CN116225966A - Application evaluation method and system based on intelligent watch - Google Patents
Application evaluation method and system based on intelligent watch Download PDFInfo
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Abstract
The invention provides an application evaluation method and system based on an intelligent watch, which are applied to the field of program data processing; according to the invention, after the system version of the intelligent watch is updated, each application program in the intelligent watch is subjected to trial running and simulation test in advance, and the compatibility of the application program is corrected before the application program is not disclosed by an application store preset by the system, so that the corrected application program can be adapted to the updated system version, the conflict between the updated system version and each application program is avoided, and the user using the intelligent watch can safely and stably use each application program.
Description
Technical Field
The invention relates to the field of program data processing, in particular to an application evaluation method and system based on an intelligent watch.
Background
At present, communication technology is continuously developed, more and more wearable devices appear in lives of people, and an intelligent watch is taken as an example, and compared with a traditional watch, the intelligent watch has the functions of recording motion data, detecting sleep quality, making a call, positioning, paying, displaying and the like, and is widely loved by users.
Along with the increasing functions of the smart watch, an independent operation system exists in the existing smart watch, meanwhile, part of application programs can be loaded to run in the smart watch, and the system version in the smart watch also needs to be updated and iterated to keep the safety and stability of the smart watch, but after the system version of the smart watch is updated, all application programs in use can not be adapted again, so that the smart watch needs to carry out adaptation evaluation on the application programs in the updating and maintaining processes.
Disclosure of Invention
The invention aims to solve the problem that the system version in the intelligent watch also needs updating iteration to keep the safety and stability of the intelligent watch, but the system version of the intelligent watch can not be adapted to all application programs in use after being updated, and provides an application evaluation method and an application evaluation system based on the intelligent watch.
The invention adopts the following technical means for solving the technical problems:
the invention provides an application evaluation method based on an intelligent watch, which comprises the following steps:
enabling an application program preset in the intelligent watch to acquire the running condition of the application program, wherein the running condition comprises an active state, a background state and an error state;
Judging whether the running condition belongs to the error state or not;
if yes, acquiring an error reason corresponding to the error state, recording an error log corresponding to the application program according to the error reason, testing the application program by adopting a preset event process, generating a test result corresponding to the test, constructing a corresponding substitute data set based on the test result, and adding the substitute data set to the application program to obtain an updated application program, wherein the preset event process comprises a compatibility test, a cross event test and a pressure test;
uploading the update application program to a preset channel, requesting the update application program to update the corresponding old application program from the preset channel, acquiring the update authorization of the preset channel, and sharing the update application program to other intelligent watches through the preset channel, wherein the preset channel comprises application stores or system recommendations.
Further, the step of collecting the error cause corresponding to the error state and recording the error log corresponding to the application program according to the error cause includes:
executing an operation instruction by applying at least one pre-stored old application program, wherein the old application program and the application program have the same characteristics, and the characteristics specifically comprise basic functions and programming data;
Judging whether the running instruction can be successfully read;
if not, analyzing the failure reason corresponding to the reading failure, comparing the error reason with the failure reason in a different mode, and after the error reason and the failure reason are obtained by comparing, identifying conflict code data of the application program and the system and generating a conflict error log to be corrected based on the conflict code data.
Further, the step of testing the application program by using a preset event process, generating a test result corresponding to the test, constructing a corresponding substitute data set based on the test result, and adding the substitute data set to the application program further includes:
selecting a preset event process testing tool based on a conflict error log, and simulating the application program to execute a testing process according to the event process testing tool, wherein the testing process specifically comprises simulating user behaviors and executing a testing script;
identifying a test result obtained in the test process, and judging whether the test result accords with an expected result;
if yes, generating a corresponding test report according to the test result, wherein the test comprises execution data, error information and log records in the test process;
If not, modifying the code data and the test script based on the conflict error log, and executing at least one test again until the test result can accord with the expected result.
Further, before the step of determining whether the operation condition belongs to the error state, the method includes:
acquiring resource allocation information of the application program;
judging whether the resource allocation information is abnormal or not, wherein the abnormality specifically comprises occupation of excessive system resources and abnormal function display;
if yes, the application program can be judged to be in an error state;
if not, correcting the application program by adopting a preset execution command, wherein the preset execution command specifically comprises restarting the application program, uninstalling the application program and reinstalling and clearing an application program cache.
Further, the step of enabling the application program preset in the smart watch to obtain the running condition of the application program includes:
identifying the operation authority of the application program;
judging whether the operation authority is permitted by a preset channel or not;
if yes, obtaining an inspection result provided by the preset channel, wherein the inspection result specifically comprises a functional test and an experience test of the application program;
If not, the authority of the application program reading system is given, and the application program is provided with the adaptation configuration of the system, wherein the adaptation configuration comprises the function configuration, the performance configuration and the security configuration.
Further, the step of requesting the update application program to update the corresponding legacy application program from the preset channel to obtain the update authorization of the preset channel includes:
requesting a user to acquire at least one piece of operation data in the updated application program, and comprehensively obtaining an application score of the updated application program from the operation data, wherein the operation data specifically comprises program functions, program experience, program performance and program security;
judging whether the application score is larger than a measured score preset by the old application program;
if yes, the old application program on shelf in the preset channel is replaced by the updated application program, and meanwhile the old application program is off shelf.
