CN114816645A - Method and system for switching label configuration and multi-language translation of information system - Google Patents
Method and system for switching label configuration and multi-language translation of information system Download PDFInfo
- Publication number
- CN114816645A CN114816645A CN202210533918.7A CN202210533918A CN114816645A CN 114816645 A CN114816645 A CN 114816645A CN 202210533918 A CN202210533918 A CN 202210533918A CN 114816645 A CN114816645 A CN 114816645A
- Authority
- CN
- China
- Prior art keywords
- label
- encrypted file
- tag
- user
- switching algorithm
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Images
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/451—Execution arrangements for user interfaces
- G06F9/454—Multi-language systems; Localisation; Internationalisation
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/40—Processing or translation of natural language
- G06F40/58—Use of machine translation, e.g. for multi-lingual retrieval, for server-side translation for client devices or for real-time translation
Landscapes
- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Software Systems (AREA)
- Physics & Mathematics (AREA)
- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Computational Linguistics (AREA)
- General Health & Medical Sciences (AREA)
- Health & Medical Sciences (AREA)
- Audiology, Speech & Language Pathology (AREA)
- Human Computer Interaction (AREA)
- Artificial Intelligence (AREA)
- Machine Translation (AREA)
Abstract
The invention provides a method and a system for switching label configuration and multi-language translation of an information system, wherein the method comprises the following steps: s1, completing the pre-registration of the element tags based on the page element tag automatic registration technology to obtain a plurality of initial element tags; s2, obtaining a user-defined element label, and converting the element label into a second element label with the same format as the initial element label based on the Baidu translation interface; s3, establishing a personalized label library according to all the initial element labels and the second element labels; acquiring a plurality of personalized element tags selected by a user based on a personalized tag library; s4, selecting a corresponding preset multi-language switching algorithm based on a plurality of personalized element labels to complete multi-language translation switching.
Description
Technical Field
The invention relates to the technical field of internet information service, in particular to a method and a system for switching label configuration and multi-language translation of an information system.
Background
Along with the rapid development of society, more and more people begin to learn the languages and knowledge of other countries, but in the learning process, the shortage of the language knowledge of the people often causes the need of adopting auxiliary equipment to perform language translation, the existing multi-language translation usually adopts fixed writing labels or defines labels and multi-language environment by a configuration file mode, and the multi-language environment is updated to the configuration file after manual translation, but the existing multi-language translation technology often needs to encode and define the labels in advance, and needs to be reissued when the modification is related, the real-time definition and updating purpose of a user according to the management need can not be met, the product is not favorable for rapidly responding to the client requirement, meanwhile, the problem that the accuracy cannot be effectively guaranteed due to the adoption of manual translation in the multi-language environment is urgently needed, the method is used for solving the problems that the technical label needs to be coded and defined in advance, needs to be released again when being related to modification, cannot meet the aims of real-time definition and updating of a user according to management needs, is not beneficial to quick response of a product to a client requirement, and meanwhile, the accuracy cannot be effectively guaranteed because manual translation is adopted in a multi-language environment.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides a method and a system for switching label configuration and multi-language translation of an information system, which are used for solving the problems that a technical label needs to be coded and defined in advance, needs to be released again when being modified, cannot meet the purposes of real-time definition and updating according to the management needs of a user, is not beneficial to quickly responding to the client requirement of a product, and simultaneously, the accuracy cannot be effectively guaranteed due to the adoption of manual translation in a multi-language environment.
A method for switching label configuration and multi-language translation of an information system comprises the following steps:
s1, completing the pre-registration of the element tags based on the page element tag automatic registration technology to obtain a plurality of initial element tags;
s2, obtaining a user-defined element label, and converting the element label into a second element label with the same format as the initial element label based on the Baidu translation interface;
s3, establishing a personalized label library according to all the initial element labels and the second element labels; acquiring a plurality of personalized element tags selected by a user based on a personalized tag library;
s4, selecting a corresponding preset multilingual switching algorithm based on the plurality of personalized element tags to complete multilingual translation switching.
As an embodiment of the present invention, a page element tag automatic registration technique includes:
s10, acquiring demand information;
s11, screening to obtain a label, an element and a resource path corresponding to the demand information in the database; the resource path comprises a label path and an element path;
s12, generating and packaging an element label object based on the label, the element and the resource path;
s13, completing resource registration according to the element label object to obtain a registered element label object;
s14, storing the registration element tag object, and configuring the registration element tag object information cache update;
s15, based on the preset authority rule, carrying out authority configuration on the registered element label object to obtain an initial element label object;
and S16, outputting the initial element label object.
As an embodiment of the present invention, configuring registration element tag object information cache update includes:
s141, reading a Redis configuration and a Local Storage configuration;
s142, checking whether versions of the Redis configuration and the Local Storage configuration are consistent or not, if so, turning to S143, and if not, turning to S144;
s143, outputting the existing element tag object in the Local Storage cache as a registered element tag object;
s144, obtaining the registration element label object obtained in the S13;
s145, updating the Redis cache and the Local Storage cache based on the registered element tag object;
and S146, outputting the updated element tag object in the Local Storage cache as a registered element tag object.
