WO2020228183A1

WO2020228183A1 - Code processing method and apparatus, computer device and storage medium

Info

Publication number: WO2020228183A1
Application number: PCT/CN2019/103451
Authority: WO
Inventors: 易杉峰
Original assignee: 平安科技（深圳）有限公司
Priority date: 2019-05-13
Filing date: 2019-08-29
Publication date: 2020-11-19
Also published as: CN110231955B; CN110231955A

Abstract

A code processing method and apparatus, a computer device and a storage medium. Said method comprises: traversing all non-keywords of a source code, and determining whether a standard word library contains the non-keywords currently traversed; if not, determining whether a conversion word library contains a first non-keyword; if so, obtaining, by means of screening, a corresponding first conversion word from the conversion word library; rewriting the first conversion word, and replacing the first non-keyword with the rewritten first conversion word, thereby achieving the reconstruction processing of the non-keyword.

Description

Code processing method, device, computer equipment and storage medium

This application claims the priority of a Chinese patent application filed with the Chinese Patent Office on May 13, 2019, the application number is 201910394542.4, and the invention title is "Code processing method, device, computer equipment and storage medium", the entire content of which is incorporated by reference In this application.

Technical field

This application relates to the field of computer technology, in particular to a code processing method, device, computer equipment and storage medium.

Background technique

In the current software project development process, different developers need to assist in completing the code of different stages of software project development or code of different functions, but in the process of writing the code, different developers may have different code programming It is customary that the code submitted by each developer does not have a unified writing specification, which makes the code maintenance process inefficient. And in general, for personal convenience to write and view, some specific developers will use some custom words to replace some complex words when writing code, for example, the custom word ap will be used to replace standard English words Appointment, and generally do not attach a comment on the custom word ap. When the subsequent maintainers are performing code maintenance processing, they will not be able to understand the meaning of those custom words when viewing the code written by the above-mentioned specific developers. This will cause difficulty for the maintainers to read and make the maintainers need to find the above-mentioned specific developers. Personnel communicate to understand the correct meaning of custom words, resulting in low efficiency of maintenance personnel. In addition, it may also happen that the above-mentioned specific developers forget the meaning of the custom words they use or these specific developers have left their jobs. Circumstances, thereby further increasing the difficulty of code maintenance.

technical problem

The main purpose of this application is to provide a code processing method, device, computer equipment and storage medium. It aims to solve the problem that the code submitted by each developer does not have a unified writing specification during the development process of an existing software project, which is likely to cause Technical problem of low efficiency of code maintenance process.

Technical solutions

In order to achieve the purpose of the above application, this application proposes a code processing method, which includes the steps:

Traverse all the non-keywords of the source code, and each time a non-keyword is traversed, determine whether the preset standard thesaurus contains the non-keywords currently traversed, where the non-keywords currently traversed are marked as The first non-keyword, multiple English words and/or combined nouns are stored in the standard thesaurus;

If the standard vocabulary does not contain the first non-keyword, it is determined whether the first non-keyword is included in the preset conversion vocabulary, wherein multiple custom words are stored in the conversion vocabulary , And the conversion words corresponding to each of the custom words;

If the first non-keyword is included in the conversion vocabulary, the first conversion word corresponding to the first non-keyword is selected from the conversion vocabulary;

Rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.

This application also provides a code processing device, including:

The first judgment module is used to traverse all non-keywords in the source code. When a non-keyword is traversed, it is judged whether the preset standard thesaurus contains the non-keyword currently traversed, wherein the current traversal The arrived non-keyword is marked as the first non-keyword, and multiple English words and/or combined nouns are stored in the standard dictionary;

The second judgment module is used for judging whether the first non-keyword is contained in the preset conversion vocabulary if the standard vocabulary does not contain the first non-keyword, wherein the conversion vocabulary contains A plurality of custom words are stored, and conversion words corresponding to each of the custom words are stored;

The first screening module is configured to filter out the first conversion word corresponding to the first non-keyword from the conversion dictionary if the first non-keyword is included in the conversion dictionary;

The first replacement module is configured to rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.

The application also provides a computer device, including a memory and a processor, the memory stores computer readable instructions, and the processor implements the steps of the above method when the computer readable instructions are executed.

The present application also provides a computer non-volatile readable storage medium on which computer readable instructions are stored, and when the computer readable instructions are executed by a processor, the steps of the above method are realized.

Beneficial effect

The code processing method, device, computer equipment and storage medium provided in this application traverse all non-keywords of the source code, and each time a non-keyword is traversed, it is judged whether the preset standard dictionary contains the non-keywords currently traversed. Keywords; if the first non-keyword is not included in the standard thesaurus, it is determined whether the first non-keyword is included in the preset conversion thesaurus, where multiple custom words are stored in the conversion thesaurus, and their definitions The conversion word corresponding to each word; if the conversion dictionary contains the first non-keyword, the first conversion word corresponding to the first non-keyword is filtered out from the conversion dictionary; the first conversion word is compared according to the preset writing specification Rewrite and replace the first non-keyword with the rewritten first conversion word. This application replaces the user-defined non-keywords in the source code with the corresponding conversion words through the preset conversion dictionary, so as to convert the non-keywords into complete standard words, so that the user can clearly understand the non-keywords When the source code needs to be maintained in the future, it can reduce the reading workload of the maintainer, reduce the reading difficulty of the maintainer, and improve the work efficiency of the maintainer. In addition, non-keywords or conversion words are rewritten through preset writing specifications, so that the rewritten source code has the advantages of concise, beautiful, and readable, which is conducive to forming a unified code writing style suitable for all developers .

