CN101695032B - Unified web client, service configuration method and system thereof - Google Patents
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Abstract
The invention discloses a unified web client, and a service configuration method and a system thereof. The method includes: the unified web client visits an application server to search for XML configuration information of services; the application server returns a data pack containing the XML configuration information to the unified web client; the unified web client analyzes the data pack and obtains service logics of the services; the unified web client calls a Lua script according to the service logics and executes the services. The invention adopts the unified configuration information of XML format data to exchange with the application server, encapsulates a more rapid and highly efficient Lua script in the XML format data, and employs a Lua engine mounted on the unified web client to execute the service logics corresponding to the services. Users can realize applications of mobile phone terminals based on different platforms through the unified web client; configuration information of various services are transmitted through an HTTP protocol, thereby decreasing difficulty in developing the terminals of cross-platform mobile phones and greatly improving developing efficiency.
Description
Technical Field
The invention relates to a development and deployment technology of a mobile phone terminal, in particular to a unified client and a service configuration method and system of the unified client.
Background
With the maturity of 3G technology and the popularization and application of 3G networks, telecom operators have introduced many novel value-added services, and have greatly exploited the application prospects of mobile phone terminals. Currently, a plurality of platforms are used for developing the mobile phone terminal, and each value added service has unique application requirements and characteristics, so that the mobile phone terminal which meets various service requirements is difficult to develop in a unified manner, and is difficult to upgrade and maintain; it is necessary to provide a client development technology capable of performing cross-platform development, and develop a client capable of performing cross-platform operation to meet the requirement of service development.
Some mobile phone terminals used at present adopt JAVA technology to develop mobile phone terminal application software, but cannot meet the requirement of rapid development of 3G services, so that the application of the JAVA technology in the mobile phone terminals is not very popular; there is a need to construct a virtual machine technology that is simpler and more efficient than JAVA.
The Lua language is a dynamic script interpretation type language and can be tightly integrated with C/C + +. Compared with other dynamic languages, such as JavaScript (spidermondey implementation or JScript implementation), Python, Ruby, and the like, the method has great advantages in terms of execution speed and memory occupation, and the Lua script interpreter is about 50k in size and belongs to a development language lighter than JAVA. In addition, the Lua language has very strong portability and can be widely applied to a mobile phone terminal platform. Therefore, if the Lua language is encapsulated in an Extensible markup language (XML) data file, it can be tightly integrated with a client software Application Program Interface (API).
Disclosure of Invention
The invention aims to provide a unified client and a service configuration method and a system of the unified client, which adopt unified XML format data configuration information to interact with an application server, package a simpler and more efficient Lua script in XML format data, and utilize a Lua engine installed on the unified client to execute service logic corresponding to a service so as to realize cross-platform application of a mobile phone terminal. The invention provides the following technical scheme:
one aspect of the present invention provides a unified client, comprising: the HTTP transmission protocol interface module is used for uploading service data to the application server according to an HTTP transmission protocol and downloading XML configuration information of the service from the application server; the XML format encapsulation module is used for encapsulating and unpacking the service data and the service logic according to a preset rule; the service logic processing module is used for calling an execution engine in the Lua engine module and executing the service logic obtained by unpacking the XML format packaging module; and the Lua engine module is used for encapsulating the execution engine of the Lua script and providing a calling interface for the service logic processing module.
Another aspect of the present invention provides a method for service configuration of a unified client, where the method includes: the unified client accesses the application server to search XML configuration information of the service; the application server returns a data packet containing XML configuration information to the unified client; the unified client analyzes the data packet to obtain the service logic of the service; and the unified client calls the Lua script according to the service logic to execute the service.
In one embodiment of the service configuration method of the unified client, after the unified client executes the service, the unified client interacts XML format data information with the application server in an HTTP POST manner.
In an embodiment of the method for service configuration of the unified client, the unified client calls the Lua script according to the service logic, and executing the service further includes: and the unified client calls the page logic in the Lua script according to the service logic and executes the page logic through the Lua engine.