As an embodiment of the present invention, after obtaining a plurality of personalized element tags selected by a user based on a personalized tag library, the method further includes:
s31, judging whether a preset multi-language switching algorithm corresponding to the plurality of personalized element tags exists or not, if so, turning to S4, and if not, turning to S32;
s32, correcting the plurality of personalized element tags to obtain a plurality of corrected tag sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm;
s33, obtaining a historical preset multilingual switching algorithm used by a user within preset time to obtain a historical data set;
s34, analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: presetting the using times of the multi-language switching algorithm and the using time point of each time for each history in the history data set;
s35, sorting the correction label sets based on the habit information; the method specifically comprises the following steps:
s351, obtaining the total number N of times that all historical preset multi-language switching algorithms in the historical data set are used;
s352, based on the time point of the used historical preset multi-language switching algorithm, performing time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point to be 2, and ending assignment until the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point is set to be N-1 and the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is set to be N;
s353, based on the use times of each historical preset multi-language switching algorithm in the historical data set, and according to the ratio of the use times of each historical preset multi-language switching algorithm to the total times N, performing habit matching value assignment marking on the corresponding historical preset multi-language switching algorithm;
s354, multiplying the time matching values and habit matching values marked by all historical preset multi-language switching algorithms in the historical data set to obtain a first matching score;
s355, acquiring a preset multi-language switching algorithm corresponding to any correction tag set, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in a historical data set to obtain a second matching score;
s356, sorting the plurality of corrected label sets according to the second matching score;
and S36, displaying the plurality of correction label sets and the preset multi-language switching algorithm corresponding to the plurality of correction label sets to the user based on the sorting result.
As an embodiment of the present invention, a method for switching label configuration and multilingual translation of an information system further includes:
obtaining user account information and unique first key and second key distributed by terminal server during initial creation of user account
Binding the second element label with the user account information to obtain a binding file;
encrypting the binding file by using a first key to obtain a first encrypted file;
uploading the first encrypted file to a terminal server, and discarding the second key;
after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain a second element label and user account information;
the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts a second element label by using a second key to obtain a second encrypted file;
sending the second encrypted file to all the first user terminals;
the first user terminal decrypts the second encrypted file based on the second secret key to obtain a second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file;
updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using a second key to obtain a third encrypted file, and discarding the second key;
uploading the third encrypted file to a terminal server;
the terminal server decrypts the third encrypted file to obtain user account information;
the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file,
the fourth encrypted file is sent to all first user terminals logging in user account information, and the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file are discarded;
and the first user side decrypts the fourth encrypted file based on the first key to obtain a second key, and the global updating of the second element label is completed.
A system for switching between information system tag configuration and multilingual translation, comprising:
the element tag automatic registration module is used for completing the pre-registration of the element tags based on the page element tag automatic registration technology to obtain a plurality of initial element tags;
the element tag self-defining module is used for acquiring a user-defined element tag;
the element label format unifying module is used for converting the element labels into second element labels with the same format as the initial element labels based on the Baidu translation interface;
the personalized tag library establishing module is used for establishing a personalized tag library according to all the initial element tags and the second element tags;
the element tag determining module is used for acquiring a plurality of personalized element tags selected by a user based on the personalized tag library;
and the language translation determining module is used for selecting a corresponding preset multilingual switching algorithm based on the plurality of personalized element tags to complete multilingual translation switching.
As an embodiment of the present invention, a page element tag automatic registration technique includes:
s10, acquiring demand information;
s11, screening to obtain a label, an element and a resource path corresponding to the demand information in the database; the resource path comprises a label path and an element path;
s12, generating and packaging an element label object based on the label, the element and the resource path;
s13, completing resource registration according to the element label object to obtain a registered element label object;
s14, storing the registration element tag object, and configuring the registration element tag object information cache update;
s15, based on the preset authority rule, carrying out authority configuration on the registered element label object to obtain an initial element label object;
and S16, outputting the initial element label object.
As an embodiment of the present invention, configuring registration element tag object information cache update includes:
s141, reading a Redis configuration and a Local Storage configuration;
s142, checking whether versions of the Redis configuration and the Local Storage configuration are consistent or not, if so, turning to S143, and if not, turning to S144;
s143, outputting the existing element tag object in the Local Storage cache as a registered element tag object;
s144, obtaining the registration element label object obtained in the S13;
s145, updating the Redis cache and the Local Storage cache based on the registered element tag object;
and S146, outputting the updated element tag object in the Local Storage cache as a registered element tag object.
As an embodiment of the present invention, a system for switching label configuration and multilingual translation of an information system further comprises an element label correction display module;
the element label correction display module executes the following operations:
s31, judging whether a preset multi-language switching algorithm corresponding to the plurality of personalized element tags exists or not, if so, turning to S4, and if not, turning to S32;
s32, correcting the plurality of personalized element labels to obtain a plurality of correction label sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm;
s33, obtaining a historical preset multilingual switching algorithm used by a user within preset time to obtain a historical data set;
s34, analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: presetting the use times of the multi-language switching algorithm and the time point of each use in each history in the history data set;
s35, sorting the correction label sets based on the habit information; the method specifically comprises the following steps:
s351, obtaining the total number N of times that all historical preset multi-language switching algorithms in the historical data set are used;
s352, based on the time point of the used historical preset multi-language switching algorithm, performing time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point to be 2, and ending assignment until the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point is set to be N-1 and the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is set to be N;
s353, based on the use times of each historical preset multi-language switching algorithm in the historical data set, and according to the ratio of the use times of each historical preset multi-language switching algorithm to the total times N, performing habit matching value assignment marking on the corresponding historical preset multi-language switching algorithm;
s354, multiplying the time matching values and habit matching values marked by all historical preset multi-language switching algorithms in the historical data set to obtain a first matching score;
s355, acquiring a preset multi-language switching algorithm corresponding to any correction tag set, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in a historical data set to obtain a second matching score;
s356, sorting the plurality of correction label sets according to the second matching score;
and S36, displaying the plurality of correction label sets and the preset multi-language switching algorithm corresponding to the plurality of correction label sets to the user based on the sorting result.
