CN114338379A

CN114338379A - Network distribution method and system for SDK client, SDK client and APP client

Info

Publication number: CN114338379A
Application number: CN202111626526.7A
Authority: CN
Inventors: 高智彪; 聂仕华; 凌璠
Original assignee: Shanghai Black Eye Intelligent Technology Co ltd
Current assignee: Shanghai Black Eye Intelligent Technology Co ltd
Priority date: 2021-12-28
Filing date: 2021-12-28
Publication date: 2022-04-12
Anticipated expiration: 2041-12-28
Also published as: CN114338379B

Abstract

The invention provides a network distribution method and system for an SDK client, the SDK client and an APP client, wherein the APP version information of the APP client is obtained through the SDK client, whether the APP version information supported by the APP client is consistent or not is compared, and if the APP version information is consistent, the SDK client can be connected with a cloud end according to the network distribution information provided by the APP client to complete network distribution; if the distribution network information is inconsistent with the APP version information of the APP client, downloading an SDK package supporting the APP client to the cloud end through the APP client, sending the SDK package to the SDK client by the APP client for decompression and covering the current SDK to realize consistency with the APP version information of the APP client, and further connecting the cloud end according to the obtained distribution network information provided by the APP client to realize completion of distribution network; according to the scheme, when the APP is inconsistent with the SDK client side, the user can operate by himself to realize the consistency matching of the replaced APP and the SDK client side, and the fact that the high-efficiency SDK client side distribution network can be realized under the condition of different APPs is greatly mentioned.

Description

Network distribution method and system for SDK client, SDK client and APP client

Technical Field

The invention relates to the field of communication, in particular to a network distribution method and system for an SDK client, the SDK client and an APP client.

Background

At present, most of the distribution network schemes of the SDK client in the prior art use the firmware program of the device end and the APP of the mobile phone end in a matching manner, i.e. a one-to-one relationship; because the SDK of each device is negotiated with the APP, and has a specific protocol, there is no scenario in which the SDK of one device can apply multiple APPs; if a user wants to replace the APP, the user needs to return the machine to the original factory, and after the user modifies the machine and burns the firmware, the user can realize that the user can not complete the operation.

Disclosure of Invention

In view of the above drawbacks of the prior art, an object of the present invention is to provide a network distribution method and system for an SDK client, and an APP client, which are used to solve the above problems in the prior art.

In order to achieve the above and other related objects, the present invention provides a network distribution method for an SDK client, which is applied to the SDK client, and the method includes: establishing a first long connection with an APP client; receiving the self APP version information of the APP client sent by the APP client; detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side; if the network distribution information is consistent with the network distribution information provided by the APP client, the APP client is connected with a cloud end according to the network distribution information; if not, executing the SDK client processing step with the inconsistent version; the SDK client processing step with the inconsistent version comprises the following steps: informing the APP client of the condition that corresponding version information is inconsistent; receiving, through a second long connection established with the APP client, an SDK package supporting the APP client downloaded by the APP client from the cloud; covering the SDK decompressed by the SDK packet on the currently applied SDK, and starting the SDK; and the third long connection is established with the APP client side so as to receive the own APP version information of the APP client side sent by the APP client side, and under the condition that the APP version information supported by the SDK of the current application and the APP version information sent by the APP client side are detected to be consistent, the connection is made to a cloud side according to the acquired distribution network information provided by the APP client side.

In an embodiment of the present invention, the first long connection, the second long connection, and the third long connection all use socket channels.

In an embodiment of the present invention, the APP version information includes: APP type, version number, and update date.

In an embodiment of the present invention, the detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client includes: and respectively comparing the APP type, version number and update date in the APP version information supported by the SDK of the current application with the APP type, version number and update date in the APP version information sent by the APP client, and judging whether the information in the two APP version information is completely consistent.

In an embodiment of the present invention, the distribution network information includes: https domain name, wireless network account number, and password.

In order to achieve the above and other related objects, the present invention provides a network distribution method for an SDK client, which is applied to an APP client, and the method includes: establishing a first long connection with the SDK client; sending own APP version information to the SDK client so that the SDK client can detect whether the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client; when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client so that the SDK client can be connected with a cloud end according to the distribution network information; when receiving the condition that the corresponding version information informed by the SDK client is inconsistent under the condition that the version information is detected to be inconsistent, executing the processing step of the APP client with inconsistent version; wherein the processing step of the APP client with the inconsistent versions comprises: disconnecting the first long connection with the SDK client; downloading an SDK package supporting a home terminal from the cloud terminal through a network connection established with the cloud terminal; establishing a second long connection with the SDK client; sending the SDK packet to the SDK client so that the SDK client can cover the SDK decompressed by the SDK packet on the currently applied SDK and start the SDK; sending own APP version information through a third long connection established with the SDK client so that the SDK client can detect whether the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client; and when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client so that the SDK client can be connected with a cloud end according to the distribution network information.

