WO2016169375A1

WO2016169375A1 - Proxy framework service system comprising local assembly, and method

Info

Publication number: WO2016169375A1
Application number: PCT/CN2016/076948
Authority: WO
Inventors: 陈晴阳; 秦岭; 包杰
Original assignee: 珀金埃尔默企业管理（上海）有限公司
Priority date: 2015-04-23
Filing date: 2016-03-22
Publication date: 2016-10-27
Also published as: CN106161409A

Abstract

The present invention relates to the technical field of computers. Disclosed are a proxy framework service system comprising a local assembly, and a method. The system comprises: at least one provided remote server comprising a remote execution unit; a provided communications unit; and a provided local proxy unit comprising at least one local execution module, wherein the local proxy unit is connected to the corresponding remote execution unit by means of the communications unit. The method comprises: a local proxy unit acquires a request of a currently running application program, and selects, according to the request, a corresponding remote execution unit or a local execution module to form corresponding execution results; and returns the remotely acquired execution result to the application program, or directly returns the execution result obtained in the local running to the application program. The technical solution has the beneficial effects: the problem of an existing computer failing to process a transaction by conveniently and rapidly using a cross-platform third-party assembly is solved, and the proxy framework service system is easy to deploy and is simple to operate.

Description

Agent framework service system and method including local component

Technical field

The present invention relates to the field of computer technologies, and in particular, to a proxy framework service system and method.

Background technique

In existing computer application systems, it is often necessary to utilize some of the components provided by third parties to implement certain business functions, especially in systems that need to interact with hardware. In a similar application system, a common problem is that the components provided by the third party may be implemented by an old technology, or the components provided by these third parties can only run on a specific platform or specific In the runtime environment. The components provided by these third parties are not compatible with the entire application system, resulting in inconvenient operation and difficulty in deploying the entire third-party component service system.

Summary of the invention

In view of the above problems existing in existing computer application systems utilizing components provided by third parties, an agent framework service system and method including local components for facilitating simple operations and facilitating deployment is now provided.

The specific technical solutions are as follows:

An agent framework service system including local components, wherein

Providing at least one remote server, each of which is provided with a remote execution unit for performing a predetermined function;

Providing at least one local execution module for performing a predetermined function;

Providing a communication unit;

Providing a local proxy unit including the local execution module, configured to select a corresponding remote execution unit or the local execution module to execute the request according to a request of a currently running application, and obtain an execution result and then return to the The application;

The local proxy unit is connected to the remote execution unit set by the remote server by the communication unit.

Preferably, the proxy framework service system, wherein the local proxy unit comprises:

An interface module, the interface module is configured to connect to the application, and the interface module includes:

a configuration information acquisition component for providing system configuration information to the application;

An instruction execution component is configured to receive a request of the application, an execution parameter corresponding to the request, and send an execution result to the application.

a remote management module, configured to connect the interface module and the communication unit to send, by the communication unit, a request from the application and an execution parameter corresponding to the request by the interface module to the corresponding Remotely executing the unit, and transmitting an execution result of the remote execution unit to the interface module, and providing a connection status of the remote execution unit and the local agent unit to the configuration information acquisition component.

Preferably, the proxy framework service system, wherein the communication unit comprises:

At least one proxy client module connecting the remote management module;

And when the local proxy unit sends the request to the remote execution unit, the remote management module starts a corresponding proxy client module to maintain a relationship between the local proxy unit and a corresponding remote execution unit Connection.

a converting component, configured to convert a request sent by the local proxy unit into a format acceptable to the remote server, to the remote server; and convert the execution result generated by the remote server into the a format acceptable to the local proxy unit, sent to the local proxy unit; and/or

Monitoring component for monitoring a connection status between the local agent unit and the remote execution unit; and/or

And a registration management component, configured to receive a registration request of the remote execution unit, and register the corresponding remote execution unit to the local proxy unit according to the registration request.

Advantageously, the agent framework service system, wherein the communication unit maintains communication between the home agent unit and the remote execution unit via a socket communication mode.

Preferably, the proxy framework service system, wherein the remote execution unit comprises:

At least one remote function component for performing a predetermined function according to the request, and Generate corresponding execution results;

a host module, which is respectively connected to the communication unit and the remote function component, for starting the remote function component, and converting the request obtained by the communication unit into a corresponding instruction acceptable by the remote function component, And controlling the remote function component to perform a predetermined function according to the corresponding instruction; and transmitting the execution result of the remote function component to the home agent unit through the communication unit.

And activating the control module, and connecting, by the communication unit, the corresponding host module, to controlably start the corresponding host module.

Preferably, the proxy framework service system, wherein the host module comprises:

And a registration component, connected to the communication unit, to send a registration request to the communication unit after the host module is started to register the host module to the local proxy unit.

a status monitoring component for detecting an operating status of the local agent unit and causing the host module to be taken out of operation when the local agent unit stops working.