As an embodiment of the invention, the system for switching label configuration and multilingual translation of the information system also comprises a second element label global automatic updating module;
the second element label global automatic updating module executes the following operations:
obtaining user account information and unique first key and second key distributed by terminal server during initial creation of user account
Binding the second element label with the user account information to obtain a binding file;
encrypting the binding file by using a first key to obtain a first encrypted file;
uploading the first encrypted file to a terminal server, and discarding the second key;
after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain a second element label and user account information;
the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts the second element labels by using a second key to obtain a second encrypted file;
sending the second encrypted file to all the first user terminals;
the first user terminal decrypts the second encrypted file based on the second secret key to obtain a second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file;
updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using a second key to obtain a third encrypted file, and discarding the second key;
uploading the third encrypted file to a terminal server;
the terminal server decrypts the third encrypted file to obtain user account information;
the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file,
the fourth encrypted file is sent to all first user terminals logging in user account information, and the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file are discarded;
and the first user side decrypts the fourth encrypted file based on the first key to obtain a second key, and the global updating of the second element label is completed.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a flowchart illustrating a method and system for label configuration and multilingual translation switching in an information system according to an embodiment of the present invention;
FIG. 2 is a flowchart illustrating an embodiment of a method for switching tag configuration and multilingual translation of an information system and an implementation of an automatic registration technique for page element tags in the system according to the present invention;
fig. 3 is a schematic diagram illustrating an embodiment of a method for switching tag configuration and multilingual translation of an information system and an implementation of an automatic registration technique for a page element tag in the system according to the embodiment of the present invention;
FIG. 4 is a flowchart illustrating an embodiment of a method for switching tag configuration and multilingual translation of an information system and a specific implementation of cache update of tag object information of a configured registration element in the system according to the present invention;
FIG. 5 is a schematic diagram illustrating an embodiment of a method for switching tag configuration and multilingual translation of an information system and a specific implementation of cache update of tag object information of a configured registration element in the system according to the embodiment of the present invention;
FIG. 6 is a block diagram of a method and system for information system tag configuration and multilingual translation switching according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
Referring to fig. 1, an embodiment of the present invention provides a method for switching tag configuration and multi-language translation of an information system, including:
s1, completing the pre-registration of the element tags based on the page element tag automatic registration technology to obtain a plurality of initial element tags;
s2, obtaining a user-defined element label, and converting the element label into a second element label with the same format as the initial element label based on the Baidu translation interface;
s3, establishing a personalized label library according to all the initial element labels and the second element labels; acquiring a plurality of personalized element tags selected by a user based on a personalized tag library;
s4, selecting a corresponding preset multilingual switching algorithm based on the plurality of personalized element tags to complete multilingual translation switching;
the working principle of the technical scheme is as follows: firstly, completing a registration function of an element tag at an encoding stage based on a page element tag automatic registration technology to obtain a plurality of initial element tags, simultaneously providing a visual online tag editing function at a system management side based on the page element tag automatic registration technology to enable a user to adjust page element tag information and self-defined page element tag information in real time to further obtain a user-defined element tag, converting the element tag into a second element tag with the same format as the initial element tag based on a Baidu translation interface, and then establishing a personalized tag library according to all the initial element tags and the second element tag, further, the application side can be connected based on websocket to timely obtain updated tag information at the system side, and the timeliness of information is improved; after the personalized tag library is obtained, acquiring a plurality of personalized element tags selected by a user based on the personalized tag library, and finally selecting a corresponding preset multi-language switching algorithm based on the plurality of personalized element tags to complete multi-language translation switching;
the beneficial effects of the above technical scheme are: through S1, S2 and S3, the purposes of defining and updating element labels in real time according to management needs by users are favorably met, the product can quickly respond to customized needs, visual configuration of the element labels is realized, the purpose of self-maintaining the label attribute function of the users is achieved, based on a Baidu translation interface, the one-key element label translation function is realized, the consistency and the accuracy of translation results are guaranteed, the editing function is improved, the manual adjustment needs of special scenes are met, the multi-language switching function is improved through S4, and the one-key language switching function of the users is realized.
Referring to fig. 2 and 3, in one embodiment, the page element tag automatic registration technique includes:
s10, acquiring demand information;
s11, screening to obtain a label, an element and a resource path corresponding to the demand information in the database; the resource path comprises a label path and an element path;
s12, generating and packaging an element label object based on the label, the element and the resource path;
s13, completing resource registration according to the element label object to obtain a registered element label object;
s14, storing the registration element tag object, and configuring the registration element tag object information cache update;
s15, based on the preset authority rule, carrying out authority configuration on the registered element label object to obtain an initial element label object;
s16, outputting an initial element label object;
the working principle of the technical scheme is as follows: firstly, acquiring demand information, namely acquiring the demand of a user for automatically registering a page element tag from a page, then screening to obtain a tag, an element and a resource path corresponding to the demand information in a database, wherein the resource path comprises a tag path and an element path, generating and packaging an element tag object based on the tag, the element and the resource path, completing resource registration according to the element tag object to obtain a registered element tag object, storing the registered element tag object, configuring and updating the cache of the registered element tag object information, configuring the authority of the registered element tag object based on a preset authority rule to obtain an initial element tag object, wherein the preset authority rule preferably limits the use authority of the registered element tag object, and finally outputting the initial element tag object; furthermore, with the increase of corresponding labels, elements and resource paths in the database, the initial element label object is automatically updated subsequently, meanwhile, the product adopts unified coding constraint, for the label element object which needs to be subjected to configuration type management, three extension attributes of labelKey, labelDesc and defaultValue are required to be provided for positioning the label, the label display content and the default display content, for the functional element object which needs to be subjected to operation control, id or ref naming needs to be started with op-el-, and the desc attribute is provided for describing the functional element; introducing a mixed function iecpResourceMixins into a page where the element is positioned, and identifying and registering the element at the mount and update stages of a life cycle; in order to avoid repeated verification and registration of the production environment, the product design only provides an element discovery registration function for the development environment, and registration data are synchronized to the production environment when the product is released and produced;
the beneficial effects of the above technical scheme are: the method is beneficial to meeting the aims of defining and updating the element tags in real time according to the management needs of users, so that the product can quickly respond to the client requirements.