In an embodiment of the service configuration system of the unified client according to another aspect of the present invention, the system includes: unifying a client and an application server; wherein, the unified client further comprises: the HTTP transmission protocol interface module is used for uploading service data to the application server according to an HTTP transmission protocol and downloading configuration information of the service from the application server; the XML format encapsulation module is used for encapsulating and unpacking the service data and the service logic according to a preset rule; the service logic processing module is used for calling an execution engine in the Lua engine module and operating service logic obtained by unpacking the XML format packaging module; the Lua engine module is used for packaging an execution engine of the Lua script and providing a calling interface for the service logic processing module; the application server further comprises: the service processing module is used for storing relevant service logic, managing XML files, caching user use states and the like, is mainly used for processing corresponding services, and is an important module in the application server; the safety control module is mainly used for carrying out identity authentication and certification on the terminal user; and the service provider management module is used for processing the related data according to the condition of the service provider to which the service belongs.
In an embodiment of the service configuration system of the unified client provided by the present invention, the application server further includes: the data synchronization module and the external interface module; the data synchronization module is used for carrying out data synchronization processing with an external system, so that the external system is ensured to have uniform data information and configuration information; and the external interface module is mainly used for providing a set of interfaces for the application server so that the application server can perform data exchange and service linkage processing with an external system.
The unified client and the service configuration method and system of the unified client provided by the invention have the advantages that the unified XML format data configuration information is adopted to interact with the application server, a more simple and efficient Lua script is packaged in the XML format data, the Lua engine installed on the unified client is used for executing the service logic corresponding to the service, the technical problem of developing a cross-platform mobile phone terminal is solved, and the application on the mobile phone terminal developed based on different platforms is realized.
Drawings
FIG. 1 illustrates a schematic structural diagram of one embodiment of a unified client of the present invention;
FIG. 2 is a schematic diagram showing the structure of an XML-formatted data encapsulation structure in the present invention;
FIG. 3 is a schematic structural diagram of an embodiment of a business configuration system of a unified client according to the present invention;
FIG. 4 is a schematic structural diagram illustrating an embodiment of a business configuration system of a unified client according to the present invention;
FIG. 5 is a flow chart diagram illustrating one embodiment of a unified client business configuration method of the present invention;
fig. 6 is a flowchart of an embodiment of a service configuration method of the unified client according to the present invention.
Detailed Description
The present invention now will be described more fully hereinafter with reference to the accompanying drawings, in which exemplary embodiments of the invention are shown.
Fig. 1 shows a schematic structural diagram of an embodiment of the unified client according to the present invention.
As shown in fig. 1, the unified client 100 mainly includes an HTTP transport protocol interface module 102, an XML format encapsulation module 104, a service logic processing module 106, and a Lua engine module 108. The unified client 100 generally stores user mobile phone software, and realizes the functions of the application software by calling a system Application Program Interface (API) and simulating the running environment of a virtual machine; the device manufacturer can pre-install the related user mobile phone software in the unified client, and the user can also acquire the shared user mobile phone software from the public resource library by using a downloading mode in consideration of the fact that the openness degree of the client operating system is higher and higher.
The HTTP transport protocol interface module 102 is mainly used for performing data interaction with the server, and uploading service data to the server and downloading configuration information of related services from the server according to the HTTP transport protocol by calling the mobile phone software of the user.
The XML format encapsulation module 104, which is an important component of the unified client 100, is mainly used for performing encapsulation and unpacking operations on the service data and the service logic according to predefined protocol standards (such as defining data module contents, layout formats, user information, and the like). The encapsulation and the unpacking belong to two opposite operations, the encapsulation is to assemble data according to a specified format and a preset rule, and the transmission after the encapsulation is carried out on the data is beneficial to providing a transmission rate and reducing a transmission error; and unpacking is to analyze the encapsulated data packet according to a predetermined rule, so as to obtain the related data information again. The data encapsulation structure in XML format is further described later.
And the service logic processing module 106 is used for calling an execution engine in the Lua engine module 108 and executing service logic unpacked by the XML format packaging module 104.
And the Lua engine module 108 is used for encapsulating the execution engine of the Lua script and providing a calling interface for the business logic processing module 106.
The unified client provided by the invention adopts unified XML format data configuration information to interact with the application server, a more simple and efficient Lua script is packaged in the XML format data, a Lua engine installed on the unified client is used for executing service logic corresponding to a service, the technical problem of developing a cross-platform mobile phone terminal is solved, and the application on the mobile phone terminal can be updated and maintained by deploying the unified XML data configuration information on the application server; the development difficulty is reduced, and the development efficiency is improved.
Fig. 2 is a schematic diagram showing the structure of the XML-formatted data encapsulation structure in the present invention.
