WO2023082365A1 - Wechat mini program packaging platform and method, and device and storage medium - Google Patents

Abstract

The present application relates to the field of computer software, and in particular to a WeChat mini program packaging platform and method, and a device and a storage medium. The platform comprises a service system and a file system, wherein the service system is used for acquiring first information and generating a pre-compiled code of a WeChat mini program according to the first information, and the file system is used for being called by the service system. The service system comprises a receiving module, a Diff information generation module, a Diff information processing module and a compiling module, and the file system comprises a WeChat developer tool, wherein the receiving module is used for receiving the first information; the Diff information generation module is used for processing the first information and generating Diff information; the Diff information processing module is used for processing the Diff information and generating information to be compiled; the compiling module is used for processing the information to be compiled and generating the pre-compiled code; and the WeChat developer tool is used for debugging the pre-compiled code and compiling a code packet of the WeChat mini program, so as to package the WeChat mini program. The present application has the effect of facilitating the improvement of the packaging efficiency of a WeChat mini program.

Description

A WeChat applet packaging platform, method, device and storage medium technical field

The present application relates to the field of computer software, in particular to a WeChat applet packaging platform, method, device and storage medium.

Background technique

WeChat Mini Program is a new open capability within the WeChat system. Developers can use the WeChat Developer Tools to quickly develop a WeChat Mini Program and package the corresponding WeChat Mini Program code package.

At present, the main method of packaging WeChat applets is the developer’s local packaging method: first, the client obtains the code information that the WeChat applet needs to update from the service system through network I/O technology, and then mainly relies on the local computer configuration to update the WeChat applet. to pack.

In the process of implementing this application, the inventor found that the above-mentioned technology has at least the following problems: using the developer’s local packaging method, on the one hand, the network I/O technology will generate a high network delay, and on the other hand, due to the WeChat small The program packaging process needs to occupy extremely high CPU resources of the local computer, which makes it difficult for developers to perform other WeChat mini-program packaging operations during the packaging process, so it will affect the packaging efficiency of WeChat mini-programs. It can be seen that WeChat in the prior art The packaging efficiency of applets is low.

Contents of the invention

In order to facilitate the packaging efficiency of WeChat applets, the present application provides a WeChat applet packaging platform, method, device and storage medium.

In the first aspect, the application provides a WeChat applet packaging platform, which adopts the following technical solution:

A WeChat mini-program packaging platform, including a service system and a file system;

The service system is used to obtain the first information and generate the precompiled code of the WeChat applet according to the first information; the file system is used for calling by the service system; the service system includes a receiving module, Diff Information generating module, Diff information processing module and compiling module; Described file system comprises micro-letter developer tool; Described receiving module is used for receiving described first information; Described Diff information generating module is used for processing described first information and Generate corresponding Diff information; the Diff information processing module is used to process the Diff information and generate corresponding information to be compiled; the compilation module is used to process the information to be compiled and generate the pre-compiled code; the WeChat The developer tool is used to debug the precompiled code and compile the code package of the WeChat applet, so as to realize the packaging of the WeChat applet.

By adopting the above technical solution, the main process of packaging WeChat applets can be completed by the service system and file system, which not only eliminates the network delay caused by network I/O technology, because the packaging process is mainly completed by the service system and file system , the packaging process will not occupy too much CPU resources of the client, so that the user can use the client to perform other packaging operations of WeChat Mini Programs, which is convenient for improving the packaging efficiency of WeChat Mini Programs.

In the second aspect, the application provides a method for packaging WeChat applets, which adopts the following technical solution:

A WeChat mini-program packaging method, comprising:

Acquiring the first information that needs to be packaged; processing the first information to generate Diff information; processing the Diff information to generate information to be compiled; processing the information to be compiled to generate precompiled code; The pre-compiled code is debugged to generate the code package of the WeChat applet, so as to realize the packaging of the WeChat applet.

By adopting the above technical solution, the main process of packaging WeChat applets can be completed by the service system and file system, which not only eliminates the network delay caused by network I/O technology, because the packaging process is mainly completed by the service system and file system , the packaging process will not occupy too much CPU resources of the client, so that the user can use the client to perform other packaging operations of WeChat Mini Programs, which is convenient for improving the packaging efficiency of WeChat Mini Programs.

In the third aspect, the present application provides a computer device, which is characterized in that it includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute any of the above-mentioned WeChat applet packaging methods.