Referring to fig. 4 and 5, in an embodiment, configuring cache update of tag object information of a registration element includes:
s141, reading a Redis configuration and a Local Storage configuration;
s142, checking whether versions of the Redis configuration and the Local Storage configuration are consistent or not, if so, turning to S143, and if not, turning to S144;
s143, outputting the existing element tag object in the Local Storage cache as a registered element tag object;
s144, obtaining the registration element label object obtained in the S13;
s145, updating the Redis cache and the Local Storage cache based on the registered element tag object;
s146, outputting the updated element tag object in the Local Storage cache as a registered element tag object;
the working principle of the technical scheme is as follows: reading Redis configuration and Local Storage configuration, checking whether versions of the Redis configuration and the Local Storage configuration are consistent, if so, outputting an existing element tag object in a Local Storage cache as a registered element tag object, if not, acquiring a registered element tag object obtained by S13, updating a Redis cache and the Local Storage cache based on the registered element tag object, and finally outputting an updated element tag object in the Local Storage cache as the registered element tag object, further, in order to improve the loading speed of tag configuration information and simultaneously keep the consistency of the configuration information, the product adopts a combined mode of Redis and Local Storage to make a configuration data cache, wherein Redis is mainly used for caching configuration information updating key and version updating, and a complete configuration information cache is opened according to the resource configuration condition of a server; the LocalStorage is used for caching the configuration information of the complete version, and when the page is loaded, the information is read from the LocalStorage to render and present the label;
the beneficial effects of the above technical scheme are: tag configuration information caching is achieved based on Redis and LocalStorage, and tag information loading speed is increased.
In one embodiment, after obtaining the plurality of personalized element tags selected by the user based on the personalized tag library, the method further includes:
s31, judging whether a preset multi-language switching algorithm corresponding to the plurality of personalized element tags exists or not, if so, turning to S4, and if not, turning to S32;
s32, correcting the plurality of personalized element labels to obtain a plurality of correction label sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm;
s33, obtaining a historical preset multilingual switching algorithm used by a user within preset time to obtain a historical data set;
s34, analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: presetting the using times of the multi-language switching algorithm and the using time point of each time for each history in the history data set;
s35, sorting the correction label sets based on the habit information; the method specifically comprises the following steps:
s351, obtaining the total number N of times that all historical preset multi-language switching algorithms in the historical data set are used;
s352, based on the time point of the used historical preset multi-language switching algorithm, performing time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point to be 2, and ending assignment until the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point is set to be N-1 and the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is set to be N;
s353, based on the use times of each historical preset multi-language switching algorithm in the historical data set, and according to the ratio of the use times of each historical preset multi-language switching algorithm to the total times N, performing habit matching value assignment marking on the corresponding historical preset multi-language switching algorithm;
s354, multiplying the time matching values and habit matching values marked by all historical preset multi-language switching algorithms in the historical data set to obtain a first matching score;
s355, acquiring a preset multi-language switching algorithm corresponding to any correction tag set, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in a historical data set to obtain a second matching score;
s356, sorting the plurality of corrected label sets according to the second matching score;
s36, displaying the correction label sets and the preset multi-language switching algorithm corresponding to the correction label sets to the user based on the sorting result;
the working principle of the technical scheme is as follows: in practical situations, due to the fact that the variety and the attribute of the element tags in the personalized element tag library are various, when a user selects the corresponding element tags, the situation of wrong selection or missed selection can exist, so that the corresponding preset multi-language switching algorithm cannot be obtained, when the user does not know the wrong selection or missed selection, the satisfaction degree of the user on products can be reduced, and through the following scheme, when the situation of wrong selection or missed selection exists, the element tags selected by the user are corrected based on habit information of the user, the corresponding preset multi-language switching algorithm is generated to be selected by the user, the correction function is added, and the situation that the user selects the element tags by mistake or missed selection is preventedWhen a user does not know wrong selection or selection omission, the satisfaction degree of the user on a product is reduced, after a plurality of personalized element labels selected by the user based on a personalized label library are obtained, whether a preset multi-language switching algorithm corresponding to the plurality of personalized element labels exists or not is judged, if yes, the corresponding preset multi-language switching algorithm is selected based on the plurality of personalized element labels, multi-language translation switching is completed, and if not, the plurality of personalized element labels are corrected to obtain a plurality of corrected label sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm; acquiring a historical preset multi-language switching algorithm used by a user within a preset time in a server to obtain a historical data set, wherein the historical data set comprises a plurality of historical preset multi-language switching algorithms, and a plurality of same historical preset multi-language switching algorithms exist; analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: presetting the using times of the multi-language switching algorithm and the using time point of each time for each history in the history data set; based on the habit information, sequencing the correction tag sets to obtain a sequencing result; finally, displaying the plurality of correction label sets and a preset multi-language switching algorithm corresponding to the plurality of correction label sets to the user based on the sequencing result; furthermore, after the display, a correction tag set selected by a user is obtained, and a preset multi-language switching algorithm corresponding to the correction tag set is used for completing multi-language translation switching; based on the habit information, sorting the plurality of correction tag sets, specifically including: 1. acquiring the total number N of times that all historical preset multi-language switching algorithms in a historical data set are used; 2. based on the time point of using the historical preset multi-language switching algorithm each time, carrying out time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, and setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point closest to another time point to be 2 until setting the most previous time point closest to another time pointThe time matching value of the historical preset multilingual switching algorithm corresponding to the other time point is N-1, and the assignment is finished when the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is N; 3. based on the use times of each historical preset multilingual switching algorithm in the historical data set, performing habit matching value assignment marking on the corresponding historical preset multilingual switching algorithm according to the ratio of the use times of each historical preset multilingual switching algorithm to the total times N; 4. multiplying the time matching values and habit matching values marked by all history preset multi-language switching algorithms in the history data set to obtain a first matching score; 5. acquiring a preset multi-language switching algorithm corresponding to any correction tag set, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in a historical data set to obtain a second matching score; 6. sorting the plurality of correction label sets according to the second matching score; further, the second matching score of each of the predetermined multi-lingual handover algorithms is calculated directly based on a matching degree calculation formula, which is preferably
Wherein, P n A second matching score for the nth predetermined multilingual handover algorithm, t being the number of nth predetermined multilingual handover algorithms in all historical predetermined multilingual handover algorithms, x n For the mth time matching value, y, of the n-th predetermined multilingual handover algorithm n Is equal to x n The mth habit matching value (x) of the corresponding nth preset multi-language switching algorithm n *y n ) m For the mth first matching score, the calculation formula is beneficial to quickly determining the matching degree of each preset multi-language switching algorithm and the habit of the user, and the correction accuracy is improved;
the beneficial effects of the above technical scheme are: based on the habit information of the user, the element labels selected by the user are corrected, a corresponding preset multi-language switching algorithm is generated for the user to select, the correction function is added, the condition that the satisfaction degree of the user on a product is reduced when the user does not know wrong selection or selection omission is prevented, and the intelligence of multi-language switching is improved.
