CN115412606B - iPaaS service arrangement method and system based on open source mule integration platform - Google Patents
iPaaS service arrangement method and system based on open source mule integration platform Download PDFInfo
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- H—ELECTRICITY
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
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Abstract
The invention relates to an iPaaS service arrangement method and system based on an open source mule integration platform, wherein the method comprises the following steps: performing visual service arrangement in a pre-constructed mule-frame-based iPaaS platform, wherein the iPaaS platform is provided with a visual arrangement data structure, a connector assembly, a connecting wire assembly and a basic logic processing assembly; the iPaS platform receives the drag instruction, lays out all the components, and connects the corresponding external systems in a matching way through the connector components to obtain custom layout data, analyzes the custom layout data and generates xml codes executable by the mule engine. Compared with the prior art, the invention has the integration scene and external change between various systems, and can be realized and adapted rapidly, flexibly, agilely, efficiently and reliably; the service arrangement efficiency is high, and the cost is low; has the advantages of higher expansibility, robustness and the like.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to an iPaaS service arrangement method and system based on an open source mule integration platform.
Background
In the iPaas integration platform, a service orchestration technology for implementing services is one of the most core functions. The visual arrangement is an innovative technology with high difficulty and high requirement, and can rapidly realize service development, service access and service standardization.
The iPas integration platform can realize the integration between the business systems of enterprises rapidly and efficiently, wherein one of the most core functional modules is a service arrangement technology, and various adapters and business logic can be combined only by the simple and rapid arrangement technology, so that the rapid access of each business system is realized.
Currently, in the process of constructing an iPaaS platform based on a community version mule framework, aiming at the arrangement of services, the official of a mule enterprise version provides an anypoint studio development tool for the arrangement and development of services. For community versions, there are relevant limitations, no relevant tools to service orchestration, and only in the form of writing xml code. This is very inconvenient and cumbersome and presents a very high technical threshold.
The rule is a lightweight message framework and an integration platform taking Java as a core, and achieves functions of service intermediation, data conversion, message routing, service creation, hosting and the like. However, in the case of a large number of systems requiring integration and complex service scenarios, the requirements of high quality, high efficiency and low threshold cannot be met. For example:
1) Hundreds of heterogeneous business systems exist in enterprises, data interaction is required, and system integration cannot be performed rapidly based on the form of writing xml codes.
2) The technical architecture, service protocol and service format standard of the business system are different, for example, the exposed service of the system is in the form of a restful http interface, and the exposed service of the system B is in the form of a soap interface in the form of webservice.
3) The iPaaS platform does not provide the conversion function of different protocols and different data formats.
The business systems are integrated, some business logic processing, data processing and data mapping are required to be carried out on the data in the iPaaS platform, and the iPaS platform cannot provide general business logic processing functions such as branching, circulation and the like.
The existing mule-based iPaaS integrated platform cannot provide universal visual service arrangement to meet various scenes listed above and some unknown scenes in the future.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provide the iPaS service arrangement method and system based on the open source mule integration platform, which face to the integration scene and external changes among various systems and can be realized and adapted rapidly, flexibly, swiftly, efficiently and reliably.
The aim of the invention can be achieved by the following technical scheme:
an iPas service arrangement method based on an open source mule integration platform comprises the following steps:
performing visual service arrangement in a pre-constructed mule-frame-based iPas platform, wherein the iPas platform is provided with a visual arrangement data structure, a connector assembly, a connecting wire assembly and a basic logic processing assembly;
the iPas platform is connected with a corresponding external system in a matching way through the connector component, receives a dragging instruction, and organizes the components to obtain custom organizing data;
and analyzing the custom layout data to generate xml codes executable by the rule engine.