Description of the drawings

FIG. 1 is a schematic flowchart of a code processing method according to an embodiment of the present application;

2 is a schematic diagram of the structure of a code processing device according to an embodiment of the present application;

Fig. 3 is a schematic structural diagram of a computer device according to an embodiment of the present application.

The best mode of the invention

It should be understood that the specific embodiments described here are only used to explain the application, and are not used to limit the application.

1, the code processing method of an embodiment of the present application includes:

S1: Traverse all the non-keywords of the source code, each time a non-keyword is traversed, determine whether the preset standard thesaurus contains the non-keywords currently traversed, where the non-keywords currently traversed Marked as the first non-keyword, multiple English words and/or combined nouns are stored in the standard thesaurus;

S2: If the first non-keyword is not included in the standard thesaurus, it is determined whether the first non-keyword is included in the preset conversion thesaurus, and a plurality of customized words are stored in the conversion thesaurus. Words, and conversion words corresponding to each of the custom words;

S3: If the first non-keyword is included in the conversion vocabulary, filter out the first conversion word corresponding to the first non-keyword from the conversion vocabulary;

S4: Rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.

As described in step S1 above, the source code is formed by many words, the words include programming language keywords and non-programming language keywords, and the non-keywords refer to non-programming language keywords in the source code, namely Words other than the programming language keywords in the above source code. The general form of source code includes method body code, method body internal code, and method body external code. Correspondingly, non-keywords of source code include non-keywords in the method body, non-keywords in the method body, and outside the method body. Non-keywords. Among them, all non-keywords of the source code can be traversed in a preset order. The preset order mentioned above can be set according to the order of each part of the method body, for example, from the method body itself to the inside of the method body. The sequence to the outside of the method body traverses all non-keywords of the source code. In addition, the aforementioned preset sequence can also be in other forms, for example, it can be set according to the user's wishes, which is not specifically limited here. First mark the non-keyword currently traversed as the first non-keyword. In the process of traversing all non-keywords in the source code, each time a non-keyword is traversed, first determine whether the preset standard dictionary contains The first non-keyword currently traversed, that is, the first non-keyword is matched with all standard words in the standard thesaurus. If the standard thesaurus contains the first non-keyword, it indicates that the first non-keyword The word is a standard word, and if the first non-keyword is not included in the standard thesaurus, it indicates that the first non-keyword is not a standard word. Among them, the above-mentioned standard vocabulary includes a standard English word vocabulary and/or a common combined noun vocabulary. The above-mentioned standard English vocabulary can be created in advance, and then a certain number of commonly used English words in the code can be searched out through network resources. The searched English words are stored in the standard English word vocabulary to form the final standard English word vocabulary, and the number of stored English words is not specifically limited. In the same way, the above-mentioned common compound noun thesaurus can be created in advance, then a certain number of commonly used compound nouns in the code can be searched out through network resources, and then the searched compound nouns can be stored in the common compound noun vocabulary to form The final common compound noun thesaurus, and the number of stored compound nouns is not specifically limited.

As mentioned in the above steps S2 to S4, when the first non-keyword is not included in the standard thesaurus, it indicates that the current first non-keyword is not a standard word, but may be a custom word created by the user. For example, the user-defined abbreviation ap. It is necessary to further determine whether the first non-keyword is included in the preset conversion dictionary, that is, the first non-keyword is matched and compared with all the custom words in the conversion dictionary. If the conversion dictionary contains and The first conversion word corresponding to the first non-keyword, wherein a certain number of custom words are stored in the conversion dictionary, and conversion words corresponding to each of the custom words, the custom words and the conversion words It can be written by the developer and input into the conversion word. The first conversion word is a complete standard word corresponding to the first non-keyword. For example, if the conversion vocabulary stores (custom words) ap → (conversion words) application, the first conversion word corresponding to the first non-keyword will be filtered from the conversion vocabulary first, and the first conversion word corresponding to the first non-keyword will be filtered out according to the preset The writing specification rewrites the first conversion word, and then replaces the first non-keyword with the rewritten first conversion word to complete the reconstruction process for the first non-keyword. Among them, the above-mentioned preset writing specification refers to a standard form created for non-keywords in the source code. Through this writing specification, all non-keywords in the source code are uniformly replaced with the above-mentioned standard form, which is beneficial to the formation The unified coding style is also convenient for various developers to consult. For example, the above writing specification may be to change the first letter of each word to uppercase, or to change the first letter of each word to lowercase, and so on. After completing the reconstruction of the first non-keyword, start the reconstruction of the next non-keyword, and stop traversal until all the non-keywords are processed, and then complete the reconstruction of the source code. . In this embodiment, the user-defined non-keywords in the source code are replaced with corresponding conversion words through the preset conversion dictionary, so that the non-keywords are converted into complete standard words, so that the user can clearly understand the The meaning of non-keywords, and when the source code needs to be maintained later, it reduces the reading workload of the maintainer, reduces the reading difficulty of the maintainer, and improves the work efficiency of the maintainer. In addition, non-keywords or conversion words are rewritten through preset writing specifications, so that the rewritten source code has the advantages of concise, beautiful, and readable, which is conducive to forming a unified code writing style suitable for all developers .