In one embodiment, the method for switching between tag configuration and multilingual translation of an information system further comprises:
obtaining user account information and unique first key and second key distributed by terminal server during initial creation of user account
Binding the second element label with the user account information to obtain a binding file;
encrypting the binding file by using a first key to obtain a first encrypted file;
uploading the first encrypted file to a terminal server, and discarding the second key;
after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain a second element label and user account information;
the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts a second element label by using a second key to obtain a second encrypted file;
sending the second encrypted file to all the first user terminals;
the first user terminal decrypts the second encrypted file based on the second secret key to obtain a second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file;
updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using a second key to obtain a third encrypted file, and discarding the second key;
uploading the third encrypted file to a terminal server;
the terminal server decrypts the third encrypted file to obtain user account information;
the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file,
the fourth encrypted file is sent to all first user terminals logging in user account information, and the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file are discarded;
the first user terminal decrypts the fourth encrypted file based on the first secret key to obtain a second secret key, and global updating of the second element label is completed;
the working principle of the technical scheme is as follows: in an actual situation, the number of devices frequently logged in by a user is often more than one, and a personalized element tag set by the user is shared on all the login devices of the user in real time in a mode of utilizing user account information and a secret key, so that the user can realize real-time configuration of all the login devices by only once configuration, the intelligent configuration of the tag is favorably improved, the satisfaction degree of the user on a product is improved, and the specific scheme is as follows: firstly, acquiring user account information and a unique first key and a unique second key which are distributed by a terminal server when a user account is initially established; the first secret key and the second secret key corresponding to each user account are unique, so that accurate label configuration of each account information is guaranteed; binding the second element label with the user account information to obtain a binding file; encrypting the binding file by using a first key to obtain a first encrypted file; uploading the first encrypted file to a terminal server, and discarding the second key; after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain a second element label and user account information; the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts a second element label by using a second key to obtain a second encrypted file; sending the second encrypted file to all the first user terminals; the first user terminal decrypts the second encrypted file based on the second secret key to obtain a second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file; updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using a second key to obtain a third encrypted file, and discarding the second key; uploading the third encrypted file to a terminal server; the terminal server decrypts the third encrypted file to obtain user account information; the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file, sends the fourth encrypted file to all first user terminals logging in the user account information, and discards the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file; the first user terminal decrypts the fourth encrypted file based on the first key to obtain a second key, and global updating of the second element label is completed; furthermore, when a second element label on any first user terminal is changed, the global updating step of the second element label is triggered;
the beneficial effects of the above technical scheme are: the personalized element tag set by the user is shared on all login equipment of the user in real time by using the user account information and the key, so that the user can realize the real-time configuration of all login equipment only by one-time configuration, the automatic global updating is realized, the intelligence of tag configuration is favorably improved, the satisfaction of the user on a product is improved, and the privacy and the safety of the user tag configuration are improved by setting the unique key.
Referring to fig. 6, a system for tag allocation and multilingual translation switching in an information system includes:
the element tag automatic registration module 1 is used for completing the pre-registration of element tags based on a page element tag automatic registration technology to obtain a plurality of initial element tags;
the element tag self-defining module 2 is used for acquiring element tags defined by a user;
the element label format unifying module 3 is used for converting the element labels into second element labels with the same format as the initial element labels based on the Baidu translation interface;
the personalized tag library establishing module 4 is used for establishing a personalized tag library according to all the initial element tags and the second element tags;
the element tag determining module 5 is used for acquiring a plurality of personalized element tags selected by a user based on a personalized tag library;
and the language translation determining module 6 is used for selecting a corresponding preset multilingual switching algorithm based on the plurality of personalized element tags to complete multilingual translation switching.
In one embodiment, the page element tag auto-registration technique includes:
s10, acquiring demand information;
s11, screening to obtain a label, an element and a resource path corresponding to the demand information in the database; the resource path comprises a label path and an element path;
s12, generating and packaging an element label object based on the label, the element and the resource path;
s13, completing resource registration according to the element label object to obtain a registered element label object;
s14, storing the registration element tag object, and configuring the registration element tag object information cache update;
s15, based on the preset authority rule, carrying out authority configuration on the registered element label object to obtain an initial element label object;
and S16, outputting the initial element label object.
In one embodiment, configuring registration element tag object information cache updates comprises:
s141, reading a Redis configuration and a Local Storage configuration;
s142, checking whether versions of the Redis configuration and the Local Storage configuration are consistent or not, if so, turning to S143, and if not, turning to S144;
s143, outputting the existing element tag object in the Local Storage cache as a registered element tag object;
s144, obtaining the registration element label object obtained in the S13;
s145, updating the Redis cache and the Local Storage cache based on the registered element tag object;
and S146, outputting the updated element tag object in the Local Storage cache as a registered element tag object.