Further, before the step of sharing the update application program to other smart watches through the preset channel, the method includes:
the update content of the update application program is summarized simply, and reduced update content is obtained;
Inputting programming corresponding to the reduced updating content into a old application program, and presenting the reduced updating content in a reading interface of the old application program;
judging whether the user chooses to execute updating the old application program;
if yes, the updated application program is downloaded to the terminal equipment of the user through the preset channel.
The invention also provides an application evaluation system based on the intelligent watch, which comprises:
the intelligent watch comprises an acquisition module, a control module and a control module, wherein the acquisition module is used for starting an application program preset in the intelligent watch and acquiring the running condition of the application program, wherein the running condition comprises an active state, a background state and an error state;
the judging module is used for judging whether the running condition belongs to the error state or not;
the execution module is used for acquiring an error reason corresponding to the error state, recording an error log corresponding to the application program according to the error reason, testing the application program by adopting a preset event process, generating a test result corresponding to the test, constructing a corresponding substitute data set based on the test result, and adding the substitute data set to the application program to obtain an updated application program, wherein the preset event process comprises a compatibility test, a cross event test and a pressure test;
The sharing module is used for uploading the update application program to a preset channel, requesting the update application program to replace a corresponding old application program from the preset channel, acquiring replacement authorization of the preset channel, and sharing the update application program to other intelligent watches through the preset channel, wherein the preset channel comprises application stores or system recommendations.
Further, the execution module further includes:
the application unit is used for executing the running instruction by applying at least one pre-stored old application program, wherein the old application program and the application program have the same characteristics, and the characteristics specifically comprise basic functions and programming data;
the judging unit is used for judging whether the running instruction can be successfully read;
and the execution unit is used for analyzing the failure reason corresponding to the reading failure if not, comparing the error reason with the failure reason in a different way, and after the error reason and the failure reason are obtained by comparison and belong to the same conflict code, identifying conflict code data of the application program and the system, and generating a conflict error log to be corrected based on the conflict code data.
Further, the execution module further includes:
the simulation unit is used for selecting a preset event process testing tool based on the conflict error log, and simulating the application program to execute a testing process according to the event process testing tool, wherein the testing process specifically comprises simulating user behaviors and executing a testing script;
the second judging unit is used for identifying the test result obtained in the test process and judging whether the test result accords with an expected result or not;
the second execution unit is used for generating a corresponding test report according to the test result if the test result is yes, wherein the test comprises execution data, error information and log records in the test process;
and the third execution unit is used for modifying the code data and the test script based on the conflict error log if not, and executing at least one test again until the test result can accord with the expected result.
The invention provides an application evaluation method and system based on an intelligent watch, which have the following beneficial effects:
according to the invention, after the system version of the intelligent watch is updated, each application program in the intelligent watch is subjected to trial running and simulation test in advance, and the compatibility of the application program is corrected before the application program is not disclosed by an application store preset by the system, so that the corrected application program can be adapted to the updated system version, the conflict between the updated system version and each application program is avoided, and the user using the intelligent watch can safely and stably use each application program.
Drawings
FIG. 1 is a flow chart of one embodiment of a smart watch based application evaluation method of the present invention;
fig. 2 is a block diagram illustrating an embodiment of an application evaluation system based on a smart watch according to the present invention.
Detailed Description
It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the present invention, as the achievement, functional features, and advantages of the present invention are further described with reference to the embodiments, with reference to the accompanying drawings.
The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1, a smart watch based application evaluation method according to an embodiment of the present invention includes:
s1: enabling an application program preset in the intelligent watch to acquire the running condition of the application program, wherein the running condition comprises an active state, a background state and an error state;
S2: judging whether the running condition belongs to the error state or not;
s3: if yes, acquiring an error reason corresponding to the error state, recording an error log corresponding to the application program according to the error reason, testing the application program by adopting a preset event process, generating a test result corresponding to the test, constructing a corresponding substitute data set based on the test result, and adding the substitute data set to the application program to obtain an updated application program, wherein the preset event process comprises a compatibility test, a cross event test and a pressure test;
s4: uploading the update application program to a preset channel, requesting the update application program to update the corresponding old application program from the preset channel, acquiring the update authorization of the preset channel, and sharing the update application program to other intelligent watches through the preset channel, wherein the preset channel comprises application stores or system recommendations.
In this embodiment, the system acquires, by applying an application program downloaded in advance in the smart watch, an operating condition of the application program after the system version is updated, including an active state of the application program, a background state of the application program, and an error state when an operating error occurs in the application program, and after the acquisition is completed, the system determines the operating condition of the application program, where the application program belongs to the error state when the operating error occurs, so as to execute a corresponding step; for example, when the system determines that the application program belongs to an error state when running errors occur, the system acquires an error reason corresponding to the error state, records an error log corresponding to the application program according to the error reason, adopts a preset test event process for testing the application program, wherein the test event process comprises a compatibility test, a cross event test and a pressure test, generates corresponding test results after the test is finished, and can obtain data contents of the current conflict between the application program and a system version after the update, construct a substitute data set capable of correspondingly adapting to the system version after the update through the test results, add a catalog of the substitute data set for the application program, and store the catalog into a database of the application program, so that the updated application program can be obtained, and the application program can adapt to the system version update at the moment and cannot conflict with the system version when running the application program; and finally, uploading the updated application program to preset channels of the intelligent watch, wherein the preset channels comprise recommended updating of application stores in the intelligent watch and intelligent watch systems, simultaneously, the system requests the preset channels to apply the updated application program to replace old application programs updated by system versions, and after the preset channel authorized updating requests are obtained, the updated application program is shared into other intelligent watches through the preset channels, so that other users can use the corrected application program and can adapt to the updated system versions, the conflict between the updated application program and each application program after the system version is updated, and the users using the intelligent watch can safely and stably use each application program.