In an embodiment of the present invention, the downloading the local SDK package from the cloud via the network connection established with the cloud includes: a network connection established with the cloud; sending a downloading request corresponding to the SDK package supporting the home terminal to the cloud terminal; and downloading the SDK package supporting the local terminal from the cloud terminal.

To achieve the above and other related objects, the present invention provides an SDK client, including: the SDK client-side first-time communication module is used for establishing first-time long connection with the APP client-side and receiving the APP version information of the APP client-side per se sent by the APP client-side through the first-time long connection; the version detection module is connected with the SDK client side primary communication module and is used for detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side; the distribution network module is connected with the first communication module of the SDK client and is used for connecting a cloud end according to distribution network information provided by the APP client, which is acquired by the first communication module of the SDK client under the consistent condition; the SDK client side first communication module is also used for informing the APP client side of the condition that the corresponding version information is inconsistent under the condition that the version information is inconsistent; the SDK client secondary communication module is used for establishing secondary long connection with the APP client and receiving an SDK package supporting the APP client and downloaded from the cloud end by the APP client through the secondary long connection established with the APP client; the decompression module is connected with the second communication module of the SDK client and used for decompressing the SDK packet; the new SDK covering module is connected with the decompressing module and used for covering the SDK decompressed by the SDK packet with the currently applied SDK and starting the SDK; the third communication module of the SDK client is connected with the version detection module and the distribution network module and used for establishing third long connection with the APP client, receiving and receiving the APP version information of the APP client sent by the APP client through the third long connection established with the APP client, so that the version detection module detects whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client; the SDK client side third communication module is further used for obtaining distribution network information provided by the APP client side under the consistent condition, so that the distribution network module can be connected with a cloud side according to the distribution network information.

To achieve the above and other related objects, the present invention provides an APP client, including: the APP client side first communication module is used for establishing first long connection with the SDK client side and sending self APP version information to the SDK client side so that the SDK client side can detect whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side or not; the APP client side first communication module is further used for providing distribution network information to the SDK client side when a distribution network information request sent by the SDK client side under the condition that the detection is consistent is received, so that the SDK client side can be connected with a cloud side according to the distribution network information; when receiving the condition that the corresponding version information informed by the SDK client is inconsistent under the condition that the version information is detected to be inconsistent, disconnecting the first long connection with the SDK client; the cloud communication module is used for downloading the local SDK package from the cloud through network connection established with the cloud; the APP client secondary communication module is connected with the cloud communication module and used for sending the SDK packet to the SDK client so that the SDK client can cover the SDK of the current application with the SDK decompressed by the SDK packet and start the SDK; the APP client side third communication module is used for establishing third long connection with the SDK client side and sending self APP version information through the third long connection established with the SDK client side so that the SDK client side can detect whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side or not; and when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client through the third long connection so that the SDK client can be connected with a cloud end according to the distribution network information.

To achieve the above and other related objects, the present invention provides a network distribution system for SDK clients, comprising: the system comprises an SDK client, an APP client and a cloud; the method comprises the steps that an SDK client side and an APP client side establish first long connection, and the APP client side sends APP version information of the APP client side to the SDK client side through the first long connection; the SDK client detects whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client; if the network distribution information is consistent with the network distribution information provided by the APP client, the APP client is connected with a cloud end according to the network distribution information; if the version information is inconsistent with the version information, informing the APP client of the inconsistent condition of the corresponding version information; when the APP client receives the condition that the corresponding version information is inconsistent, the first long connection with the SDK client is disconnected; the APP client downloads an SDK package supporting the APP from the cloud end through the network connection established with the cloud end, and establishes a second long connection with the SDK client; the APP client sends the SDK packet to the SDK client through second long connection; the SDK client side covers the SDK which is decompressed by the SDK packet to the SDK which is currently applied, and starts the SDK; the SDK client side and the APP client side establish third long connection, and the APP client side sends the APP version information of the APP client side to the SDK client side through the third long connection; the SDK client detects whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client; and if the network distribution information is consistent with the network distribution information, the network distribution information provided by the APP client side is acquired through third-time long connection, and the cloud side is connected according to the network distribution information.

