CN112764795B - Service-oriented cross-platform and cross-terminal information publishing system and method - Google Patents
Service-oriented cross-platform and cross-terminal information publishing system and method Download PDFInfo
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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- G06F9/546—Message passing systems or structures, e.g. queues
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Abstract
The invention discloses a service-oriented cross-platform and cross-terminal information publishing system and a service-oriented cross-platform and cross-terminal information publishing method, which comprise a message aggregation unit, a message temporary storage layer unit, a message publishing layer unit and a multi-terminal adaptation unit; the message aggregation unit is connected with the message temporary storage layer unit; the message temporary storage layer unit is connected with the message distribution layer unit; the message distribution layer unit is connected with the multi-terminal adaptation unit; based on the micro-service design concept, the invention builds an independent service-oriented message service platform and an information publishing method, provides information publishing service quickly and efficiently only by developing a set of codes based on HTML5 and Java EE technology, and can acquire and display information on different platforms and terminals only by publishing the information once. The platform supports the production and consumption of a large number of messages by using the message queue service, and is combined with the distributed cache for use, so that the problem of high performance and low delay is solved.
Description
Technical Field
The invention belongs to the field of information service, and relates to a service-oriented cross-platform and cross-terminal information publishing system and method.
Background
With the continuous promotion of the enterprise digitization process, the mobile terminal and the mobile internet enter a rapid development period. People not only rely on traditional computers to obtain information, mobile terminals such as smart phones, tablet computers and electronic watches are becoming more and more important ways for people to obtain information, and the problem that cross-platform and cross-terminal application programs need to solve is brought.
The internal systems of the enterprise have different construction periods, information is dispersed in each system, and the problems of multi-system service fracture, inconsistent display of management data front ends and the like exist.
The traditional information system construction, cross-platform information release and information display usually need independent development and construction according to the characteristics of the platform, even the adopted technical stacks are different, and a lot of cost and construction period are increased for the construction of the enterprise information system.
The distributed information influences the timeliness of updating the information data and the accuracy of reading the data, and especially in a high-concurrency and large-data-volume service scene, the performance bottleneck problem is more prominent.
Therefore, by establishing a centralized information service platform, the traditional mode of taking a system as a split information service is improved, the capability of the information service is improved, and the application and the value of the information are promoted to be exerted.
Disclosure of Invention
In order to solve the problems, an independent service-oriented message service platform and an information publishing method are built based on a micro-service design concept, information publishing services can be provided quickly and efficiently only by developing a set of codes based on HTML5 and Java EE technology, and information can be acquired and displayed on different platforms and terminals only by publishing the information once. The invention provides a service-oriented cross-platform and cross-terminal information publishing system, which utilizes a message queue service to support the production and consumption of a large amount of messages, is used in combination with a distributed cache (Redis) and solves the problems of high performance and low delay, and comprises: the system comprises a message aggregation unit, a message temporary storage layer unit, a message distribution layer unit and a multi-terminal adaptation unit;
the message aggregation unit is connected with the message temporary storage layer unit;
the message temporary storage layer unit is connected with the message distribution layer unit;
the message distribution layer unit is connected with the multi-terminal adaptation unit;
the message aggregation layer unit is used for the message service platform to obtain the message;
the message temporary storage layer unit is used for temporarily storing the message for subsequent processing by the message service platform;
the message distribution layer unit is used for storing the message persistently by the message service platform, providing an access interface and forwarding the message;
the multi-terminal adaptation unit is used for the message service platform, components under different terminals are configured in a template mode, and after the components acquire data, terminal adaptation is carried out according to the templates.
Preferably, the method for acquiring the message by the message aggregation layer unit includes receiving message push or actively grabbing the message.
Preferably, the message aggregation unit comprises a message pushing interface unit and a service active acquisition unit;
the message pushing interface unit is used for receiving first external message information pushed by a business system connected with the outside of the message service platform;
the service active acquisition unit is used for acquiring second external message information of an external message source externally connected with the message service platform;
the message includes first external message information and second external message information.