By adopting the above technical solution, the main process of packaging WeChat applets can be completed by the service system and file system, which not only eliminates the network delay caused by network I/O technology, because the packaging process is mainly completed by the service system and file system , the packaging process will not occupy too much CPU resources of the client, so that the user can use the client to perform other packaging operations of WeChat Mini Programs, which is convenient for improving the packaging efficiency of WeChat Mini Programs.

In a fourth aspect, the present application provides a computer-readable storage medium, which is characterized in that it stores a computer program that can be loaded by a processor and execute any of the above-mentioned WeChat applet packaging methods.

By adopting the above technical solution, the main process of packaging WeChat applets can be completed by the service system and the file system, which not only eliminates the network delay caused by network I/O technology, because the packaging process is mainly completed by the service system and file system , the packaging process will not occupy too much CPU resources of the client, so that the user can use the client to perform other packaging operations of WeChat Mini Programs, which is convenient for improving the packaging efficiency of WeChat Mini Programs.

In summary, the present application includes at least one of the following beneficial technical effects:

1. During the implementation of this application scheme, the main packaging process of the WeChat applet can be completed by the service system and the file system, and the client mainly plays the role of controlling the service to package the WeChat applet, which can facilitate the reduction of existing technology. The network delay caused by using network I/O technology for packaging between the client and the service system. In addition, because the WeChat applet no longer occupies more CPU resources of the client, developers can use the client to communicate between the service system and the server system. While the file system is performing packaging operations, other WeChat applet packaging operations are performed at the same time, so as to improve the packaging efficiency of WeChat applets.

2. Since the user space can independently store the WeChat applet information of different users, it is convenient to synchronize and independently package different versions of WeChat applets, which solves the problem of mutual coverage of different versions of WeChat applets, thus improving the WeChat applet. packaging efficiency.

3. Through the timed task module and WebHooks module in the WeChat applet packaging platform, it is convenient to realize timely synchronous update of the second branch code in the code space, which is conducive to improving the packaging efficiency of WeChat applets.

Description of drawings

Fig. 1 is a structural block diagram of using the WeChat applet packaging platform to package WeChat applets in the embodiment of the application; Fig. 2 is a method flow chart of a method for packaging WeChat applets in the embodiment of the application.

Description of reference numerals: 100, communication layer; 200, service system; 201, timing task module; 202, WebHooks module; 203, receiving module; 204, Diff information generating module; 205, Diff information processing module; 206, compiling module; 300, file system; 310, Git warehouse; 311, user space; 312, code space; 320, cache space; 330, WeChat developer tool.

Detailed ways

The application will be described in further detail below in conjunction with the accompanying drawings.

The source code of a WeChat applet includes the source code of several branches. As the version of the WeChat applet changes, the source code of one or several branches of the WeChat applet will be updated accordingly, such as the branch corresponding to the previous version. Source code additions, modifications, and deletions may occur as compared to the source code. Then, it is necessary to perform automated testing on the updated branch code, reintegrate the successful branch code into the main source code of the original WeChat applet, and overwrite the original branch code, thereby generating the WeChat applet Precompile the code, and then use the WeChat developer tool to debug and finally compile the precompiled code, and then generate the code package of the WeChat applet.

The embodiment of the present application discloses a WeChat mini-program packaging platform. Referring to FIG. 1 , the WeChat applet packaging platform includes a communication layer 100 , a service system 200 and a file system 300 .

To use the above-mentioned WeChat mini-program packaging platform, users need to log in to the WeChat mini-program packaging platform through the client first, specifically:

The user opens the login interface of the WeChat mini-program packaging platform through the browser on the client. There is a platform login QR code on the login interface. The user scans the platform login QR code through WeChat to log in to the WeChat mini-program packaging platform.

After the user logs in to the WeChat applet packaging platform, he can send the WeChat applet packaging information to the service system 200 through the client. The sending of the WeChat applet packaging information depends on the communication link between the client and the service system 200, and the customer The communication link between the client and the service system 200 is implemented by the communication layer 100. Preferably, the communication protocol used for the communication link between the client and the service system 200 includes the WebSocket protocol and the Http protocol.

The client is also used to select the branch information of the Git warehouse 310 and the WeChat applet that need to be packaged, and record the branch information of the Git warehouse 310 and the WeChat applet that need to be packaged as the first information, and the client further records the above first information sent to the service system 200.

The service system 200 is used to receive the WeChat applet packaging information sent by the client and execute the packaging operation of the WeChat applet.

