CN109542506B - System capable of flexibly configuring interface and rapidly delivering service - Google Patents
System capable of flexibly configuring interface and rapidly delivering service Download PDFInfo
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Abstract
The invention discloses a system capable of flexibly configuring an interface and rapidly delivering service, which comprises: the system comprises a data source management unit, a standard interface unit, a tool set, a function enhancement unit and a plug-in extension unit. As long as the data to be managed is configured, the system realizes the most common addition and deletion query interface by default, and most of workload is saved. The invention can add new interface or modify interface through configuration, save links such as development, test, online and the like, improve delivery speed and save communication cost. The user only needs to know the ECMAScript script language, the development of new requirements can be realized, and the labor cost is reduced. The response speed to the business requirement is improved, and the business development is better supported.
Description
Technical Field
The invention relates to the technical field of information management and service management, in particular to a system capable of flexibly configuring an interface and rapidly delivering service.
Background
The enterprise information system generally needs to have a system boundary, the service usage outside the boundary is generally carried out through interface access, and the service provided for the access outside the boundary is generally provided through an interface, so the interface refers to a function entrance which is opened to the outside of the system. Service refers to a certain service capability provided by a system; a service is composed of one or more related functions; these functions may be implemented by invoking an external interface, or by providing an interface for an external system to invoke the service.
In an actual enterprise system, only one system can serve all services or provide all services, and particularly after the scale of an enterprise is developed to a certain degree, the complexity of the services can put higher requirements on an information system, so that the information system is forced to be converted from simple single application to complex distributed application, and the system is continuously decoupled and continuously iterated.
The iterative development of the enterprise information system also requires quick response in the technical aspect, particularly emphasizes that the time is the life in the rapid development process of business, and puts a strong demand on the technical delivery speed.
Meanwhile, the traditional development online mode emphasizes links such as requirement evaluation, design, development, test, online delivery and the like, a large amount of communication and labor cost is consumed, and variable business requirements are difficult to meet in time.
Disclosure of Invention
The invention aims to provide a system capable of flexibly configuring an interface and rapidly delivering services, so that the traditional processes of development, testing, online and the like are reduced, the development cost is reduced, and the delivery speed is increased.
To achieve the above object, the present invention provides a system for flexibly configuring an interface and rapidly delivering a service, the system comprising:
the data source management unit comprises a basic database and an external data source, wherein the basic database is used for storing various system configuration data and realizing logic codes; the external data source stores the connection information of the pre-use data source configured on line by the user in an external data source table, and provides a tool for accessing the database in the service implementation process;
the standard interface unit is used for providing a standard operation interface for configuring the data of the addition, deletion, modification and check;
the tool set comprises a virtual data source operation tool, a file tool, a cloud copying plug-in and an HTTP tool; the virtual data source operation tool is used for providing an interface for operating the basic database or the external data source; the file tool is used for providing an interface for file access and operation; the rephoto cloud plug-in is used for realizing an interface for uploading files; the HTTP tool is used for packaging and utilizing a hypertext transfer protocol to access;
the function enhancement unit comprises SQL enhancement and Java enhancement, and the SQL enhancement is used for realizing service interface extension in an online SQL language editing mode; the Java enhancement is used for realizing service interface extension by editing a Nashorn script language on line;
the plug-in extension unit is used for a third-party developer to submit the package to a maven warehouse according to a fixed format through a buried point interface and register plug-in information in a plug-in market; and is also used for the interface developer to install the plug-in online.
Optionally, the system further includes an authentication unit in the service delivery process, where the authentication unit is configured to manage the user who is delivered online and authorize the user to access the online configuration interface.
Optionally, the service delivery process authentication unit adds an audit log function in the online delivery process, performs log recording on changes of the online configured service interface, records the content saved each time into the interface change track table, and records the version number in the interface change track table.
Optionally, the data source management unit adapts to operations of different online configuration services on the data source through a virtual data source, and the virtual data source adopts a drain as a data connection pool and is multiplexed and connected in the data connection pool.