Preferably, the service system at least comprises a PC terminal, a mobile App, a short message and an IM instant communication;
the external message sources at least comprise Websocket, FTP data source and target website data.
Preferably, the message temporary storage layer unit comprises a cache unit and a message queue unit;
the cache unit is used for storing the messages, and outputting the messages to the message queue unit when the number of the messages reaches the threshold value through setting the threshold value.
Preferably, the message distribution layer unit comprises a persistent storage unit and an asynchronous message service unit;
the persistent storage unit is used for storing the message data stored by the message temporary storage layer unit into the layered column type document by setting the service logic attribute and the query interface;
the asynchronous message service unit is used for inputting the message data into the event queue by taking the arrival event of the message data as a drive;
the event queue is a channel configured for a terminal component corresponding to the multi-terminal adaptation unit.
Preferably, the contracted terminal adapting unit at least comprises a message template module, a terminal configuration module, a component configuration module and an element binding module;
the multi-terminal adapting unit is used for carrying out adaptive configuration according to components of different types of terminals;
the different types of terminals at least comprise a Web terminal, an App terminal, an operator terminal and an applet terminal;
the different types of terminal components are containers responsible for presenting data among the different types of terminals.
A service-oriented cross-platform and cross-terminal information publishing method comprises the following steps:
the information aggregation unit receives first external information pushed by a service system connected with the outside of the information service platform through an information pushing interface unit, and acquires second external information of an external information source connected with the outside of the information service platform through a service active acquisition unit;
s2, forming a message by the first external message information and the second external message information, transmitting the message to a cache unit, setting a threshold value in the cache unit, and when the number of the messages reaches the threshold value, compressing the messages and transmitting the compressed messages to an asynchronous message service unit;
s3, after receiving the message, the asynchronous message service unit performs data validation and conversion on the message to obtain column-type broad-list message data, and transmits the column-type broad-list message data to the persistent storage unit;
s4, a persistent storage unit stores the column-type broad table message data to a quick search engine, stores the column-type broad table message data to a layered column-type document of a storage destination based on a service logic attribute according to the preset storage destination, and sets a query interface based on the service logic attribute;
and S5, the multi-terminal adaptation unit sets different configuration modules based on components of different types of terminals, sets a component library interface and component library attribute definition based on column-type broad-list message data, and is used for realizing the display requirement and the interaction function of the message with an external terminal through a cross-platform and cross-terminal information release system.
Preferably, S3 includes the asynchronous message service unit inputting the message data to the event queue driven by an arrival event of the message data, and constructing the list-width table message data based on the event queue.
Preferably, S5 includes that the component is developed by vue.js, after the component is adapted by the terminal, the component displays the column-width table message data in a bidirectional binding manner for the acquired data, the component converts the column-width table message data into a data format accepted by the terminal in an SDK or interface manner, and provides the data format for the terminal to use, and the component also receives a component processing message processed by the component by creating a channel provided by the Websocket subscription message service and provides the component processing message for the terminal to use.
The positive progress effects of the invention are as follows:
based on the micro-service design concept, the invention builds an independent service-oriented message service platform and an information publishing method, provides information publishing service quickly and efficiently only by developing a set of codes based on HTML5 and Java EE technology, and can acquire and display information on different platforms and terminals only by publishing the information once. The platform supports the production and consumption of a large number of messages by using a message queue service, and solves the problems of high performance and low delay by combining with a distributed cache (Redis).
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FIG. 1 is a flow chart of the system of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all the embodiments. The components of the embodiments of the present application, generally described and illustrated in the figures herein, can be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the present application, presented in the accompanying drawings, is not intended to limit the scope of the claimed application, but is merely representative of selected embodiments of the application. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the present application without making any creative effort, shall fall within the protection scope of the present application.
Based on the micro-service design concept, the invention builds an independent service-oriented message service platform and an information publishing method, provides information publishing service quickly and efficiently only by developing a set of codes based on HTML5 and Java EE technology, and can acquire and display information on different platforms and terminals only by publishing the information once.