In another embodiment, if the standard word database contains the first non-keyword, it indicates that the first non-keyword is a standard word. In this case, the first non-keyword can be directly processed according to the preset writing specifications. The keyword is rewritten, and the first rewritten word obtained after the rewriting replaces the first non-keyword. In this embodiment, in the case that the first non-keyword belongs to a standard word, the first non-keyword is rewritten by using the above-mentioned writing specification, and the obtained first rewritten word is performed on the first non-keyword The replacement process makes the rewritten source code have the advantages of simplicity, beauty and readability, which is conducive to forming a unified code writing style suitable for all developers.

Further, in an embodiment of the present application, before step S1, the method includes:

S100: Filter out all keywords in the source code according to a preset programming language keyword thesaurus;

S101: Add tags to all keywords in the source code to determine all non-keywords in the source code, where the non-keywords are words in the source code that do not have the tag.

As described in the above steps S100 and S101, before the step of traversing all the non-keywords of the source code, it also includes the step of filtering out all the non-keywords of the source code. Specifically, first according to the preset programming language keyword thesaurus To filter out all keywords in the source code, and then add tags to all keywords in the source code to determine all non-keywords in the source code, so the non-keywords in the source code are not in the source code. Marked words. This embodiment distinguishes keywords from non-keywords by adding tags to all keywords in the source code, which helps users to clearly understand that the type corresponding to each word in the source code is the key when consulting the source code. Words are still non-keywords, and when all non-keywords in the source code are processed, the marked non-keywords can be quickly selected for processing, ensuring the accuracy of non-keyword processing and preventing the occurrence of non-keywords. The key words of the code are mishandled. Among them, the above-mentioned programming language keyword thesaurus can be pre-selected, and then a certain number of programming language keyword thesaurus commonly used in the code can be searched through network resources. For example, the programming language official website and other related resources can be searched, and then the The searched programming language keywords are stored in the programming language keyword lexicon to form the final programming language keyword lexicon, and the programming language keyword lexicon is also provided with an update function, which can be used in a certain period of time The inward programming language keyword lexicon adds new programming language keywords or deletes some programming language keywords to complete the update of the programming language keyword lexicon. In addition, the above step of firstly filtering out all keywords in the source code according to the preset programming language keyword thesaurus is specifically: separately combining all the words in the source code with those in the programming language keyword thesaurus The programming language keywords are matched and compared, wherein a plurality of different programming language keywords are pre-stored in the programming language keyword lexicon; all words in the source code that match the programming language keywords are filtered out Designated words, wherein the number of the designated words is one or more; the designated words are determined as the keywords. Through the above-mentioned programming language keyword thesaurus, keywords in the source code can be quickly screened out, and all non-keywords in the source code can be quickly obtained.

Further, in an embodiment of the present application, before the foregoing step S3, the method includes:

S300: Receive word conversion data input by all developers, where the word conversion data includes a plurality of custom words and conversion words corresponding to each of the custom words;

S301: Create the conversion word database;

S302: Store the word conversion data in the conversion vocabulary.

As described in the above steps S300 to S302, the above-mentioned conversion dictionary is a conversion dictionary in which data is shared by all developers. The conversion dictionary stores word conversion data input by each developer, and each word conversion data It contains multiple custom words recorded by each developer, and conversion words corresponding to each custom word. The number of conversion words corresponding to the custom word is not limited, for example, it can be one or more . In this embodiment, before the step of determining whether the first non-keyword is included in the preset conversion vocabulary, it further includes a process of forming the conversion vocabulary. Specifically, a conversion vocabulary is created in advance, and after receiving After the word conversion data respectively input by each developer, the word conversion data is stored in the conversion dictionary. After the conversion dictionary is formed, in the process of processing non-keywords in the source code, when the current first non-keyword is not included in the standard dictionary, it indicates that the first non-keyword The word can be a custom word created by the user. At this time, by matching and comparing the first non-keyword with all the custom words in the conversion dictionary, the first non-keyword corresponding to the first non-keyword can be filtered out. A conversion word, and then realize the conversion of the first non-keyword into a complete standard word, so that the user can clearly understand the meaning of the first non-keyword, and when the source code needs to be maintained in the future, the maintenance staff is reduced The reading workload reduces the reading difficulty of maintenance personnel and improves the work efficiency of maintenance personnel. Further, an update function is also provided for the above conversion dictionary, which can add new word conversion data to the conversion dictionary within a certain period of time, or delete some word conversion data, or modify certain word conversion data. Complete the update of the conversion lexicon so that more updated word conversion data can be stored in the conversion lexicon.

