WO2020010726A1

WO2020010726A1 - Registration and login method for hybrid application program, system, and computer device

Info

Publication number: WO2020010726A1
Application number: PCT/CN2018/108778
Authority: WO
Inventors: 邹国忠
Original assignee: 平安科技（深圳）有限公司
Priority date: 2018-07-11
Filing date: 2018-09-29
Publication date: 2020-01-16
Also published as: CN108965291B; CN108965291A

Abstract

Provided by the present application are a registration and login method for a hybrid application program, a system, and a computer device; the native framework of a hybrid application program provides a basic interface method, and a login and registration page and jump logic completely cross-route the implementation and control of a js framework; meanwhile, password input parameters each time a user password is inputted are added to a server, and the server calculates user habit parameters; when the similarity between password input parameters at a certain time when a user inputs a user password and the user habit parameters is low, an alert is issued, and the security of the hybrid application program is increased; and when the similarity between password input parameters at a certain time when the user inputs the user password and the user habit parameters is high, the user habit parameters are promptly updated so as to ensure that the user habit parameters dynamically follow user habits.

Description

Method and system for registering and registering hybrid application program and computer equipment

This application affirms the priority of Chinese patent application filed on July 11, 2018 with the application number of CN 2018107551380 and the name "Hybrid Application Registration Method, System and Computer Equipment". The entire content of this Chinese patent application is based on The reference is incorporated in this application.

Technical field

The present application relates to the field of information processing technology, and in particular, to a method, a system, and a computer device for registering and logging in a hybrid application.

Background technique

Hybrid app is an application between web app and native app, which has both the good user interaction experience of native apps and the advantages of cross-platform development of web apps. Many existing applications are developed based on a hybrid application framework. For example, applications in the financial field such as online payment are developed using a hybrid application framework.

Because the hybrid application in the financial field involves resources in the account, it requires high security. At present, the login method of the hybrid application is only after the operator enters the user name and password, and determines whether the user name and password are correct. Or match, you can complete the login operation of the account, but you cannot determine whether the operator is the legal operator of the account, so the existing hybrid application has a single verification method.

Therefore, it is a technical problem to be solved in the art to provide a method, a system, a computer device, and a storage medium for registering and registering a hybrid application to improve the security of a financial application.

Summary of the invention

The purpose of this application is to provide a method and system for registering and logging in a hybrid application, a computer device, and a storage medium, which are used to solve the foregoing problems in the prior art.

To achieve the above object, the present application provides a method for registering and logging in a hybrid application.

The registration and login method of the hybrid application includes: the terminal responds to the registration operation, and controls the hybrid application to jump to the registration page through the js framework of the hybrid application; and the terminal obtains the registration page received through the js framework in response to the registration information input operation. Registration information, and collect the number of passwords and password input parameters when the user enters the registration information, where the registration information includes the user name and user password; the terminal uses the js framework to perform the registration information and the number of passwords and password input parameters when the user enters the registration information The first encrypted information is obtained through encryption, and the network interface provided by the native framework of the hybrid application is called to send the first encrypted information to the server; the server decrypts the first encrypted information, and stores the decrypted registration information as a user information record , The password times and password input parameters when the user enters the registration information are stored as a user operation record, and the password input parameters when the user enters the registration information are recorded as user habits parameters; the terminal responds to the login operation, and controls the hybrid application to jump through the js framework Go to the login page; the terminal responds to the login information input operation, obtains the login information received on the login page through the js framework, and collects the number of passwords and password input parameters when the user enters the login information, where the login information includes the user name and the user password; The terminal encrypts the login information and the number of passwords and password input parameters when the user enters the login information through the JS framework to obtain the second encrypted information, and calls the network interface to send the second encrypted information to the server; the server decrypts the second encrypted information , The query in the stored user information record includes the user name obtained by decrypting the second encrypted information, and when not found, the unregistered result is fed back to the terminal; when the query is found, the user password obtained by decrypting the second encrypted information is judged Is it consistent with the user password in the queried user information record? If the user password obtained in the second encrypted information is the same as the user password in the queried user information record, the server returns the result of the correct login information to the terminal, and the server sends The secret obtained by decrypting the second encrypted information The number of times and password input parameters are stored as a user operation record, and the similarity between the password input parameter and the user habit parameter obtained by decrypting the second encrypted information is calculated, and when the similarity is less than a preset similarity threshold, an exception is sent by a preset method Login warning information. When the similarity is greater than the similarity threshold, the server calculates new user habits parameters based on all user operation records stored, and uses the new user habits parameters to update the user habits parameters. If the second encrypted information is obtained, the user password Inconsistent with the user password in the queried user information record, the server feeds back the result of the wrong login information to the terminal; the terminal controls the hybrid application to display the error prompt message through the js framework.

To achieve the above object, the present application also provides a registration and login system for a hybrid application.

The registration and login system of the hybrid application includes a terminal and a server, wherein the terminal is used to respond to the registration operation, and the hybrid application is controlled to jump to the registration page through the js framework of the hybrid application; the terminal is used to respond to the registration information input operation through js The framework obtains the registration information received on the registration page, and collects the number of passwords and password input parameters when the user enters the registration information, where the registration information includes the user name and the user password; the terminal is used for the registration information and the user to enter the registration information through the js framework The number of passwords and password input parameters are encrypted to obtain the first encrypted information, and the network interface provided by the native framework of the hybrid application is called to send the first encrypted information to the server; the server is used to decrypt the first encrypted information, and The decrypted registration information is stored as a user information record, the password times and password input parameters when the user enters the registration information are stored as a user operation record, and the password input parameters when the user enters the registration information are recorded as user habits parameters; the terminal is used for Responding to login operations To control the hybrid application to jump to the login page through the js framework; the terminal is used to respond to the login information input operation, obtain the login information received on the login page through the js framework, and collect the number of passwords and password input parameters when the user enters the login information The login information includes the user name and user password; the terminal is used to encrypt the login information and the number of passwords and password input parameters when the user enters the login information through the JS framework to obtain the second encrypted information, and call the network interface to encrypt the second encryption The information is sent to the server; the server is used to decrypt the second encrypted information, query the stored user information records to include the user name obtained by decrypting the second encrypted information, and when not found, feed back the unregistered result to the terminal, When inquired, determine whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the inquiry user information record. If the user password obtained by the second encrypted information is consistent with the user password in the inquiry user information record , The result of correct login information will be fed back to the end , Storing the password times and password input parameters obtained by decrypting the second encrypted information as a user operation record, calculating the similarity between the password input parameters obtained by decrypting the second encrypted information and the user's customary parameters, and the similarity is less than a preset similarity When the threshold value is exceeded, an abnormal login warning message is sent in a preset manner. When the similarity is greater than the similarity threshold, a new user habit parameter is calculated based on all stored user operation records, and the new user habit parameter is used to update the user habit parameter. The user password obtained from the second encrypted information is not consistent with the user password in the queryed user information record, and the result of incorrect login information is fed back to the terminal; the terminal is used to control the hybrid application program to display error prompt information through the js framework.