In one embodiment, the system for switching label configuration and multilingual translation of the information system further comprises an element label correction presentation module 7;
the element tag correction presentation module 7 performs operations including:
s31, judging whether a preset multi-language switching algorithm corresponding to the plurality of personalized element tags exists or not, if so, turning to S4, and if not, turning to S32;
s32, correcting the plurality of personalized element labels to obtain a plurality of correction label sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm;
s33, obtaining a historical preset multilingual switching algorithm used by a user within preset time to obtain a historical data set;
s34, analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: presetting the using times of the multi-language switching algorithm and the using time point of each time for each history in the history data set;
s35, sorting the correction label sets based on the habit information; the method specifically comprises the following steps:
s351, obtaining the total number N of times that all historical preset multi-language switching algorithms in the historical data set are used;
s352, based on the time point of the used historical preset multi-language switching algorithm, performing time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point to be 2, and ending assignment until the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point is set to be N-1 and the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is set to be N;
s353, based on the use times of each historical preset multi-language switching algorithm in the historical data set, and according to the ratio of the use times of each historical preset multi-language switching algorithm to the total times N, performing habit matching value assignment marking on the corresponding historical preset multi-language switching algorithm;
s354, multiplying the time matching values and habit matching values marked by all historical preset multi-language switching algorithms in the historical data set to obtain a first matching score;
s355, acquiring a preset multi-language switching algorithm corresponding to any correction tag set, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in a historical data set to obtain a second matching score;
s356, sorting the plurality of corrected label sets according to the second matching score;
and S36, displaying the plurality of correction label sets and the preset multi-language switching algorithm corresponding to the plurality of correction label sets to the user based on the sorting result.
In one embodiment, the system for switching label configuration and multilingual translation of the information system further comprises a second element label global automatic updating module 8;
the second element label global automatic updating module 8 performs the following operations:
obtaining user account information and unique first key and second key distributed by terminal server during initial creation of user account
Binding the second element label with the user account information to obtain a binding file;
encrypting the binding file by using a first key to obtain a first encrypted file;
uploading the first encrypted file to a terminal server, and discarding the second key;
after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain a second element label and user account information;
the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts a second element label by using a second key to obtain a second encrypted file;
sending the second encrypted file to all the first user terminals;
the first user terminal decrypts the second encrypted file based on the second secret key to obtain a second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file;
updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using a second key to obtain a third encrypted file, and discarding the second key;
uploading the third encrypted file to a terminal server;
the terminal server decrypts the third encrypted file to obtain user account information;
the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file,
the fourth encrypted file is sent to all first user terminals logging in user account information, and the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file are discarded;
and the first user side decrypts the fourth encrypted file based on the first key to obtain a second key, and the global updating of the second element label is completed.
The working principle and the beneficial effect of different internal function modules in the system for information system label configuration and multi-language translation switching can refer to the working principle and the beneficial effect correspondingly mentioned in the method for information system label configuration and multi-language translation switching, and repeated description is not repeated here.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. A method for switching label configuration and multi-language translation of an information system is characterized by comprising the following steps:
s1, completing the pre-registration of the element tags based on the page element tag automatic registration technology to obtain a plurality of initial element tags;
s2, obtaining a user-defined element label, and converting the element label into a second element label with the same format as the initial element label based on a Baidu translation interface;
s3, establishing a personalized label library according to all the initial element labels and the second element labels; acquiring a plurality of personalized element tags selected by a user based on a personalized tag library;
s4, selecting a corresponding preset multilingual switching algorithm based on the plurality of personalized element labels, and completing multilingual translation switching.
2. The method of claim 1, wherein the automatic registration technique for page element tags comprises:
s10, acquiring demand information;
s11, screening to obtain a label, an element and a resource path corresponding to the demand information in the database; wherein the resource path comprises a label path and an element path;
s12, generating and packaging an element label object based on the label, the element and the resource path;
s13, completing resource registration according to the element label object to obtain a registered element label object;
s14, storing the registration element tag object, and configuring the registration element tag object information cache update;
s15, based on a preset authority rule, carrying out authority configuration on the registered element label object to obtain an initial element label object;
and S16, outputting the initial element label object.
3. The method of claim 2, wherein said configuring registration element tag object information cache update comprises:
s141, reading a Redis configuration and a Local Storage configuration;
s142, checking whether the versions of the Redis configuration and the Local Storage configuration are consistent, if so, turning to S143, and if not, turning to S144;
s143, outputting the existing element tag object in the Local Storage cache as a registered element tag object;
s144, obtaining the registration element label object obtained in the S13;
s145, updating a Redis cache and a Local Storage cache based on the registered element tag object;
and S146, outputting the updated element tag object in the Local Storage cache as a registered element tag object.
4. The method of claim 1, wherein after obtaining the personalized element tags selected by the user based on the personalized tag library, the method further comprises:
s31, judging whether a preset multi-language switching algorithm corresponding to the plurality of personalized element tags exists or not, if so, turning to S4, and if not, turning to S32;
s32, correcting the plurality of personalized element tags to obtain a plurality of corrected tag sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm;
s33, obtaining a historical preset multilingual switching algorithm used by a user within preset time to obtain a historical data set;
s34, analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: the using times of the multi-language switching algorithm and the using time point of each time are preset in each history in the historical data set;
s35, sorting the correction label sets based on the habit information; the method specifically comprises the following steps:
s351, obtaining the total number N of times that all historical preset multi-language switching algorithms in the historical data set are used;
s352, based on the time point of the used historical preset multi-language switching algorithm, performing time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point to be 2, and ending assignment until the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point is set to be N-1 and the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is set to be N;
s353, based on the use times of each historical preset multi-language switching algorithm in the historical data set, and according to the ratio of the use times of each historical preset multi-language switching algorithm to the total times N, performing habit matching value assignment marking on the corresponding historical preset multi-language switching algorithm;
s354, multiplying the time matching values and habit matching values marked by all historical preset multi-language switching algorithms in the historical data set to obtain a first matching score;
s355, acquiring a preset multi-language switching algorithm corresponding to any one of the correction tag sets, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in the historical data set to obtain a second matching score;
s356, sorting the plurality of correction label sets according to the second matching scores;
and S36, displaying the plurality of correction label sets and the preset multi-language switching algorithm corresponding to the plurality of correction label sets to the user based on the sequencing result.