Preferably, the proxy framework service system, wherein the local execution module comprises:

At least one local function component for performing a predetermined function according to the request and generating a corresponding execution result;

The local agent unit includes:

a local management component, respectively connected to the interface module and the local execution module, configured to select a corresponding local functional component according to the request of the application, and control the selected local functional component to perform a predetermined function And, transmitting the execution result of the local function component to the application through the interface module.

Preferably, the proxy framework service system, wherein the local execution module further includes:

The local registration component is respectively connected to the local function component for registering the corresponding local function component into the local proxy unit according to the request of the local execution module.

Preferably, the proxy framework service system, wherein the remote execution unit is The local agent unit works under different operating systems; and/or

The local execution module works with the local proxy unit under the same operating system.

A proxy framework service method including local components, including:

Providing at least one remote server including a remote execution unit for performing a predetermined function;

Providing a local proxy unit including a local execution module;

Implementing a remote connection between the home agent unit and the remote execution unit in the remote server;

In the proxy framework service method, the service method based on the remote execution unit specifically includes:

Step S1a, the local proxy unit acquires a request of the currently running application;

Step S2a, the local proxy unit selects the corresponding remote execution unit according to the request, to execute the request remotely and form a corresponding execution result;

Step S3a, the local agent unit returns the execution result formed by the remote execution unit processing to the application for use by the application;

In the proxy service method, the service method based on the local execution module specifically includes:

Step S1b, the local agent unit acquires a request of the currently running application;

Step S2b, the local proxy unit selects the corresponding local execution module according to the request, to execute the request and form a corresponding execution result;

Step S3b, the local agent unit returns the execution result formed by the local execution module processing to the application for use by the application.

Preferably, the proxy framework service method, wherein the local proxy unit provides system configuration information to the application through a corresponding interface;

In the step S1a, the local proxy unit acquires the request of the currently running application by the interface, and an execution parameter corresponding to the request.

Preferably, the proxy framework service method, wherein the request of the application and the corresponding execution parameter are sent to a corresponding remote execution unit by a remote management module disposed in the local proxy unit; The remote management module provides a connection status between the remote execution unit and the home agent unit to be included in the system configuration information.

Preferably, the proxy framework service method, wherein, in the step S2a, when the local proxy unit sends the request by using the communication unit, the remote management module is used to form a proxy client in the communication unit. The end process, the connection between the local proxy unit and the corresponding remote execution unit.

Preferably, the proxy framework service method, wherein the request sent by the local proxy unit by the communication unit and the corresponding execution parameter are converted into a format acceptable to the remote server and described by Remote server receiving;

The execution result sent by the remote server through the communication unit is converted into a format acceptable by the home agent unit and received by the home agent unit.

Preferably, the proxy framework service method, wherein when the home agent unit and the remote server communicate remotely through the communication unit:

Monitoring a connection status between the local agent unit and the remote execution unit; and/or

Receiving a registration request of the remote execution unit, and registering the corresponding remote execution unit to the local proxy unit according to the registration request.

Preferably, the proxy framework service method, wherein each of the remote execution units is provided with a corresponding at least one remote function component and a host module, each of the remote function components for performing a preset function;

In the step S2a, the remote execution unit receives the request and selects a corresponding one of the remote function components to perform a predetermined function and generate a corresponding execution result;

Using the host module to launch the remote function component and converting the request into a corresponding instruction acceptable to the remote function component, with the instruction controlling the remote function component to perform a predetermined function;

Transmitting the execution result to the local proxy unit by using the communication unit;

Preferably, the proxy framework service method, wherein:

The home agent unit controllably launches the host module through the communication unit; and/or

When the host module is launched, the host module sends a registration request to the communication unit to register the host module to the home agent unit.

Preferably, the proxy framework service method, wherein the host module is used to detect an operating state of the local proxy unit, and the host module is controlled to exit when the local proxy unit stops working.

Preferably, the proxy framework service method, wherein at least one local function component is set in each of the local execution modules, each of the local function components is configured to perform a preset function;

Setting a local management component in the local proxy unit;

In the step S2b, the local management component selects a corresponding one of the local execution modules according to the request of the currently running application to control the corresponding local functional component to perform a predetermined function and process correspondingly The result of the execution.

Preferably, the proxy framework service method, wherein the corresponding local function component is registered in the local proxy unit according to a corresponding registration request of the local execution module.

Preferably, the proxy framework service method, wherein the remote execution unit and the local proxy unit operate under different operating systems; and/or

The beneficial effects of the above technical solutions are:

1) Providing an agent framework service system, which solves the problem that an existing computer cannot conveniently utilize a cross-platform third-party component to process a transaction, and the agent framework service system is convenient to deploy and simple to operate;

2) Providing a service method based on the above agent framework service system, and implementing agent service management on the agent framework service system.

