CN103152327A - Configuration method, client and system for plug-in unit compressing and uncompressing - Google Patents

Abstract

The invention discloses a method, client and system for configuring compression/decompression plug-ins. The configuration method includes: the server sends to the first client the data specification supported by the environment of the server and the call interface used to load the compression/decompression engine configured in the server, and generates Compress/decompress the plug-in and save it; the server sends the compression/decompress plug-in to the second client. In the following embodiments of the present invention, the plug-in configuration client uploads the compression/decompression plug-in corresponding to the data specification and data interface to the server for downloading by the client that obtains the plug-in, so that the communication between developers and users Efficiently complete the tasks of development, maintenance, control and downloading of plug-ins that they need to complete.

Description

A method, client and system for configuring compression/decompression plug-ins

technical field

The invention belongs to the field of data compression/decompression, and in particular relates to a method, client and system for configuring a compression/decompression plug-in.

Background technique

With the development of computer software and hardware, especially the development of hardware, it has become a reality to run a large number of calculation algorithms on ordinary PCs. Some high-strength, high-security compression and decompression algorithms become possible. The increase of decompression algorithm makes the compression software constantly update its software framework, so that the compression software can support one or several new algorithms. This is a big task for software development and testing, because each additional algorithm support may have an impact on the original supported algorithm, which requires a lot of testing and correction work.

There is no plug-in open platform for compression and decompression in the market now. Normally, plugins work in a platform-dependent manner, but this is not entirely true for compression and decompression plugin platforms. Because the plug-in interface is open, and the compression and decompression functions are encapsulated in the plug-in. So it is difficult to achieve complete platform dependence.

At the same time, due to the emergence of new algorithms, the upgrade of original algorithms, and the expansion of original functions, the plug-in platform has to be upgraded. During the upgrade process of the existing plug-in platform, the number of interfaces and parameters will change. Therefore, it is also very important to reduce the number of upgrades of the plug-in platform and ensure the compatibility of the platform as much as possible.

In addition, the current plug-in platform cannot support the above-mentioned changes, so that developers and users cannot efficiently complete their respective tasks of developing, maintaining, controlling, and downloading plug-ins.

Therefore, under the current circumstances, there is an urgent need for a plug-in development method that can provide convenience for plug-in development, maintenance, control and download.

Contents of the invention

In view of the above problems, the present invention is proposed to provide a method, client and system for configuring and obtaining compression/decompression plug-ins that overcome the above problems or at least partially solve or alleviate the above problems.

According to one aspect of the present invention, a method of configuring a compression/decompression plug-in is provided, comprising:

The server receives the first access request sent by the first client to enable the first client to access the server, and sends to the first client a data specification supported by the server's environment and a data specification for loading the The call interface of the compression/decompression engine configured in the server enables the first client to generate a development page according to the data specification and the relevant information of the call interface, and the server receives the request uploaded by the first client in the The data input in the development page that is compatible with the data specification, and the call interface corresponding to the compression/decompression engine selected by the requester notified by the first client in the development page, according to The data and the call interface generate a compression/decompression plug-in and save it;

The server receives the second access request sent by the second client so that the second client accesses the server, and sends a compression/decompression plug-in to the second client to be used on the second client. Generate a download page on the website, the server receives the download request generated from the second client according to the compression/decompression plug-in selected by the requester on the download page, and sends the downloaded request to the second client Compression/decompression plugin described above.

Preferably, in an embodiment of the present invention, the calling interface includes one or more of the following combinations: initialization interface and deinitialization interface, compression/decompression capability query interface, control including start, stop, pause Interface for job control and continuation, interface for setting compression/decompression parameters, interface for setting the input target file to be compressed/decompressed, interface for setting the path of the output file, interface for conflict detection, interface for anomaly detection, and interface for setting volumes ;

The relevant information of the call interface includes one or more of the following combinations: the number of call interfaces, the name of the call interface, the calling method, the number of call interface parameters, the type of call interface parameters, and the return value type of the call.

Preferably, in an embodiment of the present invention, the server receives the data that is uploaded by the first client and input by the requester in the development page and is compatible with the data specification, and obtains the first The call interface corresponding to the compression/decompression engine selected by the requester notified by the client on the development page, generating and saving the compression/decompression plug-in according to the data and the call interface, further including:

After the server generates the compression/decompression plug-in according to the data and the call interface, it sends to the first client a verification tool for testing and debugging the compression/decompression plug-in based on the virtual operating environment so that the first A client performs testing and debugging based on a virtual operating environment on the compression/decompression plug-in generated and stored in the server according to the verification tool, and the server receives a notification from the first client and learns that the compression The /decompression plug-in saves the compression/decompression plug-in after passing the test and debugging based on the virtual operating environment performed by the verification tool.

Preferably, in an embodiment of the present invention, after the server saves the compression/decompression plug-in, it also receives a request from the first client to test the compression/decompression plug-in based on a real operating environment and debugging, wherein the compression/decompression plug-in that passes the test and debugging based on the real operating environment is set with a verification flag.

Preferably, in an embodiment of the present invention, when the server receives the first access request sent by the first client so that the first client accesses the server, the first access The request carries account information of the first client;

When the server generates the compression/decompression plug-in according to the data and the calling interface, it also receives the account information uploaded by the first client and correspondingly saves the account information and the compression/decompression plug-in;

The server receives the browsing request carrying the account information sent by the first client, and feeds back the compression/decompression plug-in and the compression/decompression plug-in corresponding to the account information to the first client. Plug-in related information and generate a browsing page on the first client; the related information includes one or more of the following: download times, generation date, and current version information.

Preferably, in an embodiment of the present invention, the server sends to the second client the saved plug-in ID configured by the compression/decompression plug-in so that the second client can generate a download file according to the plug-in ID. page, the server receives the download request generated by the second client according to the plug-in ID selected by the requester on the download page, and sends the compression/decompression plug-in corresponding to the plug-in ID to the second client .

Preferably, in an embodiment of the present invention, when the server sends a compression/decompression plug-in to the second client to generate a download page on the second client, it also pushes an updated compression/decompression The name of the plug-in is sent to the second client to be reminded on the download page.

Preferably, in an embodiment of the present invention, the compression/decompression plug-in is packaged with a compression/decompression engine independent of the operating environment, and the compression/decompression engine is used to download or upgrade configuration files.

According to another aspect of the present invention, a client for configuring a compression/decompression plug-in is provided, which is characterized in that it includes: a data interaction interface, a page generation module and a user interface, wherein,

The data interaction interface is configured to send a first access request to the server to access the server, obtain from the server the data specification supported by the server environment and load the compression/compression configured in the server. Decompress the calling interface of the engine and notify the page generation module to input the data adapted to the data specification entered by the requester on the development page and the compression/decompression selected by the requester on the development page The call interface corresponding to the engine is uploaded to the server to generate a compression/decompression plug-in and save it;

The page generating module is configured to generate a development page according to the data specification and related information of the call interface;

The user interface is used to receive the data that is input by the requester on the development page and is compatible with the data specification and the call interface corresponding to the compression/decompression engine selected by the requester on the development page, and Notifying the data interaction interface.

Preferably, in an embodiment of the present invention, the data interaction interface is also used to obtain from the server a verification tool for testing and debugging the compression/decompression plug-in based on a virtual operating environment and send it to the verification tool. execution module;

The verification execution module is used to test and debug the compression/decompression plug-in generated and stored in the server based on a virtual operating environment according to the verification tool.

Preferably, in an embodiment of the present invention, the data interaction interface also sends a request to the server to test and debug the compression/decompression plug-in based on the real operating environment, wherein, through the The compression/decompression plug-in for testing and debugging in the real operating environment is set with a verification flag.

Preferably, in an embodiment of the present invention, when the data interaction interface sends a first access request to the server to access the server, the first access request carries account information; When the above data and call interface information are uploaded to the server to generate a compression/decompression plug-in, the account information is also uploaded to the server and stored correspondingly to the compression/decompression plug-in; The server sends a browsing request carrying the account information, and receives the compression/decompression plug-in corresponding to the account information fed back by the server and related information of the compression/decompression plug-in; the relevant information includes the following Combination of one or more: download count, build date, current version information.

According to another aspect of the present invention, a client for obtaining a compression/decompression plug-in is provided, which includes: a data interaction interface, a page generation module, and a user interface, wherein,

The data interaction interface is used to send a second access request to the server to access the server, obtain the compression/decompression plug-in stored in the server and notify the page generation module; send the download request to the The server requests the server to send the compression/decompression plug-in;

The page generation module is configured to generate a download page according to the compression/decompression plug-in stored in the server;

The user interface is configured to generate the download request according to the compression/decompression plug-in selected by the requester on the download page and send it to the data interaction interface.

Preferably, in an embodiment of the present invention, the data interaction interface is further configured to receive from the server the plug-in identifier configured by the server for the compression/decompression plug-in saved by the server and notify the page generation module ; Send a download request to the server to request the server to send the compression/decompression plug-in corresponding to the plug-in identifier;

The page generation module is configured to generate a download page according to the plug-in identification;

The user interface is configured to generate a download request according to the plug-in identifier selected by the requester on the download page and send it to the data interaction interface.

Preferably, in an embodiment of the present invention, the data interaction interface is also used to receive an updated compression/decompression plug-in pushed by the server and notify the page generation module;

When the page generating module generates the download page according to the compression/decompression plug-in saved in the server, it also reminds on the download page according to the name of the updated compression/decompression plug-in pushed by the server.

Preferably, in an embodiment of the present invention, the compression/decompression plug-in is packaged with a compression/decompression engine independent of the operating environment, and the compression/decompression engine is used to download or upgrade configuration files.

According to an aspect of the present invention, a system for configuring compression/decompression plug-ins is provided, which includes: a first client, a second client and a server, wherein,

The first client is configured to send a first access request to the server to access the server, obtain from the server the data specification supported by the server environment and load the compression configured in the server / The calling interface of the decompression engine generates a development page according to the relevant information of the data specification and the calling interface, and receives the data that is input by the requester in the development page and is compatible with the data specification and the data that the requester enters in the development page The call interface corresponding to the selected compression/decompression engine on the page, and upload the data and call interface to the server to generate a compression/decompression plug-in and save it;

The second client is configured to send a second access request to the server to access the server, generate a download page according to the compression/decompression plug-in stored in the server, and generate a download page according to the requester's The selected compression/decompression plug-in generates a download request and sends it to the server to request the server to send the compression/decompression plug-in;

The server is configured with a data specification supported by the server environment and a call interface for loading a compression/decompression engine configured in the server; The adapted data and the call interface corresponding to the selected compression/decompression engine generate a compression/decompression plug-in and save it, and send all requested information to the second client according to the download request sent by the second client. Compression/decompression plugin described above.

In the present invention, based on the data specification supported by the server and the call interface of the compression/decompression engine configured in the server, the plug-in configuration client uploads the compression/decompression plug-in corresponding to the data specification and data interface to the server for acquisition The client of the plug-in downloads, so that developers and users can efficiently complete the tasks of developing, maintaining, controlling and downloading the plug-in.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention, and constitute a part of the present invention. The schematic embodiments of the present invention and their descriptions are used to explain the present invention, and do not constitute improper limitations to the present invention. In the attached picture:

Fig. 1 is a flow chart of a method for configuring a compression/decompression plug-in according to an embodiment of the present invention;

Fig. 2 is a flow chart of testing and debugging configuration compression/decompression plug-ins based on a virtual environment according to an embodiment of the present invention;

Fig. 3 is a flow chart of testing and debugging configuration compression/decompression plug-ins based on a real environment according to an embodiment of the present invention;

Fig. 4 is a structural block diagram of the client side of the configuration compression/decompression plug-in described in one embodiment of the present invention;

Fig. 5 is another structural block diagram of the client configuring the compression/decompression plug-in according to an embodiment of the present invention;

FIG. 6 is a structural block diagram of a client for obtaining a compression/decompression plug-in according to an embodiment of the present invention;

Fig. 7 is a system structure diagram of a configured compression/decompression plug-in according to an embodiment of the present invention.

Detailed ways

The implementation of the present invention will be described in detail below in conjunction with the drawings and examples, so that the realization process of how to use technical means to solve technical problems and achieve technical effects in the present invention can be fully understood and implemented accordingly.

In the following embodiments of the present invention, based on the data specification supported by the server and the call interface of the compression/decompression engine configured in the server, the plug-in configuration client uploads the compression/decompression plug-in corresponding to the data specification and data interface to the In the server, the client that obtains the plug-in can download it, so that developers and users can efficiently complete their respective tasks of developing, maintaining, controlling and downloading the plug-in.

As shown in Figure 1, it is a flow chart of a method for configuring a compression/decompression plug-in according to an embodiment of the present invention, which may include:

Step S11, the server receives the first access request sent by the first client to enable the first client to access the server, and sends the first client the data specification supported by the server's environment and user loading the call interface of the compression/decompression engine configured in the server;

In this embodiment, the so-called data specification is a semantic (semantic) predefined in the server. For example, semantics such as canunload=0 or 1 can be predefined to indicate that the specified plug-in can be uninstalled at any time. Of course, the present invention is not limited thereto. The data specification may include guiding developers to write codes that can be recognized by the plug-in configuration system, etc. All data for developers, so as to expand the decompression capability of the configuration system, so that the software code can adapt to more decompression without modification algorithm.

The environment of the server refers to an environment for interpreting various semantics predefined in the data specification, in which the semantics conforming to the data specification can be identified and run.

In this embodiment, the calling interface may be, but not limited to: initialization interface and deinitialization interface, compression/decompression capability query interface, job control interface including start, stop, pause and continuation, compression/decompression parameter Interface for setting, interface for setting the target file that needs to be compressed/decompressed, interface for setting the path of the output file, interface for conflict detection, interface for anomaly detection, interface for setting volumes, etc.

In step S11, in order to be able to count the developers corresponding to the downloaded compression/decompression plug-ins in real time, the server receives the first access request sent by the first client so that the first client accesses the When using the server, the first access request may also carry the account information of the first client, which may be the requester's registered name, the requester's mailbox, the requester's mobile phone number, and the like.

Step S12, the first client generates a development page according to the relevant information of the data specification and the calling interface;

In this embodiment, the relevant information of the call interface may be, but not limited to: the number of call interfaces, the name of the call interface, the calling method, the number of call interface parameters, the type of call interface parameters, and the return value type of the call. By calling the relevant information of the interface, it is convenient for the compatibility of the plug-in development system, and at the same time, it is convenient for us to upgrade the plug-in configuration system in the future, such as the name of the integer variable, how many bytes it occupies, whether there are symbols, etc.

In order to effectively define the call interface, try to achieve the backward compatibility of the plug-in, to ensure that developers will not modify the plug-in and ensure the backward compatibility, flexibility and scalability of the plug-in system, you can use COM (Object Component Model) To build the relationship between the configuration system and the plug-in, so as to achieve strong scalability and good backward compatibility. The cross-development language of the configuration system does not limit the language used by developers, as long as it conforms to any language of the com specification can be achieved.

Step S13, the server receives the data that is uploaded by the first client and inputted by the requester on the development page and conforms to the data specification, and the requester that obtains the notification from the first client is in the development page. The call interface corresponding to the compression/decompression engine selected on the page;

Step S14, the server generates and saves the compression/decompression plug-in according to the data and the calling interface;

In this embodiment, when the data and calling interface of the server generate the compression/decompression plug-in, it can also receive the account information sent by the first client, and store the account information and the compression/decompression plug-in correspondingly. Compression plugin.

In step S14, based on data security considerations, security testing and troubleshooting debugging can also be performed on the generated compression/decompression plug-ins. For example, in order not to cause damage to the server, a virtual space can be divided separately. In this virtual space Test and debug in a virtual environment; or directly test and debug in a real environment on the server, see the descriptions of Embodiments 2 and 3 below for details.

In addition, the compression/decompression plug-in can also be packaged with a compression/decompression engine independent of the operating environment, so that the operation of the compression/decompression plug-in depends on the packaged engine and can be separated from the platform environment where the plug-in is generated. running; in addition, the compression/decompression plug-in is also packaged with a configuration file for downloading or upgrading, and the compression/decompression plug-in can still independently perform configuration upgrades after being separated from the platform environment where the plug-in is generated. Through the above two methods, it is also convenient for different developers to develop plug-ins to work on the same platform. At the same time, when cross-platform, you can configure some question-and-answer interfaces with abstract interfaces, simple types, and less interactive data, such as using com's unique stub proxy Model, so that plug-ins and plug-in configuration systems do not need to run on the same computer, and can be easily extended to work with multiple computers.

Certainly, the present invention is not limited thereto, and the compression/decompression plug-in may not encapsulate the compression/decompression engine and configuration file, but at this time, the running and upgrading of the compression/decompression plug-in needs to rely on the generated The platform environment of the above-mentioned plug-in.

Step S15, the server receives the second access request sent by the second client, so that the second client accesses the server;

Step S16, the server sends a compression/decompression plug-in to the second client to generate a download page on the second client;

In this embodiment, the server in step S16 may also send the plug-in ID configured for the compression/decompression plug-in saved by it to the second client, so that the second client generates a download file according to the plug-in ID. page.

It should be noted that, in order to know the attribute information of the compression/decompression plug-in in a timely manner, when the second client generates the download page according to the sent compression/decompression plug-in, it may also use the updated compression/decompression plug-in pushed by the server. The name of the compression plug-in is reminded in the download page, thereby reminding the requester that there is an update for the compression/decompression plug-in.

Step S17, the server receives the download request generated from the second client based on the compression/decompression plug-in selected by the requester on the download page, and sends the compression/decompression plug-in to the second client.

In this embodiment, in step S17, the server may receive a download request generated by the second client according to the plug-in identifier selected by the requester on the download page, and send a download request related to the plug-in to the second client. Identifies the corresponding compression/decompression plugin.

This plug-in identifier is assigned to the corresponding compression/decompression plug-in, and is used to identify the uniqueness of the plug-in, for example, represented by 16 bytes, such as a global unique identification (global universal identification, GUID for short).

In another embodiment of the present invention, on the basis of the above-mentioned embodiment shown in FIG. 1 , in order to count the number of developed compression/decompression plug-ins accessed and downloaded by other requesters in real time, the configuration compression/decompression plug-in The method may further include: the server may receive in real time the browsing request carrying the account information sent by the first client, and send the compression/decompression information corresponding to the account information to the first client. The relevant information of the plug-in and the compression/decompression plug-in and generate a browsing page on the first client; specifically, the relevant information of the compression/decompression plug-in can be but not limited to: download times, generation date, current version information etc.

By making statistics on the relevant information recorded under any account information, it is possible to know that the self-developed plug-ins uploaded by the first client with the account information are downloaded by other requesters using the second client, and further process the statistical results. For example, calculate the fee that should be paid to the requester who develops the plug-in according to the situation that the plug-in is downloaded by other requesters, charge the downloading fee of other requesters, etc., so as to standardize the management and guidance of the plug-in sharing behavior according to the account information and related information .

As shown in Figure 2, it is a flow chart of testing and debugging the configuration compression/decompression plug-in based on the virtual environment according to an embodiment of the present invention. In this embodiment, based on the consideration of server security, a virtual This space is convenient for plug-in developers to test their own compression/decompression plug-ins, which may specifically include:

Step S21, the server sends a verification tool for testing and debugging the compression/decompression plug-in based on the virtual operating environment to the first client;

Step S22, the first client performs testing and debugging based on a virtual operating environment on the compression/decompression plug-in generated and saved in the server according to the verification tool;

Step S23 , the server receives the notification from the first client and saves the compression/decompression plug-in after learning that the compression/decompression plug-in has passed the verification tool's testing and debugging based on the virtual operating environment.

In the above-mentioned embodiment shown in FIG. 2 , the testing and debugging in the virtual environment may include basic functional testing, logic testing, etc., which belong to the channel for plug-in developers to test themselves.

As shown in Figure 3, it is a flow chart of testing and debugging the configuration compression/decompression plug-in based on the real environment according to an embodiment of the present invention, after the plug-in has passed the testing and debugging based on the virtual environment shown in Figure 2 , to perform actual testing and debugging on the real environment of the server, which may specifically include:

Step S31, the server receives the request from the first client, and tests and debugs the compression/decompression plug-in based on a real operating environment;

Step S32, setting a verification flag for the compression/decompression plug-in that has passed the test and debugging based on the real operating environment.

The verification mark is used to mark the compression/decompression plug-in as a legitimate plug-in that has passed testing and debugging. The verification identifier can be an MD5 code (Message Digest Algorithm MD5, the fifth edition of the message digest algorithm), so as to provide message integrity protection and make the message transmission complete and consistent. It should be noted that the verification identifier code is not limited to MD5, other All identification codes that can play the same role can realize the present invention.

After passing the test and debugging in the real environment shown in Figure 3, the plug-ins that pass the test are released on the plug-in development system in time, and for the plug-ins that fail the test, the test report is sent to the developer for relevant modification.

As shown in FIG. 4 , it is a structural block diagram of a client for configuring a compression/decompression plug-in according to an embodiment of the present invention. The client 40 for configuring a compression/decompression plug-in can specifically include: a data interaction interface 401, a page generation module 402 and user interface 403, wherein,

The data interaction interface 401 is used to send a first access request to the server 42 to access the server, obtain from the server the data specification supported by the server 42 environment and load the configured data in the server. The call interface of the compression/decompression engine and notify the page generation module, the data that the requester inputs in the development page and the data that is compatible with the data specification and the compression/decompression selected by the requester in the development page The call interface corresponding to the decompression engine is uploaded to the server to generate a compression/decompression plug-in and save it;

As mentioned above, in order to facilitate targeted statistics of compression/decompression plug-ins and their corresponding development requesters, when the data interaction interface 401 sends a first access request to the server to access the server, the second An access request may carry account information; at the same time, when the data interaction interface 401 uploads the data and call interface information to the server to generate a compression/decompression plug-in, it also uploads the account information to the It is stored in the server 42 corresponding to the compression/decompression plug-in; it is also used to send a browsing request carrying the account information to the server 42, and receive the compression corresponding to the account information fed back by the server 42. /decompression plug-in and related information of the compression/decompression plug-in; the related information may be but not limited to: download times, generation date, current version information, etc.

In order to use a single platform and cross-platform operation of the plug-in, the compression/decompression plug-in is packaged with a compression/decompression engine independent of the operating environment, so that the operation of the compression/decompression plug-in depends on the packaged engine and can be separated from the The platform environment that generates the plug-in runs; in addition, the configuration file for downloading or upgrading is also packaged in the compression/decompression plug-in, and the compression/decompression plug-in can still be performed independently after being separated from the platform environment that generates the plug-in Configuration upgrade. Certainly, the present invention is not limited thereto, and the compression/decompression plug-in may not encapsulate the compression/decompression engine and configuration file, but at this time, the running and upgrading of the compression/decompression plug-in needs to rely on the generated The platform environment of the above-mentioned plug-in.

The page generation module 402 is used to generate a development page according to the data specification and related information of the calling interface;

The user interface 403 is used to receive the data that is input by the requester on the development page and is compatible with the data specification and the call interface corresponding to the compression/decompression engine selected by the requester on the development page, and The data interaction interface 401 is notified.

As shown in FIG. 5 , it is another structural block diagram of the client configuring the compression/decompression plug-in according to an embodiment of the present invention. The client 50 configuring the compression/decompression plug-in may specifically include: a data interaction interface 501, a page generation module 502 and user interface 503, the difference is that, on the basis of the above-mentioned embodiment shown in FIG. The verification tool for testing and debugging in the environment is sent to the verification execution module 504; the verification execution module 504 is used to perform virtual operation on the compression/decompression plug-in generated and saved in the server 52 Environment testing and debugging.

The verification tool of the test is used to check whether the compression/decompression plug-in has any operation errors; the verification tool of the debugging is used to locate the position of the error, analyze the cause of the error, and prompt modification to correct the error and correct the error Then continue the regression test.

In another embodiment of the present invention, on the basis of the above-mentioned Figure 5, on the basis of the testing and debugging of the virtual operating environment, the testing and debugging based on the real environment is added. At this time, the data interaction interface 501 can also send The server sends a request to test and debug the compression/decompression plug-in based on the real operating environment, wherein the compression/decompression plug-in that passes the test and debugging based on the real operating environment is set with a verification flag.

As shown in FIG. 6 , it is a structural block diagram of a client terminal for obtaining a compression/decompression plug-in according to an embodiment of the present invention. The client 60 for obtaining a compression/decompression plug-in may specifically include: a data interaction interface 601, a page generation module 602 and user interface 603, wherein,

The data interaction interface 601 is used to send a second access request to the server 62 to access the server, obtain the compression/decompression plug-in stored in the server 62 and notify the page generation module 602; to the server 62 to request that the server send the compression/decompression plugin.

The page generation module 602 is used to generate a download page according to the compression/decompression plug-in stored in the server 62;

The user interface 603 is used to generate the download request according to the compression/decompression plug-in selected by the requester on the download page and send it to the data interaction interface.

On the basis of the embodiment shown in FIG. 6 , in another embodiment of the present invention, the data interaction interface 61 is further used to receive from the server the information configured by the compression/decompression plug-in saved by the server. The plug-in identifies and notifies the page generation module; sends a download request to the server to request the server to send the compression/decompression plug-in corresponding to the plug-in identification;

The page generation module 62 is further used to generate a download page according to the plug-in identification;

The user interface 63 is further configured to generate a download request according to the plug-in identifier selected by the requester on the download page and send it to the data interaction interface.

On the basis of the embodiment shown in Figure 6, in another embodiment of the present invention, the data interaction interface 61 is also used to receive the updated compression/decompression plug-in pushed by the server and notify the page generation module ; When the page generation module 62 is further used to generate a download page according to the compression/decompression plug-in stored in the server, the update prompt information of the updated compression/decompression plug-in pushed by the server is also used in the download Reminders on the page; the update prompt information includes but not limited to: the plug-in identification configured for the compression/decompression plug-in, and/or the name of the compression/decompression plug-in, and/or the compression/decompression plug-in Performance description of the decompression plugin.

As shown in FIG. 7 , it is a system structural diagram of a configured compression/decompression plug-in according to an embodiment of the present invention, which may include: a first client 71, a second client 72 and a server 73, wherein,

The first client 71 is used to send a first access request to the server to access the server, obtain from the server the data specification supported by the server environment and load the compression configuration configured in the server. / The calling interface of the decompression engine generates a development page according to the relevant information of the data specification and the calling interface, and receives the data that is input by the requester in the development page and is compatible with the data specification and the data that the requester enters in the development page The call interface corresponding to the selected compression/decompression engine on the page, and upload the data and call interface to the server to generate a compression/decompression plug-in and save it;

The second client 72 is used to send a second access request to the server 73 to access the server, generate a download page according to the compression/decompression plug-in stored in the server 73, and generate a download page according to the requester's The selected compression/decompression plug-in in the download page generates a download request and sends it to the server to request the server 73 to send the compression/decompression plug-in;

The server 73 is configured with a data specification supported by the server environment and an invocation interface for loading the compression/decompression engine configured in the server; Compatible data and the call interface corresponding to the selected compression/decompression engine generate a compression/decompression plug-in and save it, and send it to the second client 72 according to the download request sent by the second client 72. The compression/decompression plugin requested.

The various component embodiments of the present invention may be implemented in hardware, or in software modules running on one or more processors, or in a combination thereof. Those skilled in the art should understand that a microprocessor or a digital signal processor (DSP) may be used in practice to implement some or all functions of some or all components according to the above-mentioned embodiments of the present invention. The present invention can also be implemented as an apparatus or an apparatus program (for example, a computer program and a computer program product) for performing a part or all of the methods described herein. Such a program for realizing the present invention may be stored on a computer-readable medium, or may be in the form of one or more signals. Such a signal may be downloaded from an Internet site, or provided on a carrier signal, or provided in any other form.

Reference herein to "one embodiment," "an embodiment," or "one or more embodiments" means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment of the present invention. Additionally, please note that examples of the word "in one embodiment" herein do not necessarily all refer to the same embodiment.

In the description provided herein, numerous specific details are set forth. However, it is understood that embodiments of the invention may be practiced without these specific details. In some instances, well-known methods, structures and techniques have not been shown in detail in order not to obscure the understanding of this description.

It should be noted that the above-mentioned embodiments illustrate rather than limit the invention, and that those skilled in the art will be able to design alternative embodiments without departing from the scope of the appended claims. In the claims, any reference signs placed between parentheses shall not be construed as limiting the claim. The word "comprising" does not exclude the presence of elements or steps not listed in a claim. The word "a" or "an" preceding an element does not exclude the presence of a plurality of such elements. The invention can be implemented by means of hardware comprising several distinct elements, and by means of a suitably programmed computer. In a unit claim enumerating several means, several of these means can be embodied by one and the same item of hardware. The use of the words first, second, and third, etc. does not indicate any order. These words can be interpreted as names.

In addition, it should be noted that the language used in the specification has been chosen primarily for the purpose of readability and instruction rather than to explain or delimit the inventive subject matter. Accordingly, many modifications and alterations will be apparent to those of ordinary skill in the art without departing from the scope and spirit of the appended claims. With respect to the scope of the present invention, the disclosure of the present invention is intended to be illustrative rather than restrictive, and the scope of the present invention is defined by the appended claims.

Claims (18)

1. a method that configures the compression/de-compression plug-in unit, is characterized in that, comprising:

server sends data standard and being used for from the Environmental Support of described server to described the first client loads the calling interface of the compression/de-compression engine that described server configures so that the first client generates the exploitation page according to the relevant information of described data standard and calling interface, described server receives that the requestor of described the first client upload inputs in the described exploitation page the data that adapt with described data standard, and the requestor who obtains described the first client notice selected corresponding calling interface of compression/de-compression engine in the described exploitation page, generate the compression/de-compression plug-in unit and preserve according to described data and calling interface,

Described server sends the compression/de-compression plug-in unit to generate downloading page on described the second client to described the second client, described server receives the download request according to requestor's selected compression/de-compression plug-in unit generation in described downloading page that described the second client is sent, and sends described compression/de-compression plug-in unit to described the second client.

2. the method for claim 1, is characterized in that,

Described calling interface comprises following one or more combination: the query interface of initialization interface and anti-initialization interface, compression/de-compression ability, the arrange interface, collision detection interface, abnormality detection interface, bundling that interface are set, input the path that interface, output file are set of the file destination that need to carry out compression/de-compression of controlling the operation control interface that comprises startups, stop, suspending and continue, compression/decompression parameters arrange interface;

The relevant information of described calling interface comprises following one or more combination: the quantity of the quantity of calling interface, the name of calling interface, method of calling, calling interface parameter, the type of calling interface parameter, the return value type of calling.

3. the method for claim 1, it is characterized in that, described server receives that the requestor of described the first client upload inputs in the described exploitation page the data that adapt with described data standard, and the requestor who obtains described the first client notice selected corresponding calling interface of compression/de-compression engine in the described exploitation page, generate the compression/de-compression plug-in unit and preserve according to described data and calling interface, further comprising:

after described server generates the compression/de-compression plug-in unit according to described data and calling interface, send verification tool that described compression/de-compression plug-in unit is tested and debugged based on the virtual operation environment so that described the first client is carried out test and debugging based on the virtual operation environment according to described verification tool to the described compression/de-compression plug-in unit that generates and preserve in described server to described the first client, described server receives the notice of described the first client, know test and the described compression/de-compression plug-in unit of the rear preservation of debugging based on the virtual operation environment that described compression/de-compression plug-in unit is undertaken by described verification tool.

4. method as claimed in claim 3, is characterized in that,

After described server is preserved described compression/de-compression plug-in unit, also receive the request that the first client is sent, described compression/de-compression plug-in unit is carried out test and debugging based on real running environment, wherein, the described compression/de-compression plug-in unit by described test based on real running environment and debugging is set up the checking sign.

5. the method for claim 1, is characterized in that,

When thereby the first access request that described the first client of described server reception sends makes described the first described server of client access, carry the account information of described the first client in described the first access request;

When described server generates the compression/de-compression plug-in unit according to described data and calling interface, also receive account information and corresponding described account information and the described compression/de-compression plug-in unit preserved of described the first client upload;

Described server receives the browse request that carries described account information that described the first client sends, to the relevant information of described compression/de-compression plug-in unit corresponding to described the first described account information of client feedback and described compression/de-compression plug-in unit and generate browsing pages on the first client; Described relevant information comprises following one or more combination: download time, date of formation, current version information.

6. the method for claim 1, is characterized in that,

Described server is sent as plug-in unit sign that the compression/de-compression plug-in unit of preservation configures so that described the second client generates downloading page according to described plug-in unit sign to described the second client, described server receives the second client according to requestor's download request that selected plug-in unit sign generates in described downloading page, and sends the compression/de-compression plug-in unit corresponding with described plug-in unit sign to described the second client.

7. the method for claim 1, is characterized in that,

Described server sends the compression/de-compression plug-in unit when generating downloading page on described the second client to described the second client, also push the compression/de-compression plug-in unit that upgrades occurs the renewal information to described the second client to remind in described downloading page;

Described renewal information comprises: the plug-in unit that configures for described compression/de-compression plug-in unit identifies and/or the title of described compression/de-compression plug-in unit and/or the performance specification of described compression/de-compression plug-in unit.

8. method as described in any one in claim 1-7, is characterized in that,

Be packaged with the compression/de-compression engine that is independent of operating environment in described compression/de-compression plug-in unit; And/or,

Also be packaged with in described compression/de-compression plug-in unit for the configuration file of downloading or upgrading.

9. a client that configures the compression/de-compression plug-in unit, is characterized in that, comprising: data interaction interface, page generation module and user interface, wherein,

Described data interaction interface, be used for obtaining the data standard of described server environment support and being used for loading the calling interface of the compression/de-compression engine that described server configures and notifying described page generation module from described server, the data that adapt with described data standard that the requestor is inputted in the described exploitation page and the requestor selected corresponding calling interface of compression/de-compression engine in the described exploitation page generates the compression/de-compression plug-in unit and preserves in uploading to described server;

Described page generation module is used for generating the exploitation page according to the relevant information of described data standard and calling interface;

Described user interface, the data that adapt with described data standard that be used for to receive that the requestor inputs at the described exploitation page and the requestor selected corresponding calling interface of compression/de-compression engine and notify described data interaction interface in the described exploitation page.

10. client as claimed in claim 9, is characterized in that,

Described data interaction interface also is used for obtaining the verification tool that described compression/de-compression plug-in unit is tested and debugged based on the virtual operation environment and sending to the checking Executive Module from described server;

Described checking Executive Module is used for carrying out test and debugging based on the virtual operation environment according to the described compression/de-compression plug-in unit that described verification tool generates and preserves described server.

11. client as claimed in claim 10 is characterized in that,

Described data interaction interface, also send to described server and ask described compression/de-compression plug-in unit is carried out test and the debugging based on real running environment, wherein, the described compression/de-compression plug-in unit by described test based on real running environment and debugging is set up the checking sign.

12. client as claimed in claim 9 is characterized in that,

Described data interaction interface accesses described server thereby send the first access request to described server, carries account information in described the first access request; Described data and calling interface information are uploaded to when generating the compression/de-compression plug-in unit in described server, also described account information is also uploaded in described server and the corresponding preservation of described compression/de-compression plug-in unit; Also be used for sending to described server the browse request that carries described account information the described compression/de-compression plug-in unit that the described account information of the described server feedback of reception is corresponding and the relevant information of described compression/de-compression plug-in unit; Described relevant information comprises following one or more combination: download time, date of formation, current version information.

13. client as claimed in claim 9 is characterized in that,

Described calling interface comprises following one or more combination: the query interface of initialization interface and anti-initialization interface, compression/de-compression ability, the arrange interface, collision detection interface, abnormality detection interface, bundling that interface are set, input the path that interface, output file are set of the file destination that need to carry out compression/de-compression of controlling the operation control interface that comprises startups, stop, suspending and continue, compression/decompression parameters arrange interface;

The relevant information of described calling interface comprises following one or more combination: the quantity of the quantity of calling interface, the name of calling interface, method of calling, calling interface parameter, the type of calling interface parameter, the return value type of calling;

Be packaged with the compression/de-compression engine that is independent of operating environment in described compression/de-compression plug-in unit; And/or, also be packaged with in described compression/de-compression plug-in unit for the configuration file of downloading or upgrading.

14. a client of obtaining the compression/de-compression plug-in unit is characterized in that, comprising: data interaction interface, page generation module and user interface, wherein,

Described data interaction interface is used for obtaining the compression/de-compression plug-in unit that described server preserves and notifies described page generation module; Send to described server to ask described server to send described compression/de-compression plug-in unit download request;

Described page generation module, the compression/de-compression plug-in unit that is used for preserving according to described server generates downloading page;

Described user interface is used for generating described download request and sending to described data interaction interface at the selected compression/de-compression plug-in unit of described downloading page according to the requestor.

15. client as claimed in claim 14 is characterized in that,

Described data interaction interface is further used for identifying and notify described page generation module from the plug-in unit that the compression/de-compression plug-in unit that the described server of described server reception is its preservation configures; Send to described server to ask described server to send the compression/de-compression plug-in unit corresponding with described plug-in unit sign download request;

Described page generation module is used for generating downloading page according to described plug-in unit sign;

Described user interface is used for generating download request and sending to described data interaction interface in the selected plug-in unit sign of described downloading page according to the requestor.

16. client as claimed in claim 14 is characterized in that,

Described data interaction interface, also be used for receiving described server push renewal the compression/de-compression plug-in unit and notify described page generation module;

Described page generation module, when generating downloading page according to the compression/de-compression plug-in unit preserved in described server, the renewal information title of the compression/de-compression plug-in unit that also upgrades according to the generation of described server push is reminded in described downloading page; Described renewal information comprises: the plug-in unit that configures for described compression/de-compression plug-in unit identifies and/or the title of described compression/de-compression plug-in unit and/or the performance specification of described compression/de-compression plug-in unit.

17. client as claimed in claim 14 is characterized in that,

Be packaged with the compression/de-compression engine that is independent of operating environment in described compression/de-compression plug-in unit; And/or,

Also be packaged with in described compression/de-compression plug-in unit for the configuration file of downloading or upgrading.

18. a system that configures the compression/de-compression plug-in unit is characterized in that, comprising: the first client, the second client and server, wherein,

Described the first client comprises the client as the described configuration compression/de-compression of any one in claim 9-13 plug-in unit;

Described the second client comprises the client of obtaining the compression/de-compression plug-in unit as described in any one in claim 14-17;

Described server, the calling interface that disposes the data standard of described server environment support and be used for loading the compression/de-compression engine that described server configures; The data that adapt with described data standard of sending according to described the first client and the selected corresponding calling interface of compression/de-compression engine generate the compression/de-compression plug-in unit and preserve, and the download request of sending according to described the second client sends the described compression/de-compression plug-in unit of its request to described the second client.

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