Further, in an embodiment of the present application, the above step S3 includes:

S310: If the conversion vocabulary contains the first non-keyword, determine whether there are multiple conversion words corresponding to the first non-keyword in the conversion vocabulary;

S311: If yes, obtain priority information of each conversion word;

S312: According to the priority information, determine the first designated conversion word with the highest priority as the first conversion word.

As described in the above steps S310 to S312, for different custom words in the conversion lexicon, there may be a situation where one custom word corresponds to multiple conversion words. In this case, it will be preset with the multiple conversion words. The corresponding priority information, for example, the custom word ap corresponds to the three conversion words appointment, apply and application, and the priority of the conversion word appointment is the first priority, and the priority of the conversion word apply is the second priority. The priority of the word application is the third priority, the first priority is higher than the second priority, and the second priority is higher than the third priority. The setting form of the above priority is not specifically limited, such as the above priority It can be pre-marked in the input word conversion data by the user, or the above-mentioned priority is set by the code processing device according to the historical use times of each conversion word, and so on. In this embodiment, when the first non-keyword is processed, if the first non-keyword is included in the preset conversion vocabulary, it is first necessary to determine whether the conversion vocabulary is related to the first non-keyword. If there are multiple conversion words corresponding to the first non-keyword, then the priority information of the multiple conversion words is acquired, and the priority is changed according to the priority information. The highest first designated conversion word is determined as the first conversion word, and the conversion to the first non-keyword is completed. As the above example, if the first non-keyword is ap, the priority will be the first priority The appointment is determined as the first conversion word mentioned above. In this embodiment, when a certain non-keyword corresponds to multiple conversion words, the first designated conversion word with the highest priority can be selected intelligently according to the priority information of the multiple conversion words for subsequent follow-up By processing, the first conversion word can be quickly extracted from multiple conversion words, which improves the user experience.

Further, in an embodiment of the present application, the first non-keyword is correspondingly provided with a plurality of specific conversion words, and the conversion word with the highest priority among the plurality of specific conversion words is set as the second designated conversion word. Step S3 includes:

S320: If the conversion word database contains the first non-keyword, filter out the second designated conversion word with the highest priority among all the specific conversion words, and display the second designated conversion word to the current user. So that the user can judge the accuracy of the second designated conversion word;

S321: Receive feedback information on the second designated conversion word returned by the user, where the feedback information includes that the second designated conversion word is accurate or the second designated conversion word is inaccurate;

S322: If the feedback information is that the second designated conversion word is inaccurate, show other specific conversion words except the second designated conversion word to the user;

S323: Receive a third designated conversion word selected by the user from the other specific conversion words, and determine the third designated conversion word as the first conversion word.

As described in the above steps S320 to S323, when the first non-keyword is app, if the first conversion word is selected only according to the priority information of each conversion word corresponding to the first non-keyword ap, only The first priority conversion word appointment is used to complete the subsequent processing of the first non-keyword ap. Although the conversion word appointment is the highest priority among all conversion words corresponding to ap, it may appear in the current source code. The correct meaning of the non-keyword ap is actually a special case corresponding to application or apply, so the first priority conversion word selected according to the priority information is wrong. In this embodiment, it is assumed that a plurality of specific conversion words are set corresponding to the first non-keyword, and the conversion word with the highest priority among the plurality of specific conversion words is set as the second designated conversion word. When the keyword is processed, the second designated conversion word with the highest priority will be selected from the multiple specific conversion words corresponding to the first non-keyword, and the second designated conversion word will be displayed to the current user, so that The user judges the accuracy of the above-mentioned second designated conversion word. The user can determine the highest priority by placing the second designated conversion word with the highest priority in the position of the first non-keyword, and combining the context information After the accuracy of the conversion word, the user will return feedback information corresponding to the second specified conversion word, where the user can be the staff who wrote the source code, and the feedback information includes the accuracy of the second specified conversion word or the second specified conversion word Inaccurate. After receiving the feedback information, if the feedback information is that the second designated conversion word is inaccurate, the user will be shown other specific conversion words except the second designated conversion word, so that the user can choose from the above other specific conversion words A third designated conversion word is generated, and the third designated conversion word is a conversion word corresponding to the correct meaning of the first non-keyword. After receiving the third designated conversion word, the third designated conversion word is determined as the first conversion And complete the subsequent processing of the first non-keyword according to the first conversion word. In this embodiment, the accuracy of the second designated conversion word is determined by obtaining the user's feedback information. If the second designated conversion word is inaccurate, the user's selection from multiple specific conversion words is used to determine the first non-specific conversion word. The third designated conversion word for the correct meaning of the keyword, thereby effectively ensuring the correctness of the conversion of the first non-keyword, and avoiding the user's understanding of the source code due to the wrong conversion of the first non-keyword .

Further, in an embodiment of the present application, after the above step S2, the method includes:

S200: If the first non-keyword is not included in the conversion vocabulary, send a reminder to the current user to input a second conversion word corresponding to the first non-keyword;

S201: Determine whether the second conversion word input by the user is received;

S202: If yes, rewrite the second conversion word according to the writing specification, and replace the first non-keyword with the rewritten second conversion word;

S203: Store the first non-keyword and the second conversion word in a one-to-one correspondence in the conversion vocabulary.