DRAWINGS

1 is a schematic diagram showing the overall structure of a proxy framework service system in a preferred embodiment of the present invention;

2-4 are partial junctions of a proxy framework service system in a preferred embodiment of the present invention Schematic diagram

5-6 are schematic flowcharts of a proxy framework service method in a preferred embodiment of the present invention.

detailed description

The invention is further illustrated by the following figures and specific examples, but is not to be construed as limiting.

In a preferred embodiment of the present invention, a proxy framework service system including a local component is provided. The overall structure is as shown in FIG. 1 and includes:

At least one remote server 1 (only one shown in Figure 1) is provided. In a preferred embodiment of the invention, a remote execution unit 11 is provided in each remote server 1 for performing predetermined functions. In a preferred embodiment of the present invention, a corresponding remote execution unit 11 can be provided in a remote server 1. In a preferred embodiment of the invention, a plurality of remote servers 1 can be provided, so that the system includes a plurality of remote execution units 11, only one of which is shown in FIG.

Providing a communication unit 2;

A local proxy unit 3 is provided. In a preferred embodiment of the present invention, the local proxy unit 3 is configured to select a corresponding remote execution unit to execute the request remotely according to the request of the currently running application, and obtain the execution result and return it to the application. In other words, in the preferred embodiment of the present invention, the home agent unit 3 is connected to the remote execution unit 11 provided by the remote server 1 through the communication unit 2.

In the preferred embodiment of the present invention, the local proxy unit 3 further includes at least one local execution module 34. Each local execution module 34 is configured to perform a predetermined function. For the configuration and function of the local execution module 34, which will be described in detail below, in the preferred embodiment of the present invention, the local single profit unit 3 may also select a corresponding local execution module 34 to execute the pre-process according to the request of the application. Set the function to return the corresponding execution result to the application.

In the preferred embodiment of the present invention, specifically, as shown in FIG. 2, the foregoing local proxy unit 3 includes:

Interface module 31. In a preferred embodiment of the present invention, the interface module 31 is used to connect application. That is, the interface module 31 implements data transmission between the currently running application.

Specifically, in the preferred embodiment of the present invention, as shown in FIG. 2, the interface module 31 includes:

The configuration information acquisition component 311. In a preferred embodiment of the present invention, the configuration information obtaining component 311 is configured to obtain system configuration information and provide the system configuration information to the currently running application. In a preferred embodiment of the present invention, the system configuration information may include a connection state between the local agent unit 3 and the corresponding remote execution unit 11 in the remote server 1 through the communication unit 2, and/or for current operation. The application is configured to accommodate other system parameters of the local agent unit application platform, and the like.

Instruction execution component 312. In a preferred embodiment of the present invention, the instruction execution component 312 is configured to receive a request from an application, and an execution parameter corresponding to the request, and send an execution result to the application.

In the preferred embodiment of the present invention, the so-called execution parameter refers to the application executing the corresponding execution unit (the remote execution unit or the local execution module) to execute the actual execution content corresponding to the corresponding request. For example, the third-party component included in the execution unit is a component for drawing a molecular structure diagram, and the currently running application needs to draw a corresponding molecular structure diagram according to a given molecular formula, so the application can make a request to call the corresponding execution unit. The third-party component, the above execution parameters may include data such as the molecular formula on which the molecular structure diagram is drawn.

In a preferred embodiment of the present invention, the instruction execution component has two functions: one is to send a request to the remote server 1 and corresponding execution parameters according to the request made by the application; the second is to perform remote execution according to the remote The unit processes the resulting execution result and returns the execution result to the application.

In the preferred embodiment of the present invention, specifically, as shown in FIG. 2, the foregoing local proxy unit 3 further includes:

The remote management module 32 connects the interface module 31 and the communication unit 2. In a preferred embodiment of the present invention, the remote management module 32 is configured to send the request from the application acquired by the interface module 31 and the execution parameter corresponding to the request to the corresponding remote execution unit 11 through the communication unit 2, and execute the remotely. The execution result of the unit 11 is sent to the interface module 31, and the connection state of the remote execution unit 11 and the local proxy unit 3 is provided to the above configuration. Information acquisition component 311. In the preferred embodiment of the present invention, specifically, as shown in FIG. 3, the communication unit 2 includes:

Conversion component 21. In a preferred embodiment of the present invention, the conversion component 21 is configured to convert the request sent by the local proxy unit 3 into a format acceptable to the remote server 1 for transmission to the remote server 1; and to generate the remote server 1 The execution result is converted to a format acceptable to the local proxy unit 3 and sent to the local proxy unit. In other words, in the preferred embodiment of the present invention, the conversion component 21 is configured to implement data format conversion between the local proxy unit 3 and the remote server 1 to facilitate the data received by the local proxy unit 3 and the remote server 1. The format can be parsed and processed.