As described above, the invention is a network distribution method and system for an SDK client, the SDK client and an APP client, and has the following beneficial effects: according to the invention, three long connections are established between the SDK client and the APP client, so that communication between the SDK client and the APP client at different stages is realized; the method comprises the steps that APP version information of an APP client is obtained through an SDK client, whether the APP version information supported by the APP client is consistent or not is compared, and if the APP version information is consistent, the SDK client can be connected with a cloud end according to distribution network information provided by the APP client to complete distribution network; if the distribution network information is inconsistent with the APP version information of the APP client, downloading an SDK package supporting the APP client to the cloud end through the APP client, sending the SDK package to the SDK client by the APP client for decompression and covering the current SDK to realize consistency with the APP version information of the APP client, and further connecting the cloud end according to the obtained distribution network information provided by the APP client to realize completion of distribution network; according to the scheme, when the APP is inconsistent with the SDK client side, the user can operate by himself to realize the consistency matching of the replaced APP and the SDK client side, and the fact that the high-efficiency SDK client side distribution network can be realized under the condition of different APPs is greatly mentioned.

Drawings

Fig. 1 is a schematic structural diagram of a distribution network system of an SDK client in an embodiment of the present invention.

Fig. 2 is a schematic flow chart of a network distribution method for an SDK client in an embodiment of the present invention.

Fig. 3 is a schematic flow chart of a network distribution method for an SDK client in an embodiment of the present invention.

Fig. 4 is a schematic structural diagram of an SDK client according to an embodiment of the present invention.

Fig. 5 is a schematic structural diagram of an APP client according to an embodiment of the present invention.

Detailed Description

The embodiments of the present invention are described below with reference to specific embodiments, and other advantages and effects of the present invention will be easily understood by those skilled in the art from the disclosure of the present specification. The invention is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention. It is to be noted that the features in the following embodiments and examples may be combined with each other without conflict.

It is noted that in the following description, reference is made to the accompanying drawings which illustrate several embodiments of the present invention. It is to be understood that other embodiments may be utilized and that mechanical, structural, electrical, and operational changes may be made without departing from the spirit and scope of the present invention. The following detailed description is not to be taken in a limiting sense, and the scope of embodiments of the present invention is defined only by the claims of the issued patent. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Spatially relative terms, such as "upper," "lower," "left," "right," "lower," "below," "lower," "over," "upper," and the like, may be used herein to facilitate describing one element or feature's relationship to another element or feature as illustrated in the figures.

Throughout the specification, when a part is referred to as being "connected" to another part, this includes not only a case of being "directly connected" but also a case of being "indirectly connected" with another element interposed therebetween. In addition, when a certain part is referred to as "including" a certain component, unless otherwise stated, other components are not excluded, but it means that other components may be included.

The terms first, second, third, etc. are used herein to describe various elements, components, regions, layers and/or sections, but are not limited thereto. These terms are only used to distinguish one element, component, region, layer or section from another element, component, region, layer or section. Thus, a first element, component, region, layer or section discussed below could be termed a second element, component, region, layer or section without departing from the scope of the present invention.

Also, as used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, unless the context indicates otherwise. It will be further understood that the terms "comprises," "comprising," and/or "comprising," when used in this specification, specify the presence of stated features, operations, elements, components, items, species, and/or groups, but do not preclude the presence, or addition of one or more other features, operations, elements, components, items, species, and/or groups thereof. The terms "or" and/or "as used herein are to be construed as inclusive or meaning any one or any combination. Thus, "A, B or C" or "A, B and/or C" means "any of the following: a; b; c; a and B; a and C; b and C; A. b and C ". An exception to this definition will occur only when a combination of elements, functions or operations are inherently mutually exclusive in some way.

The embodiment of the invention provides a network distribution method for an SDK client, which is characterized in that three long connections are constructed between the SDK client and an APP client to realize communication of the SDK client and the APP client at different stages; the method comprises the steps that APP version information of an APP client is obtained through an SDK client, whether the APP version information supported by the APP client is consistent or not is compared, and if the APP version information is consistent, the SDK client can be connected with a cloud end according to distribution network information provided by the APP client to complete distribution network; if the distribution network information is inconsistent with the APP version information of the APP client, downloading an SDK package supporting the APP client to the cloud end through the APP client, sending the SDK package to the SDK client by the APP client for decompression and covering the current SDK to realize consistency with the APP version information of the APP client, and further connecting the cloud end according to the obtained distribution network information provided by the APP client to realize completion of distribution network; according to the scheme, when the APP is inconsistent with the SDK client side, the user can operate by himself to realize the consistency matching of the replaced APP and the SDK client side, and the fact that the high-efficiency SDK client side distribution network can be realized under the condition of different APPs is greatly mentioned.

Embodiments of the present invention will be described in detail below with reference to the accompanying drawings so that those skilled in the art can easily implement the embodiments of the present invention. The present invention may be embodied in many different forms and is not limited to the embodiments described herein.

As shown in fig. 1, a schematic structural diagram of a distribution network system of an SDK client in the embodiment of the present application is shown.