It should be noted that, the event process adopted by the simulation test, the meaning of the compatibility test is to expand the audience range of the application program: through compatibility test, the application program can be ensured to normally run under different equipment and environments, so that the audience range of the application program is enlarged, and the maintenance cost is reduced: through compatibility test, potential compatibility problems can be found and solved before the application program is released, so that the later maintenance cost is reduced, and the reliability of the application program is improved: through compatibility test, the application program can be ensured to run normally under different equipment and environments, so that the reliability of the application program is improved, and the quality of the application program is ensured: potential problems of the application program can be found and solved through compatibility test, so that the quality and stability of the application program are ensured;
the significance of the cross event test is to ensure the stability of the application: through the cross event test, the stability and the reliability of the application program under different operation and event combinations can be verified, so that the application program can be ensured to normally run under various conditions, and the usability of the application program is improved: through the cross event test, the response speed and performance of the application program under various operation and event combinations can be tested, which is helpful for developers to optimize the performance of the application program, improve the usability and user experience of the application program and improve the test coverage rate: through the cross event test, various different operations and event combinations can be simulated, so that the coverage rate of the test is improved, the application program can be ensured to normally run under different conditions, the quality and the stability of the application program are improved, and the test efficiency is improved: through the cross event test, various different operations and event combinations can be tested simultaneously, so that the test efficiency is improved, the test period can be shortened, the test cost is reduced, and the test efficiency and quality are improved.
The significance of the stress test is to find out the performance problem of the application program: the application program is easy to have performance problems under the condition of high load, such as slow response speed, breakdown and the like, and the application program service condition under the condition of high load can be simulated through pressure test, so that the performance problems of the application program are discovered and solved, and the stability of the application program is ensured: the application program is easy to crash and fail under the condition of high load, and the stability and the reliability of the application program under the condition of high load can be verified through pressure test, so that the application program can be ensured to normally run under the condition of high load, and the usability of the application program is improved: the problems of slow response speed, data loss and the like of the application program easily occur under the condition of high load, so that the usability of the application program is reduced, the response speed and the data processing capacity of the application program under the condition of high load can be tested through pressure test, the performance of the application program is optimized, the usability of the application program is improved, and the safety of the application program is ensured: the application program is easily affected by network attack and malicious behaviors under the condition of high load, so that the security problem is caused, the security of the application program can be verified through pressure test, security holes and problems are found and solved, and the test efficiency is improved: through the pressure test, a large amount of load tests can be carried out on the application program in a short time, so that the test efficiency is improved, the test period can be shortened, the test cost is reduced, and the test efficiency and quality are improved.
In this embodiment, the step S3 of collecting the error cause corresponding to the error state and recording the error log corresponding to the application program according to the error cause includes:
s31: executing an operation instruction by applying at least one pre-stored old application program, wherein the old application program and the application program have the same characteristics, and the characteristics specifically comprise basic functions and programming data;
s32: judging whether the running instruction can be successfully read;
s33: if not, analyzing the failure reason corresponding to the reading failure, comparing the error reason with the failure reason in a different mode, and after the error reason and the failure reason are obtained by comparing, identifying conflict code data of the application program and the system and generating a conflict error log to be corrected based on the conflict code data.
In this embodiment, the system executes the running instruction after updating the system version by applying at least one pre-stored old application program, and determines whether the running instruction can be successfully read by the system, so as to execute the corresponding step; for example, when the system determines that the execution instruction can be read, the system considers that the system version is incompatible with the application program after updating, so that the application program before updating the system version cannot normally operate in the system, and the old application program before updating the system version can normally operate; for example, when the system determines that the execution instruction cannot be read, the system analyzes the failure reason corresponding to the reading failure, compares the error reason corresponding to the application program after the system version is updated with the failure reason in a different way, and after the error reason and the failure reason are both the problems of code conflict after the system version is updated, generates a conflict error log to be corrected based on the conflict code data by identifying the code data which exist in the application program and conflict with the system, and takes the conflict error log to be corrected as a correction code to be avoided in the simulation test.
It should be noted that, at least one legacy application program described above can be normally operated before the system version is updated, and the meaning of the execution operation instruction of the application legacy application program is that, assuming that the legacy application program can be operated after the system version is updated, other legacy application programs can also be normally operated, and if the legacy application program cannot be operated after the system version is updated, other legacy application programs cannot be normally operated, where the legacy application programs are uniformly adopted as the same application program, but belong to application programs of different versions, and these legacy application programs have the same characteristics, so if the application programs cannot be normally operated, it can be determined that the conflict with the application programs occurs after the system version is updated.
In this embodiment, the step S3 of testing the application program by using a preset event process, generating a test result corresponding to the test, constructing a corresponding alternative data set based on the test result, and adding the alternative data set to the application program further includes:
s301: selecting a preset event process testing tool based on a conflict error log, and simulating the application program to execute a testing process according to the event process testing tool, wherein the testing process specifically comprises simulating user behaviors and executing a testing script;
S302: identifying a test result obtained in the test process, and judging whether the test result accords with an expected result;
s303: if yes, generating a corresponding test report according to the test result, wherein the test comprises execution data, error information and log records in the test process;
s304: if not, modifying the code data and the test script based on the conflict error log, and executing at least one test again until the test result can accord with the expected result.
