CN113419872B - Application system interface integration system, integration method, equipment and storage medium - Google Patents
Application system interface integration system, integration method, equipment and storage medium Download PDFInfo
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Abstract
The application provides an application system interface integration system, an integration method, equipment and a storage medium, configuration information is obtained from a client, and the configuration information is information about data integration rules of a data target system; the server acquires configuration information required by data integration, invokes a data acquisition module, acquires data from a data source system according to the configuration information, and processes the data to obtain intermediate data; the data synchronous pushing module is registered with a target data type identifier, and is called to acquire target data corresponding to the target data type identifier from intermediate data; and synchronizing the target data based on the interface unit, and synchronizing the target data into the data target system by the server. The application generates a computer readable storage medium to configure system parameters and conditions, and system administrators or related configurators can complete the integration of interfaces between systems and the synchronization of data without the participation of manual secondary development.
Description
Technical Field
The present application relates to the field of computer technologies, and in particular, to an application system interface integration system, an integration method, an integration device, and a storage medium.
Background
In the large technical background, a set of widely applicable dynamic interface integration method is necessary to be developed.
When the traditional project is done, the interface integration between the systems is usually developed by adopting a webService mode and transmitting xml format data, the technology is relatively backward and secondary development is needed; in the same way, when the internet project is made, the integration between the systems or the micro-services is usually realized by adopting a restful form and transmitting json format data, but the internet project needs a lot of integrated systems, the number of interfaces is huge and scattered, and under the small technical background, a unified dynamic interface integration method suitable for various data formats and transmission modes is more necessary to develop for centralized management and maintenance.
The method for integrating the application system in the prior art has the defects that a mechanism for synchronizing data in real time is not provided, the data is inconsistent in a certain period of time, a log acquisition system containing data transmission is not provided, and the current system integration and data transmission conditions are not monitored.
Disclosure of Invention
The application provides an application system interface integration system, an integration method, equipment and a storage medium, which solve the problems that the prior art cannot provide data real-time synchronization between different systems and cannot monitor the integration and data transmission of the current system.
The technical scheme of the application is realized as follows:
an application system interface integration system comprises a client and a server,
obtaining configuration information from a client, wherein the configuration information is information about data integration rules of a data target system;
the server side comprises a data acquisition module, a data synchronous pushing module and an interface unit for carrying out data communication with the client side;
the server side acquires configuration information required by data integration, invokes a data acquisition module, acquires data from a data source system according to the configuration information, and processes the data to obtain intermediate data;
the data synchronous pushing module is registered with a target data type identifier, and is called to acquire target data corresponding to the target data type identifier from the intermediate data; and synchronizing the target data based on the interface unit, and synchronizing the target data to a data target system by the server side.
Preferably, the configuration information includes:
the data target system sets connection information of the data source system and the data target system;
the data target system sets a mapping relation between basic data of a data source system and basic data of the data target system;
the data target system sets a mapping relation between data source system service data and data target system service data;
the data target system sets the intermediate data and the target data conversion rule;
the data target system sets a scheduling strategy, wherein the scheduling strategy comprises data timing push information and data real-time push information; the user sets a timing pushing condition in the data timing pushing information, wherein the timing pushing condition comprises pushing time and pushing time interval, and the data pushing action is triggered after the set pushing time or the set pushing time interval is reached;
the data target system sets data acquisition rules based on a scheduling policy.
Preferably, the data synchronization pushing module comprises a timing synchronization unit and a real-time synchronization unit which are selected and invoked according to configuration information, wherein the timing synchronization unit is used for setting timing synchronization time and timing interval time for synchronizing target data in the data source system, and the timing synchronization unit is used for pushing the target data meeting the conditions in real time based on the configuration information.
Preferably, the server side further comprises a monitoring module, the monitoring module is started when the data synchronous pushing module is started, the monitoring module monitors intermediate results of newly added or changed data, the matching degree of specific field content of the intermediate data and configuration information is detected, and if the specific field content of the intermediate data is matched with the configuration information, target data are transmitted to the data target system.
Preferably, the interface unit adaptation integration mode includes a RestAPI interface, JDBC database connection, and Mq message queue.
