TW202349224A - Modular service platform and the method thereof - Google Patents

Abstract

The present invention provides a modular service platform and the method thereof, in which modular service system is divided into multiple microservices from each service. The user server may determine the corresponding microservices based on the edited data to be carried out and the microservices of decision is modified or managed. The edited data can be saved simultaneously in a remote server and there is no need of gradual adjustments for each detail to achieve the purpose of management, so that the development can be greatly enhanced while saving the manpower and time cost.

Description

Modular service management platform and method thereof

The present invention relates to a service management platform and a method thereof, in particular to a modular service management platform and a method thereof.

In the past, when setting up a website or managing a website, if the data needed to be edited later, it often took a lot of time to adjust and edit one by one. Moreover, it would often be necessary to adjust every detail step by step after adjusting certain information. At the same time, since each website or service may be written in a variety of different programming languages, it is necessary to understand various programming languages in order to build or manage them accordingly. This is not only very time-consuming and slows down the development speed, but also its scalability is not high. , and when the website host is overloaded, the entire website will stop operating and the recovery ability is relatively poor.

In order to improve the lack of conventional knowledge, the present invention proposes a modular service management platform and its method, which can divide each service into independent operations, that is, each microservice architecture is an independent operation, so even if each microservice is based on different Programming languages can also be written, so you can use the programming languages you are familiar with to create or manage, which is very convenient. At the same time, when the website wants to be managed, different microservices can be used to modify or add new ones for the projects you want to manage. Functions can be achieved without gradually adjusting every detail, which can achieve management purposes, greatly increase development speed, and save manpower and time costs. Moreover, when one of the microservices is overloaded or malfunctions, it will not affect the overall operation and can Just repair the overloaded or faulty microservices directly and improve the lack of knowledge.

The main purpose of the present invention is to provide a modular service management platform that uses a modular service system to divide each service into multiple microservices for independent operation. That is, each microservice architecture is an independent operation. Therefore, using The client server can provide corresponding microservices based on the editing information to be edited. For this reason, even if it is written in different programming languages, you can still use the programming language you are familiar with to create or manage it. It is very convenient, and when it is a microservice When overloaded or malfunctioned, the overall operation will not be affected. Instead, the overloaded or malfunctioned microservices can be repaired directly, thereby improving the lack of knowledge.

Another object of the present invention is to provide a modular service management method that uses the user-side server to modify or add new functions using different microservices according to the editing information to be edited, without the need to gradually adjust each one. Details can achieve management purposes, greatly increase development speed, and save manpower and time costs.

In order to achieve the above object, one embodiment of the present invention discloses a modular service management platform, including: a remote data server, including a first database and a second database, the first database is Store corresponding first service data, and the second database stores corresponding second service data; a modular service system is signal-connected to the remote data server, and the modular service system includes a first A microservice and a second microservice, the first microservice receives and displays the first service data, and the second microservice receives and displays the second service data to provide different management services; and a The user-side server is signal-connected to the modular service system, inputs editing information into the user-side server, and the user-side server decides to provide the corresponding first microservice or the third microservice based on the editing information. Two microservices are used to display the corresponding first service data or the second service data for editing, and store the editing information to the remote data server through the user server.

In a preferred embodiment, the user server includes a first user and a second user. The first user inputs a first editing information to the user server. The user The user-side server determines to provide the corresponding first microservice or the second microservice based on the first user-side and the first editing information for editing and storing the first edit through the user-side server. The data is sent to the remote data server, and the second user inputs a second editing information to the user server. The user server determines based on the second user and the second editing information. Provide the corresponding first microservice or the second microservice to edit and store the second edited data to the remote data server through the user server.

In a preferred embodiment, the first microservice and the second microservice are system management services, content management services, web page management services, web crawler services or a combination of the above.

In a preferred embodiment, the remote data server includes a network resource. When the first microservice or the second microservice is a web crawler service, the network resource provides a web crawler service for crawling. Information retrieval service.

In a preferred embodiment, the client server is a management system, a blog, a website, an application, or a combination thereof.

