CN111240645B - PaaS-based heterogeneous software integration method and system - Google Patents
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Abstract
The invention relates to a heterogeneous software integration method and system based on PaaS, which utilizes the metadata capacity of a PaaS platform, the capacity of a flow engine, the configurable capacity and the capacity of a custom function, encapsulates data and logic state of data access interfaces of two IT software systems, converts data formats, abstracts on synchronous processing logic, finally provides a set of graphical user interfaces for users, generates a set of logic rules for synchronizing business data in a mode of interface configuration, translates and interprets the logic rules by a rule engine, and finally can rapidly realize business data communication between the two IT systems. The PaaS-based heterogeneous software integrated system has the advantages of good universality, convenience in operation, low cost and high development efficiency.
Description
Technical Field
The invention relates to the technical field of cloud platforms, in particular to a heterogeneous software integration method and system based on PaaS.
Background
Along with the rising of SaaS products, various SaaS IT systems used in an enterprise are more and more, and at present, the diversified IT systems work independently, data are also isolated, open is not formed, and closed loops cannot be generated between services because of no connection, so that the enterprises cannot be better cooperated and served. For example, an enterprise may have both an ERP system and a CRM system, there are a large number of intersections between the two modules, such as customer management in the CRM, order placement, and then the need to flow the order into the ERP for subsequent delivery and delivery links, and when the ERP's inventory changes, the need to write back the latest inventory data to the CRM for the business personnel to place an order for reference, so that a closed loop for business connection is formed between the two IT systems, thereby bringing the maximum value output to the enterprise.
To solve the connection between two heterogeneous IT systems, in conjunction with fig. 1, a general method is to use a method of developing a customized project, which is not only low-efficient and high-cost, but also has no reusability after one development, and causes great waste. This brings about several disadvantages:
the requirements of each enterprise are different, each requirement needs to be newly developed once, and the reusability is avoided;
each time the period of project development is long, enterprises bear more cost;
only the personnel who understand the technical development can carry out project development, so that the investment threshold of enterprises is high;
in summary, how to provide a manner with good versatility, reusability and low cost to realize data connection between a plurality of IT software in an enterprise is a technical problem to be solved in the art.
Disclosure of Invention
Aiming at the problem of mutual isolation among a plurality of IT software in an enterprise, the invention provides a heterogeneous software integration method and system based on PAAS, so that the original two independent IT software systems can be connected with each other in a rapid and low-cost way to form business and data.
In order to achieve the above purpose, the present invention provides a PaaS-based heterogeneous software integration system, which includes an interface encapsulation module, a data conversion module, a configuration module, a timing scheduling module, a flow processing module and a logic processing module;
the interface packaging module is used for connecting the data modules of the IT management systems and reading or writing data; the data comprises logic states and basic data;
the data conversion module is used for converting the basic data read by the interface packaging module into a format to be written into an IT management system stipulation;
the configuration module is used for configuring the mapping relation of different IT management system data modules by a user;
the timing scheduling module is used for generating execution sequences of different IT management system synchronous tasks according to the dependency relationship among different IT management system synchronous tasks at regular time;
the flow processing module generates a synchronous flow according to the dependency relationship between the data modules related to the synchronous tasks of the two IT management systems;
the logic processing module establishes a corresponding relation between logic states of the data module based on the mapping relation of the data module; according to the corresponding relation, executing logic state synchronization of the data module according to the synchronization flow, including: connecting each IT management system to read the data to be synchronized of each module; and after the preset logic state is reached, writing the basic data with the converted format into the data module of the corresponding IT management system by the interface packaging module through the data conversion module.
Further, the logic processing module packages the corresponding relation between the logic states of the data module of each IT management system and the data modules of other IT management systems in advance;
after a user configures mapping relations of different IT management system data modules through the configuration module, the logic processing module establishes corresponding relations among logic states of the data modules according to the packaged logic state corresponding relations.
Further, the interface packaging module, the data conversion module, the configuration module, the timing scheduling module, the flow processing module and the logic processing module are constructed based on the PaaS platform; the configuration module provides a user configuration interface so that a user can select an IT management system requiring synchronous data and synchronous timing time through the configuration interface.
Further, the IT management system is heterogeneous software and comprises a financial management system, a human resource management system, a sales management system, an inventory management system, a business management system, an enterprise information management system, a material demand management system and/or a customer relationship management system.
Further, the correspondence between logic states in the logic processing module includes direct correspondence, correspondence after the set condition is satisfied, and correspondence after calculation by a formula.