As described in the above steps S200 to S203, when the first non-keyword is matched with all the custom words in the conversion dictionary, if the matching fails, it means that the conversion dictionary does not contain the first Non-keywords, in order to complete the subsequent replacement process for the first non-keywords, that is, to replace the first non-keywords with complete standard words, at this time, the user will be sent a second conversion corresponding to the first non-keyword The reminder information of the word, so that the user manually input the second conversion word corresponding to the first non-keyword, wherein the user may be the staff who wrote the source code. After receiving the second conversion word, it will rewrite the second conversion word according to the above writing specifications, replace the first non-keyword with the rewritten second conversion word, and further combine the first non-keyword with The second conversion word is stored in the conversion dictionary in a one-to-one correspondence to complete the data update of the conversion dictionary, so that when the first non-keyword is subsequently processed, the data can be updated from the conversion dictionary The second conversion word corresponding to the first non-keyword is extracted and replaced, thereby eliminating the need for the user to manually input the second conversion word again, reducing the user's workload and improving the user experience.

Further, in an embodiment of the present application, after the above step S4, the method includes:

S400: After processing all the non-keywords in the source code, back up the processed source code to obtain a source code processing file;

S401: Store the source code processing file and the source code backup file together, where the source code backup file is obtained by backing up the unprocessed source code.

As described in the above steps S400 and S401, before the source code is reconstructed, that is, the replacement and/or conversion process, the source code file will be backed up first to obtain the source code backup file corresponding to the source code. In addition, after the processing of all non-keywords in the source code is completed, the processed source code will also be backed up to obtain the corresponding source code processing file. After that, the source code processing file and the unprocessed source code backup file are stored together, for example, the source code processing file and the source code backup file are stored together in a pre-generated designated folder, so that subsequent maintenance personnel When performing maintenance processing on the source code, you can extract the source code backup file from the above specified folder when you have doubts about reading the refactored source code processing file, and further refer to the source code backup file The original data is used to manually correct errors in the source code processing file. With the aid of the above-mentioned source code backup file, it is helpful for maintenance personnel to speed up the understanding of the source code when reading the source code processing file, and reduce the maintenance workload of the maintenance personnel.

The code processing method of the embodiment of this application replaces the non-keywords customized by the user in the source code with the corresponding conversion words through the preset conversion dictionary, thereby converting the non-keywords into complete standard words, so that the user can Clearly understand the meaning of this non-keyword, and when the source code needs to be maintained in the future, it can reduce the reading workload of the maintainer, reduce the difficulty of reading for the maintainer, and improve the work efficiency of the maintainer. In addition, non-keywords or conversion words are rewritten through preset writing specifications, so that the rewritten source code has the advantages of concise, beautiful, and readable, which is conducive to forming a unified code writing style suitable for all developers .

2, an embodiment of the present application also provides a code processing device, including:

The first judging module 1 is used to traverse all non-keywords in the source code, and each time a non-keyword is traversed, it is judged whether the preset standard thesaurus contains the non-keyword currently traversed, wherein the current The traversed non-keyword is marked as the first non-keyword, and multiple English words and/or combined nouns are stored in the standard thesaurus;

The second judgment module 2 is used for judging whether the first non-keyword is included in the preset conversion vocabulary if the standard vocabulary does not contain the first non-keyword, wherein the conversion vocabulary A plurality of custom words and conversion words corresponding to each of the custom words are stored therein;

The first screening module 3 is configured to filter out the first conversion word corresponding to the first non-keyword from the conversion dictionary if the first non-keyword is included in the conversion dictionary;

The first replacement module 4 is configured to rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.

In this embodiment, the implementation process of the functions and roles of the first judgment module, the second judgment module, the first screening module, and the first replacement module in the code processing device is detailed in the corresponding step S1- in the code processing method. The implementation process of S4 will not be repeated here.

Further, in an embodiment of the present application, the aforementioned code processing device includes:

The second screening module is used to screen out all keywords in the source code according to a preset programming language keyword thesaurus;

The tagging module is used to add tags to all keywords in the source code to determine all non-keywords in the source code, wherein the non-keywords are those that do not have the tag in the source code word.

In this embodiment, the implementation process of the functions and roles of the second screening module and the marking module in the above-mentioned code processing device is detailed in the implementation process of corresponding steps S100-S101 in the above-mentioned code processing method, which will not be repeated here.

The first receiving module is configured to receive word conversion data input by all developers, where the word conversion data includes a plurality of custom words and conversion words corresponding to each of the custom words;

A creation module for creating the conversion dictionary;

The first storage module is used to store the word conversion data in the conversion vocabulary.

In this embodiment, the implementation process of the functions and roles of the first receiving module, creation module, and first storage module in the above code processing apparatus is detailed in the implementation process corresponding to steps S300-S302 in the above code processing method. Repeat it again.

Further, in an embodiment of the present application, the above-mentioned first screening module includes:

The first determining unit is configured to determine whether there are multiple conversion words corresponding to the first non-keyword in the conversion dictionary if the first non-keyword is included in the conversion dictionary;

An obtaining unit, configured to obtain priority information of each conversion word if so;

The first determining unit is configured to determine the first designated conversion word with the highest priority as the first conversion word according to the priority information.

In this embodiment, the implementation process of the functions and roles of the first judging unit, the acquiring unit and the first determining unit included in the first screening module in the code processing device is detailed in the corresponding steps S310-S312 in the code processing method. The realization process of this will not be repeated here.

Further, in an embodiment of the present application, the first non-keyword is correspondingly provided with a plurality of specific conversion words, and the conversion word with the highest priority among the plurality of specific conversion words is set as the second designated conversion word. The first screening module includes:

The screening unit is configured to filter out the second designated conversion word with the highest priority among all the specific conversion words if the conversion word database contains the first non-keyword, and display the second designated conversion word to the current user Conversion words, so that the user can judge the accuracy of the second designated conversion words;

A receiving unit, configured to receive feedback information on the second designated conversion word returned by the user, wherein the feedback information includes that the second designated conversion word is accurate or the second designated conversion word is inaccurate;

A display unit, configured to, if the feedback information is that the second designated conversion word is inaccurate, display other specific conversion words other than the second designated conversion word to the user;

The second determining unit is configured to receive a third designated conversion word selected by the user from the other specific conversion words, and determine the third designated conversion word as the first conversion word.

In this embodiment, the functions and functions of the screening unit, receiving unit, display unit, and second determining unit included in the first screening module in the code processing device are realized in detail in the corresponding step S320- in the code processing method. The implementation process of S323 will not be repeated here.

A sending module, configured to send a reminder to the current user to input a second conversion word corresponding to the first non-keyword if the conversion word database does not contain the first non-keyword;

The third judgment module is used to judge whether the second conversion word input by the user is received;

The second replacement module is configured to, if yes, rewrite the second conversion word according to the writing specification, and replace the first non-keyword with the rewritten second conversion word;

The second storage module is configured to store the first non-keyword and the second conversion word in a one-to-one correspondence to the conversion vocabulary.

In this embodiment, the implementation process of the functions and roles of the sending module, the third judgment module, the second replacement module, and the second storage module in the above code processing device is detailed in the implementation of corresponding steps S200-S203 in the above code processing method. The process will not be repeated here.

Further, in an embodiment of the present application, the foregoing code processing device further includes:

The backup module is used to back up the processed source code after processing all the non-keywords in the source code to obtain a source code processing file;

The third storage module is configured to store the source code processing file and the source code backup file together, wherein the source code backup file is obtained by backing up the unprocessed source code.

In this embodiment, the implementation process of the functions and roles of the backup module and the third storage module in the foregoing code processing device is detailed in the implementation process of the corresponding steps S400-S401 in the foregoing code processing method, which will not be repeated here.

The code processing device of the embodiment of the present application replaces the non-keywords customized by the user in the source code with the corresponding conversion words through the preset conversion lexicon, thereby converting the non-keywords into complete standard words, so that the user can Clearly understand the meaning of this non-keyword, and when the source code needs to be maintained in the future, it can reduce the reading workload of the maintainer, reduce the difficulty of reading for the maintainer, and improve the work efficiency of the maintainer. In addition, non-keywords or conversion words are rewritten through preset writing specifications, so that the rewritten source code has the advantages of concise, beautiful, and readable, which is conducive to forming a unified code writing style suitable for all developers .

3, an embodiment of the present application also provides a computer device. The computer device may be a server, and its internal structure may be as shown in FIG. 3. The computer equipment includes a processor, a memory, a network interface and a database connected through a system bus. Among them, the processor designed for the computer equipment is used to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, computer readable instructions, and a database. The internal memory provides an environment for the operation of the operating system and computer-readable instructions in the non-volatile storage medium. The database of the computer equipment is used to store data such as non-keywords and conversion words. The network interface of the computer device is used to communicate with an external terminal through a network connection. When the computer readable instruction is executed by the processor, the code processing method shown in any of the above exemplary embodiments is implemented. Those skilled in the art can understand that the structure shown in FIG. 3 is only a block diagram of a part of the structure related to the solution of the present application, and does not constitute a limitation on the devices and computer equipment to which the solution of the present application is applied.

An embodiment of the present application further provides a computer non-volatile readable storage medium, on which computer readable instructions are stored. When the computer readable instructions are executed by one or more processors, the one or more processors The steps in the foregoing code processing method embodiment are implemented during execution.

The above are only the preferred embodiments of this application, and do not limit the scope of this application. Any equivalent structure or equivalent process transformation made using the content of this application description and drawings, or directly or indirectly applied to other related The technical field is equally included in the scope of patent protection of this application.