In the preferred embodiment of the present invention, the communication unit 2 further includes:

Monitoring component 22. In a preferred embodiment of the present invention, the monitoring component 22 is configured to monitor a connection state between the local agent unit 3 and the remote execution unit 11;

Registration management component 23. In a preferred embodiment of the present invention, the registration management component 23 is configured to receive a registration request of the remote execution unit 11 and register the corresponding remote execution unit 11 to the local proxy unit 3 according to the registration request. Specifically, in a preferred embodiment of the present invention, the registration management component 23 is actually used to register information of the remote execution unit 11 successfully connected to the local proxy unit 3 into the local proxy unit 3 to associate the connection status information. It is added to the system configuration information, so that the local agent unit 3 can inform the remote execution unit 11 and its corresponding preset function available to the application at this time by providing the system configuration information to the application to supply the program reference.

In a preferred embodiment of the present invention, the communication unit 2 maintains communication between the local agent unit and the remote execution unit through a socket communication mode.

At least one proxy client module 24 (only one shown in FIG. 3) is connected to the remote management module 32. In a preferred embodiment of the invention, the remote management module launches the corresponding proxy client module when the local proxy unit sends a request to the remote execution unit. Specifically, in the preferred embodiment of the present invention, the proxy client module 24 is configured to maintain a connection between the local proxy unit 3 and the corresponding execution unit 11.

In the preferred embodiment of the present invention, as shown in FIG. 4, the remote execution unit 11 includes:

At least one remote function component 111. In a preferred embodiment of the invention, each remote function component 111 is operative to perform a predetermined function upon request and to generate a corresponding execution result. Specifically, in the preferred embodiment of the present invention, the remote function unit 111 actually functions in the remote function unit 111, and each of the remote function units 111 is adapted to perform a corresponding function.

The host module 112 is connected to the communication unit 2 and the remote function component 111, respectively. In a preferred embodiment of the present invention, the host module 112 is configured to activate the remote function component 111, convert the request acquired by the communication unit 2 into an instruction acceptable to the corresponding remote function component 111, and control the remote function component 111. The predetermined function is executed according to the corresponding instruction; and the execution result of the remote function component 111 is transmitted to the home agent unit through the communication unit. Specifically, in the preferred embodiment of the present invention, the function of the host module 112 is to control the remote function component 111, convert the request into a corresponding instruction, and control the corresponding remote function component 111 to process the corresponding according to the instruction. Transaction and output execution results.

Therefore, in a preferred embodiment of the present invention, the local application can request the remote function component to execute the preset function by issuing a request, thereby calling the corresponding remote function component to process and return the corresponding execution result.

Still take the chemical formula as an example. The user wants to draw the corresponding molecular structure diagram according to the given chemical formula through the local application, but the related component of the drawing is a third-party component, and the third-party component runs in a different operating system with the local application. . For example, a local application runs on the Windows operating system, and the third-party components required to draw the molecular structure diagram need to run on the Linux operating system. In this case, the configuration method described in the technical solution of the present invention may be used to run the third-party component in a remote server working under the Linux operating system, and the local proxy unit 3 is used to send the application request. Go to the corresponding third-party component (remote function component 111) to request the corresponding third-party component to perform the predetermined function and return the execution result, which can solve the problem in the prior art that the third-party component needs to run in a different operating system from the main operating system. The problem with this third-party component could not be called.

Further, in the preferred embodiment of the present invention, as shown in FIG. 2, the foregoing local proxy unit 3 further includes:

The startup control module 33 is connected to the corresponding host module 112 via the communication unit 2 (only the portion of the startup control module 33 that is connected to the communication unit 2 is shown in FIG. 2). In a preferred embodiment of the present invention, the startup control module 33 is configured to controllably launch the corresponding host module 112. Specifically, in a preferred embodiment of the present invention, an implementation method for starting the host module 112 is provided: the local proxy unit 3 is activated, and then the control command is sent through the communication unit 2 through the startup control module 31 included therein. The host module 112 in the corresponding remote execution unit 11 is activated to activate the host module 112, thereby launching the remote function component 111 corresponding to the host module 112, and the registration process of the remote execution unit 11 is completed by the registration management component 23.