In this embodiment, the system selects a pre-set event process testing tool based on the conflict error log to be corrected to perform a simulation test, where the test content includes sending instruction behaviors and execution scripts for a simulation user through the smart watch, and after identifying test results obtained in the test process, determining whether the test results can conform to the expected results, so as to execute corresponding steps; for example, when the system determines that the test results can meet the expected results, the system generates corresponding test reports according to the test results, wherein the contents of the test reports comprise execution data, error information and log records in the test process, and the system can correspondingly construct a substitute data set required by the new version of application program according to the contents of the test reports; for example, when the system determines that the test result cannot meet the expected result, the system modifies the code data and script content in the application program based on the conflict error log to be corrected at this time, and re-executes at least one test until the test result can meet the expected result, and then a substitute data set required by the new application program can be constructed based on the test report content corresponding to the test result.
In this embodiment, before step S2 of determining whether the operation condition belongs to the error condition, the method includes:
s201: acquiring resource allocation information of the application program;
s202: judging whether the resource allocation information is abnormal or not, wherein the abnormality specifically comprises occupation of excessive system resources and abnormal function display;
s203: if yes, the application program can be judged to be in an error state;
s204: if not, correcting the application program by adopting a preset execution command, wherein the preset execution command specifically comprises restarting the application program, uninstalling the application program and reinstalling and clearing an application program cache.
In this embodiment, the system acquires the resource allocation information of the application program in the running process, and determines whether an abnormal state occurs in the resource allocation information, where the abnormal state includes occupation of excessive system resources and abnormal function display of the application program, so as to execute corresponding steps; for example, when the system determines that the resource allocation information is abnormal, the system determines that the application program cannot normally run because the running condition of the application program is in an error state, and the system cannot restart or close the application program to enable the application program to run normally again; for example, when the system determines that the resource allocation information is not abnormal, the system determines that the application program may occupy a large amount of memory during operation, resulting in insufficient system memory, thereby causing problems for the application program, and the restart application program may release the memory, so that the application program can restart operation, and the system corrects the application program by adopting a preset execution command, where the preset execution command includes restarting the application program, uninstalling the application program, reinstalling and clearing the application program cache, so that the application program can be normally operated after finishing the correction of the application program.
In this embodiment, the step S1 of starting an application program preset in the smart watch to obtain the running status of the application program includes:
s11: identifying the operation authority of the application program;
s12: judging whether the operation authority is permitted by a preset channel or not;
s13: if yes, obtaining an inspection result provided by the preset channel, wherein the inspection result specifically comprises a functional test and an experience test of the application program;
s14: if not, the authority of the application program reading system is given, and the application program is provided with the adaptation configuration of the system, wherein the adaptation configuration comprises the function configuration, the performance configuration and the security configuration.
In this embodiment, after identifying the operation authority of the application program, the system determines whether the operation authority is licensed by a channel in advance, so as to execute different corresponding steps; for example, when the system determines that the running authority of the application program has been licensed by the preset channel, the system obtains the inspection result of the application program provided by the preset channel, the inspection result includes the function test and the experience test of the application program, and the system can know whether the application program can be applied to the update of the system version after obtaining the inspection result, and does not need to perform trial running and simulation test; for example, when the system determines that the running authority of the application program is not licensed by the preset channel, the system gives the application program the authority to read the system, and provides the application program with the adaptive configuration of the system, wherein the content of the adaptive configuration comprises the functional configuration, the performance configuration and the security configuration, and after the application program finishes recording the adaptive configuration content, the system executes the instruction of trial running to the application program so as to test whether the application program can run normally.
In this embodiment, the step S4 of requesting the update application program to update the corresponding legacy application program from the preset channel to obtain the update authorization of the preset channel includes:
s41: requesting a user to acquire at least one piece of operation data in the updated application program, and comprehensively obtaining an application score of the updated application program from the operation data, wherein the operation data specifically comprises program functions, program experience, program performance and program security;
s42: judging whether the application score is larger than a measured score preset by the old application program;
s43: if yes, the old application program on shelf in the preset channel is replaced by the updated application program, and meanwhile the old application program is off shelf.
In this embodiment, after the system requests to obtain at least one piece of running data in the updated application program from the user, the running data comprehensively obtains an application score for the updated application program, where the content of the running data includes a program function, a program experience, a program performance and a program security, the application score is generated by test contents of a simulation test, and meanwhile, it is determined whether the application score is greater than a measured score preset in a preset channel for an old application program, so as to execute corresponding different steps; for example, when the system determines that the application score can be greater than the measured score of the old application program, the system replaces the old application program on shelf in the preset channel with the updated application program, and simultaneously notifies the preset channel to shelf the old application program, so that the user can apply the updated application program more safely and stably; for example, when the system determines that the application score is not greater than the measured score of the old application program, the system will not apply the updated application program at this time, because the old application program can also run after the system version is updated, and the updated application program is not as good as the old application program in the experience of the user through the simulation test, so the updated application program will be put on shelf in the preset channel, but the old application program will not be put on shelf, and the user can still select to use the updated application program or use the old application program by himself although new content exists in the updated application program.