In order to achieve the above object, the present application further provides a computer device including a memory, a processor, and a computer program stored on the memory and executable on the processor, and the processor implements registration of the hybrid application program when the processor executes the program. The following steps of the login method:

The terminal responds to the registration operation and controls the hybrid application to jump to the registration page through the js framework of the hybrid application; the terminal obtains the registration information received on the registration page through the js framework in response to the registration information input operation, and collects the user input registration information Password times and password input parameters, where the registration information includes the user name and user password; the terminal encrypts the registration information and the password times and password input parameters when the user enters the registration information through the js framework to obtain the first encrypted information, and calls the hybrid The network interface provided by the native framework of the application program sends the first encrypted information to the server; the server decrypts the first encrypted information and stores the decrypted registration information as a user information record, and the number of passwords when the user enters the registration information And password input parameters are stored as user operation records, and password input parameters are recorded as user habit parameters when the user enters registration information; the terminal responds to the login operation and controls the hybrid application to jump to the login page through the js framework; the terminal responds to the login information lose Operation, obtain the login information received on the login page through the js framework, and collect the number of passwords and password input parameters when the user enters the login information, where the login information includes the user name and user password; the terminal uses the js framework to enter the login information and user input The number of passwords and password input parameters during login information are encrypted to obtain the second encrypted information, and the network interface is called to send the second encrypted information to the server; the server decrypts the second encrypted information, and the query in the stored user information record includes The user name obtained by decrypting the second encrypted information, and when not found, the unregistered result is fed back to the terminal; when the query is found, the user password obtained by decrypting the second encrypted information and the user in the queried user information record are judged Whether the passwords are consistent. If the user password obtained from the second encrypted information is consistent with the user password in the queried user information record, the server returns the result of correct login information to the terminal, and the server will decrypt the number of passwords obtained from the second encrypted information and Password input parameters are stored for user operation To calculate the similarity between the password input parameter and the user habit parameter obtained by decrypting the second encrypted information, and when the similarity is less than the preset similarity threshold, send an abnormal login warning message in a preset way, and when the similarity is greater than the similarity When the threshold value is reached, the server calculates new user habits parameters based on all stored user operation records, and uses the new user habits parameters to update the user habits parameters. If the user password obtained from the second encrypted information and the query user information records are If the user passwords are inconsistent, the server feeds back the result of the incorrect login information to the terminal; the terminal controls the hybrid application to display an error prompt message through the js framework.

In order to achieve the above purpose, the present application also provides a computer-readable storage medium on which a computer program is stored, and when the program is executed by the processor, the following steps of the method for registering and logging in the hybrid application program are implemented:

The registration and registration method, system, computer equipment, and storage medium of the hybrid application provided in this application. The native framework provides a basic interface method. The login and registration page and jump logic are completely implemented and controlled by the JS framework. At the same time, each input The password input parameters of the user password are encrypted to the server, and the server calculates the user habits parameters. When the password input parameters and the user habits parameters are similar to each other when a user enters the user password, a reminder is provided to improve the security of the hybrid application. When the password input parameter when a user enters the user password is similar to the user habit parameter, the user habit parameter is updated in time to ensure that the user habit parameter dynamically follows the user habit.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a flowchart of a method for registering and logging in a hybrid application provided in Embodiment 1 of the present application; FIG.

2 is a block diagram of a registration and login system for a hybrid application provided in Embodiment 2 of the present application;

FIG. 3 is a hardware structural diagram of a computer device provided in Embodiment 3 of the present application.

detailed description

In order to make the purpose, technical solution, and advantages of the present application clearer, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the application, and are not used to limit the application. Based on the embodiments in the present application, all other embodiments obtained by a person of ordinary skill in the art without creative efforts shall fall within the protection scope of the present application.

Example one

The hybrid application in this embodiment may be a financial app with high security requirements. The financial app includes a native framework and a js framework. The js framework is used to implement and control the pages of the financial app, such as a registration page and a login page. The native framework is used to provide interfaces and methods for the js framework. FIG. 1 is a flowchart of a registration and login method for a hybrid application provided in Embodiment 1 of the present application. As shown in FIG. 1, the registration and login method includes the following steps:

Step S101: In response to the registration operation, the terminal controls the hybrid application to jump to the registration page through the js framework.

Step S102: In response to the registration information input operation, the terminal obtains the registration information received on the registration page through the js framework, and collects the number of passwords and password input parameters when the user inputs the registration information.

Specifically, the registration information includes a user name and a user password, and the number of passwords is the number of times the user enters the user password. The password input parameters include input characteristic parameters and environmental parameters. The input characteristic parameters include characteristic parameters that describe the input operation when the user enters the user password. The parameters include parameters of the running environment in which the hybrid application is located when the user enters the user password.

The user registers on the registration page. The JS framework obtains the registration information filled in by the user on the registration page. The registration information includes at least the user name and user password. The user name can be a common account form such as the user's mobile phone number, email address, and qq number. The form of the user password includes a character form and / or a gesture form, and the registration information may further include a user nickname, a user gender, a user name, and the like.

At the same time, the js framework collects the number of passwords and password input parameters for the user's password, where:

(a) The number of passwords refers to the number of times the user enters the user password in the terminal. For the registration process, the user usually enters the user password twice. When the user enters the user password on the registration page, the number of passwords is 1. When the user confirms the password on the registration page, the number of passwords is 2.

(b) Password input parameters include input characteristic parameters and environmental parameters. The input characteristic parameters include various parameters that characterize the input characteristics when the user enters the user password. When the user password is in the form of characters, the input characteristic parameters include, but are not limited to, the keyboard mode used when the user enters the user password and the user enters the user password. The time interval between characters; when the user password is in the form of a gesture, the input characteristic parameters include, but are not limited to, the time interval between graphic points when the user enters the user password. The environment parameters include various parameters of the environment where the user enters the user password, including the terminal's IP address, the current geographical location, and the login time. The acquisition of environment parameters usually requires the JS framework to call the corresponding interface provided by the native framework to implement, such as : The js framework calls the GPS in the terminal by calling the getLocation interface of the native framework to obtain the current geographic location.

