CN118426793A - An application distribution system based on automatic identification - Google Patents

Abstract

The invention provides an application distribution system based on automatic identification, which belongs to the technical field of automatic identification and comprises the following components: acquiring application installation package information, and carrying out information analysis on the application installation package information to obtain version information; determining a corresponding application generator based on the version information, and loading the application installation package information based on the application generator to obtain an application installation link; automatically identifying a conversion protocol of an application installation platform; and converting the information of the application installation link to obtain application information, and distributing the application information to the application installation platform. The method comprises the steps of obtaining application installation package information, analyzing the information to obtain version information, determining that an application generator loads the installation package information to obtain installation links through the version information, obtaining application information through automatically identifying a conversion protocol of an application installation platform and carrying out information conversion on the installation links, and automatically realizing the identification of an installation system through the same link, so that the application distribution efficiency is effectively improved.

Description

An application distribution system based on automatic identification

Technical Field

The present invention relates to the field of automatic identification technology, and in particular to an application distribution system based on automatic identification.

Background technique

As electronic devices are used more and more widely, electronic devices with different operating systems have emerged. The same application software often needs to be installed in multiple electronic devices with different operating systems, so the application needs to be distributed.

The existing application distribution technology mainly establishes different links and stores applications corresponding to different operating systems in different installation links. During the installation process, it is easy to download the wrong version of the application due to link errors, resulting in installation failure, resulting in low application distribution efficiency.

Therefore, the present invention provides an application distribution system based on automatic identification.

Summary of the invention

The present invention provides an application distribution system based on automatic identification, which is used to solve the defects of low application distribution efficiency and high error rate in the prior art.

In one aspect, the present invention provides an application distribution system based on automatic identification, comprising:

Information identification module: obtains application installation package information, and parses the application installation package information to obtain version information;

A link generation module: determining a corresponding application generator based on the version information, and loading the application installation package information based on the application generator to obtain an application installation link;

Protocol determination module: automatically identifies the conversion protocol of the application installation platform;

Application distribution module: based on the conversion protocol, performs information conversion on the application installation link to obtain application information, and distributes it to the application installation platform.

According to an application distribution system based on automatic identification provided by the present invention, the information identification module includes:

An information acquisition unit is used to determine the application code information of the corresponding application installation package based on the application installation package information;

Information parsing unit: Parsing the application code information based on the dedicated code library to obtain detailed information of the application installation package, and extracting data from the detailed information to obtain version information of the corresponding application installation package.

According to an application distribution system based on automatic identification provided by the present invention, the information parsing unit includes:

Code segment determination block: obtains the installation package types of all historical installation packages, and obtains code segments from the application library based on the installation package types;

A test case execution block generates test cases based on the application code information and executes each test case through the code segment;

Code library generation block: extracts all successfully executed code segments and composes a dedicated code library based on the code segments.

According to an application distribution system based on automatic identification provided by the present invention, a link generation module includes:

A matching unit: determining a plurality of indicators to be verified of the version information, and combining all indicators of the indicators to be verified from the indicator-generator mapping table into matching generators of individual indicators in sequence;

Extraction unit: performing quantitative statistical processing on the matching generators under each indicator combination, respectively obtaining the first quantity of each matching generator, and at the same time, extracting the intersection generators under all indicator combinations and one less indicator combination;

Combining unit: extracting the first n1 matching generators from all the first quantities, and combining them with the intersection generator to obtain the application generator of the corresponding version information.

According to an automatic identification-based application distribution system provided by the present invention, the link generation module further includes:

Information parsing unit: loading and parsing the application installation package information based on the application generator to obtain basic information of the application installation package;

Transcoding unit: transcoding the basic information to obtain transcoded text, and splitting the transcoded text according to a text splitting rule to obtain a plurality of text fields;

Random generation unit: matches link character groups to each text field, and randomly combines them to obtain the application installation link of the application generator.

According to an automatic identification-based application distribution system provided by the present invention, a protocol determination module includes:

Information acquisition unit: acquiring platform types of multiple application installation platforms supported by the application installation package and platform characteristics of the corresponding application installation platforms;

The conversion protocol determining unit searches the conversion protocol database based on the platform type and platform characteristics to obtain the conversion protocol of the corresponding application installation platform.