In this embodiment, before step S4 of sharing the update application program to other smart watches through the preset channel, the method includes:
s401: the update content of the update application program is summarized simply, and reduced update content is obtained;
s402: inputting programming corresponding to the reduced updating content into a old application program, and presenting the reduced updating content in a reading interface of the old application program;
s403: judging whether the user chooses to execute updating the old application program;
s404: if yes, the updated application program is downloaded to the terminal equipment of the user through the preset channel.
In this embodiment, after the system simply summarizes the updated content of the updated application program to obtain the reduced simple updated content, the system inputs the programming corresponding to the reduced simple updated content into the old application program, so that the user can present the content to be updated in the reading interface when running the old application program, and meanwhile, judges whether the user chooses to execute the updated old application program so as to execute the corresponding different steps; for example, when the system determines that the user executes the updated old application program, the system downloads the updated application program to the smart watch terminal device of the user through a channel preset at the moment, and meanwhile discards the old application program existing in the smart watch terminal device; for example, when the system determines that the user does not execute the old application program, if the security stability of the updated application program is tested by simulation to obtain an application score which is less than the tested score of the old application program, the system does not force the user to execute the old application program, but the user can select to update or not update the old application program by himself, and the user can use the old application program normally after the system version is updated no matter the user updates or not updates the old application program.
Referring to fig. 2, an application evaluation system based on a smart watch according to an embodiment of the present invention includes:
the acquiring module 10 is configured to enable an application program preset in the smart watch, and acquire an operation condition of the application program, where the operation condition includes an active state, a background state and an error state;
a judging module 20, configured to judge whether the operation condition belongs to the error state;
the execution module 30 is configured to, if yes, collect an error cause corresponding to the error state, record an error log corresponding to the application program according to the error cause, test the application program by adopting a preset event process, generate a test result corresponding to the test, construct a corresponding substitute dataset based on the test result, and add the substitute dataset to the application program to obtain an updated application program, where the preset event process includes a compatibility test, a cross event test and a pressure test;
the sharing module 40 is configured to upload the update application program to a preset channel, request the preset channel to apply the update application program to replace a corresponding old application program, obtain replacement authorization of the preset channel, and share the update application program to other smart watches through the preset channel, where the preset channel includes application store or system recommendation.
In this embodiment, the acquiring module 10 acquires the running status of the application program after the update of the system version by applying the application program downloaded in advance in the smart watch, including the active status of the application program, the background status of the application program, and the error status when the running error occurs in the application program, and the judging module 20 judges the running status of the application program after the acquisition is completed, so as to execute the corresponding steps if the application program belongs to the error status when the running error occurs; for example, when the system determines that the application program belongs to an error state when an operation error occurs, the execution module 30 will collect an error reason corresponding to the error state, record an error log corresponding to the application program according to the error reason, and test the application program by adopting a pre-set test event process, wherein the test event process comprises a compatibility test, a cross event test and a pressure test, and generates a corresponding test result after the test is finished, the system can learn the data content of the conflict between the current application program and the updated system version based on the test results, and construct a substitute data set capable of correspondingly adapting to the updated system version through the test results, and add a catalog of the substitute data set to the application program and store the catalog into a database of the application program, so that the updated application program can be obtained, and the application program can adapt to the updated system version and cannot conflict with the system version when the application program is operated; the sharing module 40 finally uploads the updated application program to channels preset in the smart watch, wherein the preset channels comprise recommended updating of application stores in the smart watch and the smart watch system, meanwhile, the system requests the updated application program to replace old application programs updated by system versions to the preset channels, and after obtaining the replacement request authorized by the preset channels, the updated application program is shared to other smart watches through the preset channels, so that other users can use the corrected application program, adapt to the updated system versions, avoid collision with each application program after the system version is updated, and ensure that the users using the smart watch can safely and stably use each application program.
It should be noted that, the event process adopted by the simulation test, the meaning of the compatibility test is to expand the audience range of the application program: through compatibility test, the application program can be ensured to normally run under different equipment and environments, so that the audience range of the application program is enlarged, and the maintenance cost is reduced: through compatibility test, potential compatibility problems can be found and solved before the application program is released, so that the later maintenance cost is reduced, and the reliability of the application program is improved: through compatibility test, the application program can be ensured to run normally under different equipment and environments, so that the reliability of the application program is improved, and the quality of the application program is ensured: potential problems of the application program can be found and solved through compatibility test, so that the quality and stability of the application program are ensured;
the significance of the cross event test is to ensure the stability of the application: through the cross event test, the stability and the reliability of the application program under different operation and event combinations can be verified, so that the application program can be ensured to normally run under various conditions, and the usability of the application program is improved: through the cross event test, the response speed and performance of the application program under various operation and event combinations can be tested, which is helpful for developers to optimize the performance of the application program, improve the usability and user experience of the application program and improve the test coverage rate: through the cross event test, various different operations and event combinations can be simulated, so that the coverage rate of the test is improved, the application program can be ensured to normally run under different conditions, the quality and the stability of the application program are improved, and the test efficiency is improved: through the cross event test, various different operations and event combinations can be tested simultaneously, so that the test efficiency is improved, the test period can be shortened, the test cost is reduced, and the test efficiency and quality are improved.