Step S103: The terminal encrypts the registration information and the number of passwords and password input parameters when the user enters the registration information through the JS framework to obtain the first encrypted information, and calls the network interface provided by the native framework of the hybrid application to send the first encrypted information. To the server.

Specifically, the terminal encrypts the registration information, the number of passwords, and the password input parameters through the js framework, and the encryption algorithm may use the aes encryption algorithm. The js framework calls the network interface provided by the native framework to send the encrypted information to the server over the network.

Step S104: The server decrypts the first encrypted information and stores the decrypted registration information as a user information record, stores the number of passwords and password input parameters when the user enters the registration information as a user operation record, and inputs the user's registration information The password input parameters are recorded as user custom parameters.

Specifically, the server obtains the registration information, the number of passwords, and the password input parameters after decrypting the information. The server determines user habits based on the number of passwords and password input parameters, and stores the user name, user password, and user habits parameters in correspondence. The user habit parameters include the characteristic values of various habit parameters. The user habit parameters include the parameters in the password input parameters. For example, the user habit parameters are: keyboard mode is full keyboard, and the time interval between characters is 1s, 2s, 1s, 1s, 1s, geographical location is Shanghai.

Step S105: In response to the login operation, the terminal controls the hybrid application to jump to the login page through the js framework.

Step S106: In response to the login information input operation, the terminal obtains the login information received on the login page through the js framework, and collects the number of passwords and password input parameters when the user enters the login information.

Specifically, the login information includes a user name and a user password. The user logs in on the login page. The JS framework obtains the login information filled in by the user on the login page. The login information includes at least the user name and the user password. . At the same time, the js framework collects the number of passwords and password input parameters for the user's password. The meanings of the number of passwords and password input parameters are the same as above.

Step S107: The terminal encrypts the login information and the password times and password input parameters when the user enters the login information through the js framework to obtain the second encrypted information, and invokes a network interface to send the second encrypted information to the server.

Specifically, the JS framework encrypts the login information, the number of passwords, and the password input parameters, and calls the network interface provided by the native framework to send the encrypted information to the server over the network. The encryption algorithm can use the aes encryption algorithm, and the server decryption can obtain the login. Information, password times, and password input parameters.

Step S108: The server decrypts the second encrypted information, and inquires the user name obtained by decrypting the second encrypted information in the stored user operation record.

Among them, through the above step S104, the server end can store multiple user information records. In this step, the server can obtain the user name after decrypting the second encrypted information, and then query the stored user operation records. A record including the user name obtained by decryption. If not found, step S109 is performed, and if found, step S110 is performed.

Step S109: The server feeds back the unregistered result to the terminal, and the terminal controls the hybrid application to jump to the registration page through the js framework.

Step S110: The server judges whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record.

Wherein, in step S108, after the server decrypts the second encrypted information, in addition to the user name, the user password can be obtained. Further, in step S108, if a user including the user name obtained by decryption is queried, Information record, then in step S110, it is determined whether the decrypted user password is consistent with the user password in the queried user information record. If they are consistent, step S111 is performed, and if they are not consistent, step S115 is performed.

Step S111: The server feeds back the correct result of the login information to the terminal. The server stores the number of passwords and password input parameters obtained by decrypting the second encrypted information as a user operation record, and calculates the password input parameters and user habits parameters obtained by decrypting the second encrypted information. Similarity.

Step S112: The server judges the magnitude relationship between the calculated similarity and a preset similarity threshold.

When the similarity is less than the preset similarity threshold, step S113 is performed, and when the similarity is greater than the similarity threshold, step S114 is performed.

Step S113: The server sends an abnormal login warning message in a preset manner.

Specifically, the preset method includes any one of communication methods such as short message and telephone, and informs the user of the abnormal login warning information.

Step S114: The server calculates new user habits parameters according to the stored all user operation records, and uses the new user habits parameters to update the user habits parameters.

Step S115: The server feeds back the result of the wrong login information to the terminal, and the terminal controls the hybrid application to display the error prompt message through the js framework.

Using the registration and login method of the hybrid application provided by this embodiment, the native framework provides a basic interface method, and the login and registration page and jump logic are completely implemented and controlled by the JS framework on the terminal side. At the same time, each time the user password is entered The password input parameters are encrypted to the server, and the server calculates user habits parameters. When the password input parameters and the user habits parameters are similar to each other when a user enters a user password, the reminder is raised to improve the security of the hybrid application. When the password input parameter when the user enters the user password is similar to the user habit parameter, the user habit parameter is updated in time to ensure that the user habit parameter dynamically follows the user habit.

Optionally, the registration and login method can also repair and update the registration page and the login page.

Specifically, after the terminal controls the hybrid application to jump to the registration page through the js framework, and before the terminal obtains the registration information received on the registration page through the js framework, the method further includes: the server sends a first hot update package to the terminal, where The first hot update package is used to repair and update the registration page; the terminal loads the first hot update package to repair and update the registration page through the js framework. Specifically, hybrid application developers need to repair the registration page's vulnerabilities or changes. When registering the function of the page, it is not necessary to publish a new version of the hybrid application. Instead, a first hot update package is issued for the registration page. The first hot update package only includes code for repairing and updating the registration page. A hot update package is sent to the terminal, and the terminal stores it. After jumping to the registration page, first load the first hot update package through the js framework to repair and update the registration page.

Similarly, after the terminal controls the hybrid application to jump to the login page through the js framework, and before the terminal obtains the login information received on the login page through the js framework, the method further includes: the server sends a second hot update package to the terminal, where The second hot update package is used to repair and update the login page; the terminal loads the second hot update package to repair and update the login page through the js framework. Specifically, the hybrid application developer needs to repair the vulnerability or change of the login page. When the function of the login page does not need to publish a new version of the hybrid application, a second hot update package is issued for the login page. The second hot update package only includes code for repairing and updating the login page. The second hot update package is sent to the terminal, and the terminal stores it. After jumping to the login page, first load the second hot update package through the js framework to repair and update the login page.

Optionally, in step S108, the step of calculating, by the server, the new user habits parameter according to the stored all user operation records specifically includes:

For a non-numerical parameter in the password input parameter, the most frequently occurring value in all user operation records is counted as the parameter value in the new user habit parameter;

For a numerical parameter in the password input parameter, extract the corresponding parameter value in each user operation record to obtain a sample value group, cluster the sample value group, and the obtained cluster center is used as a parameter in the new user habits parameter .