The file system 300 is used for invoking by the service system 200 when the service system 200 packages the WeChat applet.

The service system 200 includes: a scheduled task module 301 , a WebHooks module 302 , a receiving module 203 , a file I/O, a Diff information generating module 204 , a Diff information processing module 305 and a compiling module 306 . The file system 300 includes: a Git repository 310 , a user space 311 , a code space 312 , a cache space 320 and a WeChat developer tool 330 .

Each WeChat mini-program includes several branch information. For example, a WeChat mini-program about tourism may have several branch information including hotels, train tickets and tour guides. These branch information are all stored in the Git warehouse 310 . In the version update of the WeChat applet, when the branch information related to the hotel is updated, the user can log in to the WeChat applet packaging platform, select the Git warehouse 310 related to the storage branch information, and the hotel-related and updated Git warehouse 310 branch information. The branch information includes the code of each version related to the hotel and the Hash table file corresponding to each version code.

After the developer completes the development of the branch code of the current version of the WeChat Mini Program, he needs to write the developed branch code of the current version of the WeChat Mini Program into the Git warehouse 310, so that each version of the WeChat Mini Program is stored in the Git warehouse 310 The code for each branch of . The Git warehouse 310 is similar to a cloud code base. In order to ensure the consistency of the Git warehouse 310 and the local WeChat applet code of the service system, it is necessary to synchronize the branch code of the current version of the WeChat applet written in the Git warehouse 310 to the local service system. in the cache space 320.

Git repository 310 can be divided into user space 311 and code space 312 .

The user space 311 is used to independently store the branch codes of the WeChat applets developed by each user, and record the branch codes of the WeChat applets as the first branch codes. The user space 311 is also used to independently store the branch codes corresponding to the first branch codes. The first Hash table file, the first Hash table file is calculated by the first branch code through the Hash algorithm, the first Hash table file includes some files corresponding to the first branch code, and the first Hash table file calculated by the Hash algorithm for each file A Hash value. The code space 312 is used to store the branch code copied from the cache space 320 and updated, and the branch code copied from the cache space 320 and updated is recorded as the second branch code, and the code space 312 is also used to store and update the branch code. The second Hash table file corresponding to the code, the second Hash table file is obtained by the operation of the second branch code through the Hash algorithm, the second Hash table file includes several files corresponding to the second branch code, and each file is calculated by the Hash algorithm The obtained second Hash value.

There are two synchronization methods for synchronizing the branch code of the current version of the WeChat applet written in the Git warehouse 310 to the local cache space 320 of the service system:

Optionally, the first type is active synchronization, which is performed through the timing task module 301. Specifically: the update time interval and time range are preset, and the timing task module 301 is used to determine the Git warehouse within the time range every update time interval Whether the current branch codes of the WeChat applets in 310 are updated, and update the branch codes of the updated WeChat applets to the cache space 320, that is, update the corresponding branch codes in the cache space 320 to the corresponding branch codes in the Git warehouse 310 Updated branch code.

For example, the default update time interval is 30 minutes, and the default time range is 30 days. If the active synchronization method is used, the scheduled task module 301 needs to judge whether the current branch codes of the WeChat applets in the Git warehouse 310 have been updated within 30 days every 30 minutes, and update the branch codes of the updated WeChat applets to the cache In space 320.

Optionally, the second type is passive synchronization. Passive synchronization is performed through the WebHooks module 302. Specifically: the working mode of the WebHooks module 302 is triggered, and the trigger condition is that the developer submits the branch code of a new WeChat applet to the Git warehouse. When the developer submits the branch code of the new WeChat applet to the Git warehouse, the WebHooks module 302 starts to work after being triggered, and updates the branch code corresponding to the branch code submitted by the developer in the cache space 320 to the branch code submitted by the developer .

The branch code of the current version of the WeChat applet written in the Git repository 310 can be synchronized to the local cache space 320 of the service system through any of the above synchronization methods. Further, it is also necessary to copy the updated branch code in the cache space 320 to the code space 312 through file I/O, and the file I/O is used for operations such as copying, pasting, overwriting and deleting files in the service system 200 .

After the user logs in to the WeChat applet packaging platform through the client, he can further select the Git warehouse information of the Git warehouse 310 and the updated WeChat applet branch information in the Git warehouse 310 through the client, and upload the Git warehouse information and the branch information of the Git warehouse 310. The updated WeChat applet branch information is recorded as the first information. Further, the client is configured to send the first information to the service system 200 through the communication layer 100 .