The SDK client distribution network system comprises: an SDK client 11, an APP client 12, and a cloud 13;

in this embodiment, the SDK client 11 and the APP client 12 may be applied to a terminal, and the terminal may be various electronic devices having a display screen and supporting web browsing, including but not limited to a smart phone, a tablet computer, an E-book reader, an MP3 player (Moving Picture E interface displays a properties Group Audio Layer III, motion Picture experts compression standard Audio Layer 3), an MP4 player (Moving Picture E interface displays a properties Group Audio Layer IV, motion Picture experts compression standard Audio Layer 4), a laptop computer, a desktop computer, and the like.

The SDK client 11 is applied to an SDK, and stores APP version information supported by the currently applied SDK; the APP client 12 establishes a first long connection with the SDK client 11; the APP client 12 sends APP version information of itself to the SDK client 11 through a first long connection, and the SDK client 11 detects whether APP version information supported by the currently applied SDK is consistent with APP version information sent by the APP client 12;

if the network distribution information is consistent with the network distribution information provided by the APP client 12, the SDK client 11 acquires the network distribution information provided by the APP client 12 and connects with the cloud 13 according to the network distribution information;

and if the version information is inconsistent with the version information, informing the APP client 12 that the version information is inconsistent. When the APP client 12 receives the condition that the corresponding version information is inconsistent, the first long connection with the SDK client 11 is disconnected; the APP client 12 downloads an SDK package supporting the client from the cloud 13 through the network connection established with the cloud 13, and establishes a second long connection with the SDK client 11; the APP client 12 sends the SDK packet to the SDK client 11 through a second long connection; the SDK client 11 covers the SDK decompressed by the SDK packet with the currently applied SDK and starts the SDK;

the SDK client 11 and the APP client 12 establish a third long connection, and the APP client 12 sends the APP version information of the APP client to the SDK client 11 through the third long connection; the SDK client 11 detects whether APP version information supported by the currently applied SDK is consistent with APP version information sent by the APP client; and if the network connection information is consistent with the network connection information, obtaining the network connection information provided by the APP client 12 through a third-time long connection, and connecting the cloud end 13 according to the network connection information.

Therefore, under the condition that the corresponding versions are consistent or inconsistent, the problem of network distribution of the SDK client side can be achieved through the SDK client side network distribution system, and the network distribution is completed.

Similar to the principle of the embodiment, the invention provides a network distribution method for an SDK client.

Specific embodiments are provided below in conjunction with the attached figures:

fig. 2 shows a schematic flow chart of a network distribution method for an SDK client in the embodiment of the present invention.

Applied to an SDK client, the method comprises the following steps:

step S21: establishing a first long connection with an APP client;

optionally, the SDK client and the APP client establish a first long connection through a socket channel.

Step S22: receiving the self APP version information of the APP client sent by the APP client;

optionally, the SDK client receives APP version information of the APP client itself sent by the APP client through a socket channel of the first-time long connection.

Optionally, the APP version information includes: APP type, version number, and update date.

Step S23: and detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client.

Optionally, the APP version information supported by the SDK of the current application includes: APP type, version number, and update date.

Optionally, the APP type, version number, and update date in the APP version information supported by the SDK of the current application are respectively compared with the APP type, version number, and update date in the APP version information sent by the APP client, and whether each information in the two APP version information is completely consistent is determined.

And S241, if the network distribution information is consistent with the network distribution information provided by the APP client, obtaining the distribution network information provided by the APP client.

Optionally, if the network distribution information is consistent, sending a network distribution information request to the APP client through the socket channel of the first long connection, and receiving the network distribution information provided by the APP client through the socket channel of the first long connection.

Step S242: and connecting a cloud terminal according to the distribution network information.

Optionally, the distribution network information includes: https domain name, wireless network account number, and password.

Optionally, the network distribution of the SDK client is completed by connecting the https domain name, the wireless network account and the password to the cloud.

Step S25: and if not, executing the SDK client processing step with the inconsistent version.

The SDK client processing step with the inconsistent version comprises the following steps:

step S251: and informing the APP client of the condition that the corresponding version information is inconsistent.

Optionally, an informing signal for informing of the inconsistency of the corresponding version information is sent to the APP client through a socket channel of the first long connection, so that the APP client can know the inconsistency of the version information.

It should be noted that, after knowing the result of the inconsistent version information, the APP client disconnects the first long connection with the SDK client, and performs network connection with the cloud for subsequent purposes.

Step S252: and receiving the SDK package supporting the APP client, which is downloaded from the cloud end by the APP client, through a second long connection established with the APP client.

Specifically, a second long connection is established with the APP client; and receiving the SDK package supporting the APP client, which is downloaded from the cloud end by the APP client, through a second long connection.

Optionally, the SDK client and the APP client establish a second long connection through the socket channel.

Optionally, the SDK package supporting the APP client and downloaded by the APP client from the cloud is received through a socket channel.

Step S253: and covering the SDK decompressed by the SDK packet with the currently applied SDK, and starting the SDK.

Optionally, the step S253 includes: decompressing the SDK packet to obtain a corresponding SDK and installing the SDK; covering the newly obtained SDK with the currently applied SDK; and restarting the equipment after the installation is finished so that the new SDK is started to take effect. The second long connection is broken because of the restart after the installation is completed.

Step S254: and establishing a third long connection with the APP client.

Optionally, a third long connection is established with the APP client through the socket channel.

Step S255: and receiving the self APP version information of the APP client sent by the APP client.

Optionally, the SDK client receives APP version information of the APP client itself sent by the APP client through a socket channel of the third-time long connection.

Step S256: and detecting that the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client.

Specifically, step S256 includes:

detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side; the specific manner is the same as that of each embodiment of step S23, and therefore, the detailed description thereof is omitted;

the APP client side sends the SDK package supporting the APP client side downloaded from the cloud side, so that two versions of information are consistent;

it should be noted that there is also a possibility that a failure occurs or a problem occurs in the downloading, sending, decompressing, and installing processes of the downloaded SDK, which results in inconsistent version information, so that consistency determination is still required, the failure condition is detected in time, and then a good SDK package is obtained again.

Step S257: and connecting to a cloud terminal according to the distribution network information.

Optionally, the https domain name, the wireless network account number and the password are connected with the cloud end to complete network distribution of the SDK client, and even if the corresponding versions are inconsistent, the problem of network distribution of the SDK client is solved, and network distribution is completed.

Optionally, as described above, there may be a problem of inconsistency during detection, so the SDK client processing step with inconsistent version may be executed again;

the processing step of the SDK client with the inconsistent version at this time comprises the following steps: informing the APP client of the condition that corresponding version information is inconsistent; receiving, through a fourth long connection established with the APP client, an SDK package supporting the APP client, which is downloaded again by the APP client from the cloud; covering the SDK decompressed by the SDK packet on the currently applied SDK, and starting the SDK; and the fifth long connection is established with the APP client side so as to receive the own APP version information of the APP client side sent by the APP client side, and under the condition that the APP version information supported by the SDK of the current application is detected to be consistent with the APP version information sent by the APP client side, the fifth long connection is connected to the cloud side according to the acquired distribution network information provided by the APP client side.

Fig. 3 shows a schematic flow chart of a network distribution method for an SDK client in the embodiment of the present invention.

Applied to an APP client, the method comprising:

step S31: and establishing a first long connection with the SDK client.

Optionally, the APP client and the SDK client establish a first long connection through a socket channel.

Step S32: and sending own APP version information to the SDK client so that the SDK client can detect whether the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client.

Optionally, when all the APPs are developed, a uniform protocol is reserved to notify the current version information of the SDK.

Step S331: and receiving a distribution network information request sent by the SDK client under the condition of consistency detection.

Optionally, the network distribution information request sent by the SDK client to the APP client through the socket channel connected for the first time is received under the condition that the version information is consistent.

Step S332: and providing distribution network information to the SDK client so that the SDK client can be connected with a cloud end according to the distribution network information.

Optionally, the distribution network information is sent to the SDK client through a socket channel of the first long connection.

Step S341: and receiving the condition that the corresponding version information informed by the SDK client is inconsistent under the condition that the version information is detected to be inconsistent.

Optionally, the notification signal that the SDK client notifies the APP client of the fact that the corresponding version information is inconsistent through the socket channel connected for the first time may be received under the condition that the version information is inconsistent, so that the APP client may know the result that the version information is inconsistent.

Step S342: and executing the processing step of the APP client with the inconsistent version.

Wherein the processing step of the APP client with the inconsistent versions comprises:

step S3421: and disconnecting the first long connection with the SDK client.

Specifically, the first long connection maintained with the SDK client is disconnected.

Step S3422: and downloading the local SDK package from the cloud end through the network connection established with the cloud end.

Optionally, the step S3422 includes: a network connection established with the cloud; sending a downloading request corresponding to the SDK package supporting the home terminal to the cloud terminal; and downloading the SDK package supporting the local version from the cloud.

Step S3423: and establishing second long connection with the SDK client.

Optionally, after the downloading is completed, the APP client establishes a first long connection with the SDK client through the socket channel.

Step S3424: and sending the SDK packet to the SDK client so that the SDK client can cover the SDK decompressed by the SDK packet on the currently applied SDK and start the SDK.

Optionally, the upgraded SDK packet is sent to the SDK client through a second long connection, so that the SDK client can cover the currently applied SDK with the SDK decompressed by the SDK packet and start the SDK.

Step S3425: and establishing a third long connection with the SDK client.