Specifically, for the registration process, the number of passwords is usually at most two, and the chance is relatively large, so the password input parameters of both times can be directly stored. In the subsequent user login process, the js framework will also collect the password input parameters when the user logs in and send them to the server. As the number of user logins increases, the parameters in the password input parameters will tend to stable values. For non-numerical parameters such as keyboard mode and geographic location, the server can determine the most frequent value as the characteristic value of this parameter. For example, 90 out of 100 times use the full keyboard and 93 times in Shanghai. Then it is determined that the characteristic value of the keyboard mode in the password input habit is a full keyboard, and the characteristic value of the geographical position is Shanghai. For numerical parameters such as time interval, the server can use each time interval in each password input parameter as a set of sampling values, and cluster each set of sampling values to obtain a cluster center. For example, when the user password has At 6 digits, if the third digit is an uppercase letter and the rest are all lowercase letters, the user will need to switch between uppercase and lowercase when entering the third digit password, which will inevitably take more time, which means that the second interval must be longer. Long, as the user's input proficiency increases, the time interval tends to be stable, and the corresponding cluster center may be 1s, 2s, 1s, 1s, 1s, which can correctly reflect the password characteristics.

Optionally, in step S108, the server calculates the similarity between the password input parameter obtained by decrypting the second encrypted information and the user's habit parameter, and the specific steps include:

Calculate the sub-similarity between the same parameters among the password input parameters and user habit parameters obtained by decrypting the second encrypted information; and multiply the product of the sub-similarity and the predetermined weight to obtain the similarity.

Specifically, weights are assigned to various custom parameters in the user's custom parameters. For example, when the user custom parameters include a keyboard mode and a time interval, the keyboard mode is assigned a weight of 0.5, and the time interval is assigned a weight of 0.5; for example, when When the user's custom parameters include keyboard mode, time interval, and geographical location, the keyboard mode is assigned a weight of 0.4, the time interval is assigned a weight of 0.4, and the geographical position is assigned a weight of 0.2. The actual user password has many digits, so there are usually multiple time intervals, and then each interval is assigned an equal weight. For example, when the user password has 6 digits, there are a total of 5 intervals, you can assign a 0.1 weight to each interval. . When the server calculates the similarity, it sequentially calculates the similarity between the parameters in the collected password input parameters and the corresponding custom parameters in the user's custom parameters, that is, the keyboard mode in the password input parameters and the password input habits. The similarity between keyboard modes, the similarity between time interval 1 and time interval 1, the similarity between time interval 2 and time interval 2, and so on. Take the keyboard input mode and time interval in the password input parameters and user habit parameters as examples. For the keyboard mode similarity, you can define that when the keyboard modes are the same, the similarity is 1 and the similarity is 0 at the same time. For example, both are keyboards. , The similarity between the two is 1, when the keyboard input mode is the Jiugongge keyboard, and the keyboard input mode is the full keyboard, the keyboard mode similarity is 0. For the time interval similarity, you can define the similarity between the time interval in the password input parameter and the time interval in the user's custom parameters to be within the set error range, and the similarity to 0 when the error range is exceeded, such as , The time interval in the password input habits is 0.2s, and the time interval in the password input parameters is 0.5s, then the error range is (0.5s-0.2s) /0.2s*100%=150%. If the error range is set to ± 50%, then the similarity between the two is 0. Even further, the similarity can be more than just 1 and 0. Depending on the error, it can correspond to the similarity of different gradients. When the error is in the range of 0 to ± 20%, the corresponding similarity is 1, and when the error is When the range is -50% to -20% and 20% to 50%, the corresponding similarity is 0.8. When the error is in the range of -80% to -50% and 50% to 80%, the corresponding similarity is 0.6. By analogy, the specific settings can be customized according to the situation. After calculating the keyboard pattern similarity and similarity at various time intervals, it can be determined that the similarity between the password input parameters and the password input habits is S = 0.5 * (keyboard mode similarity) + 0.1 * (time interval 1 similarity ) + 0.1 * (time interval 2 similarity) + 0.1 * (time interval 3 similarity) + 0.1 * (time interval 4 similarity) + 0.1 * (time interval 5 similarity).

Optionally, when the terminal controls the hybrid application to jump to the homepage through the js framework, that is, when the user normally logs in and uses the hybrid application, the js framework will call the network interface of the native framework to obtain server data from the server, and The data reading interface of the native framework is called to obtain the front-end data. The data obtained by the JS framework can be divided into two types: temporary data and permanent data. The temporary data mainly includes list data, business data, and user temporary login permission tokens. Permanent data is mainly There are user names and user nicknames. There is no obvious difference between the two types of data, which can be customized. The js framework calls the write interface of the native framework to write temporary data to the terminal's cache, and calls the write interface of the native framework to write the permanent data to the terminal's memory.

Optionally, after the terminal controls the step of the hybrid application to jump to the homepage through the js framework, the method further includes: the server detects whether the login permission of the user has expired, and when the expired time, the result of the login timeout is fed back to the terminal, and the terminal passes The js framework clears the temporary data written to the terminal cache and controls the hybrid application to jump to the login page.

Specifically, when a user logs in normally and uses the hybrid application, if the login timeout duration reaches a preset duration, for example, setting the preset duration to 15 minutes, the server will detect that the login permission token of the user has expired. When the server determines the login timeout and returns the result to the terminal, the terminal clears the temporary data written to the terminal cache through the js framework and controls the hybrid application to jump to the login page. When it is detected that the user password set by the user includes a password in a gesture form, jump to a gesture login page (the gesture login page refers to a page displaying a nine-square grid pattern and the like for inputting a gesture form password), otherwise jump to a character login page (character The login page refers to a page that displays a keyboard and the like for entering a password in character form.) The user logs in on the login page, the js framework obtains the login information, the number of passwords, and the password input parameters and encrypts it, and calls the network interface provided by the native framework to send the encrypted information to the server through the network. The server decrypts and obtains the login information. And detect whether the user name in the login information is consistent with the user name logged in before the timeout. If a change in the user name is detected, it means that the user has been switched, and the server returns the result to the terminal. The terminal controls the hybrid application to jump through the js framework. Go to the homepage; if the user name is not changed, it means that the user has not been switched, the server feeds the result back to the terminal, and the terminal controls the hybrid application to jump to the page before the timeout through the js framework.

Optionally, after the terminal controls the step of the hybrid application to jump to the homepage through the js framework, the method further includes: the terminal responds to the network request operation, and adds a refresh mark to the page operated by the network request through the js framework; if the server receives The request corresponding to the network request operation and the response data is returned to the terminal. The terminal refreshes the page operated by the network request and clears the refresh flag of the page through the js framework according to the response data; if the terminal adds the refresh mark to the page operated by the network request through the js framework After receiving the login timeout result before receiving the response data, the control terminal jumps to the login page through the js framework hybrid application.