According to an automatic identification-based application distribution system provided by the present invention, the application distribution module includes:

A code classification unit: obtaining multiple sets of source codes corresponding to the application installation links, and classifying the multiple sets of source codes according to different code types of the source codes;

Divide each set of source codes into blocks according to code usage, and obtain several verification code blocks from each set of source codes;

Calculating a matching value between each verification code block and the conversion protocol;

;in, is the matching value between the ith verification code block and the conversion protocol, is the ratio of the length of the i-th verification code block to the length of the corresponding group source code, is the sub-matching value between the kth code segment in the i-th verification code block and the corresponding conversion protocol, n represents the number of code segments in the i-th verification code block, is the jth code in the kth code segment, represents the conversion coefficient for the jth code based on the effective number of codes, and m represents the total number of codes present in the kth code segment; is the total number of code segments involved in the remaining code blocks except the i-th verification code block in the corresponding group source code, is the preset effective code amount for the kth code segment, is the fluctuation coefficient of the ith verification code block, is the invalid number coefficient of the kth code segment under the i-th verification code block, is the current stable duration of the i-th verification code block, The set stable duration of the code usage corresponding to the i-th verification code block; is the preset total code amount for the kth code segment; Represents all the verification code blocks under the i-th The minimum value in ;

When the matching value is greater than a preset value, the source code corresponding to the corresponding verification code block is retained;

The code type of each retained source code is marked according to the classification result, and the number of retentions of each code type is determined according to the marking result. At the same time, the total amount of source code of each code type is counted;

Generate transition conditions based on all source codes involved in the code type with the largest number of retentions and all source codes under the code type with the largest total amount of code;

Based on the transition conversion condition, the conversion protocol is controlled to realize the conversion of the application installation connection to obtain application information.

According to an automatic identification-based application distribution system provided by the present invention, the application distribution module further includes:

Space comparison unit: obtains the platform installation space of the application installation platform, and compares it with the installation space required by the application installation package to be installed;

Application distribution unit: if the platform installation space is larger than the required installation space, distribute the application information to the application installation platform;

Otherwise, the user is reminded that there is insufficient installation space, and the application information is saved to the cloud, and the application information is directly retrieved when the application installation platform is installed again.

Compared with the prior art, the beneficial effects of the present application are as follows: the present invention provides an application distribution system based on automatic identification, which obtains application installation package information and parses the information to obtain version information, and then determines the application generator to load the installation package information to obtain the installation link through the version information, thereby ensuring the accuracy of the installation link, and automatically identifies the conversion protocol of the application installation platform and converts the installation link to obtain application information, and can automatically identify the installation system through the same link, thereby effectively improving the application distribution efficiency and effectively avoiding installation errors caused by incorrect link selection.

BRIEF DESCRIPTION OF THE DRAWINGS

In order to more clearly illustrate the technical solutions in the present invention or the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

FIG1 is a structural diagram of an application distribution system based on automatic identification provided by an embodiment of the present invention.

Detailed ways

In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described below in conjunction with the drawings of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

As shown in FIG1 , an embodiment of the present invention provides an application distribution system based on automatic identification, including:

Information identification module: obtains application installation package information, and parses the application installation package information to obtain version information;

A link generation module: determining a corresponding application generator based on the version information, and loading the application installation package information based on the application generator to obtain an application installation link;

Protocol determination module: automatically identifies the conversion protocol of the application installation platform;

Application distribution module: based on the conversion protocol, performs information conversion on the application installation link to obtain application information, and distributes it to the application installation platform.

In this embodiment, the application installation package information refers to characteristic information of the application installation package, such as the size of the installation package and content information of the installation package.

In this embodiment, information analysis refers to extracting information from specific features reflected by the information of the installation package. For example, if the installation package information can determine that the version of the installation package is 2.0, the version information obtained after information analysis is 2.0.

In this embodiment, different version information has different application generators, and the indicators to be verified of the version information can be combined to obtain the corresponding application generator, which can convert the installation package information into the corresponding installation link.

In this embodiment, the installation system corresponding to the application installation platform can be obtained by automatically identifying the information of the application installation platform, and the corresponding conversion protocol can be determined.

In this embodiment, information conversion is a process of converting the coded information in the installation link through a conversion protocol, and the installation information of the application can be obtained after the conversion.

The beneficial effects of the above technical solution are: by obtaining the application installation package information and parsing the information to obtain the version information, and then determining the application generator to load the installation package information to obtain the installation link through the version information, the accuracy of the installation link is ensured, and by automatically identifying the conversion protocol of the application installation platform and converting the installation link information to obtain the application information, the installation system can be automatically identified through the same link, which effectively improves the application distribution efficiency and avoids installation errors caused by incorrect link selection.

The embodiment of the present invention provides an application distribution system based on automatic identification, an information identification module, including:

An information acquisition unit is used to determine the application code information of the corresponding application installation package based on the application installation package information;

Information parsing unit: Parsing the application code information based on the dedicated code library to obtain detailed information of the application installation package, and extracting data from the detailed information to obtain version information of the corresponding application installation package.