5. The method of claim 1, further comprising:
obtaining user account information and unique first key and second key distributed by terminal server during initial creation of user account
Binding the second element label with the user account information to obtain a binding file;
encrypting the binding file by using a first key to obtain a first encrypted file;
uploading the first encrypted file to a terminal server, and discarding the second key;
after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain the second element label and the user account information;
the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts the second element label by using a second key to obtain a second encrypted file;
sending the second encrypted file to all the first user terminals;
the first user terminal decrypts the second encrypted file based on the second secret key to obtain the second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file;
updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using the second key to obtain a third encrypted file, and discarding the second key;
uploading the third encrypted file to a terminal server;
the terminal server decrypts the third encrypted file to obtain the user account information;
the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file,
the fourth encrypted file is sent to all first user terminals logging in the user account information, and the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file are discarded;
and the first user side decrypts the fourth encrypted file based on the first key to obtain a second key, and the global updating of the second element label is completed.
6. A system for switching between tag configuration and multilingual translation in an information system, comprising:
the element tag automatic registration module is used for completing the pre-registration of the element tags based on the page element tag automatic registration technology to obtain a plurality of initial element tags;
the element tag self-defining module is used for acquiring element tags defined by a user;
the element label format unifying module is used for converting the element label into a second element label with the same format as the initial element label based on a Baidu translation interface;
the personalized tag library establishing module is used for establishing a personalized tag library according to all the initial element tags and the second element tags;
the element tag determining module is used for acquiring a plurality of personalized element tags selected by a user based on the personalized tag library;
and the language translation determining module is used for selecting a corresponding preset multilingual switching algorithm based on the plurality of personalized element tags to complete multilingual translation switching.
7. The system of claim 6, wherein the automatic registration technique for tab configuration and multilingual translation comprises:
s10, acquiring demand information;
s11, screening to obtain a label, an element and a resource path corresponding to the demand information in the database; wherein the resource path comprises a label path and an element path;
s12, generating and packaging an element label object based on the label, the element and the resource path;
s13, completing resource registration according to the element label object to obtain a registered element label object;
s14, storing the registration element tag object, and configuring the registration element tag object information cache update;
s15, based on a preset authority rule, carrying out authority configuration on the registered element label object to obtain an initial element label object;
and S16, outputting the initial element label object.
8. The system of claim 7, wherein said configured registration element tag object information cache update comprises:
s141, reading a Redis configuration and a Local Storage configuration;
s142, checking whether the versions of the Redis configuration and the Local Storage configuration are consistent, if so, turning to S143, and if not, turning to S144;
s143, outputting the existing element tag object in the Local Storage cache as a registered element tag object;
s144, obtaining the registration element label object obtained in the S13;
s145, updating a Redis cache and a Local Storage cache based on the registered element tag object;
and S146, outputting the updated element tag object in the Local Storage cache as a registered element tag object.
9. The system of claim 6, further comprising an element tag calibration display module;
the element label correction presentation module executes the following operations:
s31, judging whether a preset multi-language switching algorithm corresponding to the plurality of personalized element tags exists or not, if so, turning to S4, and if not, turning to S32;
s32, correcting the plurality of personalized element labels to obtain a plurality of correction label sets; each correction tag set comprises a plurality of corrected personalized element tags, and each correction tag set corresponds to a preset multi-language switching algorithm;
s33, obtaining a historical preset multilingual switching algorithm used by a user within preset time to obtain a historical data set;
s34, analyzing the historical data set to obtain habit information of the current user; wherein the habit information comprises: the using times of the multi-language switching algorithm and the using time point of each time are preset in each history in the historical data set;
s35, sorting the correction label sets based on the habit information; the method specifically comprises the following steps:
s351, obtaining the total number N of times that all historical preset multi-language switching algorithms in the historical data set are used;
s352, based on the time point of the used historical preset multi-language switching algorithm, performing time matching value assignment marking on the historical preset multi-language switching algorithm each time; wherein, the assignment operation comprises: setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point to be 1, setting the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point to be 2, and ending assignment until the time matching value of the historical preset multilingual switching algorithm corresponding to the most previous time point which is closest to another time point is set to be N-1 and the time matching value of the historical preset multilingual switching algorithm corresponding to the last time point is set to be N;
s353, based on the use times of each historical preset multi-language switching algorithm in the historical data set, and according to the ratio of the use times of each historical preset multi-language switching algorithm to the total times N, performing habit matching value assignment marking on the corresponding historical preset multi-language switching algorithm;
s354, multiplying the time matching values and habit matching values marked by all historical preset multi-language switching algorithms in the historical data set to obtain a first matching score;
s355, acquiring a preset multi-language switching algorithm corresponding to any one of the correction tag sets, and adding first matching scores corresponding to all historical preset multi-language switching algorithms which are the same as the preset multi-language switching algorithm in the historical data set to obtain a second matching score;
s356, sorting the plurality of correction label sets according to the second matching scores;
and S36, displaying the plurality of correction label sets and the preset multi-language switching algorithm corresponding to the plurality of correction label sets to the user based on the sequencing result.