Preferably, the server side further comprises a log acquisition module, the log acquisition module is used for recording and storing configuration information, target data, timing synchronization unit or real-time synchronization unit information called by the data synchronization pushing module and result information of synchronization of the target data through each interface unit, and the log acquisition module can search target data of which the synchronization of the target data through the interface units fails and perform manual synchronization.
An application system interface integration method, according to the application system interface integration system, comprises the following steps:
s1: a user selects the type, the connection mode and the user authority information of a data source system on a client interface;
s2: the data source system is connected according to the connection mode, the data structure and the data content of the data source system are displayed, a user selects the data structure of the data source system to be collected according to specific requirements, data extraction conditions of the corresponding structure are set, the data extraction conditions are configuration information, and intermediate data are obtained through extraction processing;
s3: loading a data synchronization strategy, carrying out real-time synchronization or timing synchronization on user configuration data, and setting timing synchronization conditions when setting data timing synchronization, wherein the timing synchronization conditions comprise timing synchronization time and timing synchronization interval, and synchronizing target data conforming to configuration information into a data target system;
s4: recording the specific content of the transmitted target data, the data target system information and the transmission mode in a synchronous log mode, recording the specific information into an elastic search, checking and analyzing the log, and searching the data which fails to be synchronized and carrying out manual data synchronization again by analyzing the data synchronous log;
s5: the user configures the type and connection mode of the data target system on the client interface and the user authority information is used for receiving the data.
Preferably, when the user configuration data in step S3 is synchronized in real time, when the data is audited and passed, the data synchronization pushing module invokes the real-time synchronizing unit to filter the audited and passed data according to the configuration information stored before, and the data can be synchronized in real time directly according to the condition, and if the data is not matched with the condition, the data is not pushed.
A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing steps such as an application system interface integration method when the computer program is executed.
A computer readable storage medium having program code stored therein, the program code being callable by a processor to perform an application system interface integration method.
The beneficial effects of the application are as follows:
(1) The application adds the data synchronous pushing module and the monitoring module, monitors in the whole life cycle of the data by the monitoring module, monitors the matching degree of the specific field content of the intermediate data and the configuration information in real time, and if the specific field content is matched with the configuration information, the target data is transmitted to the data target system, so that the data can be synchronously updated in real time among different systems without timing increment update.
(2) The application adds the log acquisition module, can check the distribution condition of the real-time interface unit, and can manually distribute the data with distribution failure again.
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In order to more clearly illustrate the embodiments of the application or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, it being obvious that the drawings in the following description are only some embodiments of the application, 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 schematic diagram of an integrated system of an application system interface according to the present application;
fig. 2 is a flow chart of a data integration method according to the present application.
Detailed Description
The following description of the embodiments of the present application will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present application, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the application without making any inventive effort, are intended to be within the scope of the application.
Example 1
Referring to fig. 1, in one embodiment, an application system interface integration system is provided, including a client side and a server side: the client user operates and configures related information on the page through the web service, wherein the related information comprises connection information of a data source system and a data target system, complex service condition configuration information acquired by data extraction, specific configuration information of whether to push data in real time, specific configuration information of pushing data in real time or in real time, and the like.
Obtaining configuration information from a client, wherein the configuration information is information about data integration rules of a data target system;
the server side comprises a data acquisition module, a data synchronous pushing module and an interface unit for carrying out data communication with the client side;
the server side acquires configuration information required by data integration, invokes a data acquisition module, acquires data from a data source system according to the configuration information, and processes the data to obtain intermediate data;
the data synchronous pushing module is registered with a target data type identifier, and is called to acquire target data corresponding to the target data type identifier from intermediate data; and synchronizing the target data based on the interface unit, and synchronizing the target data into the data target system by the server side.
The configuration information includes:
the data target system sets connection information of the data source system and the data target system;
the data target system sets a mapping relation between basic data of a data source system and basic data of the data target system;
the data target system sets a mapping relation between data source system service data and data target system service data;
the data target system sets the intermediate data and the target data conversion rule;
the data target system sets a scheduling strategy, wherein the scheduling strategy comprises data timing push information and data real-time push information; the data timing push information is that a user sets a timing push condition comprising push time and push time interval, and triggers a data push action after reaching the set push time or the set push time interval. Timing push uses techniques such as multithreading, thread pool, and quartz to implement the relevant functions.