In another aspect, the present invention provides a PaaS-based heterogeneous software integration method, including:
configuring mapping relations of different IT management system data modules;
establishing a corresponding relation between logic states of the data modules based on the mapping relation of the data modules;
generating execution sequences of different IT management system synchronous tasks according to the dependency relationship among different IT management system synchronous tasks at regular time;
generating a synchronization flow according to the dependency relationship between the data modules related to the synchronization tasks of the two IT management systems;
according to the corresponding relation, executing logic state synchronization of the data module according to the synchronization flow, including: connecting each IT management system to read the data to be synchronized of each module, wherein the data comprises logic states and basic data; and after the preset logic state is reached, converting the basic data into a format to be written into an IT management system, and writing the format into a data module of the corresponding IT management system.
Further, the corresponding relation between the logic states of the data modules of each IT management system and the data modules of other IT management systems is packaged in advance, so that after the mapping relation of the data modules of different IT management systems is configured, the corresponding relation between the logic states of the data modules is built according to the packaged corresponding relation between the logic states.
Further, the timing time is configured by a user.
Further, the IT management system is heterogeneous software and comprises a financial management system, a human resource management system, a sales management system, an inventory management system, a business management system, an enterprise information management system, a material demand management system and/or a customer relationship management system.
Further, the correspondence between the logic states includes direct correspondence, correspondence after the set condition is satisfied, and correspondence after calculation by a formula.
The technical scheme of the invention has the beneficial technical effects that:
(1) The invention provides a convenient and quick communication and data sharing mode for the integration among the products of a certain type or a plurality of types of IT systems, and realizes the quick configuration of the inside of the module by packaging the logic states of each module and the inside of the module of the management system, so that the implementation personnel or non-technical personnel in the enterprise can quickly complete the data communication between the two IT systems in an interface configuration mode and a lightweight programming mode, thereby saving the cost of project development for the enterprise and improving the integration efficiency among the IT systems.
(2) The invention develops the heterogeneous software integrated system based on PaaS by utilizing the metadata capacity of the PaaS platform, and has good universality and convenient operation.
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FIG. 1 illustrates a connection between two heterogeneous IT systems in the prior art;
FIG. 2 is a schematic diagram of a PaaS-based heterogeneous software integration scheme of the present invention;
FIG. 3 is a schematic diagram of a PaaS-based heterogeneous software integration system;
FIG. 4 is a flow chart of the present invention for data synchronization.
Detailed Description
The objects, technical solutions and advantages of the present invention will become more apparent by the following detailed description of the present invention with reference to the accompanying drawings. It should be understood that the description is only illustrative and is not intended to limit the scope of the invention. In addition, in the following description, descriptions of well-known structures and techniques are omitted so as not to unnecessarily obscure the present invention.
According to the invention, on the one hand, a heterogeneous software integrated system based on PaaS is developed based on the PaaS platform, a configuration interface is provided, and data communication between two IT systems can be rapidly completed through an interface configuration mode and a lightweight programming mode by implementation personnel or non-technical personnel in an enterprise.
With reference to fig. 2 and 3, the PaaS-based heterogeneous software integrated system includes an interface encapsulation module, a data conversion module, a configuration module, a timing scheduling module, a flow processing module and a logic processing module.
The interface packaging module is used for connecting the data modules of the IT management systems and reading or writing data; the data comprises logic states and basic data; the module is mainly responsible for packaging a data access interface of the IT system, accesses the data access interface through an API interface of the IT management system, packages metadata information of each IT management system in advance, adds, deletes and modifies the interface, and searches the capability of the data, and further abstracts the data for subsequent logic processing.
The data conversion module is used for converting the basic data read by the interface packaging module into a format to be written into an IT management system stipulation; the module mainly converts the format of the data structure among a plurality of heterogeneous systems, processes and unifies the data structure.
The configuration module is used for configuring the mapping relation of different IT management system data modules by a user. A user configuration interface is provided, so that a user can select an IT management system requiring synchronous data and synchronous timing time through the configuration interface. The module is mainly responsible for providing a set of UI interfaces for users and providing a graphical interface which can be configured by the users, and the users can realize configuration by simple operation. Further, the user can select synchronous configuration among the modules in the IT management system through the configuration interface. For example, what module to synchronize, the flow of synchronized data, simple condition judgment, calculation formula, etc. can be added. Various synchronous conditions, the calculation logic of fields during synchronous, the logic programming processing of simple individuation requirements and the like are configured. For example, if the logical state of the sales management system order module is paid, the financial management system updates the order module state and uploads the order. For example, the money module of the sales management system may be merry, and the money module of the financial management system needs to be correspondingly converted into RMB, and then the RMB is added into the conversion formula to be calculated and written.
The timing scheduling module is used for generating execution sequences of different IT management system synchronous tasks at regular time according to the dependency relationship among different IT management system synchronous tasks; the module is mainly responsible for scheduling timing tasks of the whole integrated system, such as dependency among tasks, state management of the tasks and the like. The timing time is set by the user through the configuration module, and different synchronous tasks may set different timing times. The module is implemented using a distributed task scheduling framework engine.