The receiving module 203 in the service system 200 is configured to receive the first information sent by the client, and send the first information to the Diff information generating module 204 .

The Diff information generation module 204 is used to process the first information, specifically:

First read the first Hash table file in the user space 311 and the corresponding second Hash table file in the code space 312, then compare the first Hash table file and the second Hash table file to obtain Diff information, and further Diff The information is sent to the Diff information processing module 305 .

If a certain file exists in the second Hash table file but does not exist in the first Hash table file, the Diff information is: the file name of the file and the compiling type of the file compiled this time are "new".

If a certain file does not exist in the second Hash table file but exists in the first Hash table file, the Diff information is: the file name of the file and the compiling type of this file is "delete".

If a certain file exists in the second Hash table file, it also exists in the first Hash table file, but the corresponding second Hash value of the file in the second Hash table file is the same as that of the file in the first Hash table file. If the first Hash values are different, the Diff information is: the file name of the file and the compilation type of the current compilation of the file is "change".

If a certain file exists in the second Hash table file, it also exists in the first Hash table file, and the corresponding second Hash value of the file in the second Hash table file is the same as that of the file in the first Hash table file. If the first Hash values are the same, the Diff information is: the file name of the file and the compilation type of the current compilation of the file is "no operation".

The Diff information processing module 305 is used to process the above-mentioned Diff information and generate corresponding information to be compiled, specifically:

The Diff information processing module 305 first receives the Diff information sent from the Diff information generation module 204;

If the received Diff information is the file name of the file and the compiling type of this file is "new", then the newly added file in the second Hash table file is copied and copied to the first Hash through file I/O. corresponding position in the table file, thereby generating the third Hash table file.

If the received Diff information is the file name of the file and the compiling type of the file compiled this time is "delete", delete the extra files in the first Hash table file relative to the second Hash table file through file I/O , thereby generating the fourth Hash table file.

If the received Diff information is the file name of the file and the compiling type of the file compiled this time is "change", copy the files that have changed in the second Hash table file relative to the first Hash table file through file I/O and copied to the corresponding position in the first Hash table file, thereby generating the fifth Hash table file.

If the received Diff information is the file name of the file and the compilation type of the current compilation of the file is "no operation", then no operation is performed on the first Hash table file.

The Diff information processing module 305 can import the generated third Hash table file, the fourth Hash table file and the fifth Hash table file into the preset file list to be compiled, generate information to be compiled, and send the information to be compiled to the compiler Module 306.

In implementation, after the branch code of a WeChat applet is updated, if there is some code newly added to the first branch code, the third Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 Import the third Hash table file into the preset file list to be compiled, and the third Hash table file is the information to be compiled.

After the branch code of a WeChat applet is updated, if part of the code in the first branch code is deleted, the fourth Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 will generate the fourth Hash table file. The file is imported into the preset list of files to be compiled, and the fourth Hash table file is the information to be compiled.

After the branch code of a WeChat applet is updated, if part of the code in the first branch code changes, the fifth Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 will generate the fifth Hash table file. The file is imported into the preset list of files to be compiled, and the fifth Hash table file is the information to be compiled.

After the branch code of a WeChat applet is updated, if there are some codes newly added to the first branch code, and some codes in the first branch code are deleted, then the third Hash will be generated by the Diff information processing module 305 Table file and the 4th Hash table file, further, Diff information processing module 305 imports the 3rd Hash table file and the 4th Hash table file in the preset file list to be compiled, the 3rd Hash table file and the 4th Hash table file That is, the information to be compiled.

After the branch code of a WeChat applet is updated, if there are some codes newly added to the first branch code, and some codes in the first branch code are changed, the third Hash will be generated by the Diff information processing module 305 table file and the fifth Hash table file, further, the Diff information processing module 305 imports the third Hash table file and the fifth Hash table file into the preset list of files to be compiled, the third Hash table file and the fifth Hash table file That is, the information to be compiled.

After the branch code of a WeChat applet is updated, if some codes in the first branch code are deleted, and some codes in the first branch code are changed, the fourth Hash will be generated by the Diff information processing module 305 table file and the fifth Hash table file, further, the Diff information processing module 305 imports the fourth Hash table file and the fifth Hash table file into the preset file list to be compiled, the fourth Hash table file and the fifth Hash table file That is, the information to be compiled.