The real-time data pushing information refers to that a data monitoring module is needed for real-time pushing, the monitoring module is triggered to act whenever the source system has data to be newly added or changed, the monitoring module monitors the intermediate result of the newly added/changed data, the matching degree of the specific field content of the intermediate result and the configuration information is detected, and target data is transmitted to the data target system if the specific field content of the intermediate result is matched.
The data target system sets data acquisition rules based on a scheduling policy.
The data synchronization pushing module comprises a timing synchronization unit and a real-time synchronization unit which are selected and invoked according to configuration information, wherein the timing synchronization unit is used for setting timing synchronization time and timing interval time for synchronizing target data in the data source system, and the timing synchronization unit is used for pushing target data meeting the conditions in real time based on the configuration information.
The interface unit adaptation integration mode comprises a RestAPI interface, a JDBC database connection and an Mq message queue.
The server side also comprises a log acquisition module, wherein the log acquisition module is used for recording and storing configuration information, target data, timing synchronization unit or real-time synchronization unit information called by the data synchronization pushing module and result information of synchronization of the target data through each interface unit, and the log acquisition module can search target data of which the synchronization of the target data through the interface units fails and perform manual synchronization.
The server forms a computer readable medium according to the configuration information of the user for persistent storage and ready reading.
The server side is a core module of the whole architecture and functions, and comprises a computer medium storing user configuration, a data acquisition service, a data real-time/timing push service and a support log acquisition service. The server side specifically comprises the following steps:
1. the server side firstly stores the configuration of the client side into a computer medium for reading in the subsequent step.
2. And reading the timing configuration acquisition source data.
When the data is pushed at fixed time, the specific data content to be distributed is obtained by forming sql or sending http request according to the fixed time configuration information (such as fixed time, fixed time interval and the like) and the configured data source system information and matching with the service condition information stored before.
The timing task is executed according to the cron expression by using the quatertz, and specific data are acquired according to different forms by directly acquiring the data by using JDBC+sql or indirectly acquiring the data by sending an http request/Mq message through an interface.
3. And according to the configuration of the data target system, adopting different sending modes (http+restApi/JDBC/Mq and the like) to distribute the data meeting the conditions acquired in the previous step.
And recording the specific data content, the target system information, the transmission mode and other information when data transmission is carried out each time, recording the specific information into an elastic search, and checking and analyzing the log by using an ELK (elastic search+Logstar+Kibana) component. In addition, the result information of the data distribution in the last step is recorded for storage and comparison, and the data with failure distribution can be found and manually distributed.
Referring to fig. 2, in one embodiment, an application system interface integration method is provided, according to the application system interface integration system, including the following steps:
s1: the user selects the type, connection mode and user authority information of the data source system on the client interface, such as user name and password, source system address port, source system instance and the like;
s2: the data source system is connected according to the connection mode, the data structure and the data content of the data source system are displayed, a user selects the data structure of the data source system to be collected according to specific requirements, and data extraction conditions of the corresponding structure are set, wherein the data extraction conditions are configuration information;
s3: loading a data synchronization strategy, configuring intermediate data by a user to perform real-time synchronization or timing synchronization, setting timing synchronization conditions when setting data timing synchronization, wherein the timing synchronization conditions comprise timing synchronization time and timing synchronization interval, and synchronizing target data conforming to configuration information into a data target system;
s4: recording the specific content of the transmitted target data, the data target system information and the transmission mode in a synchronous log mode, recording the specific information into an elastic search, checking and analyzing the log, and searching the data which fails to be synchronized and carrying out manual data synchronization again by analyzing the data synchronous log;
s5: the user configures the type and connection mode of the data target system on the client interface and the user authority information is used for receiving the data.