The flow processing module generates a synchronous flow according to the dependency relationship between the data modules related to the synchronous tasks of the two IT management systems; the module mainly provides a flow engine to configure the synchronous flow sequence among the IT management system data modules, process the dependence among the flows and manage the running state of the flows. The module is realized by utilizing a rule engine framework, and a user can generate different business flow combinations through configuration, and the execution sequence, the dependence and the like of different flows are different, so that the self-definition of the flows is realized.
The logic processing module: establishing a corresponding relation between logic states of the data modules based on the mapping relation of the data modules; according to the corresponding relation, executing logic state synchronization of the data module according to the synchronization flow, including: connecting each IT management system to read the data to be synchronized of each module; and after the preset logic state is reached, writing the basic data with the converted format into the data module of the corresponding IT management system by the interface packaging module through the data conversion module. The module encapsulates each logic state of some common docking scenes, such as purchase, sale and stock processing, financial module processing, certificate module processing and the like, in advance, and after each module establishes a corresponding relation, each logic state also establishes a corresponding relation according to a pre-encapsulated comparison table. The method is characterized in that logic packaging is carried out aiming at the special service characteristics of different IT software systems, so that users can directly select according to the needs of the users. If a simple condition judgment, calculation formula, etc. is set through the configuration module, the comparison table is modified based on the setting, and judgment, calculation formula, etc. are added in the comparison table. And in the execution process, calling the logic state of the package according to the flow, and synchronizing according to the corresponding relation.
In one embodiment, synchronization of a sales management system, an inventory management system and a material demand management system is established, and since the inventory management system depends on a change of sales data, the material demand management system also depends on the inventory management system, and tasks are arranged according to a set synchronization time, and a first task comprises data for synchronizing the sales management system and the inventory management system according to a set timing time; the second task synchronizes the inventory management system and the material demand management system; the first task precedes the second task.
In one embodiment, a sales management system customer, order, product module, an inventory management system includes a customer, order, material module; order synchronization takes precedence over product synchronization, and product synchronization takes precedence over customer synchronization. The material module comprises product information, and the two modules are inconsistent in expression, and the corresponding relation between the two modules is configured in advance. The corresponding relation can be packaged in a corresponding table of the material module in advance, and indicates the corresponding relation between the material module and the product module, and further comprises the corresponding relation of each logic state in the module.
In one embodiment, the logic states of the sales management system order module include ordered, audited, paid, and completed; the logic states of the order module of the inventory management system comprise ordered, paid and shelve; the corresponding list completed state of the sales management system order module packaged logic state includes a corresponding out-of-shelf state while the corresponding list out-of-shelf state of the inventory management system order module packaged logic state includes a corresponding completed state. The ordered and paid logic states are in one-to-one correspondence, the checked states do not need to be in correspondence, and the completed logic states and the out-of-rack logic states are in one-to-one correspondence.
In another aspect, the present invention provides a PaaS-based heterogeneous software integration method, in combination with fig. 4, including the following steps:
s100, configuring mapping relations of different IT management system data modules;
the user configures through the configuration module, at least comprising a module for configuring synchronization, a synchronous data flow direction and a synchronous time. Further, synchronization conditions including condition judgment, calculation formulas and the like can be configured.
S200, establishing a corresponding relation between logic states of the data modules based on the mapping relation of the data modules;
the logic processing module has pre-packaged each state of each data module and the corresponding state table, so that after the mapping relation of the data modules is established, the corresponding relation between logic states is established according to the corresponding state table.
S300, generating execution sequences of different IT management system synchronization tasks according to dependency relations among different IT management system synchronization tasks at regular time;
and generating corresponding scheduling tasks according to the synchronization frequency or synchronization time set by the user, and managing and driving scheduling and execution among the synchronization tasks.
S400, generating a synchronization flow according to the dependency relationship between the data modules related to the synchronization tasks of the two IT management systems.
S500, according to the corresponding relation, executing logic state synchronization of the data module according to the synchronization flow, wherein the method comprises the following steps: connecting each IT management system to read the data to be synchronized of each module, wherein the data comprises logic states and basic data; and after the preset logic state is reached, converting the basic data into a format to be written into an IT management system, and writing the format into a data module of the corresponding IT management system.
In summary, the capability of metadata of the PaaS platform, the capability of the flow engine, the capability of the configurable capability and the capability of the custom function of the invention, the data access interfaces of the two IT software systems are encapsulated in data and logic states and converted in data format, and abstract in synchronization processing logic, and finally provided for a set of graphical user interface for users, the users can generate a set of logic rules for synchronizing business data in an interface configuration mode, and the rules engine translates and interprets and executes the logic rules, so that the business data between the two IT systems can be realized rapidly. The PaaS-based heterogeneous software integrated system has the advantages of good universality, convenience in operation, low cost and high development efficiency.
It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explanation of the principles of the present invention and are in no way limiting of the invention. Accordingly, any modification, equivalent replacement, improvement, etc. made without departing from the spirit and scope of the present invention should be included in the scope of the present invention. Furthermore, the appended claims are intended to cover all such changes and modifications that fall within the scope and boundary of the appended claims, or equivalents of such scope and boundary.
Claims (8)
1. The heterogeneous software integrated system based on PaaS is characterized by comprising an interface packaging module, a data conversion module, a configuration module, a timing scheduling module, a flow processing module and a logic processing module;
the interface packaging module is used for connecting the data modules of the IT management systems and reading or writing data; the data comprises logic states and basic data;
the data conversion module is used for converting the basic data read by the interface packaging module into a format to be written into an IT management system stipulation;
the configuration module is used for configuring the mapping relation of different IT management system data modules by a user;
the timing scheduling module is used for generating execution sequences of different IT management system synchronous tasks according to the dependency relationship among different IT management system synchronous tasks at regular time;
the flow processing module generates a synchronous flow according to the dependency relationship between the data modules related to the synchronous tasks of the two IT management systems;
the logic processing module establishes a corresponding relation between logic states of the data module based on the mapping relation of the data module; according to the corresponding relation, executing logic state synchronization of the data module according to the synchronization flow, including: connecting each IT management system to read the data to be synchronized of each module; after reaching a preset logic state, writing the basic data with the converted format into a data module of a corresponding IT management system by the interface packaging module through the data conversion module;
the interface packaging module, the data conversion module, the configuration module, the timing scheduling module, the flow processing module and the logic processing module are constructed based on the PaaS platform; the configuration module provides a user configuration interface so that a user can select an IT management system requiring synchronous data and synchronous timing time through the configuration interface.
2. The PaaS-based heterogeneous software integration system of claim 1, wherein the logic processing module encapsulates in advance a logical state correspondence of the data module of each IT management system with the data modules of other IT management systems;
after a user configures mapping relations of different IT management system data modules through the configuration module, the logic processing module establishes corresponding relations among logic states of the data modules according to the packaged logic state corresponding relations.
3. The PaaS-based heterogeneous software integration system of claim 1 or 2, wherein the IT management system is heterogeneous software comprising a financial management system, a human resource management system, a sales management system, an inventory management system, a business management system, an enterprise information management system, a material demand management system, and/or a customer relationship management system.
4. The PaaS-based heterogeneous software integration system of claim 1 or 2, wherein the correspondence between logic states in the logic processing module includes direct correspondence, correspondence after a set condition is satisfied, and correspondence after calculation by a formula.
5. The PaaS-based heterogeneous software integration method is characterized by comprising the following steps of:
configuring mapping relations of different IT management system data modules;
establishing a corresponding relation between logic states of the data modules based on the mapping relation of the data modules;
generating execution sequences of different IT management system synchronous tasks according to the dependency relationship among different IT management system synchronous tasks at regular time;
generating a synchronization flow according to the dependency relationship between the data modules related to the synchronization tasks of the two IT management systems;
according to the corresponding relation, executing logic state synchronization of the data module according to the synchronization flow, including: connecting each IT management system to read the data to be synchronized of each module, wherein the data comprises logic states and basic data; after reaching a preset logic state, converting the basic data into a format to be written into an IT management system, and writing the format into a data module of a corresponding IT management system;
the time of the timing is configured by the user.
6. The PaaS recited in claim 5, wherein the logic state correspondence between the data module of each IT management system and the data modules of other IT management systems is encapsulated in advance, so that after the mapping relationships of the data modules of different IT management systems are configured, the correspondence between the logic states of the data modules is established according to the encapsulated logic state correspondence.
7. The PaaS recited in claim 5 or 6, wherein the IT management system is heterogeneous software, including a financial management system, a human resources management system, a sales management system, an inventory management system, a business management system, an enterprise information management system, a material demand management system, and/or a customer relationship management system.
8. The PaaS-based heterogeneous software integration method of claim 5 or 6, wherein the correspondence between logic states comprises direct correspondence, correspondence after a set condition is satisfied, and correspondence after calculation by a formula.
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| CN111813411A (en) * | 2020-06-13 | 2020-10-23 | 立乐教育科技（上海）有限公司 | Python script language-based instruction method |
| CN112367433A (en) * | 2020-11-09 | 2021-02-12 | 苏州云网通信息科技有限公司 | Method for integrating multiple PaaS call platforms |
| CN112667229B (en) * | 2021-03-16 | 2021-06-29 | 北京纷扬科技有限责任公司 | Heterogeneous software integration system and method based on OpenAPI |
| CN115328997B (en) * | 2022-07-15 | 2023-04-07 | 深圳市数帝网络科技有限公司 | Data synchronization method, system, device and storage medium |
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