In this embodiment, the application code information refers to the code information in the application installation package that is used to reflect the content of the installation package.

In this embodiment, the exclusive code library is formed by verifying code segments, and the exclusive code library contains code information of all different installation systems corresponding to the application, and each application corresponds to a exclusive code library.

In this embodiment, the detailed information refers to the basic information details of the application installation package, including the size of the installation package and the version of the installation package.

The beneficial effects of the above technical solution are: determining the application code information through the installation package information, and parsing the application code information through a dedicated code library, thereby ensuring the accuracy of the code information parsing results, and obtaining the version information of the application installation package through data extraction through the obtained detailed information, thereby ensuring the accuracy of the installation package version information and further ensuring the accuracy of application distribution.

The embodiment of the present invention provides an application distribution system based on automatic identification, an information parsing unit, including:

Code segment determination block: obtains the installation package types of all historical installation packages, and obtains code segments from the application library based on the installation package types;

A test case execution block generates test cases based on the application code information and executes each test case through the code segment;

Code library generation block: extracts all successfully executed code segments and composes a dedicated code library based on the code segments.

In this embodiment, the historical installation package refers to the installation package of the historical version of the corresponding application installed on the same system.

In this embodiment, the installation package type refers to the type of installation software corresponding to the installation package, such as office software, entertainment software, etc.

In this embodiment, the code segment refers to code information related to the installation package type in the application library.

In this embodiment, the test case is obtained by extracting application code information and establishing a test using the extracted feature information.

The beneficial effect of the above technical solution is: by obtaining the installation package type of the historical installation package, and obtaining the code segment from the application library, and generating test cases through application code information, and then executing the test cases through the code segment for verification, the verified code segments are combined into an exclusive code library, thereby ensuring the comprehensiveness of the exclusive code library and further ensuring the accuracy of the code information analysis.

The embodiment of the present invention provides an application distribution system based on automatic identification, a link generation module, including:

A matching unit: determining a plurality of indicators to be verified of the version information, and combining all indicators of the indicators to be verified from the indicator-generator mapping table into matching generators of individual indicators in sequence;

Extraction unit: performing quantitative statistical processing on the matching generators under each indicator combination, respectively obtaining the first quantity of each matching generator, and at the same time, extracting the intersection generators under all indicator combinations and one less indicator combination;

Combining unit: extracting the first n1 matching generators from all the first quantities, and combining them with the intersection generator to obtain the application generator of the corresponding version information.

In this embodiment, the indicator to be verified refers to an indicator in the version information that is different from the previous version information.

In this embodiment, the indicator-generator mapping table includes all indicators and corresponding generators.

In this embodiment, the first quantity refers to the total number of indicators of all indicator combinations corresponding to each matching generator.

In this embodiment, the intersection generator refers to the intersection of all generators corresponding to all indicator combinations and all generators corresponding to one less indicator combination.

The beneficial effect of the above technical solution is: by determining the indicator to be verified, matching the appropriate matching generator according to the indicator to be verified from the indicator-generator mapping table in turn, and then counting the number of matching generators to obtain the number, and extracting the communication generator, combining the partial matching generator to obtain the application generator with the corresponding version information, thereby ensuring that the application generator can completely generate the application link.

The embodiment of the present invention provides an application distribution system based on automatic identification, a link generation module, and further includes:

Information parsing unit: loading and parsing the application installation package information based on the application generator to obtain basic information of the application installation package;

Transcoding unit: transcoding the basic information to obtain transcoded text, and splitting the transcoded text according to a text splitting rule to obtain a plurality of text fields;

Random generation unit: matches link character groups to each text field, and randomly combines them to obtain the application installation link of the application generator.

In this embodiment, the text segmentation rule is a preset rule, which is related to the size of the text and the basic information content corresponding to each segment of text.

The beneficial effects of the above technical solution are: the installation package information is loaded and parsed by the application generator to obtain basic information, and the basic information is transcoded to obtain transcoded text, the transcoded text is split according to the text splitting rules, and then the matching efficiency is improved by matching the link character group to each text field, and the application installation link is obtained by random combination to improve the accuracy of the installation link.

The embodiment of the present invention provides an application distribution system based on automatic identification, a protocol determination module, including:

Information acquisition unit: acquiring platform types of multiple application installation platforms supported by the application installation package and platform characteristics of the corresponding application installation platforms;

The conversion protocol determining unit searches the conversion protocol database based on the platform type and platform characteristics to obtain the conversion protocol of the corresponding application installation platform.