Further, the construction process of the iPaaS platform includes:
defining a visual arrangement data structure, a basic data structure of the connector assembly, a basic data structure of the connecting wire assembly and a basic data structure of the basic logic processing assembly;
supplementing characteristic data of a connecting wire component and a basic logic processing component according to xml codes of the connecting wire component and the basic logic processing component of the mule framework;
based on each data structure, constructing a front-end page component for visual display;
and constructing an analytic transformation rule based on each data structure for the analytic processing.
Further, the construction process of the iPaaS platform further includes setting a connector assembly of a corresponding type according to a connection interface of an external system.
Further, the connector assembly is used for matching connection interfaces of various external systems.
Further, the iPaaS platform takes the form of nodes, connecting wires and groups as an infrastructure for visual service orchestration.
Further, the visualization orchestration data structure, connector component, connection line component, and base logic processing component are all packaged in the form of a modular data structure.
The invention also provides an iPaaS service arrangement system based on the open source mule integration platform, which comprises:
the client is configured to pre-construct an iPaaS platform based on a rule frame, wherein the iPaaS platform is provided with a visual arrangement data structure, a connector component, a connecting line component and a basic logic processing component; the iPas platform is connected with a corresponding external system in a matching way through the connector component, receives a dragging instruction, and organizes the components to obtain custom organizing data;
the server side is configured to acquire the custom layout data and perform analysis processing to generate xml codes executable by the mule engine.
Further, the client is further configured with a front end page component for visually displaying the visual orchestration data structure, the connector component, the connection line component, and the underlying logic processing component.
Further, the construction process of the iPaaS platform includes:
defining a visual arrangement data structure, a basic data structure of the connector assembly, a basic data structure of the connecting wire assembly and a basic data structure of the basic logic processing assembly;
supplementing characteristic data of a connecting wire component and a basic logic processing component according to xml codes of the connecting wire component and the basic logic processing component of the mule framework;
based on each data structure, constructing a front-end page component for visual display;
and constructing an analytic transformation rule based on each data structure for the analytic processing.
Further, the connector assembly is used for matching connection interfaces of various external systems.
Further, the iPaaS platform takes the form of nodes, connecting wires and groups as an infrastructure for visual service orchestration.
Compared with the prior art, the invention has the following advantages:
(1) The invention provides a new mode of visual service arrangement based on mule, and through the visual service arrangement, the method can realize and adapt fast, flexibly, agilely, efficiently and reliably in the face of integrated scenes and external changes among various systems.
(2) Based on the well defined data structure and the core analysis program, the invention can greatly reduce the threshold and difficulty of service arrangement and reduce the requirement on personnel, thereby improving the efficiency of system integration in enterprises and reducing the cost.
(3) The invention has higher expansibility and robustness, and can be quickly and repeatedly integrated into service arrangement by only configuring the basic data and the characteristic data of the component if a new connector component is required to be added.
Drawings
Fig. 1 is a flow chart of an iPaaS service orchestration method based on an open source mule integration platform according to an embodiment of the present invention.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are some embodiments of the present invention, but not all embodiments of the present invention. The components of the embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
Thus, the following detailed description of the embodiments of the invention, as presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
It should be noted that: like reference numerals and letters denote like items in the following figures, and thus once an item is defined in one figure, no further definition or explanation thereof is necessary in the following figures.
The invention provides an iPaaS service arrangement method based on an open source mule integration platform, which comprises the following steps:
performing visual service arrangement in a pre-constructed mule-frame-based iPas platform, wherein the iPas platform is provided with a visual arrangement data structure, a connector assembly, a connecting wire assembly and a basic logic processing assembly, and the connector assembly is used for matching and connecting connection interfaces of all external systems;
the iPaS platform is connected with a corresponding external system in a matching way through the connector assembly, receives a dragging instruction, and organizes the assemblies to obtain custom organizing data;
and analyzing the custom layout data to generate xml codes executable by the mule engine.
