CN114615721A - White list configuration method based on vehicle-mounted WIFI application - Google Patents

White list configuration method based on vehicle-mounted WIFI application Download PDF

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CN114615721A
CN114615721A CN202210111047.XA CN202210111047A CN114615721A CN 114615721 A CN114615721 A CN 114615721A CN 202210111047 A CN202210111047 A CN 202210111047A CN 114615721 A CN114615721 A CN 114615721A
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wifi
vehicle
user
platform
passenger
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CN114615721B (en
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陈时兰
金梅华
刘加志
娄流杰
李文杰
吴国虎
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Shanghai Secco Travel Technology Service Co ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W48/00—Access restriction; Network selection; Access point selection
    • H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
    • H04W48/14—Access restriction or access information delivery, e.g. discovery data delivery using user query or user detection
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
    • G06Q30/0635—Processing of requisition or of purchase orders
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L63/00—Network architectures or network communication protocols for network security
    • H04L63/18—Network architectures or network communication protocols for network security using different networks or channels, e.g. using out of band channels
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/10—Connection setup

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Abstract

The invention relates to the technical field of vehicle-mounted WIFI configuration, and particularly discloses a white list configuration method based on vehicle-mounted WIFI application, which comprises the following specific steps of: connecting WIFI; the mobile phone clicks WIFI; and according to different types of user jump verification interfaces, directly jumping the corresponding URL if the white list user is available. And setting different white lists according to different user types, and skipping different URLs. The vehicle-mounted WIFI can be used for passengers or drivers to use the WIFI function when in a vehicle, the white list configuration method provided by the scheme can support mobile phone number verification login or verification-free direct login aiming at least 5-6 different user groups, different URLs can be skipped after different users log in the WIFI, the URLs and the login-free timeliness of the users can be flexibly configured on a platform, personalized pages are pushed according to different user types, a plurality of operation means are provided for operators, the operation effect is maximized, and personalized internet surfing experience is also provided for WIFI users.