10. The system for label configuration and multilingual translation switching in an information system of claim 6, further comprising a second elemental label global automatic update module;
the second element label global automatic updating module executes the following operations:
obtaining user account information and unique first key and second key distributed by terminal server during initial creation of user account
Binding the second element label with the user account information to obtain a binding file;
encrypting the binding file by using a first key to obtain a first encrypted file;
uploading the first encrypted file to a terminal server, and discarding the second key;
after receiving the first encrypted file, the terminal server decrypts the first encrypted file to obtain the second element label and the user account information;
the terminal server determines all current first user terminals logging in the user account information based on the user account information, and encrypts the second element label by using a second key to obtain a second encrypted file;
sending the second encrypted file to all the first user terminals;
the first user terminal decrypts the second encrypted file based on the second secret key to obtain the second element label; if the first user end can not decrypt the second encrypted file, discarding the second encrypted file;
updating the personalized tag library of the first user side based on the second element tag, encrypting the user account information by using the second key to obtain a third encrypted file, and discarding the second key;
uploading the third encrypted file to a terminal server;
the terminal server decrypts the third encrypted file to obtain the user account information;
the terminal server encrypts the second key by using the first key based on the user account information to obtain a fourth encrypted file,
the fourth encrypted file is sent to all first user terminals logging in the user account information, and the first encrypted file, the second encrypted file, the third encrypted file and the fourth encrypted file are discarded;
and the first user side decrypts the fourth encrypted file based on the first key to obtain a second key, and the global updating of the second element label is completed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210533918.7A CN114816645B (en) | 2022-05-17 | 2022-05-17 | Method and system for switching label configuration and multi-language translation of information system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210533918.7A CN114816645B (en) | 2022-05-17 | 2022-05-17 | Method and system for switching label configuration and multi-language translation of information system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN114816645A true CN114816645A (en) | 2022-07-29 |
| CN114816645B CN114816645B (en) | 2022-11-22 |
Family
ID=82516265
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202210533918.7A Active CN114816645B (en) | 2022-05-17 | 2022-05-17 | Method and system for switching label configuration and multi-language translation of information system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN114816645B (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20040039989A1 (en) * | 2002-08-26 | 2004-02-26 | Peter Warren | Structured forms with configurable labels |
| US7165243B1 (en) * | 1999-06-25 | 2007-01-16 | Sun Microsystems, Inc. | Multi-lingual tag extension mechanism |
| US20080005085A1 (en) * | 2004-11-12 | 2008-01-03 | Yusuke Fujimaki | Server Device and Search Method |
| US20080313000A1 (en) * | 2007-06-15 | 2008-12-18 | International Business Machines Corporation | System and method for facilitating skill gap analysis and remediation based on tag analytics |
| CN103412857A (en) * | 2013-09-04 | 2013-11-27 | 广东全通教育股份有限公司 | System and method for realizing Chinese-English translation of webpage |
| CN105183500A (en) * | 2015-08-05 | 2015-12-23 | 深圳联友科技有限公司 | Method and system for configuring webpage language |
| CN112748928A (en) * | 2020-12-30 | 2021-05-04 | 平安普惠企业管理有限公司 | Rich text data processing method and device, computer equipment and storage medium |
-
2022
- 2022-05-17 CN CN202210533918.7A patent/CN114816645B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7165243B1 (en) * | 1999-06-25 | 2007-01-16 | Sun Microsystems, Inc. | Multi-lingual tag extension mechanism |
| US20040039989A1 (en) * | 2002-08-26 | 2004-02-26 | Peter Warren | Structured forms with configurable labels |
| US20080005085A1 (en) * | 2004-11-12 | 2008-01-03 | Yusuke Fujimaki | Server Device and Search Method |
| US20080313000A1 (en) * | 2007-06-15 | 2008-12-18 | International Business Machines Corporation | System and method for facilitating skill gap analysis and remediation based on tag analytics |
| CN103412857A (en) * | 2013-09-04 | 2013-11-27 | 广东全通教育股份有限公司 | System and method for realizing Chinese-English translation of webpage |
| CN105183500A (en) * | 2015-08-05 | 2015-12-23 | 深圳联友科技有限公司 | Method and system for configuring webpage language |
| CN112748928A (en) * | 2020-12-30 | 2021-05-04 | 平安普惠企业管理有限公司 | Rich text data processing method and device, computer equipment and storage medium |
Non-Patent Citations (1)
| Title |
|---|
| 七影: "开源互联网应用系统", 《软件世界》 * |
Also Published As
| Publication number | Publication date |
|---|---|
| CN114816645B (en) | 2022-11-22 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10503834B2 (en) | Template generation for a conversational agent | |
| US7921018B2 (en) | Translation system and method of providing translation service | |
| CN109614101B (en) | Page generation method, system, device, computer equipment and storage medium | |
| CN102411482A (en) | Device and help server | |
| CN113807308B (en) | Job correcting method, apparatus, device, storage medium and computer program product | |
| EP3486842A1 (en) | Template generation for a conversational agent | |
| JP2022500748A (en) | Curriculum package development methods and equipment, systems, devices and storage media | |
| CN113031943A (en) | Code generation method, device, storage medium and electronic equipment | |
| CN117473941B (en) | Drawing processing method and device, electronic equipment and storage medium | |
| CN112988752A (en) | Resource management method, device, storage medium and electronic equipment | |
| CN110490781A (en) | It is a kind of based on the PPT of cloud platform for lecture system and method | |
| EP3525107A1 (en) | Conversational agent | |
| KR102501631B1 (en) | Method and system to provide handwriting font generation service | |
| CN114816645B (en) | Method and system for switching label configuration and multi-language translation of information system | |
| CN113778446B (en) | Low-code application development platform | |
| CN111258434A (en) | Method, device, equipment and storage medium for inserting pictures into chat interface | |
| US11281367B2 (en) | Slider for content selection in user interface | |
| CN112215015B (en) | Translation text revision method, device, computer equipment and storage medium | |
| CN108196921B (en) | Document development method and device, computer equipment and storage medium | |
| US7698003B2 (en) | System for generating standard operating procedure(SOP) files | |
| US20220237366A1 (en) | Systems and methods for synchronizing graphical displays across thin client devices | |
| CN115982272A (en) | Data labeling method and device for urban big data management and computer storage medium | |
| CN111919199B (en) | Neural network system and method for application navigation | |
| CN103488477A (en) | Visual editing system and visual editing method of JAVA interface | |
| CN112749560A (en) | Address text processing method, device and equipment and computer storage medium |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |