrawal in a transaction system; if the inquired transaction result is failure, the process is directly terminated. Specific tasks can be triggered regularly according to the established triggering time and frequency, and results are inquired within the specified time to perform subsequent process compensation.
And processing the subsequent request of the compensation task, completing the processing in all the processes, and canceling the compensation stopping task.
The specific implementation mode of the invention is as follows:
1. the registration implementation method comprises the following steps:
2. the compensation task starting method comprises the following steps:
the customized compensation task is compiled based on the spring quartz jobs, the method is more convenient in definition, stronger in expansibility and capable of supporting expressions, and the loading and analysis of the compensation task content need to be realized independently, so that the method is suitable for the compensation requirement of a little bit of complexity and does not depend on any other framework.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that other parts not specifically described are within the prior art or common general knowledge to those of ordinary skill in the art. Without departing from the principle of the invention, several improvements and modifications can be made, and these improvements and modifications should also be construed as the scope of the invention.
Claims (10)
1. A system for compensating for registration in a banking transaction timeout or exception scenario, comprising:
the compensation transaction registration unit is used for receiving abnormal or overtime transaction information in the transaction system, registering a compensation task according to the received abnormal or overtime transaction information and storing the transaction information into an abnormal compensation table in a database;
the task trigger unit is used for starting a compensation task node through a jobcommand, inquiring a compensation task to be processed in an abnormal compensation table in a database, carrying out pre-check on the compensation task to be processed, acquiring a configured service processing class after the pre-check is qualified, skipping to a specific service, executing specific service logic, circularly executing subsequent compensation logic according to an expected process, and generating a compensation request message according to a registered compensation task;
the service implementation unit is used for arranging actual compensation task nodes, including starting nodes to ending nodes, for specifying the circulation and the trend of the compensation task nodes and for implementing specific service nodes;
the context object unit is used for processing the compensation request message, assembling and calling a compensation query message according to the compensation request message when a task is started, performing compensation query on a payment channel, and performing corresponding service processing according to a query result and a compensation flow configured in the early stage of the service implementation unit after the query result is obtained;
and the compensation transaction closing unit is used for processing the subsequent request of the compensation task, completing the processing in all the processes and canceling the compensation stopping task.
2. The system of claim 1, wherein the pre-verification comprises:
and acquiring the transaction time and the compensation times of the compensation task to be processed, comparing the compensation times with the set compensation times, if the compensation times of the compensation task are less than the set compensation times, performing basic verification on the compensation task to be processed, and outputting that the pre-verification is qualified after the basic verification is passed.
3. The system of claim 1, wherein the task trigger unit is further configured to set a time and frequency at which a job command is triggered, and the job command is triggered at the set time and frequency.
4. The system for compensating registration in a banking transaction timeout or abnormal scenario according to claim 1, wherein the service implementation unit periodically initiates specific tasks according to established initiation time and frequency, and queries results within a specified time to perform subsequent flow compensation.
5. The system for registering and compensating in a banking transaction timeout or abnormal scenario according to claim 1, wherein the task of registering and compensating according to the received abnormal or timeout transaction information specifically includes:
setting compensation transaction according to the total flow number and the sub flow number of the abnormal or overtime transaction information;
storing the compensation times of the service configuration into a database;
setting a specific service processing class;
and registering a compensation task.
6. A registration compensation method in a bank transaction overtime or abnormal scene is characterized by comprising the following steps:
receiving abnormal or overtime transaction information in a transaction system, registering a compensation task according to the received abnormal or overtime transaction information, and storing the transaction information into an abnormal compensation table in a database;
starting a compensation task node through a job instruction, inquiring a compensation task to be processed in an abnormal compensation table in a database, carrying out pre-check on the compensation task to be processed, acquiring a configured service processing class after the pre-check is qualified, jumping to a specific service, executing the specific service logic, circularly executing the subsequent compensation logic according to an expected process, and generating a compensation request message according to a registered compensation task;
arranging actual compensation task nodes, including start to end nodes, to specify the circulation and trend of the compensation task nodes and take charge of the realization of specific service nodes;
processing the compensation request message, assembling and calling a compensation query message according to the compensation request message when a task is started, performing compensation query on a payment channel, and performing corresponding service processing according to a query result and a pre-configured compensation flow after the query result is obtained;
and processing the subsequent request of the compensation task, completing the processing in all the processes, and canceling the compensation stopping task.
7. The method of claim 6, wherein the pre-verification comprises:
and acquiring the transaction time and the compensation times of the compensation task to be processed, comparing the compensation times with the set compensation times, if the compensation times of the compensation task are less than the set compensation times, performing basic verification on the compensation task to be processed, and outputting that the pre-verification is qualified after the basic verification is passed.
8. The method for compensating registration in a banking transaction timeout or exception scenario according to claim 6, wherein a time and a frequency of a job command trigger are set, and the job command trigger at the set time and frequency.
9. The method for compensating for registration in a banking transaction timeout or abnormal scenario according to claim 6, wherein specific tasks are triggered regularly according to the established trigger time and frequency, and the result is queried within a specified time for subsequent flow compensation.
10. The method for registering and compensating in a banking transaction timeout or abnormal scenario according to claim 6, wherein the task of registering and compensating according to the received abnormal or timeout transaction information specifically includes:
setting compensation transaction according to the total flow number and the sub flow number of the abnormal or overtime transaction information;
storing the compensation times of the service configuration into a database;
setting a specific service processing class;
and registering a compensation task.
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