Optionally, the standard interface unit provides a standard operation interface for configuring the data to be added, deleted, modified and checked, and is built in the system for direct selection by a user; the standard operation interface is realized by adopting a Nashorn engine, various public Nashorn script codes are compiled in the initialization JS script of the system, the sequence is set, and the common Nashorn script codes are stored in the initialization script table of the basic database.
Optionally, a plurality of SQL scripts in the SQL enhancement are separated by semicolons, and when executed, the SQL scripts in the enhancement code are separated, and then the template variables in the SQL scripts are replaced, and the SQL scripts are executed.
Optionally, the method for implementing service interface extension by online editing of Nashorn scripting language through Java enhancement specifically includes:
(1) searching a target service script from a precompiled script library by taking a script hash value as an index; if the target service script is found, executing the step (3); otherwise, executing the step (2);
(2) reading the target service script from the pre-compiling script library, performing pre-compiling, and putting the pre-compiled target service script into the pre-compiling script library;
(3) acquiring an idle script engine from a script engine pool;
(4) creating a script context in the idle script engine, adding a global script into the script context, and storing a request parameter serving as a variable into the script context;
(5) and executing the script context, and taking the last sentence script result as a return value.
Optionally, the system further includes an interface management unit, where the interface management unit is configured to perform visual management on all interfaces in a single service; the interface management unit arranges all interfaces under service in the interfaces in the form of check boxes, and the service interfaces are opened or closed by checking the interfaces.
Optionally, the system employs a standard REST style service.
Optionally, the plug-in market of the plug-in extension unit includes an MQ plug-in, a third party class library plug-in, a desensitization plug-in, and a scheduling plug-in.
According to the specific embodiment provided by the invention, the invention discloses the following technical effects:
1. as long as the data to be managed is configured, the system realizes the most common addition and deletion query interface by default, and most of workload is saved.
2. An interface can be newly added or modified through configuration, links such as development, testing, online and the like are omitted, the delivery speed is improved, and the communication cost is saved.
3. The user only needs to know the ECMAScript script language, the development of new requirements can be realized, and the labor cost is reduced.
4. The response speed to the business requirement is improved, and the business development is better supported.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
Fig. 1 is a block diagram of a system for flexibly configuring an interface and quickly delivering a service according to an embodiment of 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.
The invention aims to provide a system capable of flexibly configuring an interface and rapidly delivering services, so that the traditional processes of development, testing, online and the like are reduced, the development cost is reduced, and the delivery speed is increased. In order to improve the flexibility and the rapid delivery capability, the offline service development process is simplified and is comprehensively moved online, and the method specifically comprises the following steps:
dynamic data source online management: the system can be used for configuring various data source connections and dynamically connecting the data sources to different databases, thereby completely realizing the online data source management capability. The supported database comprises Oracle, MySQL, PostgreSQL, MS SQLServer, MongoDB, HBase and the like, and the developed WebService form can also be used as a data source for access.
Online function module (form) management: the functional module can be automatically defined on line according to the business requirement, and the interface sub-module is managed.
And (3) online interface development: the data operation interface can be rapidly configured without any code, standard addition, deletion, modification and check are carried out, a user-defined interface capability is provided, and the data operation of the interface is realized through simple SQL or complex business logic is realized through Nashorn codes.
Simplified online process: after the interface service is rapidly delivered in an online configuration mode, the interface can be accessed without any setting, and the online process is greatly simplified.
And (3) managing the authority of the online system: the interface based on the online configuration has very large authority, so that the configuration needs to be subjected to authority management, and the system provides complete authority management logic.
A plug-in system: for the capability which cannot be provided by default of the system, the function of the system can be enhanced by introducing a third-party plug-in mode, and then the capability of the plug-in is used in the configuration process of the interface service, so that the capability short board of the online configuration mode is supplemented.
In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in further detail below.
As shown in fig. 1, the system for flexibly configuring an interface and quickly delivering a service provided by the present embodiment includes a data source management unit, a standard interface unit 2, a tool set 3, a function enhancement unit 4, and a plug-in extension unit 5.