In this embodiment, different installation platform systems correspond to different platform types of application installation platforms, and different installation platform system versions correspond to different platform features.

In this embodiment, the conversion protocol database contains conversion protocols for all different features and different types of application installation platforms.

The beneficial effect of the above technical solution is: by obtaining the platform types and platform characteristics of multiple application installation platforms supported by the application installation package, and obtaining the conversion protocol from the conversion protocol database according to the corresponding platform types and platform characteristics, the matching of the conversion protocol is ensured, and the accuracy of the application link resolution is further ensured.

The embodiment of the present invention provides an application distribution system based on automatic identification, and an application distribution module, including:

A code classification unit: obtaining multiple sets of source codes corresponding to the application installation links, and classifying the multiple sets of source codes according to different code types of the source codes;

Divide each set of source codes into blocks according to code usage, and obtain several verification code blocks from each set of source codes;

Calculating a matching value between each verification code block and the conversion protocol;

;in, is the matching value between the ith verification code block and the conversion protocol, is the ratio of the length of the i-th verification code block to the length of the corresponding group source code, is the sub-matching value between the kth code segment in the i-th verification code block and the corresponding conversion protocol, n represents the number of code segments in the i-th verification code block, is the jth code in the kth code segment, represents the conversion coefficient for the jth code based on the effective number of codes, and m represents the total number of codes present in the kth code segment; is the total number of code segments involved in the remaining code blocks except the i-th verification code block in the corresponding group source code, is the preset effective code amount for the kth code segment, is the fluctuation coefficient of the ith verification code block, is the invalid number coefficient of the kth code segment under the i-th verification code block, is the current stable duration of the i-th verification code block, The set stable duration of the code usage corresponding to the i-th verification code block; is the preset total code amount for the kth code segment; Represents all the verification code blocks under the i-th The minimum value in ;

When the matching value is greater than a preset value, the source code corresponding to the corresponding verification code block is retained;

The code type of each retained source code is marked according to the classification result, and the number of retentions of each code type is determined according to the marking result. At the same time, the total amount of source code of each code type is counted;

Generate transition conditions based on all source codes involved in the code type with the largest number of retentions and all source codes under the code type with the largest total amount of code;

Based on the transition conversion condition, the conversion protocol is controlled to realize the conversion of the application installation connection to obtain application information.

In this embodiment, the code types of source codes corresponding to the installation platforms of different systems are different.

In this embodiment, the verification code block is a portion of the source code used to verify the protocol information.

In this embodiment, the matching value is used to reflect the matching degree between the verification code block and the conversion protocol, and the matching value is proportional to the matching degree. The higher the matching value, the higher the matching degree.

In this embodiment, the transition conversion condition is used to control the conversion of the conversion protocol, including the screening of the conversion protocol and the application condition.

The beneficial effects of the above technical solution are: by obtaining multiple groups of source codes linked to the application and classifying them according to different code types, the source code is processed in blocks, the verification code block is determined, the matching value of the verification code block and the conversion protocol is obtained and the retained part of the source code is determined, the individual code types are marked and the total amount of code is counted, the transition conversion conditions are generated according to the statistical results, and the conversion protocol is controlled to convert to obtain application information, thereby ensuring the accuracy of the application information and being able to effectively realize the automatic distribution of the application.

The embodiment of the present invention provides an application distribution system based on automatic identification, and the application distribution module further includes:

Space comparison unit: obtains the platform installation space of the application installation platform, and compares it with the installation space required by the application installation package to be installed;

Application distribution unit: if the platform installation space is larger than the required installation space, distribute the application information to the application installation platform;

Otherwise, the user is reminded that there is insufficient installation space, and the application information is saved to the cloud, and the application information is directly retrieved when the application installation platform is installed again.

In this embodiment, the platform installation space refers to the remaining available space of the installation platform, and the required installation space refers to the space required for the installation of the application package to be installed.

The beneficial effects of the above technical solution are: by obtaining the platform installation space and comparing it with the required installation space of the application installation package to be installed, determining whether to distribute the application information to the corresponding application installation platform based on the comparison result, thereby reducing the probability of installation failure, saving the application information to the cloud when the installation space is insufficient, and directly calling it at the next installation, thereby improving the efficiency of application installation.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims (8)

1. An automatic identification-based application distribution system, comprising:

An information identification module: acquiring application installation package information, and carrying out information analysis on the application installation package information to obtain version information;

a link generation module: determining a corresponding application generator based on the version information, and loading the application installation package information based on the application generator to obtain an application installation link;

the protocol determination module: automatically identifying a conversion protocol of an application installation platform;

An application distribution module: and carrying out information conversion on the application installation link based on the conversion protocol to obtain application information, and distributing the application information to the application installation platform.