The significance of the stress test is to find out the performance problem of the application program: the application program is easy to have performance problems under the condition of high load, such as slow response speed, breakdown and the like, and the application program service condition under the condition of high load can be simulated through pressure test, so that the performance problems of the application program are discovered and solved, and the stability of the application program is ensured: the application program is easy to crash and fail under the condition of high load, and the stability and the reliability of the application program under the condition of high load can be verified through pressure test, so that the application program can be ensured to normally run under the condition of high load, and the usability of the application program is improved: the problems of slow response speed, data loss and the like of the application program easily occur under the condition of high load, so that the usability of the application program is reduced, the response speed and the data processing capacity of the application program under the condition of high load can be tested through pressure test, the performance of the application program is optimized, the usability of the application program is improved, and the safety of the application program is ensured: the application program is easily affected by network attack and malicious behaviors under the condition of high load, so that the security problem is caused, the security of the application program can be verified through pressure test, security holes and problems are found and solved, and the test efficiency is improved: through the pressure test, a large amount of load tests can be carried out on the application program in a short time, so that the test efficiency is improved, the test period can be shortened, the test cost is reduced, and the test efficiency and quality are improved.
In this embodiment, the execution module further includes:
the application unit is used for executing the running instruction by applying at least one pre-stored old application program, wherein the old application program and the application program have the same characteristics, and the characteristics specifically comprise basic functions and programming data;
the judging unit is used for judging whether the running instruction can be successfully read;
and the execution unit is used for analyzing the failure reason corresponding to the reading failure if not, comparing the error reason with the failure reason in a different way, and after the error reason and the failure reason are obtained by comparison and belong to the same conflict code, identifying conflict code data of the application program and the system, and generating a conflict error log to be corrected based on the conflict code data.
In this embodiment, the system executes the running instruction after updating the system version by applying at least one pre-stored old application program, and determines whether the running instruction can be successfully read by the system, so as to execute the corresponding step; for example, when the system determines that the execution instruction can be read, the system considers that the system version is incompatible with the application program after updating, so that the application program before updating the system version cannot normally operate in the system, and the old application program before updating the system version can normally operate; for example, when the system determines that the execution instruction cannot be read, the system analyzes the failure reason corresponding to the reading failure, compares the error reason corresponding to the application program after the system version is updated with the failure reason in a different way, and after the error reason and the failure reason are both the problems of code conflict after the system version is updated, generates a conflict error log to be corrected based on the conflict code data by identifying the code data which exist in the application program and conflict with the system, and takes the conflict error log to be corrected as a correction code to be avoided in the simulation test.
It should be noted that, at least one legacy application program described above can be normally operated before the system version is updated, and the meaning of the execution operation instruction of the application legacy application program is that, assuming that the legacy application program can be operated after the system version is updated, other legacy application programs can also be normally operated, and if the legacy application program cannot be operated after the system version is updated, other legacy application programs cannot be normally operated, where the legacy application programs are uniformly adopted as the same application program, but belong to application programs of different versions, and these legacy application programs have the same characteristics, so if the application programs cannot be normally operated, it can be determined that the conflict with the application programs occurs after the system version is updated.
In this embodiment, the execution module further includes:
the simulation unit is used for selecting a preset event process testing tool based on the conflict error log, and simulating the application program to execute a testing process according to the event process testing tool, wherein the testing process specifically comprises simulating user behaviors and executing a testing script;
the second judging unit is used for identifying the test result obtained in the test process and judging whether the test result accords with an expected result or not;
The second execution unit is used for generating a corresponding test report according to the test result if the test result is yes, wherein the test comprises execution data, error information and log records in the test process;
and the third execution unit is used for modifying the code data and the test script based on the conflict error log if not, and executing at least one test again until the test result can accord with the expected result.
In this embodiment, the system selects a pre-set event process testing tool based on the conflict error log to be corrected to perform a simulation test, where the test content includes sending instruction behaviors and execution scripts for a simulation user through the smart watch, and after identifying test results obtained in the test process, determining whether the test results can conform to the expected results, so as to execute corresponding steps; for example, when the system determines that the test results can meet the expected results, the system generates corresponding test reports according to the test results, wherein the contents of the test reports comprise execution data, error information and log records in the test process, and the system can correspondingly construct a substitute data set required by the new version of application program according to the contents of the test reports; for example, when the system determines that the test result cannot meet the expected result, the system modifies the code data and script content in the application program based on the conflict error log to be corrected at this time, and re-executes at least one test until the test result can meet the expected result, and then a substitute data set required by the new application program can be constructed based on the test report content corresponding to the test result.
In this embodiment, further comprising:
the second acquisition module is used for acquiring the resource allocation information of the application program;
the second judging module is used for judging whether the resource allocation information is abnormal or not, wherein the abnormality specifically comprises occupation of excessive system resources and abnormal function display;
the second execution module is used for judging that the application program is in an error state if yes;
and the third execution module is used for correcting the application program by adopting a preset execution command if not, wherein the preset execution command specifically comprises restarting the application program, uninstalling the application program and reinstalling and cleaning an application program cache.
In this embodiment, the system acquires the resource allocation information of the application program in the running process, and determines whether an abnormal state occurs in the resource allocation information, where the abnormal state includes occupation of excessive system resources and abnormal function display of the application program, so as to execute corresponding steps; for example, when the system determines that the resource allocation information is abnormal, the system determines that the application program cannot normally run because the running condition of the application program is in an error state, and the system cannot restart or close the application program to enable the application program to run normally again; for example, when the system determines that the resource allocation information is not abnormal, the system determines that the application program may occupy a large amount of memory during operation, resulting in insufficient system memory, thereby causing problems for the application program, and the restart application program may release the memory, so that the application program can restart operation, and the system corrects the application program by adopting a preset execution command, where the preset execution command includes restarting the application program, uninstalling the application program, reinstalling and clearing the application program cache, so that the application program can be normally operated after finishing the correction of the application program.