In order to achieve another of the above objectives, one embodiment of the present invention discloses a modular service management method, including the steps of: inputting editing information to a user-side server; the user-side server determines based on the editing information Provide a first microservice or a second microservice corresponding to the editing information to display the corresponding first service information or a second service information for editing; and when the user server provides the editing information based on the The first microservice. When the first microservice receives and displays the corresponding first service data to the user server for editing, the user server stores the editing information to a remote data server. A first database, or when the user server provides the second microservice based on the editing information, the second microservice receives and displays the corresponding second service data to the user server for editing. At this time, the user server stores the editing information in a second database of the remote data server.

In a preferred embodiment, when a first user of the user server inputs a first editing information to the user server, the user server is based on the first user and the first editing information provides the corresponding first microservice or the second microservice to edit and store the first editing data to the remote data server through the user server, and when the use When a second user of the user-side server inputs a second editing information to the user-side server, the user-side server provides the corresponding corresponding information based on the second user and the second editing information. The first microservice or the second microservice performs editing and stores the second edited data to the remote data server through the user server.

In a preferred embodiment, the first microservice and the second microservice are system management services, content management services, web page management services, web crawler services or a combination of the above.

In a preferred embodiment, the server is combined based on the project information, and the remote data server includes a network resource. When the first microservice or the second microservice is a web crawler service, the remote data server The Internet Resources Department provides web crawler services to capture data.

In a preferred embodiment, the client server is a management system, a blog, a website, an application, or a combination thereof.

The beneficial effect of the present invention is that the user can directly access the user-side server to modify or manage the corresponding microservices according to different editing needs. That is, each microservice is an independent operation. Therefore, when one of the microservices is overloaded or malfunctions, it will not affect the overall operation. Instead, the overloaded or malfunctioning microservices can be repaired directly without the need to gradually adjust every detail. The purpose of management can be achieved and greatly improved. The speed of development can also save a lot of manpower and time costs, and effectively improve the lack of knowledge.

In order to make the above and/or other objects, effects, and features of the present invention more obvious and understandable, the following is a detailed description of the preferred embodiments:

Please refer to the first Figure A and the first Figure B, which are schematic diagrams of a platform according to an embodiment of the present invention. As shown in the figure, the modular service management platform of the present invention includes a remote data server 1, a modular service system 2 and a user server 3, and is described in detail below.

The remote data server 1 is used to store service data and editing information. The remote data server 1 includes a first database 11 and a second database 12, and the first database 11 stores modules corresponding to The first service data 111 of the modularized service system 2 and the second database 12 store the second service data 121 corresponding to the modularized service system 2, but this is not limited thereto.

The modular service system 2 is connected with the remote data server 1 through signals, and includes a first microservice 21 and a second microservice 22. The first microservice 21 receives and displays the first service data 111 for use. The client server 3 and the second microservice 22 receive and display the second service information 121 on the client server 3. In one embodiment, the first microservice 21 and the second microservice 22 are system management services. M1, content management service M2, web page management service M3, web crawler service M4 or a combination of the above, but not limited to this. Microservices can be expanded according to needs, and the number of microservices is not limited, that is, first The microservice 21 and the second microservice 22 may respectively include multiple different microservice types.

, in one embodiment, further, when the modular service system 2 serves the web crawler M4, the remote data server 1 can further include network resources 13, wherein the network resources 13 can provide network resources. The road crawler service M4 performs crawling data services, but this is not limited to this.

The user-side server 3 is connected to the modular service system 2 via a signal. The user can input editing information on the user-side server 3, that is, the content to be modified or created. The user-side server 3 can edit the information according to the editing information. The content of the information is further determined to provide the corresponding first microservice 21 or the second microservice 22 to display the corresponding first service data 111 or the second service data 121 for editing, and store the editing information through the user server 3 To the remote data server 1, where the user server 3 is the management system U1, blog U2, website U3, application U4 or a combination of the above, but is not limited to this.

In one embodiment, further, the client server 3 further includes a first client 31 and a second client 32, and the number of clients is not limited, that is, the first client 31 and the second client 32 may respectively include multiple different users. The first client 31 may input the first editing information to the client server 3, and the client server 3 may be configured according to the first user. The terminal 31 and the first editing information decide to provide the corresponding first microservice 21 or the second microservice 22 to perform editing and store the second editing data to the remote data server 1 through the user server 3. Similarly, The second user terminal 32 can also input the second editing information to the user terminal server 3, and the user terminal server 3 can also decide to provide the corresponding first microservice 21 based on the second user terminal 32 and the second editing information. Or the second microservice 22 to edit and store the second edited data to the remote data server 1 through the user server 3. In other words, the user server 3 can target different users and the processes they want to perform. The content modified or created determines the appropriate microservices to meet the needs of users.