Claims

A code processing method, characterized by comprising:

Traverse all the non-keywords of the source code, and each time a non-keyword is traversed, determine whether the preset standard thesaurus contains the non-keywords currently traversed, where the non-keywords currently traversed are marked as The first non-keyword, multiple English words and/or combined nouns are stored in the standard thesaurus;

If the standard vocabulary does not contain the first non-keyword, it is determined whether the first non-keyword is included in the preset conversion vocabulary, wherein multiple custom words are stored in the conversion vocabulary , And the conversion words corresponding to each of the custom words;

If the first non-keyword is included in the conversion vocabulary, the first conversion word corresponding to the first non-keyword is selected from the conversion vocabulary;

Rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.
The code processing method according to claim 1, wherein the traversal of all non-keywords in the source code, each time a non-keyword is traversed, it is determined whether the preset standard vocabulary contains the non-keywords currently traversed Before the keyword step, include:

Filter out all keywords in the source code according to the preset programming language keyword thesaurus;

Add tags to all keywords in the source code to determine all non-keywords in the source code, where the non-keywords are words in the source code that do not have the tag.
4. The code processing method according to claim 1, wherein if the first non-keyword is included in the conversion vocabulary, then filtering out the conversion vocabulary and the first non-keyword Before the corresponding first conversion word step, it includes:

Receiving word conversion data input by all developers, wherein the word conversion data includes multiple custom words and conversion words corresponding to each of the custom words;

Creating the conversion lexicon;

The word conversion data is stored in the conversion vocabulary.
4. The code processing method according to claim 1, wherein if the first non-keyword is included in the conversion vocabulary, then filtering out the conversion vocabulary and the first non-keyword The corresponding steps of the first conversion word include:

If the conversion vocabulary contains the first non-keyword, determining whether there are multiple conversion words corresponding to the first non-keyword in the conversion vocabulary;

If yes, obtain priority information of each conversion word;

According to the priority information, the first designated conversion word with the highest priority is determined as the first conversion word.
The code processing method according to claim 1, wherein the first non-keyword is correspondingly set with a plurality of specific conversion words, and the conversion word with the highest priority among the plurality of specific conversion words is set as the second Specifying a conversion word, and if the conversion word database contains the first non-keyword, the step of filtering out the first conversion word corresponding to the first non-keyword from the conversion word database includes:

If the conversion vocabulary contains the first non-keyword, the second designated conversion word with the highest priority among all the specific conversion words is filtered out, and the second designated conversion word is displayed to the current user, so that The user judges the accuracy of the second designated conversion word;

Receiving feedback information on the second designated conversion word returned by the user, where the feedback information includes that the second designated conversion word is accurate or the second designated conversion word is inaccurate;

If the feedback information is that the second designated conversion word is inaccurate, show the user other specific conversion words except the second designated conversion word;

Receive a third designated conversion word selected by the user from the other specific conversion words, and determine the third designated conversion word as the first conversion word.
The code processing method according to claim 1, wherein the first conversion word is rewritten according to a preset writing specification, and the rewritten first conversion word is replaced with the first non- After the keyword step, include:

After processing all the non-keywords in the source code, back up the processed source code to obtain a source code processing file;

The source code processing file and the source code backup file are stored together, where the source code backup file is obtained by backing up the unprocessed source code.
A code processing device, characterized by comprising:

The first judgment module is used to traverse all non-keywords in the source code. When a non-keyword is traversed, it is judged whether the preset standard thesaurus contains the non-keyword currently traversed, wherein the current traversal The arrived non-keyword is marked as the first non-keyword, and multiple English words and/or combined nouns are stored in the standard dictionary;

The second judgment module is used for judging whether the first non-keyword is contained in the preset conversion vocabulary if the standard vocabulary does not contain the first non-keyword, wherein the conversion vocabulary contains A plurality of custom words are stored, and conversion words corresponding to each of the custom words are stored;

The first screening module is configured to filter out the first conversion word corresponding to the first non-keyword from the conversion dictionary if the first non-keyword is included in the conversion dictionary;

The first replacement module is configured to rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.
The code processing device according to claim 7, wherein the device comprises:

The second screening module is used to screen out all keywords in the source code according to a preset programming language keyword thesaurus;

The tagging module is used to add tags to all keywords in the source code to determine all non-keywords in the source code, wherein the non-keywords are those that do not have the tag in the source code word.
The code processing device according to claim 7, wherein the device comprises:

The first receiving module is configured to receive word conversion data input by all developers, where the word conversion data includes a plurality of custom words and conversion words corresponding to each of the custom words;

A creation module for creating the conversion dictionary;

The first storage module is used to store the word conversion data in the conversion vocabulary.
The code processing device according to claim 7, wherein the first screening module comprises:

The first determining unit is configured to determine whether there are multiple conversion words corresponding to the first non-keyword in the conversion dictionary if the first non-keyword is included in the conversion dictionary;

An obtaining unit, configured to obtain priority information of each conversion word if so;

The first determining unit is configured to determine the first designated conversion word with the highest priority as the first conversion word according to the priority information.
The code processing device according to claim 7, wherein the first non-keyword is correspondingly provided with a plurality of specific conversion words, and the conversion word with the highest priority among the plurality of specific conversion words is set as the second To specify a conversion word, the first screening module includes:

The screening unit is configured to filter out the second designated conversion word with the highest priority among all the specific conversion words if the conversion word database contains the first non-keyword, and display the second designated conversion word to the current user Conversion words, so that the user can judge the accuracy of the second designated conversion words;