As shown in fig. 1, the present invention provides a service-oriented cross-platform and cross-terminal information distribution system, which includes: the system comprises a message aggregation unit, a message temporary storage layer unit, a message distribution layer unit and a multi-terminal adaptation unit; the message aggregation unit is connected with the message temporary storage layer unit; the message temporary storage layer unit is connected with the message distribution layer unit; the message distribution layer unit is connected with the multi-terminal adaptation unit; the message aggregation layer unit is used for the message service platform to obtain the message; the message temporary storage layer unit is used for temporarily storing the message for subsequent processing by the message service platform; the message distribution layer unit is used for storing the message persistently by the message service platform, providing an access interface and forwarding the message; the multi-terminal adaptation unit is used for the message service platform, components under different terminals are configured in a template mode, and after the components acquire data, terminal adaptation is carried out according to the templates.
The method for acquiring the message by the message aggregation layer unit comprises the steps of receiving message pushing or actively grabbing the message.
The message aggregation unit comprises a message pushing interface unit and a service active acquisition unit; the message pushing interface unit is used for receiving first external message information pushed by a business system connected with the outside of the message service platform; the service active acquisition unit is used for acquiring second external message information of an external message source externally connected with the message service platform; the message includes first external message information and second external message information.
The service system at least comprises a PC terminal, a mobile App, a short message and an IM instant communication; the external message sources at least comprise Websocket, FTP data source and target website data.
The message temporary storage layer unit comprises a cache unit and a message queue unit; the cache unit is used for storing the messages, and outputting the messages to the message queue unit when the number of the messages reaches the threshold value through setting the threshold value.
The message distribution layer unit comprises a persistent storage unit and an asynchronous message service unit; the persistent storage unit is used for storing the message data stored by the message temporary storage layer unit into the layered column type document by setting the service logic attribute and the query interface; the asynchronous message service unit is used for inputting the message data into the event queue by taking the arrival event of the message data as a drive; the event queue is a channel configured for a terminal component corresponding to the multi-terminal adaptation unit.
The terminal adaptation unit at least comprises a message template module, a terminal configuration module, an assembly configuration module and an element binding module; the multi-terminal adapting unit is used for carrying out adaptive configuration according to components of different types of terminals; the different types of terminals at least comprise a Web terminal, an App terminal, an operator terminal and an applet terminal; the different types of terminal components are containers responsible for presenting data among the different types of terminals.
A service-oriented cross-platform and cross-terminal information publishing method comprises the following steps:
the information aggregation unit receives first external information pushed by a service system connected with the outside of the information service platform through an information pushing interface unit, and acquires second external information of an external information source connected with the outside of the information service platform through a service active acquisition unit;
s2, forming a message by the first external message information and the second external message information, transmitting the message to a cache unit, setting a threshold value in the cache unit, and when the number of the messages reaches the threshold value, compressing the messages and transmitting the compressed messages to an asynchronous message service unit;
s3, after receiving the message, the asynchronous message service unit performs data validation and conversion on the message to obtain column-type broad-list message data, and transmits the column-type broad-list message data to the persistent storage unit;
s4, a persistent storage unit stores the column-type broad table message data to a quick search engine, stores the column-type broad table message data to a layered column-type document of a storage destination based on a service logic attribute according to the preset storage destination, and sets a query interface based on the service logic attribute;
and S5, the multi-terminal adaptation unit sets different configuration modules based on components of different types of terminals, sets a component library interface and component library attribute definition based on column-type broad-list message data, and is used for realizing the display requirement and the interaction function of the message with an external terminal through a cross-platform and cross-terminal information release system.
S3 includes the asynchronous message service unit inputting the message data to the event queue driven by an arrival event of the message data, and constructing the list-width table message data based on the event queue.