As shown in FIG. 2, an XML-formatted document 200 is mainly composed of three parts, namely "User-Agent" 202, class XHtml 204, and Lua scripting language 206.
The User-Agent 202 is mainly used for identifying the type of the terminal used by the User, so that the performance parameters and the like can be adapted according to the performance of the terminal.
The class Xhtml 204 includes textual content (e.g., user information, etc.), encoding format, and SP information, such as telecommunications carrier or Service Provider (SP) information, which is composed of extensible hypertext markup language.
The Lua scripting language 206 mainly relates to a page logic and a scripting function library, wherein the page logic is used for calling related function execution service implementation and service presentation, and the scripting function library is used for providing a Lua language function library for calling.
An example of a data packaging structure language description in XML format is briefly given below, as follows:
<XML User-Agent＝″windows mobile 6.0-Dopod S900C″
width＝″640″height＝″520″>
<div class＝”username”>
admin
</div>
<div class＝”password”>
admin
</div>
<script>
<onload>
</onload>
<library>
</library>
</script>
</XML>
wherein, the User-Agent indicates the type of the User terminal; "div" is a markup symbol in the standard eXtensible hypertext markup language (XHtml, eXtensible Hyper Text markup language), and has no special meaning; then respectively defining user name "username" and password "; "script" denotes the Lua script, and < script > identifies the start/stop paragraph of the Lua script; "onload" represents the function is called initially; among the "library" are some library functions that are available for invocation.
Fig. 3 is a schematic structural diagram of an embodiment of the service configuration system of the unified client according to the present invention.
As shown in fig. 3, the unified client business configuration system 300 mainly includes a unified client 302 and an application server 304. The unified client 302 mainly includes an HTTP transport protocol interface module 3022, an XML format encapsulation module 3024, a service logic processing module 3026, and a Lua engine module 3028, and may use the same or similar module as the unified client 100 shown in fig. 1; for the sake of brevity, no further description is provided herein.
The application server 304 mainly includes a service processing module 3042, a security control module 3044, and an SP management module 3046. The application server 304 is mainly configured to provide an access interface based on an HTTP protocol to the unified client 302, provide configuration information required by relevant application software to the unified client 302 through a pre-customized XML tag language, provide a processing function of relevant services, and provide a security control function, a data synchronization function, an interface with an external system, and the like.
The service processing module 3042 stores relevant service logic, is responsible for managing XML files, caching user usage status, and the like, is mainly used for processing corresponding services, and is an important module in the application server.
The security control module 3044 is mainly used for authentication and authorization of a terminal user, and in particular, relates to authentication and authorization of various services for opening an account, canceling an account, changing a password, and opening a service of a client user.
A Service Provider (SP) management module 3046, configured to process related data according to a situation of a service provider to which the service belongs; specifically, since different services may belong to different service providers, the SP management module 3046 needs to classify, calculate, etc. data related to data traffic, tariff status, user bill, etc. according to the service usage of the user.
Fig. 4 is a schematic structural diagram of an embodiment of the service configuration system of the unified client according to the present invention.
As shown in fig. 4, the unified client business configuration system 400 mainly includes a unified client 402 and an application server 404. The unified client 402 may use the same or similar modules as the unified client 302 shown in fig. 3, and the service processing module 4042, the security control module 4044, and the SP management module 4046 in the application server 404 may use the same or similar modules as the service processing module 3042, the security control module 3044, and the SP management module 3046 shown in fig. 3; for the sake of brevity, no further description is provided herein.
As shown in fig. 4, the application server 404 further includes a data synchronization module 4048 and an external interface module 4049. The data synchronization module 4048 is responsible for performing data synchronization processing with an external system (e.g., customer relationship management, an accounting system of a telecommunication company, etc.), so as to ensure that the relevant external system has unified data information and configuration information.
The external interface module 4049 is mainly used to provide a set of interfaces for the application server 404, so that the application server can perform data exchange (e.g., data synchronization) and service linkage (e.g., service configuration information update) with an external system. The reserved development interface included in the external interface module 4049 is beneficial for technicians to realize subsequent upgrade and maintenance of the system for the unified client.
Fig. 5 is a flowchart of an embodiment of a service configuration method of the unified client according to the present invention.