When the user configuration data is synchronized in real time in the step S3, when the data is audited to pass, the data synchronization pushing module calls the real-time synchronizing unit to filter the audited data according to the configuration information stored before, the data can be synchronized in real time directly according to the condition, and the data is not pushed if the condition is not met.
The information of dynamic integrated interface configuration is stored in the server in the form of computer medium, and the server can synchronize corresponding data according to user configuration after successful storage without reconfiguration in subsequent use
The following describes the application system interface integration method according to the embodiment of the present application in detail with reference to a specific usage scenario:
in the implementation of a large project, the system needs to interface with multiple business systems such as finance, OA, ERP, SAP, and the like. According to the original butt joint flow, the two parties are required to write functional codes respectively, joint debugging is carried out by the two parties in appointed time after self-test passes, the whole flow is less, the time is more than half a month, the time is difficult to coordinate, and great resource waste is caused.
By adopting the interface integration method described in the text, the user can realize the interface by configuring on the client interface, and the time cost of manpower coordination and joint debugging is saved.
Taking a synchronous ERP system as an example, data needs to be synchronized from the MDM system to the ORACLE ERP system, a user firstly configures a source system, namely a data source connection mode of the MDM system, and the data source connection mode comprises information such as data source type, connection URI address, user name, password, instance and the like. After the connection is successful, the material data structure in the main data system is selected, and the extraction condition is set as data which passes the audit (flow state field=audit pass) and is in an active state (data state field=active). And then setting the synchronization strategy as real-time synchronization, so that the data which is checked by the MDM system can be timely distributed to the ORACLE ERP system. And finally, setting a connection mode of the ORACLE ERP system, wherein the connection mode comprises information such as system type, connection URI address, user name, password, instance and the like. After the four steps are successfully stored, synchronous docking of the ERP system is completed, and the whole process can reach the effect that at least half a month of work is consumed originally only by setting the four steps on an interface by a user, so that the labor and time cost are saved.
A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the steps of the application system interface integration method when the computer program is executed.
A computer readable storage medium having program code stored therein, the program code being callable by a processor to perform, for example, an application system interface integration method.
Example 2
In addition to the same technical features as in example 1, the following differences are included:
the data synchronous pushing module comprises a real-time synchronous unit which is selected and called according to configuration information, when data is pushed in real time, data which is checked and passed is filtered according to the service condition information stored before when the data is checked and passed, if the data is in accordance with the condition, the data is directly pushed in real time, and if the data is not in accordance with the condition, the data is not pushed.
The server side further comprises a monitoring module, the monitoring module is started when the data synchronous pushing module is started, the monitoring module monitors the matching degree of specific field content of the intermediate data and the configuration information in real time, and if the specific field content is matched with the configuration information, the target data is transmitted to the data target system. The real-time synchronization module in the system monitors the state of the data, and a monitoring module is called each time after the data is checked, the monitoring module is used for filtering according to the specific field content of the data and the configured condition, and if the specific field content meets the condition, the monitoring module is directly sent to the target data system through an http+restApi request/Mq message.
The real-time synchronization module in the system has the corresponding beneficial effects that the data is updated in real time without the need of timed incremental update.
The specific implementation method is that a module is arranged in the system, the module monitors in the whole life cycle of data, and a dynamic anchor point is arranged at the place where each operation is carried out on the data, so that the state of the data is recorded, a corresponding dynamic agent is also generated, and the monitoring and relevant function enhancement is realized by inserting a pre-customized function into a designated position by using an AOP dynamic agent technology.
In summary, compared with the conventional system that the data integration needs to be manually and secondarily encoded, the method and the system have the advantages that the system parameters and conditions are configured by generating a computer readable storage medium in a B/S architecture-based manner, and the integration of interfaces between systems and the synchronization of data can be completed by a system administrator or related configuration personnel without the participation of manual secondary development.
In the past, when implementing projects, for complex interface service requirements, a great deal of manpower is often required to be consumed for development and testing, and the application solves the problem by realizing a configurable dynamic interface mode.
The foregoing description of the preferred embodiments of the application is not intended to be limiting, but rather is intended to cover all modifications, equivalents, alternatives, and improvements that fall within the spirit and scope of the application.