The S5 includes that the component is developed by Vue.js, after the component is adapted by the terminal, the component displays the column-wide table message data in a bidirectional binding mode for the acquired data, the component converts the column-wide table message data into a data format accepted by the terminal in an SDK or interface mode and provides the data format for the terminal to use, and the component receives the component processing message processed by the component by creating a channel provided by a Websocket subscription message service and provides the component processing message for the terminal to use.
The platform supports the production and consumption of a large number of messages by using a message queue service, and solves the problems of high performance and low delay by combining with a distributed cache (Redis).
The technical scheme of the invention is explained in detail by the specific process explanation as follows:
1) the message service supports the mode of combining message issuing and pushing and active collection to acquire the message. And providing a unified message interface specification, realizing the aggregation of unified messages of all systems, displaying the number of messages by all systems according to the portal unified message interface specification, and displaying contents including but not limited to titles, creation time, creators, message sources and the like. Meanwhile, the acquisition modes such as FTP, web page and the like are automatically acquired and supported by configuring parameters and defining data formats, and information acquisition is carried out at regular time.
2) The message management provides a configurable message template engine, flexibly manages and supports the multi-terminal message template, and solves the problem of difference adaptation of multi-platform multi-terminal information display. And the message pushing services of all the platforms are connected, and the message pushing realizes asynchronous pushing by using the message queue, so that the message pushing throughput is improved. The method has the advantages that the message residence capacity is provided, the rapid search engine is adopted as a storage medium, the rapid and near real-time storage, search and analysis of a large amount of data are better supported, and the real-time performance of information distribution is improved. The front-end page component needs to update the latest information in real time, and then the component registers to the configured port and monitors the corresponding channel, actively senses the data update of the message service through the Websocket, and timely acquires the latest information.
3) Js frame is used for developing all frames and page components of front-end application, and developers only need to develop a set of codes and can release the codes to multiple platforms and terminals such as PC browsers, apple systems, android systems and various small programs (WeChat/nailing/Payment Bao/Baidu/first bar and the like). And the page component requests the multi-terminal information display adaptation service according to the terminal configuration and the applicable scene to acquire data suitable for terminal display.
1. The service system needs to be registered and configured in the message service platform in advance, and then the message service platform can acquire the message. The message service platform has the following two modes of obtaining messages:
1) and the message system receives the message pushed by the service system through the interface. And the business system accesses the push interface of the message system platform by adopting an Http protocol according to a format agreed by the specification of the message push interface. The message service places the received message into a cache. When the message in the buffer memory reaches the threshold value, the message service compresses the message in the buffer memory and submits the compressed message to the message queue. And the back-end service process reads the message queue and processes the message. The cache and the message queue perform peak elimination processing on the push request.
2) The message service can actively start the acquisition service to access the acquisition template according to the configuration condition. The collection service of the message service implements the collection behavior by implementing the protocol of the access interface specified by the collection plan. Such as implementing the FTP protocol for accessing text or multimedia information under FTP. If the Http protocol is realized, the target website data is acquired by calling the web crawler. The collected messages are also submitted to the cache and message queue. The message is then processed by the back-end service process.
2. After the message service acquires the message, the message is subjected to data check and conversion according to an appointed mode. The processing steps for the message after the conversion are completed have two main parts as follows:
1) the message service stores the processed messages in a list-wide form in a fast search engine. The storage is a hierarchical column type document which is created in the storage according to business needs in advance and is created by taking business logic attributes as conditions. A query interface is provided for access by the component.
2) The message service also forwards the processed message to the asynchronous message service. Asynchronous message services are event driven, placing arrival events of messages in an event queue. And putting the message body into a channel configured by the corresponding terminal component for subscribing the component.
3. The business system needs to synchronize the business system's user and rights information into the message service. The service system needs to configure message templates for different components of different terminals. The attributes of the component include the message data type with which the component is compatible, the subsequent interaction behavior of the component, and the like. The steps for the component to access the message service to obtain the message are as follows:
1) the component issues an acquire message application. The messaging service authenticates the user information provided by the component. And obtaining the attributes of the component type, the terminal information adapted by the component, the element possessed by the component, the expected data structure of the component and the like.