As shown in fig. 5, the process 500 of the service configuration method of the unified client includes: step 502, the unified client accesses the application server to search the XML configuration information of the related service. For example, after a user starts a unified client (e.g., a mobile phone terminal) related application service software, the user accesses the service of a certain service provider deployed in an application server through the related application service software, and the application server finds out XML configuration information corresponding to the service according to the user requirement.
And step 508, the unified client calls the Lua script according to the service logic to execute the corresponding service. For example, the mobile phone client software calls the system software and the Lua script provided by the mobile phone client according to the analyzed service logic, and executes the corresponding service. Wherein the system software and Lua script provided by the unified client are configured for the system that meets the business logic requirements sorted out in step 506. After the user mobile phone client executes the logic of the service, the service is displayed to the user, and the used client software can be in a closed or standby state.
The service configuration method of the unified client provided by the invention adopts the unified XML format data configuration information to interact with the application server, encapsulates a more simple and efficient Lua script in the XML format data, and executes the service logic corresponding to the service by using the Lua engine installed on the unified client; for mobile phone terminals of different platforms, a service provider only needs to develop data configuration information in a uniform XML format and deploy the data configuration information to an application server, so that application on the mobile phone terminals developed based on different platforms can be realized. The service configuration method of the unified client reduces the difficulty of developing the cross-platform mobile phone terminal, reduces the development period of an operator, greatly improves the development efficiency and reduces the updating and maintaining cost.
Fig. 6 is a flowchart of an embodiment of a service configuration method of the unified client according to the present invention.
As shown in fig. 6, steps 602 and 608 in the service configuration method flow 600 of the unified client can be the same as or similar to steps 502 and 508 shown in fig. 5, respectively. For the sake of brevity, no further description is provided herein.
As shown in fig. 6, after "the unified client calls the Lua script according to the service logic and executes the corresponding service" in step 608, the unified client uploads XML format data information to the application server "in step 610 is executed. For example, when the unified client executes a corresponding service, the mobile phone terminal software needs to interact with the application server (for example, downloading a service version, decrypting information, uploading latest service data and the like), and the unified client can upload data in an XML format of a previous monthly subscription service (HTTP POST) to the server; the unified client can also download the XML formatted encapsulated data packets from the application server in an HTTP POST manner. After the application server obtains the data information in the related XML format, the service information in the corresponding module of the application server is updated.
According to the service configuration method of the unified client, the user calls the service logic deployed on the application server through the unified client, so that the mobile phone terminal with different platforms can be applied to the mobile phone terminal developed on the basis of different platforms only by developing unified XML-format data configuration information and deploying the data configuration information to the application server by the service provider. The service configuration method of the unified client transmits the configuration information of various services based on the HTTP protocol in the single client, reduces the difficulty of developing the cross-platform mobile phone terminal, reduces the development period of an operator, greatly improves the development efficiency and reduces the updating and maintenance cost; meanwhile, the user is reduced from waiting for the client to download the application program, and the possibility of errors in the starting or running of the client service is reduced.
The unified client, the service configuration method and the service configuration system of the unified client, provided by the invention, have the advantages that the unified client can execute relevant service logic more simply and efficiently by encapsulating the Lua script language in the service logic in the XML format; the user calls the service logic deployed on the application server through the unified client, and the application on the mobile phone terminal developed based on different platforms can be realized. With reference to the foregoing description of exemplary embodiments of the invention, it will be clear to those skilled in the art that the invention has the following advantages:
1) efficient and fast service execution
The unified client, the service configuration method and the service configuration system of the unified client, provided by the invention, have the advantage that the unified client can execute relevant service logic more simply and efficiently by encapsulating the Lua script language in the service logic in the XML format.
2) Facilitating cross-platform development, update and maintenance of systems
The unified client, the service configuration method and the system of the unified client provided by the invention adopt the unified XML format data configuration information to interact with the application server, package a more simple and efficient Lua script in the XML format data, and execute the service logic corresponding to the service by using the Lua engine installed on the unified client; the user calls the service logic deployed on the application server through the unified client, so that the mobile phone terminal with different platforms can be realized, and the service provider only needs to develop the unified XML-format data configuration information and deploy the data configuration information to the application server, so that the application on the mobile phone terminal developed based on different platforms can be realized.