The data source management unit comprises a basic database and an external data source. The basic database is used for storing various system configuration data and implementing logic codes, in this embodiment, MySQL is used as the basic database, and of course, other types of databases may also be used. The external data source stores the connection information of the pre-use data source configured on line by the user in an external data source table, and provides a tool for accessing the database in the service implementation process; the database supported by the external data source comprises Oracle, MySQL, PostgreSQL, MS SQLServer, MongoDB, HBase and the like, and the developed WebService form can also be used as the data source for access.
The data source management unit adapts to the operation of different online configuration services on the data source through a virtual data source 1, and the virtual data source 1 adopts a Druid as a data connection pool and is in multiplexing connection in a data connection pool mode.
The data source management unit manages the data sources which need to be accessed in the system service interface implementation process. The service is realized by a code of the service, an interface is exposed to the outside, and a database needs to be accessed when some services need to be accessed in the service processing process, so that the system designs an external data source table for storing the data source connection information to be used, which is configured on line by a user, and provides a tool to simply access the database in the service realization process.
The system platform belongs to a basic platform, does not relate to any business logic per se, but supports the user to configure specific business online, the diversity of business environments determines that the system supports data sources in a diverse manner, and in order to shield the details of the data sources and enable an actual interface configurator to focus on the business, the system designs a virtual data source 1. Through the standard API provided by the virtual data source operation tool, an interface configurator can simply operate to a specific database.
The virtual data source 1 adopts the Druid as a data connection pool, and the data access performance can be effectively improved through multiplexing connection in a pool mode.
When the service interface developer operates the database, the service interface developer does not directly access the database through jdbc (Java Data Base Connectivity Java database connection) connection, but does access the database through a virtual Data source operation tool provided by the system, and the tool provides a unified standard API to access the database. By using the tool and combining Java enhancement capability, a developer can simultaneously operate a plurality of databases, then uniformly process data, and return the processed data in a service interface, thereby finally realizing the data operation capability of the cross-data source and achieving the management function of the heterogeneous data source.
The standard interface unit 2 is used for providing a standard operation interface for configuring the data of the addition, deletion, modification and check; the standard operation interface is built in the system and is directly selected by a user; the standard operation interface is realized by adopting a Nashorn engine, various public Nashorn script codes are compiled in the initialization JS script of the system, the sequence is set, and the common Nashorn script codes are stored in the initialization script table of the basic database.
And the tool set 3 comprises a virtual data source operation tool, a file tool, a cloud copying plug-in and an HTTP tool. The virtual data source operation tool is used for providing an interface for operating the basic database or the external data source; the file tool is used for providing an interface for file access and operation; the rephoto cloud plug-in is used for realizing an interface for uploading files; the HTTP tool is used to encapsulate access using hypertext transfer protocol.
And the function enhancement unit 4 comprises SQL enhancement and Java enhancement. The SQL enhancement is used for realizing service interface extension in an online SQL editing mode; in the SQL enhancement, a plurality of SQL scripts are separated by semicolons, the SQL scripts in the enhancement codes are separated and processed when being executed, then template variables in the SQL scripts are replaced, and the SQL scripts are executed. The Java enhancement is used for realizing service interface extension by editing a Nashorn script language on line; instead of using Java to implement the interface business logic, Java enhancements are written using the Nashorn script syntax. Each service interface can be realized by adopting a segment of Nashorn script and stored in a warehouse by the system. The actual service interface execution logic is as follows:
(1) searching a target service script from a precompiled script library by taking a script hash value as an index; if the target service script is found, executing the step (3); otherwise, executing the step (2);
(2) reading the target service script from the pre-compiling script library, performing pre-compiling, and putting the pre-compiled target service script into the pre-compiling script library;
(3) acquiring an idle script engine from a script engine pool;
(4) creating a script context in the idle script engine, adding a global script into the script context, and storing a request parameter serving as a variable into the script context;
(5) and executing the script context, and taking the last sentence script result as a return value.
The plug-in extension unit 5 is used for a third-party developer to submit the package to a maven warehouse according to a fixed format through a buried point interface and register plug-in information in a plug-in market; and is also used for the interface developer to install the plug-in online.