Please refer to the second figure, which is a method flow chart according to an embodiment of the present invention. As shown in the figure, the steps of the modular service management method of the present invention include:

Step S1: Input editing information to a user server;

Step S2: The user server decides to provide a first microservice or a second microservice corresponding to the editing information based on the editing information, so as to display the corresponding first service information or a second service information for editing; and

Step S3: When the user-side server provides the first microservice based on the editing information, and the first microservice receives and displays the corresponding first service information to the user-side server for editing, the use The user-side server stores the editing information to a first database of a remote data server, or when the user-side server provides the second microservice based on the editing information, the second microservice receives and displays the corresponding When the second service data is sent to the user server for editing, the user server stores the editing information in a second database of the remote data server.

As shown in step S1, the user inputs editing information to be modified or created in the user server 3. The editing information is generally in the form of programming language, text or audio and video, but is not limited thereto.

As shown in step S2, the user server 3 can decide to provide the first microservice 21 or the second microservice 22 corresponding to the editing information based on the editing information to be modified or created, so as to display the corresponding first service information 111 or the second microservice 22. 2. Service information 121 for editing, but not limited to this.

As shown in step S3, when the user server 3 provides the first microservice 21 based on the editing information, the first microservice 21 receives and displays the corresponding first service data 111 to the user server 3 for editing. , the user-side server 3 stores the editing information to the first database 11 of the remote data server 1, or when the user-side server 3 provides the second microservice 22 based on the editing information, the second microservice 22 receives and When displaying the corresponding second service information 121 to the user server 3 for editing, the user server 3 stores the editing information to the second database 12 of the remote data server 1, that is, the user server 3 The editing information is stored in the corresponding database according to the content of the editing information, but this is not limited to this. In this way, each microservice has the ability to operate independently and can independently store its modified or created content. For managers, It's quite convenient.

In one embodiment, further, if there are multiple users, the first user 31 of the user server 3 can input the first editing information to the user server 3, and the user server 3 The server 3 can decide to provide the corresponding first microservice 21 or the second microservice 22 based on the first user 31 and the first editing information to perform editing and store the first editing data remotely through the user server 3 The terminal data server 1, and the second editing information is input from the second user terminal 32 of the user terminal server 3 to the user terminal server 3. The user terminal server 3 is based on the second user terminal 32 and the second user terminal 32. The second editing information determines to provide the corresponding first microservice 21 or the second microservice 22 to perform editing and store the second editing data to the remote data server 1 through the user server 3 .

That is to say, when different users access the same user server 3, the user server 3 may determine different microservices based on the different identities of the users, for example : The content permissions that the administrator and co-administrator of blog U2 can modify or add are different. The administrator can perform content management service M2, web page management service M3 and other services, while the co-administrator may only perform content management. Serving M2, but not limited to this.

In order to illustrate the content of the present invention more clearly, examples are as follows:

When the user-side server 3 is the blog U2, its users can be divided into general blogger users, and when the user-side server 3 is the system management U1, they are the website backend information maintainers, so the micro The service may be divided into system management service M1, content management service M2 and web page management service M3. When ordinary bloggers want to edit articles, they can edit them in the microservices from the user server 3 to the content management service M2, and in After the editing is completed, the editing information can be stored in the remote data server 1 through the microservice. When ordinary bloggers want to edit the web interface, they can go to the microservice of the web management service M3 from the user server 3. Edit, and after the editing is completed, the editing information can be stored in the remote data server 1 through the microservice. When the back-end information maintenance personnel want to manage the back-end, they can go to the system management on the user-side server 3 Edit the microservice of service M1, and after the editing is completed, the editing information can be stored in the remote data server 1 through the microservice. Different microservices will display their corresponding service data to benefit different users. Make corrections or add additional content.