3) The scheme is easy to realize and has remarkable economical efficiency
The unified client, the service configuration method and the service configuration system of the unified client transmit the configuration information of a plurality of services based on the HTTP protocol in the single client, thereby reducing the difficulty of developing the cross-platform mobile phone terminal, reducing the development period of an operator, greatly improving the development efficiency and reducing the updating and maintaining cost; meanwhile, the user is reduced from waiting for the client to download the application program, and the possibility of errors in the starting or running of the client service is reduced.
The embodiments of the present invention have been presented for purposes of illustration and description, and are not intended to be exhaustive or limited to the invention in the form disclosed. Many modifications and variations will be apparent to those of ordinary skill in the art. The embodiment was chosen and described in order to best explain the principles of the invention and the practical application, and to enable others of ordinary skill in the art to understand the invention for various embodiments with various modifications as are suited to the particular use contemplated.
Claims (6)
1. A method for configuring services of a unified client, the method comprising:
the uniform client accesses an application server to search XML configuration information serving as business logic;
the application server returns a data packet containing the XML configuration information to the unified client, wherein the XML configuration information encapsulates a Lua script;
the unified client analyzes the data packet to obtain the service logic of the service;
and the unified client calls the Lua script according to the service logic to execute the service.
2. The method of claim 1, wherein after the unified client executes the service, the unified client interacts XML-formatted data information with the application server by way of HTTP POST.
3. The method of claim 1, wherein the unified client invokes a Lua script according to the service logic, and wherein executing the service further comprises:
and the unified client calls the page logic in the Lua script according to the service logic and executes the page logic through a Lua engine.
4. A unified client, characterized in that said client (100) comprises:
the HTTP transmission protocol interface module (102) is used for uploading service data to an application server according to an HTTP transmission protocol and downloading XML configuration information serving as service logic from the application server, and the XML configuration information encapsulates a Lua script;
the XML format encapsulation module (104) is used for encapsulating and unpacking the service data and the service logic according to a preset rule;
the service logic processing module (106) is used for calling an execution engine in the Lua engine module (108) and executing the service logic obtained by unpacking the XML format packaging module (104);
and the Lua engine module (108) is used for encapsulating the execution engine of the Lua script and providing a calling interface for the business logic processing module (106).
5. A service provisioning system for a unified client, said system (300) comprising: a unifying client (302, 402) and an application server (304, 404); wherein,
the unified client (302) further comprises:
the HTTP transmission protocol interface module (3022, 4022) is used for uploading service data to the application server according to the HTTP transmission protocol, and downloading XML configuration information serving as service logic from the application server, wherein the XML configuration information encapsulates the Lua script;
XML format encapsulation module (3024, 4024), which is used to encapsulate and unpack the service data and service logic according to the predetermined rule;
the service logic processing modules (3026, 4026) are used for calling the execution engines in the Lua engine modules (3028, 4028) and running the service logic obtained by unpacking the XML format encapsulation modules (3024, 4024);
the Lua engine modules (3028, 4028) are used for encapsulating the execution engines of the Lua scripts and providing calling interfaces for the business logic processing modules (3026, 4026);
the application server (304, 404) further comprises:
the business processing module (3042, 4042) is used for storing relevant business logic, managing XML files and caching user use states, is mainly used for processing corresponding business, and is an important module in the application server;
the safety control module (3044, 4044) is mainly used for carrying out identity authentication and certification on the terminal user;
and the service provider management modules (3046, 4036) are used for processing the related data according to the condition of the service provider to which the business belongs.
6. The system of claim 5, wherein the application server (404) further comprises: a data synchronization module (4048) and an external interface module (4049); wherein
The data synchronization module (4048) is used for carrying out data synchronization processing with an external system so as to ensure that the external system has uniform data information and configuration information;
and the external interface module (4049) is mainly used for providing a set of interfaces for the application server (404) so that the application server can perform data exchange and service linkage processing with an external system.
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| CN101071373A (en) * | 2007-03-30 | 2007-11-14 | 腾讯科技（深圳）有限公司 | Software interface processing method and device |
| CN101183308A (en) * | 2007-12-07 | 2008-05-21 | 上海科泰世纪科技有限公司 | Computer software application program development and operation method based on XML and script language |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101071373A (en) * | 2007-03-30 | 2007-11-14 | 腾讯科技（深圳）有限公司 | Software interface processing method and device |
| CN101183308A (en) * | 2007-12-07 | 2008-05-21 | 上海科泰世纪科技有限公司 | Computer software application program development and operation method based on XML and script language |
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