Specifically, in the case that the user normally uses the hybrid application, when the user needs to initiate a network request in a certain page of the hybrid application, the js framework will add a refresh mark to the page. If the server receives the network request and is normal If the response, the server will return the corresponding data. The terminal refreshes the page and clears the refresh flag of the page through the js framework according to the data returned by the server. However, if the user times out after logging in after the network request, the terminal has not received the server return. Data will control the hybrid application to redirect to the login page. At this time, if the user logs in again, when the terminal uses the js framework to control the hybrid application to redirect to the page before the login timeout, the js framework will be the page. The added refresh mark has not been cleared. When the js framework detects that the refresh mark exists on the page, the js framework controls to jump to the page and refresh the page, while clearing the refresh mark. When a login timeout occurs, if the user does not initiate a network request, there is no refresh flag, and there is no refresh operation after re-login.

Example two

The second embodiment of the present application provides a registration and login system for a hybrid application. For a description of related technical features, refer to the description of the first embodiment. FIG. 2 is a block diagram of a hybrid application registration and login system provided in Embodiment 2 of the present application. As shown in FIG. 2, the system includes: a terminal 30 and a server 40, where:

The terminal 30 is configured to control the hybrid application to jump to a registration page in response to a registration operation;

The terminal 30 is configured to obtain the registration information received on the registration page in response to the registration information input operation, and collect the number of passwords and password input parameters when the user enters the registration information, where the registration information includes the user name and the user password, and the number of passwords is the user The number of times the user password is entered. The password input parameters include input characteristic parameters and environmental parameters. The input characteristic parameters include characteristic parameters that describe the input operation when the user enters the user password. The environmental parameters include the running environment of the hybrid application when the user enters the user password. Parameters

The terminal 30 is configured to encrypt the registration information and the password times and password input parameters when the user inputs the registration information to obtain the first encrypted information, and call the network interface provided by the native framework of the hybrid application to send the first encrypted information to the server;

The server 40 is configured to decrypt the first encrypted information, and store the decrypted registration information as a user information record, store the number of passwords and password input parameters when the user enters the registration information as a user operation record, and input the user's registration information The password input parameters are recorded as user habit parameters;

The terminal 30 is configured to control the hybrid application to jump to a login page in response to a login operation;

The terminal 30 is configured to obtain the login information received on the login page in response to the login information input operation, and collect the password times and password input parameters when the user enters the login information, where the login information includes a user name and a user password;

The terminal 30 is configured to encrypt the login information and the password times and password input parameters when the user enters the login information to obtain the second encrypted information, and call the network interface to send the second encrypted information to the server 40;

The server 40 is configured to decrypt the second encrypted information. The query included in the stored user operation records includes the user name obtained by decrypting the second encrypted information. If not found, the unregistered result is fed back to the terminal. If found, Then it is determined whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record. If the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record, then The result of correct login information is fed back to the terminal, and the password times and password input parameters obtained by decrypting the second encrypted information are stored as a user operation record, and the similarity between the password input parameters obtained by decrypting the second encrypted information and the user's customary parameters is calculated, and When the similarity is less than a preset similarity threshold, an abnormal login warning message is sent in a preset manner. When the similarity is greater than the similarity threshold, new user habits parameters are calculated based on all stored user operation records, and new users are used Custom parameters update user custom parameters, if decrypted second Confidential information obtained user password and user information query to record user passwords do not match, the server login information incorrect result is fed back to terminal 30;

The terminal 30 is used to control the hybrid application to jump to the registration page when receiving an unregistered result, and control the hybrid application to jump to the home page when receiving a result with correct login information, and to receive a result with incorrect login information , The hybrid application is controlled to display an error message.

The registration and login system of the hybrid application provided by this embodiment is adopted. The native framework provides a basic interface method. The login and registration page and the jump logic are completely implemented and controlled by the JS framework. At the same time, each time the user enters the password for the password input parameters Encrypted to the server, the server calculates the user's custom parameters, and reminds when the password input parameters and user custom parameters are low when a user enters the user password to improve the security of the hybrid application and enter the user password When the password input parameters are similar to the user habit parameters, the user habit parameters are updated in time to ensure that the user habit parameters dynamically follow the user habits.

Optionally, the server 40 is further configured to send the first hot update package to the terminal 30; the terminal 30 is further configured to load the first hot update after the hybrid application jumps to the registration page and before obtaining the registration information received on the registration page. The update package fixes and updates the registration page.

The server 40 is further configured to send a second hot update package to the terminal 30; the terminal 30 is further configured to load the second hot update package to log in after the hybrid application jumps to the login page and before obtaining the registration information received on the login page. Page for repairs and updates.

Optionally, when the user password is in the form of characters, the input characteristic parameters include the keyboard mode used when the user enters the user password, and the time interval between characters when the user enters the user password; when the user password is in the form of a gesture, enter The characteristic parameters include the time interval between graphic points when the user enters the user password. The environmental parameters include the terminal's IP address, the geographical location of the terminal, and the login time.

Optionally, when the server 40 calculates the new user habit parameters based on the stored user operation records, the specific steps include: for a non-numeric parameter of the password input parameters, counting the most frequently occurring user operation records The value is used as a parameter value in the custom parameters of the new user; for a numerical parameter in the password input parameter, a corresponding parameter value in each user operation record is extracted to obtain a sample value group, and the sample value group is clustered to obtain The cluster center is used as a parameter in the new user habits parameter.

Optionally, when the server 40 calculates the similarity between the password input parameter obtained by decrypting the second encrypted information and the user habit parameter, the specific steps include: calculating the password input parameter obtained by decrypting the second encrypted information and the user habit parameter, Sub-similarity between each of the same parameters; the product of multiplication of each sub-similarity with a predetermined weight is then added to obtain the similarity.

Optionally, the server 40 is further configured to detect whether the login permission of the user has expired after feeding back the result of the correct login information to the terminal 30, and feedback the result of the login timeout to the terminal 30 when it expires; the terminal 30 is also used to clear Writes temporary data cached in the terminal and controls the hybrid application to jump to the login page.