Claims (6)
1. An application system interface integration system, which comprises a client and a server, and is characterized in that:
obtaining configuration information from a client, wherein the configuration information is information about data integration rules of a data target system;
the server side comprises a data acquisition module, a data synchronous pushing module and an interface unit for carrying out data communication with the client side;
the server side acquires configuration information required by data integration, invokes a data acquisition module, acquires data from a data source system according to the configuration information, and processes the data to obtain intermediate data;
the data synchronous pushing module is registered with a target data type identifier, and is called to acquire target data corresponding to the target data type identifier from the intermediate data; synchronizing the target data based on an interface unit, and synchronizing the target data to a data target system by a server side;
the configuration information includes:
the data target system sets connection information of the data source system and the data target system;
the data target system sets a mapping relation between basic data of a data source system and basic data of the data target system;
the data target system sets a mapping relation between data source system service data and data target system service data;
the data target system sets the intermediate data and the target data conversion rule;
the data target system sets a scheduling strategy, wherein the scheduling strategy comprises data timing push information and data real-time push information; the user sets a timing pushing condition in the data timing pushing information, wherein the timing pushing condition comprises pushing time and pushing time interval, and the data pushing action is triggered after the set pushing time or the set pushing time interval is reached;
the data target system sets a data acquisition rule based on a scheduling strategy;
the data synchronization pushing module comprises a timing synchronization unit and a real-time synchronization unit which are selected and invoked according to configuration information, wherein the timing synchronization unit is used for setting timing synchronization time and timing interval time for synchronizing target data in the data source system, and the timing synchronization unit is used for pushing target data meeting the conditions in real time based on the configuration information;
the server side further comprises a monitoring module, the monitoring module is started when the data synchronous pushing module is started, monitors intermediate results of newly added or changed data, detects the matching degree of specific field content and configuration information of the intermediate data, and transmits target data to a data target system if the specific field content is matched with the configuration information;
the server side also comprises a log acquisition module, wherein the log acquisition module is used for recording and storing configuration information, target data, timing synchronization unit or real-time synchronization unit information called by the data synchronization pushing module and result information of synchronization of the target data through each interface unit, and the log acquisition module can search target data of which the synchronization of the target data through the interface units fails and perform manual synchronization.
2. An application system interface integration system according to claim 1, wherein: the interface unit adaptation integration mode comprises a RestAPI interface, a JDBC database connection and an Mq message queue.
3. An application system interface integration method, characterized in that it is applied to the application system interface integration system according to any one of claims 1-2, and comprises the following steps:
s1: a user selects the type, the connection mode and the user authority information of a data source system on a client interface;
s2: the data source system is connected according to the connection mode, the data structure and the data content of the data source system are displayed, a user selects the data structure of the data source system to be collected according to specific requirements, data extraction conditions of the corresponding structure are set, the data extraction conditions are configuration information, and intermediate data are obtained through extraction processing;
s3: loading a data synchronization strategy, carrying out real-time synchronization or timing synchronization on user configuration data, and setting timing synchronization conditions when setting data timing synchronization, wherein the timing synchronization conditions comprise timing synchronization time and timing synchronization interval, and synchronizing target data conforming to configuration information into a data target system;
s4: recording the specific content of the transmitted target data, the data target system information and the transmission mode in a synchronous log mode, recording the specific information into an elastic search, checking and analyzing the log, and searching the data which fails to be synchronized and carrying out manual data synchronization again by analyzing the data synchronous log;
s5: the user configures the type and connection mode of the data target system on the client interface and the user authority information is used for receiving the data.
4. The method for integrating application system interfaces according to claim 3, wherein when the user configuration data is synchronized in real time in step S3, when the data is audited, the data synchronization pushing module invokes the real-time synchronization unit to filter the audited data according to the configuration information stored previously, and the data can be synchronized in real time directly if the data is in compliance with the condition, and the data is not pushed if the data is not in compliance with the condition.
5. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the steps of the application system interface integration method of any one of claims 3-4 when the computer program is executed.
6. A computer readable storage medium having stored therein program code which is callable by a processor to perform an application system interface integration method according to any one of claims 3-4.
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