2. The automatic identification-based application distribution system according to claim 1, wherein the information identification module comprises:

an information acquisition unit: determining application code information of a corresponding application installation package based on the application installation package information;

An information analysis unit: analyzing the application code information based on the exclusive code library to obtain the detail information of the application installation package, and extracting the data of the detail information to obtain the version information of the corresponding application installation package.

3. An automatic identification-based application distribution system according to claim 2, wherein the information parsing unit comprises:

the code segment determines the block: acquiring the installation package types of all the historical installation packages, and acquiring code segments from an application program library based on the installation package types;

Use case execution block: generating test cases based on the application code information, and executing each test case through the code segment;

code library generation block: and extracting all code segments successfully executed and forming a proprietary code base based on the code segments.

4. The automatic identification-based application distribution system according to claim 1, wherein the link generation module comprises:

matching unit: determining a plurality of indexes to be verified of the version information, and combining all indexes of the indexes to be verified into a matching generator of an independent index sequentially according to an index-generator mapping table;

extraction unit: respectively carrying out quantity statistics processing on the matched generators under each index combination, respectively obtaining the first quantity of each matched generator, and simultaneously extracting all index combinations and intersection generators under at least one index combination;

A combination unit: the first n1 matching generators with the top quantity are extracted from all the first quantities, and the application generators corresponding to the version information are obtained by combining the intersection generators.

5. The automatic identification-based application distribution system according to claim 1, wherein the link generation module further comprises:

An information analysis unit: loading and analyzing the application installation package information based on the application generator to obtain the basic information of the application installation package; wherein, the basic information comprises an installation package size and an installation package version;

Transcoding unit: transcoding the basic information to obtain a transcoded text, and splitting the transcoded text according to a text splitting rule to obtain a plurality of text fields;

a random generation unit: matching the linked character sets to each text field, and randomly combining to obtain the application installation links of the application generator.

6. The automatic identification-based application distribution system according to claim 1, wherein the protocol determination module comprises:

An information acquisition unit: acquiring platform types of a plurality of application installation platforms supported by an application installation package and platform characteristics of the corresponding application installation platforms;

a conversion protocol determination unit: and searching from a conversion protocol database based on the platform type and the platform characteristics to obtain the conversion protocol of the corresponding application installation platform.

7. The automatic identification-based application distribution system according to claim 1, wherein the application distribution module comprises:

code classification unit: acquiring a plurality of groups of source codes corresponding to application installation links, and classifying the plurality of groups of source codes according to different code types of the source codes;

Performing blocking processing on each group of source codes according to code purposes, and acquiring a plurality of verification code blocks in each group of source codes;

calculating a matching value of each verification code block and the conversion protocol;

; wherein, For the i-th verification code block to match the conversion protocol,For the i-th verification code block to be proportional to the length of the corresponding set of source codes,For the sub-match value of the kth code segment in the ith verification code block with the corresponding conversion protocol, n represents the number of code segments present in the ith verification code block,For the jth code in the kth code segment,Representing conversion coefficients based on the code effective number for the jth code, m representing the total number of codes present in the kth code segment; For the total number of code segments involved in the remaining code blocks in the corresponding set of source code except for the ith verification code block, To pre-set the effective code amount for the kth code segment,The fluctuation coefficient of the code block is verified for the i-th,For the invalid number of coefficients of the kth code segment under the ith verification code block,For the current stable duration of the ith verification code block,Setting stable duration for the code application corresponding to the ith verification code block; A preset total code amount for the kth code segment; representing all under the ith verification code block Is the minimum value of (a);

when the matching value is larger than a preset value, reserving source codes corresponding to the corresponding verification code blocks;

Marking the code types of each reserved source code according to the classification result, determining the reserved times under each code type according to the marking result, and simultaneously counting the total code amount of the source code under each code type;

Generating transition conversion conditions based on all source codes related to the code type with the maximum reservation times and all source codes under the code type with the maximum code total amount;

And controlling a conversion protocol based on the transition conversion condition to realize the conversion of the application installation connection, thereby obtaining application information.

8. The automatic identification-based application distribution system according to claim 1, wherein the application distribution module further comprises:

a spatial comparison unit: acquiring a platform installation space of the application installation platform and comparing the platform installation space with an installation space required by an application installation package to be installed;

An application distribution unit: if the platform installation space is larger than the required installation space, distributing the application information to the application installation platform;

Otherwise, reminding the user that the installation space is insufficient, storing the application information to the cloud, and directly calling the application information when the application installation platform is installed again.