Optionally, after the new SDK is started, the APP client and the SDK client establish a third long connection through the socket channel.

Step S3426: and sending own APP version information to the SDK client so that the SDK client can detect whether the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client.

Optionally, the APP version information of the client is sent to the SDK client through the third long connection, and the specific sending content and form of the APP version information are similar to those in step S32, which are not described herein again.

Step S3427: and receiving a distribution network information request sent by the SDK client under the condition of consistency detection.

Optionally, the network distribution information request sent by the SDK client to the APP client through the third long-connected socket channel may be received under the condition that the version information is consistent.

Step S3428: and providing distribution network information to the SDK client so that the SDK client can be connected with a cloud end according to the distribution network information.

Optionally, the distribution network information is sent to the SDK client through a socket channel of the third long connection.

Optionally, the APP client may also receive an informing signal, which is used for informing the APP client of the inconsistency of the corresponding version information, of the SDK client through a socket channel connected for the third time; after receiving the notification, disconnecting the third long connection and establishing network connection with the cloud end; sending a downloading request corresponding to the SDK package supporting the home terminal to the cloud terminal; downloading an SDK package supporting a local version from the cloud end; and establishing fourth long connection with the SDK client, and sending the SDK packet to the SDK client so that the SDK client can cover the SDK decompressed by the SDK packet to the currently applied SDK and start the SDK. And then, a fifth long-time connection is established with the SDK client, and the APP version information of the SDK client is sent to the SDK client, so that the SDK client detects that the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client, and then receives a distribution network information request sent by the SDK client to the APP client through a socket channel of the third long-time connection under the condition of consistent version information. And providing distribution network information to the APP client so that the SDK client can be connected with a cloud end according to the distribution network information.

Fig. 4 shows a schematic structural diagram of an SDK client in the embodiment of the present invention.

The SDK client first-time communication module 41 is configured to establish a first-time long connection with the APP client, and receive APP version information of the APP client itself sent by the APP client through the first-time long connection; a version detection module 42, connected to the first communication module 41 of the SDK client, configured to detect whether APP version information supported by the currently applied SDK is consistent with APP version information sent by the APP client; the distribution network module 43 is connected with the first communication module 41 of the SDK client, and is configured to connect with a cloud according to distribution network information provided by the APP client, which is obtained through the first communication module 41 of the SDK client under the consistent condition; the SDK client first-time communication module 41 is further configured to notify the APP client of the fact that the corresponding version information is inconsistent in the case of inconsistency; the SDK client secondary communication module 44 is configured to establish a second secondary long connection with the APP client, and receive, through the second secondary long connection established with the APP client, an SDK package supporting the APP client and downloaded by the APP client from the cloud; the decompression module 45 is connected with the second communication module 44 of the SDK client and is used for decompressing the SDK packet; a new SDK covering module 46, connected to the decompressing module 45, for covering the SDK decompressed by the SDK packet with the currently applied SDK and starting the SDK; the third communication module 47 of the SDK client is connected to the version detection module 42 and the distribution network module 43, and is configured to establish a third long connection with the APP client, receive and receive APP version information of the APP client itself sent by the APP client through the third long connection established with the APP client, so that the version detection module 42 detects whether APP version information supported by the currently applied SDK is consistent with APP version information sent by the APP client; the third communication module 47 of the SDK client is further configured to obtain the distribution network information provided by the APP client under the consistent condition, so that the distribution network module 43 connects to the cloud according to the distribution network information.

It should be noted that the division of each module in the system embodiment of fig. 4 is only a division of a logical function, and all or part of the actual implementation may be integrated into one physical entity or may be physically separated. For example, the modules may be one or more integrated circuits configured to implement the above methods, such as: one or more Application Specific Integrated Circuits (ASICs), or one or more microprocessors (DSPs), or one or more Field Programmable Gate Arrays (FPGAs), among others.

Since the implementation principle of the SDK-based client has been described in the foregoing embodiment, repeated description is omitted here.

Fig. 5 shows a schematic structural diagram of an APP client in the embodiment of the present invention.

The APP client comprises:

the APP client primary communication module 51 is configured to establish a primary long connection with the SDK client, and send APP version information of the APP client to the SDK client, so that the SDK client detects whether APP version information supported by the SDK currently applied by the SDK client is consistent with APP version information sent by the APP client; the APP client primary communication module 51 is further configured to provide distribution network information to the SDK client when receiving a distribution network information request sent by the SDK client in a case that the detection is consistent, so that the SDK client connects to a cloud according to the distribution network information; when receiving the condition that the corresponding version information informed by the SDK client is inconsistent under the condition that the version information is detected to be inconsistent, disconnecting the first long connection with the SDK client; a cloud communication module 52, configured to download, from the cloud, an SDK package supporting the local terminal through a network connection established with the cloud; the APP client secondary communication module 53 is connected to the cloud communication module 52, and is configured to send the SDK packet to the SDK client, so that the SDK client covers and starts the currently applied SDK with the SDK decompressed by the SDK packet; the APP client third-time communication module 54 establishes a third-time long connection with the SDK client, and sends APP version information of itself through the third-time long connection established with the SDK client, so that the SDK client detects whether APP version information supported by the SDK of its current application is consistent with APP version information sent by the APP client; and when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client through the third long connection so that the SDK client can be connected with a cloud end according to the distribution network information.