After the branch code of a WeChat applet is updated, if there are some codes newly added to the first branch code, some codes in the first branch code are deleted, and some codes in the first branch code are changed , then the third Hash table file, the fourth Hash table file and the fifth Hash table file will be generated by the Diff information processing module 305, further, the Diff information processing module 305 will generate the third Hash table file, the fourth Hash table file and the fifth Hash table file The Hash table file is imported into the preset file list to be compiled, and the third Hash table file, the fourth Hash table file and the fifth Hash table file are the information to be compiled.

The compilation module 306 is used to process the information to be compiled and generate the precompiled code of the WeChat applet, specifically:

The compilation module 306 receives the information to be compiled sent by the Diff information processing module 305;

If there is a third Hash table file in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code to generate the third branch code;

If there is the fourth Hash table file in the information to be compiled, then the code in the first branch code corresponding to the file deleted in the first Hash table file is deleted to generate the fourth branch code;

If there is the 5th Hash table file in the information to be compiled, then the file copied and copied from the second Hash table file in the 5th Hash table file is compiled, and the code after compiling is overwritten on the corresponding position of the first branch code code to generate the fifth branch code.

If there is not only the third Hash table file but also the fourth Hash table file in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code, and simultaneously The code in the first branch code corresponding to the file deleted in the first Hash table file is deleted to generate the sixth branch code.

If there is not only the third Hash table file but also the fifth Hash table file in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code. In the fifth Hash table file, the files copied and copied from the second Hash table file are compiled, and the compiled code covers the code at the corresponding position of the first branch code to generate the seventh branch code.

If there is not only the fourth Hash table file but also the fifth Hash table file in the information to be compiled, the code in the first branch code corresponding to the file deleted in the first Hash table file is deleted, and the fifth Hash table is also deleted. Compile the file copied and copied from the second Hash table file in the file, and overwrite the code at the corresponding position of the first branch code with the compiled code to generate the eighth branch code.

If the third Hash table file, the fourth Hash table file and the fifth Hash table file exist in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code At the same time, the code in the first branch code corresponding to the file deleted in the first Hash table file is deleted, and at the same time, the file copied and copied from the second Hash table file in the fifth Hash table file is compiled, And the compiled code covers the code at the corresponding position of the first branch code to generate the ninth branch code.

The third branch code, the fourth branch code, the fifth branch code, the sixth branch code, the seventh branch code, the eighth branch code and the ninth branch code are all possible precompiled codes.

In implementation, according to the specific content of the information to be compiled, one of the third branch code, the fourth branch code, the fifth branch code, the sixth branch code, the seventh branch code, the eighth branch code and the ninth branch code The branch code is used as precompiled information, and the precompiled code will be further sent to the WeChat developer tool 330 .

WeChat developer tools 330 are used to debug precompiled codes and compile code packages of WeChat applets, specifically:

The WeChat developer tool 330 first receives the precompiled code sent by the compilation module 306; debugs the received precompiled code; integrates the debugged precompiled code into the code trunk of the WeChat applet, and generates a code package of the WeChat applet.

Based on the same inventive concept, the embodiment of the present application also discloses a WeChat applet packaging method, referring to Fig. 2, including the following steps:

S100. Obtain first information to be packaged.

The first information includes the information of the Git warehouse 310 that needs to be packaged and the information of the WeChat applet branch stored in the Git warehouse 310 . It should be noted that the codes of each branch of each version of a WeChat applet and the hash table files corresponding to each branch code are stored in the Git repository 310 . In implementation, if a WeChat applet needs to be updated in version, the developer will upload the developed branch code to the corresponding Git warehouse 310 after developing the branch code of the current version of the WeChat applet.

Specifically, the information in the Git warehouse 310 used for the packaging operation of the WeChat applet mainly includes one or more branch codes updated in this version of the WeChat applet and the Hash table files of the corresponding branch codes, as well as the previous version. One or more branch codes corresponding to the version of the WeChat applet and the Hash table file of the corresponding branch codes. For the convenience of expression, one or more branch codes that have been updated in the previous version of the WeChat applet are recorded as the first branch code, and the Hash table file corresponding to or corresponding to the first branch code is recorded as the first Hash table file; And record one or more branch codes corresponding to the WeChat applet of this version as the second branch code, and record the Hash table file corresponding or corresponding to the second branch code as the second Hash table file.

In the implementation, the user can scan the WeChat QR code on the login interface of the client through the mobile terminal to log in to the WeChat applet packaging platform. After the user logs in to the WeChat applet packaging platform, he can choose to include the first branch code through the client. , the first Hash table file, the second branch code, and the first information including the second Hash table file, and send the first information to the service system 200 .