Optionally, the terminal 30 is further configured to add a refresh mark to a page requested to be operated by the network in response to the network request operation after feeding back the result of the correct login information to the terminal 30, and the server 40 is further configured to receive the operation response corresponding to the network request. When the request is received, the response data is returned to the terminal 30. The terminal 30 is also used to refresh the page operated by the network request and clear the refresh flag of the page according to the response data. At the same time, if the terminal 30 adds a refresh flag to the page operated by the network request Before receiving the response data, after receiving the login timeout result, the terminal 30 is also used to control the hybrid application to jump to the login page through the js framework.

Example three

This embodiment also provides a computer device, such as a smart phone, tablet computer, notebook computer, desktop computer, rack server, blade server, tower server, or rack server (including a stand-alone server, or Server cluster consisting of multiple servers) and so on. As shown in FIG. 3, the computer device 20 of this embodiment includes, but is not limited to, a memory 21 and a processor 22 that can be communicatively connected to each other through a system bus, as shown in FIG. It should be noted that FIG. 3 only shows the computer device 20 with components 21-22, but it should be understood that it is not required to implement all the illustrated components, and more or fewer components may be implemented instead.

In this embodiment, the memory 21 (ie, a readable storage medium) includes a flash memory, a hard disk, a multimedia card, a card-type memory (for example, SD or DX memory, etc.), a random access memory (RAM), a static random access memory (SRAM), Read-only memory (ROM), electrically erasable programmable read-only memory (EEPROM), programmable read-only memory (PROM), magnetic memory, magnetic disks, optical disks, etc. In some embodiments, the memory 21 may be an internal storage unit of the computer device 20, such as a hard disk or a memory of the computer device 20. In other embodiments, the memory 21 may also be an external storage device of the computer device 20, for example, a plug-in hard disk, a smart memory card (SMC), and a secure digital (Secure Digital, SD) card, Flash card, etc. Of course, the memory 21 may also include both the internal storage unit of the computer device 20 and its external storage device. In this embodiment, the memory 21 is generally used to store an operating system and various types of application software installed on the computer device 20, such as program code of the registration and login system of the hybrid application in the second embodiment. In addition, the memory 21 may also be used to temporarily store various types of data that have been output or are to be output.

The processor 22 may be a central processing unit (CPU), a controller, a microcontroller, a microprocessor, or other data processing chip in some embodiments. The processor 22 is generally used to control the overall operation of the computer device 20. In this embodiment, the processor 22 is configured to run program code or process data stored in the memory 21, such as a registration and login system of a hybrid application.

Example 4

This embodiment also provides a computer-readable storage medium, such as a flash memory, a hard disk, a multimedia card, a card-type memory (for example, SD or DX memory, etc.), a random access memory (RAM), a static random access memory (SRAM), Read memory (ROM), electrically erasable programmable read-only memory (EEPROM), programmable read-only memory (PROM), magnetic memory, magnetic disks, optical disks, servers, App application stores, etc., which have computer programs stored on them, When the program is executed by the processor, the corresponding function is realized. The computer-readable storage medium of this embodiment is used for a registration and login system of a hybrid application, and when executed by a processor, implements the registration and login method of the hybrid application of embodiment 1.

The above-mentioned serial numbers of the embodiments of the present application are merely for description, and do not represent the superiority or inferiority of the embodiments.

Through the description of the above embodiments, those skilled in the art can clearly understand that the methods in the above embodiments can be implemented by means of software plus a necessary universal hardware platform, and of course, also by hardware, but in many cases the former is better. Implementation.

The above are only preferred embodiments of the present application, and thus do not limit the patent scope of the present application. Any equivalent structure or equivalent process transformation made using the contents of the description and drawings of the application, or directly or indirectly used in other related technical fields Are included in the scope of patent protection of this application.

Claims

A method for registering and logging in a hybrid application, which includes:

In response to the registration operation, the terminal controls the hybrid application to jump to the registration page through the js framework of the hybrid application;

The terminal responds to a registration information input operation, obtains the registration information received on the registration page through the js framework, and collects the number of passwords and password input parameters when a user enters the registration information, wherein the registration information Including username and password;

The terminal encrypts the registration information and the number of passwords and password input parameters when the user enters the registration information through the js framework to obtain first encrypted information, and calls a network interface provided by the native framework of the hybrid application Sending the first encrypted information to a server;

The server decrypts the first encrypted information, stores the decrypted registration information as a user information record, stores the number of passwords and password input parameters when the user enters the registration information as a user operation record, and Recording the password input parameter when the user enters the registration information as a user habit parameter;

In response to the login operation, the terminal controls the hybrid application to jump to a login page through the js framework;

The terminal responds to the login information input operation, obtains the login information received on the login page through the js framework, and collects the number of passwords and password input parameters when a user enters the login information, wherein the login information Including the user name and the user password;

The terminal encrypts the login information and the password times and password input parameters when the user enters the login information through the js framework to obtain second encrypted information, and invokes the network interface to encrypt the second encrypted information. Sending to the server;

The server decrypts the second encrypted information, and the query in the stored user information record includes the user name obtained by decrypting the second encrypted information, and when it is not queried, returns the unregistered result to all The terminal; when inquired, determining whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record, if the user password obtained by the second encrypted information is If the user passwords in the user information records are consistent, the server feeds back the correct login information to the terminal, and the server stores the number of passwords and password input parameters obtained by decrypting the second encrypted information as all The user operation record calculates the similarity between the password input parameter obtained by decrypting the second encrypted information and the user habit parameter, and sends an exception in a preset manner when the similarity is less than a preset similarity threshold. Login warning information, when the similarity is greater than the similarity threshold, the server The operation record calculates a new user habit parameter, and uses the new user habit parameter to update the user habit parameter, if the user password obtained by the second encrypted information does not match the user password in the queried user information record , The server feeds back the result of the incorrect login information to the terminal;

The terminal controls the hybrid application to display error prompt information through the js framework.
The method for registering and registering a hybrid application program according to claim 1, wherein:

After the terminal responds to the registration operation and controls the hybrid application to jump to the registration page through the js framework of the hybrid application, the terminal obtains the registration page received through the js framework in response to the registration information input operation. Before the registration information, the method further includes:

Sending, by the server, a hot update package to the terminal;

The terminal loads the hot update package through the js framework to repair and update the registration page.
The method for registering and registering a hybrid application program according to claim 1, wherein:

When the form of the user password is a character form, the input characteristic parameters include a keyboard mode used when the user enters the user password, and a time interval between characters when the user enters the user password;

When the form of the user password is a gesture form, the input characteristic parameter includes a time interval between graphic points when the user enters the user password;

The environmental parameters include the IP address of the terminal, the geographical location of the terminal, and the login time.
The method for registering and logging in a hybrid application program according to claim 3, wherein the step of calculating, by the server, a new user habit parameter based on all stored user operation records comprises:

For a non-numerical parameter among the password input parameters, counting the most frequently occurring value in the user operation record as the parameter value in the new user habits parameter;

For a numerical parameter in the password input parameter, extracting a corresponding parameter value in the user operation record to obtain a sample value group, clustering the sample value group, and the obtained cluster center is used as the new user. Parameters in custom parameters.
The method of claim 1, wherein the server stores the number of passwords and password input parameters obtained by decrypting the second encrypted information as the user operation record, and calculates and decrypts the The similarity between the password input parameter obtained from the second encrypted information and the user habit parameter includes:

Calculating a sub-similarity between a password input parameter obtained by decrypting the second encrypted information and each of the same parameters among the user habit parameters;

The product of the similarity of each child and the predetermined weight is added again to obtain the similarity.
The method for registering and registering a hybrid application according to claim 1, wherein after the step of the server feeding back the correct result of the login information to the terminal, the method further comprises:

Detecting, by the server, whether a user's login permission has expired, and feeding back the result of the login timeout to the terminal when the login permission expires;

The terminal clears the temporary data written into the terminal cache through the js framework and controls the hybrid application to jump to the login page.
The method for registering and registering a hybrid application program according to claim 6, wherein:

After the server feedbacks the result of correct login information to the terminal, the method further includes:

In response to a network request operation, the terminal adds a refresh mark to a page operated by the network request through the js framework;

If the server receives a request corresponding to the network request operation and returns response data to the terminal, the terminal refreshes the page operated by the network request and clears the page through the js framework according to the response data. Refresh mark

If the terminal receives a result of the login timeout after adding a refresh mark to a page operated by the network request through the js framework, before receiving the response data, the terminal controls the website through the js framework. The hybrid application jumps to the login page.
A registration and login system for a hybrid application is characterized in that it includes a terminal and a server, wherein:

The terminal is used to respond to a registration operation, and control the hybrid application to jump to a registration page through a js framework of the hybrid application;

The terminal is used to respond to a registration information input operation, obtain the registration information received on the registration page through the js framework, and collect the number of passwords and password input parameters when a user enters the registration information, wherein the registration The information includes username and password;

The terminal is configured to use the js framework to encrypt the registration information and the number of passwords and password input parameters when the user enters the registration information to obtain first encrypted information, and call the hybrid application provided by the native framework A network interface, sending the first encrypted information to the server;

The server is configured to decrypt the first encrypted information, and store the decrypted registration information as a user information record, and store the number of passwords and password input parameters when the user enters the registration information as a user operation record And the password input parameter when the user enters the registration information is recorded as a user habit parameter;

The terminal is used to respond to a login operation, and control the hybrid application to jump to a login page through the js framework;

The terminal is configured to respond to a login information input operation, obtain the login information received on the login page through the js framework, and collect password times and password input parameters when a user enters the login information, wherein the login The information includes the user name and the user password;

The terminal is configured to encrypt the login information and the password times and password input parameters when the user enters the login information through the js framework to obtain second encrypted information, and call the network interface to convert the second encrypted information. Sending the encrypted information to the server;

The server is configured to decrypt the second encrypted information, and query in the stored user information record includes a user name obtained by decrypting the second encrypted information, and when not found, feedback the unregistered result To the terminal, when inquired, determine whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record, and if the user password obtained by the second encrypted information is the same as If the user passwords in the queryed user information records are consistent, the result of correct login information is fed back to the terminal, and the password times and password input parameters obtained by decrypting the second encrypted information are stored as the user operation record , Calculating a similarity between the password input parameter obtained by decrypting the second encrypted information and the user habit parameter, and sending the abnormal login warning information in a preset manner when the similarity is less than a preset similarity threshold, When the similarity is greater than the similarity threshold, a new user habit parameter is calculated according to all the stored user operation records. Using the new user habit parameter to update the user habit parameter, if the user password obtained by the second encrypted information does not match the user password in the queried user information record, the login information is incorrect Feedback to the terminal;

The terminal is configured to control the hybrid application to display error prompt information through the js framework.
The registration and registration system for a hybrid application according to claim 8, wherein:

After the terminal responds to the registration operation and controls the hybrid application to jump to the registration page through the js framework of the hybrid application, the terminal obtains the registration page received through the js framework in response to the registration information input operation. Before registration information:

The server is further configured to send a hot update package to the terminal;

The terminal is further configured to load the hot update package through the js framework to repair and update the registration page.
The registration and registration system for a hybrid application according to claim 8, wherein:

When the form of the user password is a character form, the input characteristic parameters include a keyboard mode used when the user enters the user password, and a time interval between characters when the user enters the user password;

When the form of the user password is a gesture form, the input characteristic parameter includes a time interval between graphic points when the user enters the user password;

The environmental parameters include the IP address of the terminal, the geographical location of the terminal, and the login time.
The registration and login system for a hybrid application according to claim 10, wherein when the server calculates a new user habit parameter based on all the user operation records stored, the specific steps include:

For a non-numerical parameter among the password input parameters, counting the most frequently occurring value in the user operation record as the parameter value in the new user habits parameter;

For a numerical parameter in the password input parameter, extracting a corresponding parameter value in the user operation record to obtain a sample value group, clustering the sample value group, and the obtained cluster center is used as the new user. Parameters in custom parameters.
The registration and login system for the hybrid application program according to claim 8, wherein the server stores the number of passwords and password input parameters obtained by decrypting the second encrypted information as the user operation record, and calculates the decryption of the When the password input parameter obtained by the second encrypted information is similar to the user habit parameter, the steps performed include:

Calculating a sub-similarity between a password input parameter obtained by decrypting the second encrypted information and each of the same parameters among the user habit parameters;

The product of the similarity of each child and the predetermined weight is added again to obtain the similarity.
The registration and login system for a hybrid application according to claim 8, characterized in that, after the step of the server feeding back a correct result of the login information to the terminal:

The server is further configured to detect whether a user's login permission expires, and feed back the result of the login timeout to the terminal when the login permission expires;

The terminal is further configured to clear the temporary data written to the terminal cache and control the hybrid application to jump to the login page through the js framework.
The registration and registration system for a hybrid application according to claim 13, wherein:

After the step that the server feeds back the correct login information to the terminal:

The terminal is further configured to add a refresh mark to a page operated by the network request through the js framework in response to the network request operation;

If the server receives a request corresponding to the network request operation and returns response data to the terminal, the terminal is further configured to refresh and clear a page operated by the network request according to the response data through the js framework. Refresh mark for this page;