The system belongs to a platform with an independent working environment, but the self-provided capability is limited, particularly when certain business logic is realized through codes, a third-party library is sometimes required to be used, or functions such as message queues are used, and the capabilities are not in the self-provided range of the system. For these cases, the system provides support through its own plug-in architecture.
The plug-in is a mechanism that a system adds specific codes at a key position of the system operation in a buried point mode, so that the outside is allowed to intervene in the system operation in a specific mode.
A large number of embedded point interfaces are predefined by the system plug-in, a third party developer can submit the embedded point interfaces to a maven warehouse according to a fixed format package by realizing the specific embedded point interfaces, and meanwhile, plug-in information is registered in a plug-in market, so that the interface developer can visually install the plug-ins on line.
After a user installs a plug-in online, the system automatically downloads a plug-in package from a maven warehouse and decompresses the plug-in package, then loads a class into the JVM operation through a self-defined class loader (ClassLoader), instantiates the plug-in, and then calls the embedded point plug-in to process as long as a service code runs to a corresponding embedded point, so that the self capacity of the system is expanded.
The plug-in market of the prior art has provided MQ plug-ins, third party class library plug-ins, desensitization plug-ins, scheduling plug-ins, and the like, which can meet the requirements of most application scenarios.
In consideration of the safety of the brand-new delivery mode of the online configuration service interface, the system is also provided with a service delivery process authentication unit which is used for managing the online delivery user and authorizing the user to access the online configuration interface, so that the safety of the interface can be effectively improved. The service delivery process authentication unit carries out log recording on the change of the service interface configured on line by adding an audit log function in the online delivery process, records the content stored each time into an interface change track table, and records the version number in the interface change track table.
In order to more intuitively and quickly manage the service interfaces, the system is also provided with an interface management unit 6, wherein the interface management unit 6 is used for visually managing all interfaces in a single service; the interface management unit 6 arranges all interfaces under service in the interfaces in the form of check boxes, and realizes the opening or closing of the service interfaces by checking the interfaces. The management interface can perform visual management on all interfaces in a single service, the system arranges all the interfaces under the service in the interface in the form of check boxes, and the system can open or close the service interfaces through visually checking the interfaces. The system provides a uniform interface access address format for all service interfaces and performs external exposure through the Spring Controller, so that when all the interfaces are accessed, the system can judge whether the interfaces are opened, and if not, the system reports that no error exists in the service.
The system adopts standard REST style service, and considers performance factors and application scenes, the system does not provide Session service in the service interface logic process, so that the system can be considered to belong to Stateless service through the configured service interface. The stateless service has the advantage that when a bottleneck occurs due to an excessively large access amount in an actual scene, capacity expansion can be realized by transversely increasing service deployment.
In conclusion, the invention is based on the online flexible interface configuration and rapid delivery service system, thereby omitting the traditional processes of development, test, online and the like, effectively reducing the development cost and improving the delivery speed.
The principles and embodiments of the present invention have been described herein using specific examples, which are provided only to help understand the method and the core concept of the present invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, the specific embodiments and the application range may be changed. In view of the above, the present disclosure should not be construed as limiting the invention.
Claims (9)
1. A system for flexibly configurable interfacing and rapid delivery services, the system comprising:
the data source management unit comprises a basic database and an external data source, wherein the basic database is used for storing various system configuration data and realizing logic codes; the external data source stores the connection information of the pre-use data source configured on line by a user in an external data source table, and provides a tool for accessing the basic database in the service implementation process;
the standard interface unit is used for providing a standard operation interface for configuring the data of the addition, deletion, modification and check;
the tool set comprises a virtual data source operation tool, a file tool, a cloud copying plug-in and an HTTP tool; the virtual data source operation tool is used for providing an interface for operating the basic database or the external data source; the file tool is used for providing an interface for file access and operation; the rephoto cloud plug-in is used for realizing an interface for uploading files; the HTTP tool is used for packaging and utilizing a hypertext transfer protocol to access;
the function enhancement unit comprises SQL enhancement and Java enhancement, and the SQL enhancement is used for realizing service interface extension in an online SQL language editing mode; the Java enhancement is used for realizing service interface extension by editing a Nashorn script language on line; the method for realizing the service interface extension by the Java enhancement in a way of editing the Nashorn script language on line specifically comprises the following steps:
(1) searching a target service script from a precompiled script library by taking a script hash value as an index; if the target service script is found, executing the step (3); otherwise, executing the step (2);
(2) reading the target service script from the pre-compiling script library, performing pre-compiling, and putting the pre-compiled target service script into the pre-compiling script library;
(3) acquiring an idle script engine from a script engine pool;
(4) creating a script context in the idle script engine, adding a global script into the script context, and storing a request parameter serving as a variable into the script context;
(5) executing the script context, and taking the last script result as a return value;
the plug-in extension unit is used for a third-party developer to submit the package to a maven warehouse according to a fixed format through a buried point interface and register plug-in information in a plug-in market; and is also used for the interface developer to install the plug-in online.