It should be noted that the division of each module in the system embodiment of fig. 5 is only a division of a logical function, and all or part of the actual implementation may be integrated into one physical entity or may be physically separated. For example, the modules may be one or more integrated circuits configured to implement the above methods, such as: one or more Application Specific Integrated Circuits (ASICs), or one or more microprocessors (DSPs), or one or more Field Programmable Gate Arrays (FPGAs), among others.

Since the implementation principle based on the APP client has been described in the foregoing embodiment, repeated description is not repeated here.

In summary, according to the network distribution method and system for the SDK client, the SDK client and the APP client of the present invention, the APP version information of the APP client is obtained through the SDK client, and whether the APP version information supported by the APP version information is consistent or not is compared, if so, the SDK client can connect with the cloud to complete network distribution according to the network distribution information provided by the APP client; if the distribution network information is inconsistent with the APP version information of the APP client, downloading an SDK package supporting the APP client to the cloud end through the APP client, sending the SDK package to the SDK client by the APP client for decompression and covering the current SDK to realize consistency with the APP version information of the APP client, and further connecting the cloud end according to the obtained distribution network information provided by the APP client to realize completion of distribution network; according to the scheme, when the APP is inconsistent with the SDK client side, the user can operate by himself to realize the consistency matching of the replaced APP and the SDK client side, and the fact that the high-efficiency SDK client side distribution network can be realized under the condition of different APPs is greatly mentioned. Therefore, the present invention effectively overcomes various disadvantages of the prior art and has high industrial utilization value.

The foregoing embodiments are merely illustrative of the principles of the present invention and its efficacy, and are not to be construed as limiting the invention. Any person skilled in the art can modify or change the above-mentioned embodiments without departing from the spirit and scope of the present invention. Accordingly, it is intended that all equivalent modifications or changes which can be made by those skilled in the art without departing from the spirit and technical spirit of the present invention be covered by the claims of the present invention.

Claims

1. A network distribution method for an SDK client is applied to the SDK client, and comprises the following steps:

establishing a first long connection with an APP client;

receiving the self APP version information of the APP client sent by the APP client;

detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side;

if the network distribution information is consistent with the network distribution information provided by the APP client, the APP client is connected with a cloud end according to the network distribution information;

if not, executing the SDK client processing step with the inconsistent version;

informing the APP client of the condition that corresponding version information is inconsistent;

receiving, through a second long connection established with the APP client, an SDK package supporting the APP client downloaded by the APP client from the cloud;

covering the SDK decompressed by the SDK packet on the currently applied SDK, and starting the SDK;

and the third long connection is established with the APP client side so as to receive the own APP version information of the APP client side sent by the APP client side, and under the condition that the APP version information supported by the SDK of the current application and the APP version information sent by the APP client side are detected to be consistent, the connection is made to a cloud side according to the acquired distribution network information provided by the APP client side.

2. The network distribution method for the SDK client side according to claim 1, wherein the first long connection, the second long connection and the third long connection all use socket channels.

3. The SDK client network distribution method of claim 1, wherein the APP version information comprises: APP type, version number, and update date.

4. The network distribution method for the SDK client according to claim 1, wherein the detecting whether the APP version information supported by the SDK currently applied is consistent with the APP version information sent by the APP client comprises:

and respectively comparing the APP type, version number and update date in the APP version information supported by the SDK of the current application with the APP type, version number and update date in the APP version information sent by the APP client, and judging whether the information in the two APP version information is completely consistent.

5. The method for network distribution at an SDK client according to claim 1, wherein the network distribution information comprises: https domain name, wireless network account number, and password.

6. A network distribution method for an SDK client is applied to an APP client, and comprises the following steps:

establishing a first long connection with the SDK client;

sending own APP version information to the SDK client so that the SDK client can detect whether the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client;

when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client so that the SDK client can be connected with a cloud end according to the distribution network information;

when receiving the condition that the corresponding version information informed by the SDK client is inconsistent under the condition that the version information is detected to be inconsistent, executing the processing step of the APP client with inconsistent version;

disconnecting the first long connection with the SDK client;

downloading an SDK package supporting a home terminal from the cloud terminal through a network connection established with the cloud terminal;

establishing a second long connection with the SDK client;

sending the SDK packet to the SDK client so that the SDK client can cover the SDK decompressed by the SDK packet on the currently applied SDK and start the SDK;

sending own APP version information through a third long connection established with the SDK client so that the SDK client can detect whether the APP version information supported by the SDK currently applied by the SDK client is consistent with the APP version information sent by the APP client;

and when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client so that the SDK client can be connected with a cloud end according to the distribution network information.