A receiving unit, configured to receive feedback information on the second designated conversion word returned by the user, wherein the feedback information includes that the second designated conversion word is accurate or the second designated conversion word is inaccurate;

A display unit, configured to, if the feedback information is that the second designated conversion word is inaccurate, display other specific conversion words other than the second designated conversion word to the user;

The second determining unit is configured to receive a third designated conversion word selected by the user from the other specific conversion words, and determine the third designated conversion word as the first conversion word.
The code processing device according to claim 7, wherein the device comprises:

The backup module is used to back up the processed source code after processing all the non-keywords in the source code to obtain a source code processing file;

The third storage module is configured to store the source code processing file and the source code backup file together, wherein the source code backup file is obtained by backing up the unprocessed source code.
A computer device includes a memory and a processor, the memory stores computer readable instructions, and is characterized in that when the processor executes the computer readable instructions, a code processing method is implemented, and the code processing method includes:

Traverse all the non-keywords of the source code, and each time a non-keyword is traversed, determine whether the preset standard thesaurus contains the non-keywords currently traversed, where the non-keywords currently traversed are marked as The first non-keyword, multiple English words and/or combined nouns are stored in the standard thesaurus;

If the standard vocabulary does not contain the first non-keyword, it is determined whether the first non-keyword is included in the preset conversion vocabulary, wherein multiple custom words are stored in the conversion vocabulary , And the conversion words corresponding to each of the custom words;

If the first non-keyword is included in the conversion vocabulary, the first conversion word corresponding to the first non-keyword is selected from the conversion vocabulary;

Rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.
The computer device according to claim 13, wherein the traversal of all non-keywords in the source code, each time a non-keyword is traversed, it is determined whether the preset standard vocabulary contains the non-keywords currently traversed Before the word steps, include:

Filter out all keywords in the source code according to the preset programming language keyword thesaurus;

Add tags to all keywords in the source code to determine all non-keywords in the source code, where the non-keywords are words in the source code that do not have the tag.
The computer device according to claim 13, wherein if the first non-keyword is included in the conversion vocabulary, the conversion corresponding to the first non-keyword is selected from the conversion vocabulary Before the first conversion word step, include:

Receiving word conversion data input by all developers, wherein the word conversion data includes multiple custom words and conversion words corresponding to each of the custom words;

Creating the conversion lexicon;

The word conversion data is stored in the conversion vocabulary.
The computer device according to claim 13, wherein if the first non-keyword is included in the conversion vocabulary, the conversion corresponding to the first non-keyword is selected from the conversion vocabulary The first conversion word steps include:

If the conversion vocabulary contains the first non-keyword, determining whether there are multiple conversion words corresponding to the first non-keyword in the conversion vocabulary;

If yes, obtain priority information of each conversion word;

According to the priority information, the first designated conversion word with the highest priority is determined as the first conversion word.
A computer nonvolatile readable storage medium having computer readable instructions stored thereon, wherein the computer readable instructions are executed by a processor to implement a code processing method, and the code processing method includes:

Traverse all the non-keywords of the source code, and each time a non-keyword is traversed, determine whether the preset standard thesaurus contains the non-keywords currently traversed, where the non-keywords currently traversed are marked as The first non-keyword, multiple English words and/or combined nouns are stored in the standard thesaurus;

If the standard vocabulary does not contain the first non-keyword, it is determined whether the first non-keyword is included in the preset conversion vocabulary, wherein multiple custom words are stored in the conversion vocabulary , And the conversion words corresponding to each of the custom words;

If the first non-keyword is included in the conversion vocabulary, the first conversion word corresponding to the first non-keyword is selected from the conversion vocabulary;

Rewrite the first conversion word according to a preset writing specification, and replace the first non-keyword with the rewritten first conversion word.
The computer non-volatile readable storage medium according to claim 17, wherein the traversal of all non-keywords in the source code, each time a non-keyword is traversed, it is determined whether the preset standard dictionary is Before the step including the non-keyword currently traversed, include:

Filter out all keywords in the source code according to the preset programming language keyword thesaurus;

Add tags to all keywords in the source code to determine all non-keywords in the source code, where the non-keywords are words in the source code that do not have the tag.
The computer non-volatile readable storage medium according to claim 17, wherein if the first non-keyword is included in the conversion vocabulary, then the conversion vocabulary is filtered out from the conversion vocabulary and all Before the step of describing the first conversion word corresponding to the first non-keyword, it includes:

Receiving word conversion data input by all developers, wherein the word conversion data includes multiple custom words and conversion words corresponding to each of the custom words;

Creating the conversion lexicon;

The word conversion data is stored in the conversion vocabulary.
The computer non-volatile readable storage medium according to claim 17, wherein if the first non-keyword is included in the conversion vocabulary, then the conversion vocabulary is filtered out from the conversion vocabulary and all The step of describing the first conversion word corresponding to the first non-keyword includes:

If the conversion vocabulary contains the first non-keyword, determining whether there are multiple conversion words corresponding to the first non-keyword in the conversion vocabulary;

If yes, obtain priority information of each conversion word;

According to the priority information, the first designated conversion word with the highest priority is determined as the first conversion word.