2) And the message service screens out messages meeting the requirements of the components from the stored or collected messages according to the acquired attributes of the components. Return data to the component through the interface or create a channel and place the message into the channel. The message service performs some processing on the message itself before returning the data so that the data structure of the returned message can satisfy the presentation or interaction needs of the component.
3) The message returned by the message service passes through the terminal adaptation layer. And the terminal adaptation layer carries the terminal information according to the components and a preset corresponding message template of the terminal. And configuring the message data to the corresponding component element or the message content (such as a short message template) in a mode of replacing the content.
4. Aiming at different platforms and terminal scenes, the terminal adaptation layer adopts a template mode to carry out adaptive configuration on components of different terminals, and the attributes of the terminals are as follows:
1) the terminal type: the terminals are divided into Web terminals, App terminals, operator terminals, applet terminals and the like
2) Terminal subdivision: for example, the applet terminal is subdivided into a WeChat applet, a Paibao applet and the like. In the subdivision types under the same type, the difference of the components supported by the terminal is small. The data structure of the message is expressed in a multi-attribute compatible manner.
3) Terminal supported components: there is no binding relationship between the component and the terminal. The same component may exist in multiple terminals. Such as notification bar components, are present in both the App terminal and the applet terminal. But the properties that this component needs to be configured in different terminals are different. It is necessary to configure the components supported by the specified terminal. And the properties of the front-end component in the terminal.
4) Component-supported elements: the element is an integral part of the assembly, which is a container for the element. The terminal-adapted template enables the setting of the components within the assembly to the assembly supported by the terminal. And finally determining the display effect of the component on the terminal by binding the property of the general message structure to the element of the component.
5) Component-supported interactions: the component can display data on the terminal, and can also predefine the corresponding interaction behavior of the component according to the interaction supported by the terminal. Such interaction behavior may be triggered passively by the component or performed actively by the component. Such as burning the message after reading.
5. The components were developed using vue. And after the component is adapted through the terminal, the message is finally displayed by adopting a bidirectional binding mode on the acquired data. The component converts the message into a data format accepted by the terminal in a SDK or interface mode and provides the data format for the terminal to use. The component can also create a channel provided by the Websocket subscription message service, receive the message processed aiming at the component and provide the message for the terminal to use.
6. The component, in addition to having the capability to expose messages obtained from the messaging service, can also respond to some interactive activity. If the small program terminal clicks the notification message component, the update message is read. For example, after the App terminal reads the notification message, the same copy of the applet terminal does not actively prompt the message any more.
7. Both the message collection agent and the component library of the message service are customizable and secondarily developed. As long as the data format of the universal message is met and the interface and attribute definition of the component library are met, the display requirement and the interactive function of the message of a new terminal which possibly appears in the future can be met.
Finally, it should be noted that: the above-mentioned embodiments are only specific embodiments of the present invention, which are used for illustrating the technical solutions of the present invention and not for limiting the same, and the protection scope of the present invention is not limited thereto, although the present invention is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that: any person skilled in the art can modify or easily conceive the technical solutions described in the foregoing embodiments or equivalent substitutes for some technical features within the technical scope of the present disclosure; such modifications, changes or substitutions do not depart from the spirit and scope of the present invention in its spirit and scope. Are intended to be covered by the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (7)
1. A service-oriented cross-platform and cross-terminal information publishing system is characterized by comprising:
the system comprises a message aggregation unit, a message temporary storage layer unit, a message distribution layer unit and a multi-terminal adaptation unit;
the message aggregation unit is connected with the message temporary storage layer unit;
the message temporary storage layer unit is connected with the message distribution layer unit;
the message distribution layer unit is connected with the multi-terminal adaptation unit;
the message aggregation layer unit is used for the message service platform to obtain the message;
the message temporary storage layer unit is used for temporarily storing the message for subsequent processing by the message service platform;
the message distribution layer unit is used for storing the message persistently by the message service platform, providing an access interface and forwarding the message;
the multi-terminal adaptation unit is used for the message service platform to configure components under different terminals in a template mode, and after the components acquire data, terminal adaptation is carried out according to the templates;
the message temporary storage layer unit comprises a cache unit and a message queue unit;
the cache unit is used for storing the messages, and outputting the messages to the message queue unit when the number of the messages reaches the threshold value by setting the threshold value;
the message distribution layer unit comprises a persistent storage unit and an asynchronous message service unit;
the persistent storage unit is used for storing the message data stored by the message temporary storage layer unit into a layered column type document by setting a service logic attribute and an inquiry interface;
the asynchronous message service unit is used for inputting the message data into an event queue by taking an arrival event of the message data as a drive;
the event queue is a channel configured for a terminal component corresponding to the multi-terminal adaptation unit.