In this embodiment, the obtaining module further includes:
the identification unit is used for identifying the running authority of the application program;
the third judging unit is used for judging whether the operation authority is permitted by a preset channel or not;
the fourth execution unit is used for acquiring an inspection result provided by the preset channel if the application program is in the preset channel, wherein the inspection result specifically comprises a function test and an experience test of the application program;
and the fifth execution unit is used for giving the authority of the application program to read the system and providing the adaptation configuration with the system for the application program if not, wherein the adaptation configuration comprises a function configuration, a performance configuration and a security configuration.
In this embodiment, after identifying the operation authority of the application program, the system determines whether the operation authority is licensed by a channel in advance, so as to execute different corresponding steps; for example, when the system determines that the running authority of the application program has been licensed by the preset channel, the system obtains the inspection result of the application program provided by the preset channel, the inspection result includes the function test and the experience test of the application program, and the system can know whether the application program can be applied to the update of the system version after obtaining the inspection result, and does not need to perform trial running and simulation test; for example, when the system determines that the running authority of the application program is not licensed by the preset channel, the system gives the application program the authority to read the system, and provides the application program with the adaptive configuration of the system, wherein the content of the adaptive configuration comprises the functional configuration, the performance configuration and the security configuration, and after the application program finishes recording the adaptive configuration content, the system executes the instruction of trial running to the application program so as to test whether the application program can run normally.
In this embodiment, the sharing module further includes:
a request unit, configured to request a user to obtain at least one piece of operation data in the updated application program, and comprehensively obtain an application score of the updated application program from the operation data, where the operation data specifically includes a program function, a program experience, a program performance, and a program security;
a fourth judging unit, configured to judge whether the application score is greater than a measured score preset by the legacy application program;
and the sixth execution unit is used for replacing the old application programs on the shelf in the preset channel with the updated application programs if yes, and simultaneously taking off the old application programs.
In this embodiment, after the system requests to obtain at least one piece of running data in the updated application program from the user, the running data comprehensively obtains an application score for the updated application program, where the content of the running data includes a program function, a program experience, a program performance and a program security, the application score is generated by test contents of a simulation test, and meanwhile, it is determined whether the application score is greater than a measured score preset in a preset channel for an old application program, so as to execute corresponding different steps; for example, when the system determines that the application score can be greater than the measured score of the old application program, the system replaces the old application program on shelf in the preset channel with the updated application program, and simultaneously notifies the preset channel to shelf the old application program, so that the user can apply the updated application program more safely and stably; for example, when the system determines that the application score is not greater than the measured score of the old application program, the system will not apply the updated application program at this time, because the old application program can also run after the system version is updated, and the updated application program is not as good as the old application program in the experience of the user through the simulation test, so the updated application program will be put on shelf in the preset channel, but the old application program will not be put on shelf, and the user can still select to use the updated application program or use the old application program by himself although new content exists in the updated application program.
In this embodiment, further comprising:
the reduction module is used for simply summarizing the update content of the update application program to obtain reduced update content;
the presentation module is used for inputting the programming corresponding to the reduced updated content into the old application program, and presenting the reduced updated content in a reading interface of the old application program;
the third judging module is used for judging whether the user chooses to execute the updating of the old application program;
and the fourth execution module is used for downloading the updated application program to the terminal equipment of the user through the preset channel if the updated application program is in the preset channel.
In this embodiment, after the system simply summarizes the updated content of the updated application program to obtain the reduced simple updated content, the system inputs the programming corresponding to the reduced simple updated content into the old application program, so that the user can present the content to be updated in the reading interface when running the old application program, and meanwhile, judges whether the user chooses to execute the updated old application program so as to execute the corresponding different steps; for example, when the system determines that the user executes the updated old application program, the system downloads the updated application program to the smart watch terminal device of the user through a channel preset at the moment, and meanwhile discards the old application program existing in the smart watch terminal device; for example, when the system determines that the user does not execute the old application program, if the security stability of the updated application program is tested by simulation to obtain an application score which is less than the tested score of the old application program, the system does not force the user to execute the old application program, but the user can select to update or not update the old application program by himself, and the user can use the old application program normally after the system version is updated no matter the user updates or not updates the old application program.
Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. An application evaluation method based on a smart watch is characterized by comprising the following steps:
enabling an application program preset in the intelligent watch to acquire the running condition of the application program, wherein the running condition comprises an active state, a background state and an error state;
judging whether the running condition belongs to the error state or not;
if yes, acquiring an error reason corresponding to the error state, recording an error log corresponding to the application program according to the error reason, testing the application program by adopting a preset event process, generating a test result corresponding to the test, constructing a corresponding substitute data set based on the test result, and adding the substitute data set to the application program to obtain an updated application program, wherein the preset event process comprises a compatibility test, a cross event test and a pressure test;
Uploading the update application program to a preset channel, requesting the update application program to update the corresponding old application program from the preset channel, acquiring the update authorization of the preset channel, and sharing the update application program to other intelligent watches through the preset channel, wherein the preset channel comprises application stores or system recommendations.