2. The system of claim 1, further comprising a service delivery process authentication unit configured to manage users of online delivery and authorize users to access the online configuration interface.
3. The system of claim 2, wherein the service delivery process authentication unit logs changes of the service interface configured online by adding an audit log function during the online delivery process, records the saved content into the interface change track table each time, and records the version number in the interface change track table at the same time.
4. The system of claim 1, wherein the data source management unit adapts to the operation of different online configuration services on the data source through a virtual data source, and the virtual data source adopts a droid as a data connection pool through which the connection is multiplexed.
5. The system of claim 1, wherein the standard interface unit provides a standard operation interface for configuring the data for addition, deletion, modification and check, and is built in the system for direct selection by the user; the standard operation interface is realized by adopting a Nashorn engine, various public Nashorn script codes are compiled in the initialization JS script of the system, the sequence is set, and the common Nashorn script codes are stored in the initialization script table of the basic database.
6. The system of claim 1, wherein the SQL enhancement system comprises a plurality of SQL scripts separated by semicolons, and the SQL scripts are separated by the semicolons when executing the SQL enhancement system, and then the SQL scripts are executed by replacing template variables in the SQL scripts.
7. The system of flexibly configurable interfaces and rapid delivery services according to claim 1, further comprising an interface management unit for visually managing all interfaces in a single service; the interface management unit arranges all interfaces under service in the interfaces in the form of check boxes, and the service interfaces are opened or closed by checking the interfaces.
8. The system of flexible configurable interface and rapid delivery service of claim 1, wherein said system employs standard REST style services.
9. The system for flexibly configurable interface and rapid delivery services according to claim 1, wherein the plug-in marketplace of the plug-in extension unit comprises MQ plug-ins, third party class library plug-ins, desensitization plug-ins, and scheduling plug-ins.
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| CN110286892B (en) * | 2019-06-26 | 2023-01-13 | 成都九洲电子信息系统股份有限公司 | Rapid development engine system based on business process design |
| CN112181407B (en) * | 2019-07-04 | 2023-09-26 | 北京京东振世信息技术有限公司 | Service realization processing method, device, system, electronic equipment and storage medium |
| CN110659358A (en) * | 2019-09-16 | 2020-01-07 | 上海云从企业发展有限公司 | Knowledge network management method, device, equipment and medium based on financial business |
| CN113535830A (en) * | 2020-04-21 | 2021-10-22 | 中移信息技术有限公司 | Automatic interface expansion method, device, equipment and storage medium |
| WO2021217657A1 (en) * | 2020-04-30 | 2021-11-04 | 深圳中砼物联网科技有限公司 | Software rapid development method, computer device, and storage medium |
| CN111880771B (en) * | 2020-07-06 | 2024-03-19 | 北京达佳互联信息技术有限公司 | Method and device for generating data visualization module |
| CN112035091B (en) * | 2020-07-17 | 2023-07-28 | 四川长宁天然气开发有限责任公司 | Agile delivery management method and system for shale gas field |
| CN113220755B (en) * | 2020-12-28 | 2022-06-24 | 浙大网新科技股份有限公司 | Method for flexibly generating GraphQL interface based on multi-source data |
| CN115422280B (en) * | 2022-11-04 | 2023-02-14 | 杭州西湖新基建数字技术有限公司 | Interface method for increasing, deleting and modifying data of uncertain data structure |
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