2. The service-oriented cross-platform and cross-terminal information distribution system of claim 1,
the method for acquiring the message by the message aggregation layer unit comprises the step of receiving message pushing or actively capturing the message.
3. The service-oriented cross-platform and cross-terminal information distribution system of claim 2,
the message aggregation unit comprises a message pushing interface unit and a service active acquisition unit;
the message pushing interface unit is used for receiving first external message information pushed by a business system connected with the outside of the message service platform;
the service active acquisition unit is used for acquiring second external message information of an external message source externally connected with the message service platform;
the message includes the first external message information and second external message information.
4. The service-oriented cross-platform and cross-terminal information distribution system of claim 3,
the service system at least comprises a PC terminal, a mobile App, a short message and an IM instant communication;
the external message sources at least comprise Websocket, FTP data source and target website data.
5. The service-oriented cross-platform and cross-terminal information distribution system of claim 1,
the terminal adapting unit at least comprises a message template module, a terminal configuration module, an assembly configuration module and an element binding module;
the multi-terminal adaptation unit is used for carrying out adaptive configuration according to components of different types of terminals;
the different types of terminals at least comprise a Web terminal, an App terminal, an operator terminal and an applet terminal;
the different types of terminal components are containers responsible for presenting data among different types of terminals.
6. The service-oriented cross-platform and cross-terminal information distribution system according to any one of claims 1 to 5, wherein the implementation method of the system comprises the following steps:
s1, the message aggregation unit receives first external message information pushed by the business system connected with the outside of the message service platform through the message pushing interface unit, and collects second external message information of an external message source connected with the outside of the message service platform through the service active collection unit;
s2, the first external message information and the second external message information form the message, the message is transmitted to the cache unit, the threshold value is set in the cache unit, and when the number of the message reaches the threshold value, the message is compressed and then transmitted to the asynchronous message service unit;
s3, after receiving the message, the asynchronous message service unit performs data validation and conversion on the message to obtain the column-type broad-list message data, and transmits the column-type broad-list message data to the persistent storage unit;
said S3 includes that said asynchronous message service unit inputs said message data to said event queue driven by an arrival event of said message data, constructs said list-width message data based on said event queue;
s4, the persistent storage unit stores the column-type broad-list message data to a fast search engine, stores the column-type broad-list message data to the layered column-type document of a storage destination based on a service logic attribute according to the preset storage destination, and sets the query interface based on the service logic attribute;
and S5, the multi-terminal adaptation unit sets different configuration modules based on components of different types of terminals, sets a component library interface and component library attribute definition based on the column-type broad-list message data, and is used for the cross-platform and cross-terminal information release system and an external terminal to realize the display requirement and the interaction function of the message.
7. The service-oriented cross-platform and cross-terminal information distribution system of claim 6,
the S5 includes that the component is developed by vue.js, the component displays the column-width table message data in a bidirectional binding manner on the acquired data after the component is adapted by the terminal, the component converts the column-width table message data into a data format accepted by the terminal in an SDK or interface manner, and provides the data format for the terminal to use, and the component receives a component processing message processed by the component by creating a channel provided by a Websocket subscription message service, and provides the component processing message for the terminal to use.
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