A communication layer 100 is arranged between the client and the service system 200, and the communication layer 100 is used to establish communication between the client and the service system 200.

In implementation, after the user selects the first information by using the client, the first information may be further sent to the service system 200 through the communication layer 100 , and the service system 200 obtains the first information through the receiving module 203 .

S200. Process the first information to generate Diff information.

In implementation, after receiving the first information, the receiving module 203 further sends the first information to the Diff information generating module 204, and the Diff information generating module 204 processes the first information after receiving the first information, and then generates Diff information.

S200 includes the following steps:

S201. Obtain a first Hash table file and a second Hash table file.

The first information includes the first branch code and the first Hash table file corresponding to the first branch code, and the first information also includes the second branch code and the second Hash table file corresponding to the second branch code.

The Diff information generating module 204 reads the first Hash table file corresponding to the first branch code and the second Hash table file corresponding to the second branch code from the received first information.

S202. Compare the first Hash table file and the second Hash table file to obtain Diff information.

Specifically, both the first Hash table file and the second Hash table file include several files and a Hash value corresponding to each file one by one. In comparison:

If a certain file exists in the second Hash table file but does not exist in the first Hash table file, the Diff information is: the file name of the file and the compiling type of the file compiled this time are "new".

If a certain file does not exist in the second Hash table file but exists in the first Hash table file, the Diff information is: the file name of the file and the compiling type of this file is "delete".

If a file exists in the second Hash table file, it also exists in the first Hash table file, but the Hash value corresponding to the file in the second Hash table file is the same as the corresponding Hash value of the file in the first Hash table file different, the Diff information is: the file name of the file and the compilation type of the current compilation of the file is "change".

If a certain file exists in the second Hash table file, it also exists in the first Hash table file, and the corresponding Hash value of the file in the second Hash table file is the same as the corresponding Hash value of the file in the first Hash table file If they are the same, the Diff information is: the file name of the file and the compiling type of the current compiling of the file is "no operation".

After the Diff information generating module 204 finishes generating the Diff information, it further sends the generated Diff information to the Diff information processing module 305 .

S300. Process the Diff information to generate information to be compiled.

S300 includes the following steps:

S301. Obtain Diff information.

In implementation, the Diff information processing module 305 acquires the Diff information sent by the Diff information generating module 204, and further reads the specific content of each Diff information.

S302. Process the Diff information to generate information to be compiled.

In implementation, if the received Diff information is the file name of the file and the compilation type of the file compiled this time is "new", then the newly added file in the second Hash table file is copied and copied by file I/O to the corresponding position in the first Hash table file, thereby generating the third Hash table file. If the received Diff information is the file name of the file and the compiling type of the file compiled this time is "delete", delete the extra files in the first Hash table file relative to the second Hash table file through file I/O , thereby generating the fourth Hash table file. If the received Diff information is the file name of the file and the compilation type of the file compiled this time is "change", then the file that has changed in the second Hash table file relative to the first Hash table file is copied through file I/O and copied to the corresponding position in the first Hash table file, thereby generating the fifth Hash table file. If the received Diff information is the file name of the file and the compilation type of the current compilation of the file is "no operation", then no operation is performed on the first Hash table file.

The Diff information processing module 305 all imports the 3rd Hash table file, the 4th Hash table file and the 5th Hash table file into the preset file list to be compiled, generates the information to be compiled, and sends the information to be compiled to the compiling module 306 .

S400. Process the information to be compiled to generate pre-compiled code.

S400 includes the following steps:

S401. Obtain information to be compiled.

In implementation, after the branch code of a WeChat applet is updated, if there is some code newly added to the first branch code, the third Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 Import the third Hash table file into the preset list of files to be compiled.

After the branch code of a WeChat applet is updated, if part of the code in the first branch code is deleted, the fourth Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 will generate the fourth Hash table file. The file is imported into the preset list of files to be compiled.

After the branch code of a WeChat applet is updated, if part of the code in the first branch code changes, the fifth Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 will generate the fifth Hash table file. The file is imported into the preset list of files to be compiled.

After the branch code of a WeChat applet is updated, if there are some codes newly added to the first branch code, and some codes in the first branch code are deleted, then the third Hash will be generated by the Diff information processing module 305 table file and the fourth Hash table file, and further, the Diff information processing module 305 imports the third Hash table file and the fourth Hash table file into the preset file list to be compiled.

After the branch code of a WeChat applet is updated, if there are some codes newly added to the first branch code, and some codes in the first branch code are changed, the third Hash will be generated by the Diff information processing module 305 table file and the fifth Hash table file. Further, the Diff information processing module 305 imports the third Hash table file and the fifth Hash table file into the preset file list to be compiled.

After the branch code of a WeChat applet is updated, if some codes in the first branch code are deleted, and some codes in the first branch code are changed, the fourth Hash will be generated by the Diff information processing module 305 table file and the fifth Hash table file. Further, the Diff information processing module 305 imports the fourth Hash table file and the fifth Hash table file into the preset file list to be compiled.

After the branch code of a WeChat applet is updated, if there are some codes newly added to the first branch code, some codes in the first branch code are deleted, and some codes in the first branch code are changed , then the third Hash table file, the fourth Hash table file and the fifth Hash table file will be generated by the Diff information processing module 305, and further, the Diff information processing module 305 will generate the third Hash table file, the fourth Hash table file and the fifth Hash table file Hash table files are imported into the preset list of files to be compiled.

The files imported into the list of files to be compiled by the Diff information processing module 305 are the information to be compiled.

In implementation, after the file list to be compiled finishes importing the information to be compiled, the Diff information processing module 305 transmits the information to be compiled in the file list to be compiled to the compilation module 306, and the compilation module 306 obtains the information to be compiled.

S402. Compile the updated first branch code according to the information to be compiled to generate precompiled code.

Since the information to be compiled in the list of files to be compiled may exist the third Hash table file, the fourth Hash table file and the fifth Hash table file, then:

In implementation, if there is only the third Hash table file in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code to generate the third branch code;

If there is only the fourth Hash table file in the information to be compiled, then the code in the first branch code corresponding to the file deleted in the first Hash table file is deleted to generate the fourth branch code;

If there is only the fifth Hash table file in the information to be compiled, compile the file copied and copied from the second Hash table file in the fifth Hash table file, and cover the corresponding position of the first branch code with the compiled code code to generate the fifth branch code.

If there is not only the third Hash table file but also the fourth Hash table file in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code, and simultaneously The code in the first branch code corresponding to the file deleted in the first Hash table file is deleted to generate the sixth branch code.

If there is not only the third Hash table file but also the fifth Hash table file in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code. In the fifth Hash table file, the files copied and copied from the second Hash table file are compiled, and the compiled code covers the code at the corresponding position of the first branch code to generate the seventh branch code.

If there is not only the fourth Hash table file but also the fifth Hash table file in the information to be compiled, the code in the first branch code corresponding to the file deleted in the first Hash table file is deleted, and the fifth Hash table is also deleted. Compile the file copied and copied from the second Hash table file in the file, and overwrite the code at the corresponding position of the first branch code with the compiled code to generate the eighth branch code.

If the third Hash table file, the fourth Hash table file and the fifth Hash table file exist in the information to be compiled, then compile the newly added file in the third Hash table file, and integrate the compiled code into the first branch code At the same time, the code in the first branch code corresponding to the file deleted in the first Hash table file is deleted, and at the same time, the file copied and copied from the second Hash table file in the fifth Hash table file is compiled, And the compiled code covers the code at the corresponding position of the first branch code to generate the ninth branch code.

The third branch code, the fourth branch code, the fifth branch code, the sixth branch code, the seventh branch code, the eighth branch code and the ninth branch code are all possible precompiled codes.

In implementation, according to the specific content of the information to be compiled, one of the third branch code, the fourth branch code, the fifth branch code, the sixth branch code, the seventh branch code, the eighth branch code and the ninth branch code The branch code is used as precompiled information, and the precompiled code will be further sent to the WeChat developer tool 330 .

S500. Debug the pre-compiled code, generate a code package of the WeChat applet, and implement packaging of the WeChat applet.

In implementation, first, the WeChat developer tool 330 receives the precompiled code sent by the compiling module 306. Then, debug the received precompiled code. Finally, integrate the debugged precompiled code into the code backbone of the WeChat Mini Program to generate the code package of the WeChat Mini Program.

In the implementation, the code package of the generated WeChat applet is further uploaded to the client or the WeChat platform, and a corresponding QR code of the development version is generated. Preferably, the user can experience the update by scanning the QR code of the development version using WeChat. Later WeChat Mini Programs.