To sum up, the modular service management platform and its method of the present invention provide different microservices with a modular service system, and use the user-side server to serve the user-side servers according to different editing requirements. The server provides corresponding microservices for management, without the need to gradually adjust every detail, so that the purpose of management can be achieved, the development speed can be greatly improved, a large amount of manpower and time costs can be saved, and the lack of conventional knowledge can be effectively improved, which is consistent with the present invention. purpose.

However, the above are only preferred embodiments of the present invention, but they cannot be used to limit the scope of the present invention; therefore, any simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the specification, All are still within the scope of the patent of this invention.

1:Remote data server 11:First database 111:First service information 12: Second database 121: Second service information 2: Modular service system 21:The first microservice 22: The second microservice 3: User server 31: First user terminal 32: Second user terminal M1: System Management Services M2: Content Management Services M3:Web page management service M4: Web crawler service S1: Steps S2: Step S3: Steps U1: Management system U2:Blog U3: website U4: Application

The first Figure A: It is a schematic diagram of the platform according to an embodiment of the present invention; Figure 1 B: It is a schematic diagram of the platform according to an embodiment of the present invention; and The second figure is a method flow chart according to an embodiment of the present invention.

1:Remote data server

11:First database

111:First service information

12: Second database

121: Second service information

2: Modular service system

21:The first microservice

22: The second microservice

3: User server

31: First user terminal

32: Second user terminal

Claims (10)

A modular service management platform, including: A remote data server includes a first database and a second database, the first database stores corresponding first service data, and the second database stores corresponding second service data; A modular service system is connected to the remote data server via a signal. The modular service system includes a first microservice and a second microservice. The first microservice receives and displays the first service data. , and the second microservice receives and displays the second service data to provide different management services; and A user-side server is connected to the modular service system via a signal. An editing information is input into the user-side server. The user-side server decides to provide the corresponding first microservice or the corresponding first microservice based on the editing information. The second microservice displays the corresponding first service data or the second service data for editing, and stores the editing information to the remote data server through the user server. The modular service management platform according to claim 1, wherein the user server includes a first user and a second user, and the first user inputs a first editing information to The user-side server determines to provide the corresponding first microservice or the second microservice based on the first user-side and the first editing information for editing and use. The user-side server stores the first editing information to the remote data server, and the second user-side inputs a second editing information to the user-side server. The user-side server is based on the second use The client and the second editing information decide to provide the corresponding first microservice or the second microservice for editing and storing the second editing data to the remote data server through the user server. The modular service management platform according to claim 1, wherein the first microservice and the second microservice are system management services, content management services, web page management services, web crawler services or a combination of the above. According to the modular service management platform described in request 3, the remote data server includes a network resource. When the first microservice or the second microservice is a web crawler service, the network resource The resource department provides web crawler services to capture data. The modular service management platform according to claim 1, wherein the user server is a management system, a blog, a website, an application, or a combination of the above. A modular service management method, including steps: Entering editing information into a user server; The user-side server decides to provide a first microservice or a second microservice corresponding to the editing information based on the editing information to display the corresponding first service data or a second service data for editing; and When the user-side server provides the first microservice based on the editing information and the first microservice receives and displays the corresponding first service data to the user-side server for editing, the user-side server The server stores the editing information to a first database of a remote data server, or when the user server provides the second microservice based on the editing information, the second microservice receives and displays the corresponding third microservice. When the second service data is sent to the user-side server for editing, the user-side server stores the editing information in a second database of the remote data server. According to the modular service management method described in claim 6, wherein when a first user of the user server inputs a first editing information to the user server, the user server The server provides the corresponding first microservice or the second microservice based on the first user and the first editing information to perform editing and store the first editing data to the remote via the user server. client data server, and when a second client of the client server inputs a second editing information to the client server, the client server is based on the second client and The second editing information provides the corresponding first microservice or the second microservice for editing and storing the second editing data to the remote data server through the user server. According to the modular service management method described in claim 6, the first microservice and the second microservice are system management services, content management services, web page management services, web crawler services or a combination of the above. According to the modular service management method described in claim 8, the remote data server includes a network resource. When the first microservice or the second microservice is a web crawler service, the network resource The resource department provides web crawler services to capture data. According to the modular service management method described in claim 6, the user-side server is a management system, a blog, a website, an application, or a combination of the above.