7. The method for distributing a network to an SDK client of claim 1, wherein downloading the local supporting SDK package from the cloud via the network connection established with the cloud comprises:

establishing network connection with the cloud;

sending a downloading request corresponding to the SDK package supporting the home terminal to the cloud terminal;

and downloading the SDK package supporting the local terminal from the cloud terminal.

8. An SDK client, comprising:

the SDK client-side first-time communication module is used for establishing first-time long connection with the APP client-side and receiving the APP version information of the APP client-side per se sent by the APP client-side through the first-time long connection;

the version detection module is connected with the SDK client side primary communication module and is used for detecting whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side;

the distribution network module is connected with the first communication module of the SDK client and is used for connecting a cloud end according to distribution network information provided by the APP client, which is acquired by the first communication module of the SDK client under the consistent condition;

the SDK client side first communication module is also used for informing the APP client side of the condition that the corresponding version information is inconsistent under the condition that the version information is inconsistent;

the SDK client secondary communication module is used for establishing secondary long connection with the APP client and receiving an SDK package supporting the APP client and downloaded from the cloud end by the APP client through the secondary long connection established with the APP client;

the decompression module is connected with the second communication module of the SDK client and used for decompressing the SDK packet;

the new SDK covering module is connected with the decompressing module and used for covering the SDK decompressed by the SDK packet with the currently applied SDK and starting the SDK;

the third communication module of the SDK client is connected with the version detection module and the distribution network module and used for establishing third long connection with the APP client, receiving and receiving the APP version information of the APP client sent by the APP client through the third long connection established with the APP client, so that the version detection module detects whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client;

the SDK client side third communication module is further used for obtaining distribution network information provided by the APP client side under the consistent condition, so that the distribution network module can be connected with a cloud side according to the distribution network information.

9. An APP client, comprising:

the APP client side first communication module is used for establishing first long connection with the SDK client side and sending self APP version information to the SDK client side so that the SDK client side can detect whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side or not;

the APP client side first communication module is further used for providing distribution network information to the SDK client side when a distribution network information request sent by the SDK client side under the condition that the detection is consistent is received, so that the SDK client side can be connected with a cloud side according to the distribution network information; when receiving the condition that the corresponding version information informed by the SDK client is inconsistent under the condition that the version information is detected to be inconsistent, disconnecting the first long connection with the SDK client;

the cloud communication module is used for downloading the local SDK package from the cloud through network connection established with the cloud;

the APP client secondary communication module is connected with the cloud communication module and used for sending the SDK packet to the SDK client so that the SDK client can cover the SDK of the current application with the SDK decompressed by the SDK packet and start the SDK;

the APP client side third communication module is used for establishing third long connection with the SDK client side and sending self APP version information through the third long connection established with the SDK client side so that the SDK client side can detect whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client side or not; and when a distribution network information request sent by the SDK client under the condition of consistency detection is received, providing distribution network information to the SDK client through the third long connection so that the SDK client can be connected with a cloud end according to the distribution network information.

10. An SDK client distribution network system, the system comprising:

the system comprises an SDK client, an APP client and a cloud;

the method comprises the steps that an SDK client side and an APP client side establish first long connection, and the APP client side sends APP version information of the APP client side to the SDK client side through the first long connection; the SDK client detects whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client; if the network distribution information is consistent with the network distribution information provided by the APP client, the APP client is connected with a cloud end according to the network distribution information; if the version information is inconsistent with the version information, informing the APP client of the inconsistent condition of the corresponding version information; when the APP client receives the condition that the corresponding version information is inconsistent, the first long connection with the SDK client is disconnected; the APP client downloads an SDK package supporting the APP from the cloud end through the network connection established with the cloud end, and establishes a second long connection with the SDK client; the APP client sends the SDK packet to the SDK client through second long connection; the SDK client side covers the SDK which is decompressed by the SDK packet to the SDK which is currently applied, and starts the SDK; the SDK client side and the APP client side establish third long connection, and the APP client side sends the APP version information of the APP client side to the SDK client side through the third long connection; the SDK client detects whether the APP version information supported by the SDK of the current application is consistent with the APP version information sent by the APP client; and if the network distribution information is consistent with the network distribution information, the network distribution information provided by the APP client side is acquired through third-time long connection, and the cloud side is connected according to the network distribution information.