The construction process of the iPaaS platform comprises the following steps:
defining a visual arrangement data structure, a basic data structure of the connector assembly, a basic data structure of the connecting wire assembly and a basic data structure of the basic logic processing assembly; taking the forms of nodes, connecting lines and groups as an infrastructure for arranging the visual services; setting a connector component of a corresponding type according to a connection interface of an external system;
supplementing characteristic data of the connecting wire component and the basic logic processing component according to xml codes of the connecting wire component and the basic logic processing component of the mule framework;
based on each data structure, constructing a front-end page component for visual display;
based on each data structure, an analysis conversion rule is constructed, and an iPaaS platform service programming core analysis program is written for analysis processing.
The visualization orchestration data structure, connector assembly, connection wire assembly, and underlying logic processing assembly are all packaged in the form of a modular data structure.
The invention also provides an iPaaS service arrangement system based on the open source mule integration platform, which comprises:
the client is configured to pre-construct an iPaaS platform based on a rule frame, wherein the iPaaS platform is provided with a visual arrangement data structure, a connector component, a connecting line component and a basic logic processing component; the iPaS platform is connected with a corresponding external system in a matching way through the connector assembly, receives a dragging instruction, and organizes the assemblies to obtain custom organizing data;
the server side is configured to acquire the custom layout data and perform analysis processing to generate xml codes executable by the mule engine.
Further, the client is also configured with a front-end page component for visually displaying the visual orchestration data structure, the connector component, the connecting line component, and the underlying logic processing component.
Further, the construction process of the iPaaS platform comprises the following steps:
defining a visual arrangement data structure, a basic data structure of the connector assembly, a basic data structure of the connecting wire assembly and a basic data structure of the basic logic processing assembly; setting a connector component of a corresponding type according to a connection interface of an external system;
supplementing characteristic data of the connecting wire component and the basic logic processing component according to xml codes of the connecting wire component and the basic logic processing component of the mule framework;
based on each data structure, constructing a front-end page component for visual display;
based on each data structure, an analytic transformation rule is constructed for analytic processing.
Further, the connector assembly is used for matching connection interfaces of various external systems.
Further, the iPaaS platform takes the form of nodes, connection lines and groups as the infrastructure for visual service orchestration.
And the user performs visual service arrangement in a dragging mode at the client, and the user-defined arrangement data is transmitted to the server. And the server side analyzes and converts the defined data into executable xml codes in the structured mule engine according to the arrangement analysis logic.
Taking the case that the oa system acquires the personnel data of the erp system and the erp system call interface transmits the contract attachment to the oa system, the following implementation steps are described in detail with reference to fig. 1:
example 1
The embodiment is used for an oa system to acquire the personal data of an erp system.
In step 100, an integrated scene is analyzed, and a rough plan is carded;
in step 101, it is determined whether the existing iPaaS service orchestration can meet the requirements according to the result of step 100. The interface provided by the erp system is a soap interface, and the oa system is an http interface. Two systems cannot be docked directly for a variety of reasons. The scenario is that the iPaaS platform needs to convert the soap interface of the erp system into an http interface and then expose the http interface to the oa system.
In step 102, the just iPaaS platform has the capability to be exposed as an http interface and has a soap connector, thus having the integration capability, and step 106 is performed.
In step 106, service orchestration is performed in the iPaaS platform, which can meet the integration scenario.
In step 107, an analysis process is performed to generate a mule executable xml code.
Example 2
The embodiment is used for the erp system call interface to transmit the contract attachment to the oa system.
In step 100, an integrated scene is analyzed, and a rough plan is carded;
in step 101, it is determined whether the existing iPaaS service orchestration can meet the requirements according to the result of step 100. The oa system provides a file server to hold contract data. However, the erp system cannot directly access the file server for various reasons, and only can access the soap interface. The scenario is that the iPaaS platform needs to provide a soap interface for the erp system to call, and stores the attachments transmitted by the erp system into the file server of the oa system.