In the preferred embodiment of the present invention, the foregoing technical solution is used to solve the situation that the local proxy unit 3 is abnormally shut down or abnormally restarted. If the above-mentioned startup control module 31 is not provided, when the local proxy unit 3 is abnormally shut down or abnormally restarted, the corresponding remote function component 111 set in the remote execution unit 11 will not be shut down or restarted accordingly, and will not be re-localized. The proxy unit 3 sends a registration request to complete the registration, so the related information is also missing in the corresponding system configuration information. Therefore, a corresponding startup control module 31 is provided in the local agent unit 3 to solve the above problem. In other words, setting the corresponding startup control module 31 in the local proxy unit 3 can synchronize the startup and shutdown of the local proxy unit 3 with the activation and shutdown of the corresponding remote functional component 111, thereby avoiding the above problem.

In the preferred embodiment of the present invention, as shown in FIG. 4, the host module 112 includes:

The registration component 1121 connects the communication unit 2. In a preferred embodiment of the present invention, the registration component 1121 is configured to send a registration request to the communication unit 2 after the host module 112 is started to register the host module to the local proxy unit 3. In a preferred embodiment of the present invention, as described above, when the host module 112 is restarted, it actively requests registration from the local proxy unit 3 to complete the corresponding registration process.

The status monitoring component 1122 is configured to detect the working state of the local agent unit and to cause the host module to be out of operation when the local agent unit stops working.

In a preferred embodiment of the present invention, the status monitoring component 1122 functions to send a "PING" request to the local proxy unit 3 every predetermined time to Checks if the local agent unit is still working and causes the host module to quit running when the local agent unit stops working (ie, the "PING" request fails). This avoids the "Zombie Process", which avoids the situation where the corresponding host module that cannot get the request due to a loss of connection with the local proxy unit continues to occupy system resources.

In a preferred embodiment of the present invention, since the local proxy unit and the remote server are remotely connected, the remote execution unit 11 and the local proxy unit 3 can be set to work under different operating systems, thereby solving the cross The platform uses third-party components.

In the preferred embodiment of the present invention, specifically, as shown in FIG. 2, the local execution module 34 includes at least one local function component 341 for performing a preset function.

In a preferred embodiment of the present invention, the foregoing local proxy unit 3 further includes:

The local management component 35 connects the interface module 31 and the local execution module 34, respectively. In a preferred embodiment of the present invention, the local management component 35 is configured to select a corresponding local functional component according to the request of the application, and control the selected local functional component to perform a predetermined function; and, execute the result of the local functional component 341 Send to the application via the interface module.

Specifically, in a preferred embodiment of the present invention, after obtaining the request of the application, the local management component 35 extracts the type of the corresponding local function component 341 according to the request (for example, for the C# development platform, the .NET CLR type is obtained. Then, the corresponding local function component 341 is selected (for example, using the .NET CTS to select the corresponding local function component 341), and then the application's request (converted into the corresponding instruction) is sent to the selected local function component 341 for processing. The corresponding execution result is formed and returned to the currently running application.

Therefore, in a preferred embodiment of the present invention, similar to the above, the user can make a corresponding request through the currently running application to call a local third-party component (local functional component) to perform a predetermined function, thereby Processing forms the corresponding execution result and returns.

In the preferred embodiment of the present invention, the local execution module 34 further includes:

The local registration component 342 is connected to the local function component 341 for local The request of the execution module 34 registers the corresponding local function component 342 into the local proxy unit. In a preferred embodiment of the invention, the local registration information associated with the local function component 342 is also included in the system configuration information and sent to the currently running application to inform the currently available local functional components.

The above process is different from the data interaction process of the remote execution unit 11:

For the process simplification of invoking the remote execution unit 11 to execute the corresponding request of the application program, the local agent unit 3 may activate a corresponding proxy client set in the communication unit 2 for the corresponding remote execution unit 11 according to the request of the application program. The end module 25 maintains the connection between the local agent unit 3 and the corresponding execution unit 11 to send a request to the remote function component 111 in the corresponding remote execution unit 11 for processing, forming a corresponding execution result and returning. The connection status of the remote execution unit 11 is registered by the host module 112 to the local agent unit 3;

Correspondingly, the process for invoking the local execution module 34 to execute the corresponding request of the application may be simplified: the local agent unit 3 searches for the type of the corresponding local execution module 34 according to the request of the application, and selects the corresponding local execution. The module 34 processes the request to the local function component 341 in the corresponding local execution module 34 to form a corresponding execution result and return.

The difference between the above two processes is fully considered in the case that the third-party component is set in the remote server and the different processes are set in the local case, so that the application of the technical solution of the present invention can simultaneously take into consideration the above two situations.