2. The smart watch-based application evaluation method as set forth in claim 1, wherein the step of collecting an error cause corresponding to the error state and recording an error log corresponding to the application program according to the error cause includes:
executing an operation instruction by applying at least one pre-stored old application program, wherein the old application program and the application program have the same characteristics, and the characteristics specifically comprise basic functions and programming data;
judging whether the running instruction can be successfully read;
if not, analyzing the failure reason corresponding to the reading failure, comparing the error reason with the failure reason in a different mode, and after the error reason and the failure reason are obtained by comparing, identifying conflict code data of the application program and the system and generating a conflict error log to be corrected based on the conflict code data.
3. The smart watch-based application evaluation method as set forth in claim 1, wherein the step of testing the application program with a preset event process to generate a test result corresponding to the test, constructing a corresponding substitute dataset based on the test result, and adding the substitute dataset to the application program further includes:
selecting a preset event process testing tool based on a conflict error log, and simulating the application program to execute a testing process according to the event process testing tool, wherein the testing process specifically comprises simulating user behaviors and executing a testing script;
identifying a test result obtained in the test process, and judging whether the test result accords with an expected result;
if yes, generating a corresponding test report according to the test result, wherein the test comprises execution data, error information and log records in the test process;
if not, modifying the code data and the test script based on the conflict error log, and executing at least one test again until the test result can accord with the expected result.
4. The smart watch-based application assessment method of claim 1, wherein prior to the step of determining whether the operating condition belongs to the error state, comprising:
Acquiring resource allocation information of the application program;
judging whether the resource allocation information is abnormal or not, wherein the abnormality specifically comprises occupation of excessive system resources and abnormal function display;
if yes, the application program can be judged to be in an error state;
if not, correcting the application program by adopting a preset execution command, wherein the preset execution command specifically comprises restarting the application program, uninstalling the application program and reinstalling and clearing an application program cache.
5. The smart watch-based application evaluation method according to claim 1, wherein the step of enabling an application program preset in the smart watch to acquire an operation status of the application program comprises:
identifying the operation authority of the application program;
judging whether the operation authority is permitted by a preset channel or not;
if yes, obtaining an inspection result provided by the preset channel, wherein the inspection result specifically comprises a functional test and an experience test of the application program;
if not, the authority of the application program reading system is given, and the application program is provided with the adaptation configuration of the system, wherein the adaptation configuration comprises the function configuration, the performance configuration and the security configuration.
6. The smart watch-based application evaluation method according to claim 1, wherein the step of requesting the update application program to update the corresponding legacy application program from the preset channel to obtain the update authorization of the preset channel comprises:
requesting a user to acquire at least one piece of operation data in the updated application program, and comprehensively obtaining an application score of the updated application program from the operation data, wherein the operation data specifically comprises program functions, program experience, program performance and program security;
judging whether the application score is larger than a measured score preset by the old application program;
if yes, the old application program on shelf in the preset channel is replaced by the updated application program, and meanwhile the old application program is off shelf.
7. The smart watch-based application evaluation method of claim 1, wherein before the step of sharing the updated application program to other smart watches through the preset channel, the method comprises:
the update content of the update application program is summarized simply, and reduced update content is obtained;
Inputting programming corresponding to the reduced updating content into a old application program, and presenting the reduced updating content in a reading interface of the old application program;
judging whether the user chooses to execute updating the old application program;
if yes, the updated application program is downloaded to the terminal equipment of the user through the preset channel.
8. An application evaluation system based on a smart watch, comprising:
the intelligent watch comprises an acquisition module, a control module and a control module, wherein the acquisition module is used for starting an application program preset in the intelligent watch and acquiring the running condition of the application program, wherein the running condition comprises an active state, a background state and an error state;
the judging module is used for judging whether the running condition belongs to the error state or not;
the execution module is used for acquiring an error reason corresponding to the error state, recording an error log corresponding to the application program according to the error reason, testing the application program by adopting a preset event process, generating a test result corresponding to the test, constructing a corresponding substitute data set based on the test result, and adding the substitute data set to the application program to obtain an updated application program, wherein the preset event process comprises a compatibility test, a cross event test and a pressure test;
The sharing module is used for uploading the update application program to a preset channel, requesting the update application program to replace a corresponding old application program from the preset channel, acquiring replacement authorization of the preset channel, and sharing the update application program to other intelligent watches through the preset channel, wherein the preset channel comprises application stores or system recommendations.
9. The smart watch-based application assessment system of claim 8, wherein the execution module further comprises:
the application unit is used for executing the running instruction by applying at least one pre-stored old application program, wherein the old application program and the application program have the same characteristics, and the characteristics specifically comprise basic functions and programming data;
the judging unit is used for judging whether the running instruction can be successfully read;
and the execution unit is used for analyzing the failure reason corresponding to the reading failure if not, comparing the error reason with the failure reason in a different way, and after the error reason and the failure reason are obtained by comparison and belong to the same conflict code, identifying conflict code data of the application program and the system, and generating a conflict error log to be corrected based on the conflict code data.
10. The smart watch-based application assessment system of claim 8, wherein the execution module further comprises:
the simulation unit is used for selecting a preset event process testing tool based on the conflict error log, and simulating the application program to execute a testing process according to the event process testing tool, wherein the testing process specifically comprises simulating user behaviors and executing a testing script;
the second judging unit is used for identifying the test result obtained in the test process and judging whether the test result accords with an expected result or not;
the second execution unit is used for generating a corresponding test report according to the test result if the test result is yes, wherein the test comprises execution data, error information and log records in the test process;
and the third execution unit is used for modifying the code data and the test script based on the conflict error log if not, and executing at least one test again until the test result can accord with the expected result.
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