In step 102, since the iPaaS platform is temporarily not configured with the file connector, the existing layout of the iPaaS cannot meet the scenario, and step 103 is performed.
In step 103, determining the component to be added as a file connector;
in step 104, newly developing a file connector, configuring component data;
in step 105, integrating into an iPaaS platform;
in step 106, a file connector is provided, and service arrangement is performed in the iPaaS platform, so that the integration scenario can be satisfied.
In step 107, an analysis process is performed to generate a mule executable xml code.
The foregoing describes in detail preferred embodiments of the present invention. It should be understood that numerous modifications and variations can be made in accordance with the concepts of the invention by one of ordinary skill in the art without undue burden. Therefore, all technical solutions which can be obtained by logic analysis, reasoning or limited experiments based on the prior art by the person skilled in the art according to the inventive concept shall be within the scope of protection defined by the claims.
Claims (6)
1. An iPas service arrangement method based on an open source mule integration platform is characterized by comprising the following steps:
performing visual service arrangement in a pre-constructed mule-frame-based iPas platform, wherein the iPas platform is provided with a visual arrangement data structure, a connector assembly, a connecting wire assembly and a basic logic processing assembly;
the iPas platform is connected with a corresponding external system in a matching way through the connector component, receives a dragging instruction, and organizes the components to obtain custom organizing data;
analyzing the custom layout data to generate xml codes executable by a rule engine;
the construction process of the iPaaAS platform comprises the following steps:
defining a visual arrangement data structure, a basic data structure of the connector assembly, a basic data structure of the connecting wire assembly and a basic data structure of the basic logic processing assembly;
supplementing characteristic data of a connecting wire component and a basic logic processing component according to xml codes of the connecting wire component and the basic logic processing component of the mule framework;
based on each data structure, constructing a front-end page component for visual display;
constructing an analytic conversion rule based on each data structure for the analytic processing;
the construction process of the iPaaS platform further comprises the step of setting a connector assembly of a corresponding type according to a connection interface of an external system.
2. The iPaaS service orchestration method based on the open source mule integration platform according to claim 1, wherein the iPaaS platform uses nodes, connection lines and groups as an infrastructure for visual service orchestration.
3. The method for arranging the iPaaS service based on the open source mule integration platform according to claim 1, wherein the visualized arranging data structure, the connector component, the connecting wire component and the basic logic processing component are packaged in the form of a modularized data structure.
4. An iPaaS service orchestration system based on an open source mule integration platform, comprising:
the client is configured to pre-construct an iPaaS platform based on a rule frame, wherein the iPaaS platform is provided with a visual arrangement data structure, a connector component, a connecting line component and a basic logic processing component; the iPas platform is connected with a corresponding external system in a matching way through the connector component, receives a dragging instruction, and organizes the components to obtain custom organizing data;
the server side is configured to acquire the custom layout data and perform analysis processing to generate xml codes executable by the mule engine;
the client is further configured with a front page component for visually displaying the visual arrangement data structure, the connector component, the connecting line component and the basic logic processing component;
the construction process of the iPaaAS platform comprises the following steps:
defining a visual arrangement data structure, a basic data structure of the connector assembly, a basic data structure of the connecting wire assembly and a basic data structure of the basic logic processing assembly;
supplementing characteristic data of a connecting wire component and a basic logic processing component according to xml codes of the connecting wire component and the basic logic processing component of the mule framework;
based on each data structure, constructing a front-end page component for visual display;
and constructing an analytic transformation rule based on each data structure for the analytic processing.
5. The system for arranging the iPaaS service based on the open source mule integration platform according to claim 4, wherein the iPaaS platform is used as an infrastructure for arranging the visual service in the form of nodes, connecting lines and groups.
6. The system for arranging the iPaaS service based on the open source mule integration platform according to claim 4, wherein the visualization arrangement data structure, the connector assembly, the connecting wire assembly and the basic logic processing assembly are packaged in the form of a modularized data structure.
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