In summary, in the technical solution of the present invention:

Configuring an execution unit (a remote execution unit or a local execution module) including a third-party component in the remote server or the local proxy unit, and obtaining a request of the currently running application and corresponding execution parameters through the local proxy unit, and converting through the communication unit Data in a data format acceptable to the remote server is sent to the corresponding remote execution unit, or directly selects a corresponding local execution module according to the request of the application;

When the remote execution unit is selected, the corresponding remote function component of the selected remote execution unit accepts the request corresponding instruction and performs a corresponding predetermined function to form a corresponding execution result, and converts to the above-mentioned home agent through the communication unit. The data in the data format acceptable to the unit is sent to the local proxy unit, and the local proxy unit will change the execution result. Return to the application; or,

When the local execution module is selected, the corresponding local function component in the local execution module accepts the corresponding instruction and executes the corresponding predetermined function to form a corresponding execution result, and the local agent unit directly returns the execution result to the application. The program is used.

The foregoing technical solution can better solve the problem that the third-party component call cannot be performed across platforms in the prior art, and the system in the technical solution of the present invention is simple in operation and convenient to deploy.

In a preferred embodiment of the present invention, a proxy framework service method is provided based on the proxy framework service system including the local components described above.

In a preferred embodiment of the present invention, in the service method, at least one remote server including a remote execution unit for performing a predetermined function is provided in advance;

A local proxy unit including at least one local execution module is provided in advance. In a preferred embodiment of the present invention, the local execution module is configured to perform a preset function;

And implementing a remote connection between the local proxy unit and the remote execution unit in the remote server.

In a preferred embodiment of the present invention, as shown in FIG. 5, in the proxy framework service method, the service method based on the remote execution unit, that is, the service method for requesting the remote third-party component to execute the corresponding function, specifically includes:

Step S1a, the local agent unit acquires a request of the currently running application;

In a preferred embodiment of the invention, the home agent unit provides system configuration information to the application via a corresponding interface. In a preferred embodiment of the present invention, the interface may be a software development kit (SDK) for providing corresponding application configuration data to the application and the application opener for the application. The program can successfully connect to and work with the local agent unit.

In a preferred embodiment of the present invention, in the above step S1a, the local agent unit acquires a request of the currently running application and an execution parameter corresponding to the request. In a preferred embodiment of the invention, the so-called execution parameters, as described above, may be specific to the application request execution.

In a preferred embodiment of the present invention, the request of the application and the corresponding execution parameter are sent to a corresponding remote execution unit through a remote management module disposed in the local proxy unit; and the remote execution unit is provided through the remote management module. Local agent unit The connection status between them is included in the system configuration information.

Step S2a, the local proxy unit selects a corresponding remote execution unit according to the request to execute the request remotely and form a corresponding execution result;

In a preferred embodiment of the present invention, the method for implementing communication between the local proxy unit and the remote remote execution unit may include: the local proxy unit is converted into a remote service by the request sent by the communication unit and the corresponding execution parameter. The acceptable format is received by the remote server; the execution result sent by the remote server through the communication unit is converted into a format acceptable to the local proxy unit and received by the local proxy unit.

In other words, in a preferred embodiment of the present invention, the communication unit functions to convert the data communicated between the local proxy unit and the remote server to a data format that the receiver can recognize, thereby solving different systems of different platforms. The problem of mismatching data communication formats.

In a preferred embodiment of the present invention, when the local agent unit and the remote server communicate remotely through the communication unit, the communication unit monitors the connection status between the local agent unit and the remote execution unit, and sets the connection status in the system configuration information. In the case of the application program;

and / or

The communication unit receives the registration request of the remote execution unit and registers the corresponding remote execution unit to the local agent unit according to the registration request, so that the local agent unit notifies the remote execution unit currently available to the application.

In a preferred embodiment of the present invention, a corresponding at least one remote function component and a host module are disposed in each remote execution unit;

In a preferred embodiment of the present invention, in the above step S2a, the remote execution unit receives the request and selects a corresponding remote function component to perform a predetermined function and generate a corresponding execution result;

Using a host module to launch a remote functional component and converting the request into an acceptable instruction for the corresponding remote functional component to command the remote functional component to perform the predetermined function;

The execution result is sent to the local proxy unit through the communication unit.

In a preferred embodiment of the present invention, in the above step S2a, when the local proxy unit is When the communication unit sends the request, the remote management module is used to form a proxy client process in the communication unit, and the connection between the local proxy unit and the corresponding remote execution unit.

In step S3a, the local agent unit returns the execution result of the remote acquisition to the application for use by the application.

In a preferred embodiment of the present invention, the home agent unit controllably starts the host module through the communication unit; and/or

When the host module is launched, the host module sends a registration request to the communication unit to register the host module with the local agent unit.

Correspondingly, in a preferred embodiment of the present invention, the host module is used to detect the working state of the local agent unit, and the host module is controlled to exit when the local agent unit stops working.

Specifically, in a preferred embodiment of the present invention, as described above, if the host module is not used for restarting and/or registration control, remote remote execution is performed when the local proxy unit is shut down or restarted. The unit cannot be closed and/or restarted synchronously, and it cannot be re-registered when the local agent unit is restarted. After the local agent unit is restarted, the system configuration information included in the unit is not included in the local agent unit. The remote execution unit that was already in the startup state before being restarted, so the currently running application cannot know which remote execution units are available at this time. Based on the consideration of the above problem, in the technical solution of the present invention, the host module is used to implement synchronization between the local proxy unit and the remote remote execution unit, thereby ensuring that the remote execution unit can register with the local proxy unit at the first time. .

In a preferred embodiment of the invention, as described above, the remote execution unit and the local agent unit operate under different operating systems.

In a preferred embodiment of the present invention, as shown in FIG. 6, the service method based on the local execution module, that is, the service method for requesting the local third-party component to execute the corresponding function, specifically includes:

Step S2b, the local proxy unit selects a corresponding local execution module according to the request to execute the request and form a corresponding execution result;

In a preferred embodiment of the present invention, as described above, the local proxy unit is With the request of the program, the corresponding local execution module is selected, and the corresponding local function component in the selected local execution module is controlled to execute the preset function to process the corresponding execution result and return.

In a preferred embodiment of the present invention, a local management component is provided in the local execution module. In a preferred embodiment of the present invention, the local management component selects a corresponding local execution module according to the request of the currently running application to control the corresponding local function component to perform a predetermined function and process to form a corresponding execution result.

In a preferred embodiment of the present invention, the corresponding local function component is registered into the local proxy unit using a local registration component in accordance with the corresponding registration request.

In step S3b, the local agent unit returns the execution result formed by the local execution module processing to the application for use by the application program.

In a preferred embodiment of the present invention, the local execution module and the local agent unit operate under the same operating system.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the embodiments and the scope of the present invention, and those skilled in the art should be able to Alternatives and obvious variations are intended to be included in the scope of the invention.

Claims

An agent framework service system including local components, characterized in that

Providing at least one remote server, each of which is provided with a remote execution unit for performing a predetermined function;

Providing at least one local execution module for performing a predetermined function;

Providing a communication unit;

Providing a local proxy unit including the local execution module, configured to select a corresponding remote execution unit or the local execution module to execute the request according to a request of a currently running application, and obtain an execution result and then return to the The application;

The local proxy unit is connected to the remote execution unit set by the remote server by the communication unit.
The proxy framework service system of claim 1 wherein said local proxy unit comprises:

An interface module, the interface module is configured to connect to the application, and the interface module includes:

a configuration information acquisition component for providing system configuration information to the application;

An instruction execution component is configured to receive a request of the application, an execution parameter corresponding to the request, and send an execution result to the application.
The proxy framework service system of claim 2, wherein the local proxy unit comprises:

a remote management module, configured to connect the interface module and the communication unit to send, by the communication unit, a request from the application and an execution parameter corresponding to the request by the interface module to the corresponding Remotely executing the unit, and transmitting an execution result of the remote execution unit to the interface module, and providing a connection status of the remote execution unit and the local agent unit to the configuration information acquisition component.
The agent framework service system according to claim 3, wherein said communication unit comprises:

At least one proxy client module connecting the remote management module;

And when the local proxy unit sends the request to the remote execution unit, the remote management module starts a corresponding proxy client module to maintain a relationship between the local proxy unit and a corresponding remote execution unit Connection.
The agent framework service system of claim 1 wherein said communication unit comprises:

a converting component, configured to convert a request sent by the local proxy unit into a format acceptable to the remote server, to the remote server; and convert the execution result generated by the remote server into the a format acceptable to the local proxy unit, sent to the local proxy unit; and/or

Monitoring component for monitoring a connection status between the local agent unit and the remote execution unit; and/or

And a registration management component, configured to receive a registration request of the remote execution unit, and register the corresponding remote execution unit to the local proxy unit according to the registration request.
The proxy framework service system of claim 5 wherein said communication unit maintains communication between said home agent unit and said remote execution unit via a socket communication mode.
The proxy framework service system of claim 1 wherein said remote execution unit comprises:

At least one remote function component for performing a predetermined function according to the request and generating a corresponding execution result;

a host module, which is respectively connected to the communication unit and the remote function component, for starting the remote function component, and converting the request obtained by the communication unit into a corresponding instruction acceptable by the remote function component, And controlling the remote function component to perform a predetermined function according to the corresponding instruction; and transmitting the execution result of the remote function component to the home agent unit through the communication unit.
The proxy framework service system of claim 7, wherein the local proxy unit comprises:

And activating the control module, and connecting, by the communication unit, the corresponding host module, to controlably start the corresponding host module.
The proxy framework service system of claim 7, wherein the host module comprises:

a registration component, connected to the communication unit, to send a registration request to the communication unit after the host module is started to register the host module to the local agent list yuan.
The proxy framework service system of claim 7, wherein the host module comprises:

a status monitoring component for detecting an operating status of the local agent unit and causing the host module to be taken out of operation when the local agent unit stops working.
The proxy framework service system of claim 2, wherein the local execution module comprises:

At least one local function component for performing a predetermined function according to the request and generating a corresponding execution result;

The local agent unit includes:

a local management component, respectively connected to the interface module and the local execution module, configured to select a corresponding local functional component according to the request of the application, and control the selected local functional component to perform a predetermined function And, transmitting the execution result of the local function component to the application through the interface module.
The proxy framework service system of claim 11, wherein the local execution module further comprises:

The local registration component is respectively connected to the local function component for registering the corresponding local function component into the local proxy unit according to the request of the local execution module.
The agent framework service system according to any one of claims 1 to 12, wherein said remote execution unit and said local agent unit operate under different operating systems; and/or

The local execution module works with the local proxy unit under the same operating system.
A proxy framework service method including a local component, comprising:

Providing at least one remote server including a remote execution unit for performing a predetermined function;

Providing a local proxy unit including a local execution module;

Implementing a remote connection between the home agent unit and the remote execution unit in the remote server;

In the proxy framework service method, the service method based on the remote execution unit specifically includes:

Step S1a, the local proxy unit acquires a request of the currently running application;

Step S2a, the local proxy unit selects the corresponding remote execution unit according to the request, to execute the request remotely and form a corresponding execution result;

Step S3a, the local agent unit returns the execution result formed by the remote execution unit processing to the application for use by the application;

In the proxy service method, the service method based on the local execution module specifically includes:

Step S1b, the local agent unit acquires a request of the currently running application;

Step S2b, the local proxy unit selects the corresponding local execution module according to the request, to execute the request and form a corresponding execution result;

Step S3b, the local agent unit returns the execution result formed by the local execution module processing to the application for use by the application.
The proxy framework service method according to claim 14, wherein the local proxy unit provides system configuration information to the application through a corresponding interface;

In the step S1a, the local proxy unit acquires the request of the currently running application by the interface, and an execution parameter corresponding to the request.
The proxy framework service method according to claim 15, wherein the request of the application and the corresponding execution parameter are sent to a corresponding remote location by a remote management module disposed in the local proxy unit. An execution unit; and providing, by the remote management module, a connection status between the remote execution unit and the local agent unit to be included in the system configuration information.
The proxy framework service method according to claim 16, wherein in the step S2a, when the local proxy unit sends the request through the communication unit, the remote management module is used in the communication unit Forming a proxy client process, the connection between the local proxy unit and the corresponding remote execution unit.
The proxy framework service method according to claim 14, wherein said request by said local proxy unit by said communication unit and said corresponding execution parameter are converted to be acceptable to said remote server Format and by the remote server receive;

The execution result sent by the remote server through the communication unit is converted into a format acceptable by the home agent unit and received by the home agent unit.
The proxy framework service method according to claim 14, wherein when said home agent unit and said remote server communicate remotely through said communication unit:

Monitoring a connection status between the local agent unit and the remote execution unit; and/or

Receiving a registration request of the remote execution unit, and registering the corresponding remote execution unit to the local proxy unit according to the registration request.
The proxy framework service method according to claim 14, wherein each of said remote execution units is provided with a corresponding at least one remote function component and a host module, each of said remote function components for executing a preset Function

In the step S2a, the remote execution unit receives the request and selects a corresponding one of the remote function components to perform a predetermined function and generate a corresponding execution result;

Using the host module to launch the remote function component and converting the request into a corresponding instruction acceptable to the remote function component, with the instruction controlling the remote function component to perform a predetermined function;

Transmitting the execution result to the local proxy unit by using the communication unit;
The proxy framework service method according to claim 20, wherein:

The home agent unit controllably launches the host module through the communication unit; and/or

When the host module is launched, the host module sends a registration request to the communication unit to register the host module to the home agent unit.
The proxy framework service method according to claim 20, wherein the host module is used to detect an operating state of the local proxy unit, and the host module is controlled to exit when the local proxy unit stops working.
The proxy framework service method according to claim 14, wherein at least one local function component is disposed in each of the local execution modules, and each of the local function components is configured to execute a preset function;

Setting a local management component in the local proxy unit;

In the step S2b, the local management component selects a corresponding one of the local execution modules according to the request of the currently running application to control the corresponding local functional component to perform a predetermined function and process correspondingly The result of the execution.
The proxy framework service method according to claim 23, wherein the corresponding local function component is registered in the local proxy unit according to a corresponding registration request of the local execution module.
The proxy framework service method according to any one of claims 14 to 24, wherein the remote execution unit and the local proxy unit operate under different operating systems; and/or

The local execution module works with the local proxy unit under the same operating system.