If the terminal receives a result of the login timeout after adding a refresh mark to a page operated by the network request through the js framework, before receiving the response data, the terminal is further configured to use the js The framework controls the hybrid application to jump to the login page.
A computer device includes a memory, a processor, and a computer program stored on the memory and executable on the processor. The computer device is characterized in that when the processor executes the program, registration and login of a hybrid application program are implemented. The following steps of the method:

In response to the registration operation, the terminal controls the hybrid application to jump to the registration page through the js framework of the hybrid application;

The terminal responds to a registration information input operation, obtains the registration information received on the registration page through the js framework, and collects the number of passwords and password input parameters when a user enters the registration information, wherein the registration information Including username and password;

The terminal encrypts the registration information and the number of passwords and password input parameters when the user enters the registration information through the js framework to obtain first encrypted information, and calls a network interface provided by the native framework of the hybrid application Sending the first encrypted information to a server;

The server decrypts the first encrypted information, stores the decrypted registration information as a user information record, stores the number of passwords and password input parameters when the user enters the registration information as a user operation record, and Recording the password input parameter when the user enters the registration information as a user habit parameter;

In response to the login operation, the terminal controls the hybrid application to jump to a login page through the js framework;

The terminal responds to the login information input operation, obtains the login information received on the login page through the js framework, and collects the number of passwords and password input parameters when a user enters the login information, wherein the login information Including the user name and the user password;

The terminal encrypts the login information and the password times and password input parameters when the user enters the login information through the js framework to obtain second encrypted information, and invokes the network interface to encrypt the second encrypted information. Sending to the server;

The server decrypts the second encrypted information, and the query in the stored user information record includes the user name obtained by decrypting the second encrypted information, and when it is not queried, returns the unregistered result to all The terminal; when inquired, determining whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record, if the user password obtained by the second encrypted information is If the user passwords in the user information records are consistent, the server feeds back the correct login information to the terminal, and the server stores the number of passwords and password input parameters obtained by decrypting the second encrypted information as all The user operation record calculates the similarity between the password input parameter obtained by decrypting the second encrypted information and the user habit parameter, and sends an exception in a preset manner when the similarity is less than a preset similarity threshold. Login warning information, when the similarity is greater than the similarity threshold, the server The operation record calculates a new user habit parameter, and uses the new user habit parameter to update the user habit parameter, if the user password obtained by the second encrypted information does not match the user password in the queried user information record , The server feeds back the result of the incorrect login information to the terminal;

The terminal controls the hybrid application to display error prompt information through the js framework.
The computer device according to claim 15, wherein:

After the terminal responds to the registration operation and controls the hybrid application to jump to the registration page through the js framework of the hybrid application, the terminal obtains the registration page received through the js framework in response to the registration information input operation. Prior to the registration information, the method for registering and logging in the hybrid application when the processor executes the program further includes the following steps:

Sending, by the server, a hot update package to the terminal;

The terminal loads the hot update package through the js framework to repair and update the registration page.
The computer device according to claim 15, wherein:

When the form of the user password is a character form, the input characteristic parameters include a keyboard mode used when the user enters the user password, and a time interval between characters when the user enters the user password;

When the form of the user password is a gesture form, the input characteristic parameter includes a time interval between graphic points when the user enters the user password;

The environmental parameters include the IP address of the terminal, the geographical location of the terminal, and the login time.
A computer-readable storage medium having stored thereon a computer program, characterized in that the steps of the method for registering and logging in a hybrid application are implemented when the program is executed by a processor:

In response to the registration operation, the terminal controls the hybrid application to jump to the registration page through the js framework of the hybrid application;

The terminal responds to a registration information input operation, obtains the registration information received on the registration page through the js framework, and collects the number of passwords and password input parameters when a user enters the registration information, wherein the registration information Including username and password;

The terminal encrypts the registration information and the number of passwords and password input parameters when the user enters the registration information through the js framework to obtain first encrypted information, and calls a network interface provided by the native framework of the hybrid application Sending the first encrypted information to a server;

The server decrypts the first encrypted information, stores the decrypted registration information as a user information record, stores the number of passwords and password input parameters when the user enters the registration information as a user operation record, and Recording the password input parameter when the user enters the registration information as a user habit parameter;

In response to the login operation, the terminal controls the hybrid application to jump to a login page through the js framework;

The terminal responds to the login information input operation, obtains the login information received on the login page through the js framework, and collects the number of passwords and password input parameters when a user enters the login information, wherein the login information Including the user name and the user password;

The terminal encrypts the login information and the password times and password input parameters when the user enters the login information through the js framework to obtain second encrypted information, and invokes the network interface to encrypt the second encrypted information. Sending to the server;

The server decrypts the second encrypted information, and the query in the stored user information record includes the user name obtained by decrypting the second encrypted information, and when it is not queried, returns the unregistered result to all The terminal; when inquired, determining whether the user password obtained by decrypting the second encrypted information is consistent with the user password in the queried user information record, if the user password obtained by the second encrypted information is If the user passwords in the user information records are consistent, the server feeds back the correct login information to the terminal, and the server stores the number of passwords and password input parameters obtained by decrypting the second encrypted information as all The user operation record calculates the similarity between the password input parameter obtained by decrypting the second encrypted information and the user habit parameter, and sends an exception in a preset manner when the similarity is less than a preset similarity threshold. Login warning information, when the similarity is greater than the similarity threshold, the server The operation record calculates a new user habit parameter, and uses the new user habit parameter to update the user habit parameter, if the user password obtained by the second encrypted information does not match the user password in the queried user information record , The server feeds back the result of the incorrect login information to the terminal;

The terminal controls the hybrid application to display error prompt information through the js framework.
The computer-readable storage medium of claim 18, wherein

After the terminal responds to the registration operation and controls the hybrid application to jump to the registration page through the js framework of the hybrid application, the terminal obtains the registration page received through the js framework in response to the registration information input operation. Prior to the registration information, when the program is executed by the processor, the method for registering and logging in the hybrid application further includes the following steps:

Sending, by the server, a hot update package to the terminal;

The terminal loads the hot update package through the js framework to repair and update the registration page.
The computer-readable storage medium of claim 18, wherein

When the form of the user password is a character form, the input characteristic parameters include a keyboard mode used when the user enters the user password, and a time interval between characters when the user enters the user password;

When the form of the user password is a gesture form, the input characteristic parameter includes a time interval between graphic points when the user enters the user password;

The environmental parameters include the IP address of the terminal, the geographical location of the terminal, and the login time.