Based on the same inventive concept, an embodiment of the present application also provides a computer device, including a memory and a processor, the memory stores a computer program, and when the computer program is executed by the processor, the processor executes the above-mentioned Wechat applet packaging method steps. Here, the steps in the method for packaging a WeChat applet may be the steps in the method for packaging a WeChat applet in the above-mentioned embodiment.

Based on the same inventive concept, an embodiment of the present application also provides a computer-readable storage medium, which stores a computer program that can be loaded by a processor and execute the above-mentioned WeChat applet packaging method, the computer-readable storage medium The medium includes, for example, various media capable of storing program codes, such as a U disk, a mobile hard disk, a read-only memory (Read-Only Memory, ROM), a random access memory (Random Access Memory, RAM), a magnetic disk, or an optical disk.

This specific embodiment is only an explanation of the present invention, and it is not a limitation of the present invention. Those skilled in the art can make modifications to this embodiment without creative contribution as required after reading this specification, but as long as they are within the rights of the present invention All claims are protected by patent law.

Claims (10)

A Wechat applet packaging platform, characterized in that: it includes a service system (200) and a file system (300); the service system (200) is used to obtain first information and generate the Wechat applet according to the first information The precompiled code of the program; the file system (300) is used for calling by the service system (200); the service system (200) includes a receiving module (203), a Diff information generating module (204), a Diff information processing Module (205) and compiling module (206); Described file system (300) comprises micro-letter developer tool (330); Described receiving module (203) is used for receiving described first information; Described Diff information generating module ( 204) for processing the first information and generating corresponding Diff information; the Diff information processing module (205) for processing the Diff information and generating corresponding information to be compiled; the compiling module (206) for Process the information to be compiled and generate the pre-compiled code; the WeChat developer tool (330) is used to debug the pre-compiled code and compile the code package of the WeChat applet, so as to realize the development of the WeChat applet Pack. A kind of Wechat applet packing platform according to claim 1, is characterized in that: described file system (300) also comprises user space (311) and code space (312); Described user space (311) is used for respectively Independently store the first branch code of the WeChat applet developed by each user, and the first Hash table file corresponding to the first branch code, and the user space (311) is also used to store the Diff information and The precompiled code; the code space (312) is used to store the recompiled second branch code corresponding to the first branch code, and the second Hash table file corresponding to the second branch code. A kind of Wechat applet packaging platform according to claim 2, characterized in that: the service system (200) also includes a timing task module (201), and the file system (300) also includes a Git warehouse (310); The Git warehouse (310) is used to store the branch codes of each version of the WeChat applet; the timing task module (201) is used to judge that the second branch code is compared with the first branch code at every preset update time interval. Whether a branch code is updated within a preset time range, and if so, update the first branch code to the second branch code. A kind of Wechat applet packing platform according to claim 3, is characterized in that: described service system (200) also comprises WebHooks module (202); The mode of work of described WebHooks module (202) is trigger type, and trigger condition Write the second branch code in the Git warehouse (310); the WebHooks module (202) is used to notify the WeChat applet packaging platform to update the first branch code to the first branch code after being triggered. Two-branch code. A WeChat mini-program packaging method, characterized in that it comprises: Acquiring the first information that needs to be packaged; processing the first information to generate Diff information; processing the Diff information to generate information to be compiled; processing the information to be compiled to generate precompiled code; The pre-compiled code is debugged to generate the code package of the WeChat applet, so as to realize the packaging of the WeChat applet. A kind of WeChat mini-program packaging method according to claim 5, characterized in that: said first information includes a first Hash table file and a second Hash table file; said first information is processed to generate a Diff The information includes: acquiring the first Hash table file and the second Hash table file; comparing the first Hash table file with the second Hash table file to obtain the Diff information. A kind of WeChat applet packing method according to claim 6, is characterized in that: described Diff information comprises described first Hash table file and described second Hash table file need compiling file name and compiling type thereof; The step of processing the Diff information to generate information to be compiled includes: acquiring the Diff information; processing the Diff information to generate information to be compiled. According to a kind of WeChat applet packaging method according to claim 7, it is characterized in that: the processing of the information to be compiled to generate pre-compiled codes includes: obtaining the information to be compiled; according to the information to be compiled The information compiles the updated first branch code to generate precompiled code. A computer device, characterized in that it includes a memory and a processor, and the memory stores a computer program that can be loaded by the processor and execute any one of the WeChat applet packaging methods in claims 5 to 8. A computer-readable storage medium, characterized in that it stores a computer program capable of being loaded by a processor and executing any one of the WeChat applet packaging methods in claims 5 to 8.

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