Description

White list configuration method based on vehicle-mounted WIFI application
Technical Field
The invention relates to the technical field of vehicle-mounted WIFI configuration, in particular to a white list configuration method based on vehicle-mounted WIFI application.
Background
The vehicle-mounted WIFI device is a device which is used for providing WIFI functions for passengers or drivers in a vehicle. When the existing in-vehicle WIFI equipment is actually used, due to the fact that the flow of people in the vehicle is large, the number of user groups of in-vehicle WIFI is large, configuration flexibility of the WIFI equipment is poor, and the internet surfing experience of WIFI users is relatively reduced.
Disclosure of Invention
The invention aims to provide a white list configuration method based on vehicle-mounted WIFI application, so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: a white list configuration method based on vehicle-mounted WIFI application comprises the following specific steps:
s1: connecting WIFI; the mobile phone clicks WIFI; according to different types of user skip verification interfaces, if the user in the white list directly skips the corresponding URL;
s2: and setting different white lists according to different user types, and skipping different URLs.
As a preferred aspect of the present invention, the user types include: senior members, general members, off-premises passengers, paid drivers, general drivers, universal URLs; wherein, senior member represents platform vip passenger, and ordinary member represents platform ordinary passenger, and the passenger of end-to-end represents the ordinary passenger of not ordering of this platform, and the driver of paying for represents the driver of purchasing the WIFI service, and ordinary driver represents the ordinary driver of platform, and general URL represents when the platform does not set up any URL, jumps general URL automatically.
As a preferred embodiment of the present invention, in step S1, a URL for each service line to request WiFi connection is configured in advance on the network appointment platform; the URL configuration process comprises the following specific steps:
s11: storing order information;
s12: a driver or a passenger uses a mobile terminal to connect a WiFi hotspot of an in-vehicle terminal device, and the terminal reports information such as a device ID, a Mac address and the like to a platform to request the configured WiFi hotspot verification URL address;
s13: and the platform judges whether the Mac address reported by the terminal is in a white list.
As a preferable scheme of the present invention, in step S13, when the Mac address is in the aging white list, it is determined whether the area where the associated vehicle is located has a personalized configuration:
when personalized configuration exists, returning a user type to a terminal according to regions, wherein the state of the URL4 is 'effective' in the effective time;
secondly, when no personalized configuration exists, directly issuing a user type 'universal URL 6';
and when the Mac address is not in the white list, judging whether the vehicle is currently ordered:
s131: the platform determines the "passenger type" of the order:
s1311: when the passenger type is judged to be 'advanced member', judging whether the area where the associated vehicle is located has personalized configuration:
firstly, personalized configuration is provided, a URL1 address which is of a user type and is in an effective state in effective time is returned to the terminal according to the region, and meanwhile, the terminal is informed to add the Mac into a temporary white list;
secondly, directly issuing user types (order users) and universal URL6 without personalized configuration;
corresponding to the scene result: when the passenger uses WiFi, the passenger opens and jumps to a high-level membership URL or universal URL page;
fourthly, after the order is finished, the terminal clears the temporary white list of the passenger according to the synchronous order finishing state of the platform;
s1312: when the passenger type is judged to be 'common member', the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is provided, a user type is returned to the vehicle-connected terminal according to the region, and the address of the URL2 is in effect in the effective time;
if there is no personalized configuration, directly sending down user type (temporary user) and universal URL;
corresponding to the scene result: the passenger logs in to use WiFi (wireless fidelity) by using the mobile phone number and the verification code (the verification needs to be carried out again after 1 hour), and the passenger opens and jumps to a page of 'URL 2' or 'universal URL 6' after the verification is successful;
the background further judges whether the mobile phone number of the user is a paid driver and is in the validity period;
s1313: when the passenger type is judged to be 'an off-end passenger', the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is carried out, and a URL3 address which is in a user type and is in an effective state in effective time is returned to a terminal according to regions;
secondly, directly issuing the user type and the universal URL6 without personalized configuration;
corresponding to the scene result: the passenger logs in to use WiFi (wireless fidelity) by using the mobile phone number and the verification code (the verification needs to be carried out again after 1 hour), and the passenger opens and jumps to a page of 'URL 3' or 'universal URL 6' after the verification is successful;
the vehicle-connected background needs to further judge whether the mobile phone number of the user is a paid driver and is within the valid period;
s132: the vehicle does not have an order at present, the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is carried out, and a URL3 address which is in a user type and is in an effective state in effective time is returned to a terminal according to regions;
secondly, directly issuing the user type and a universal URL6 without personalized configuration;
corresponding to the scene result: the passenger logs in by using the WiFi (wireless fidelity) through the mobile phone number and the verification code (the passenger needs to be verified again after 1 hour), and the passenger opens and jumps to a URL3 page or a universal URL6 page after the passenger is verified successfully;
the back office of the vehicle-connected platform needs to further judge whether the mobile phone number of the user is a paid driver and is in the valid period.
As a preferred scheme of the invention, when the vehicle connection background judges that the user is a paid driver, the platform adds the Mac address corresponding to the mobile phone number into a WiFi aging white list, acquires package validity period and other information from the driver WiFi operation management and stores the information in the platform, and when the user connects WiFi again, the user enters the process of judging whether the area of the associated vehicle has personalized configuration;
when the vehicle connection background judges that the user is not a paid driver, the platform does not process, and when the user connects WiFi again, the process of judging whether the vehicle is currently ordered or not is entered again.
Compared with the prior art, the invention has the beneficial effects that:
according to the white list configuration method based on the vehicle-mounted WIFI application, vehicle-mounted WIFI can be used for passengers or drivers to use the WIFI function when the passengers or the drivers are in a vehicle, the white list configuration method provided by the scheme can be used for aiming at least 5-6 different user groups, the verification login of a mobile phone number or the verification-free direct login is supported, different URLs can be skipped after different types of users log in the WIFI, the URLs and the login-free timeliness of the users can be flexibly configured on a platform, personalized pages are pushed according to different user types, and diversified operation means are provided for operators, so that the operation effect is maximized, and personalized internet surfing experience is also provided for WIFI users.
Drawings
Fig. 1 is a diagram of a mobile phone connection WIFI page of the present invention;
FIG. 2 is a diagram of a user jump verification interface of the present invention;
FIG. 3 is a matching diagram of user type and URL type jump according to the present invention;
FIG. 4 is an overall flow chart of the present invention;
fig. 5 is a schematic structural diagram of the vehicle-mounted WIFI device of the present invention.
Detailed Description
The technical solutions in 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 obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-5, the present invention provides a technical solution: a white list configuration method based on vehicle-mounted WIFI application comprises the following specific steps:
s1: connecting WIFI; mobile phone clicks on WIFI (as shown in fig. 1);
according to different types of user jump verification interfaces, if the white list user directly jumps to the corresponding URL (as shown in FIG. 2);
s2: setting different white lists and skipping different URLs (shown in figure 3) according to different user types; wherein the user types include: senior members, common members, off-premises passengers, paid drivers, common drivers, universal URLs; the system comprises a platform vip passenger, a common member, an off-end passenger, a paid driver, a common driver and a universal URL, wherein the advanced member represents the platform vip passenger, the common member represents the platform common passenger, the off-end passenger represents the common passenger who is not ordered by the platform, the paid driver represents the driver who purchases WIFI service, the common driver represents the platform common driver, and the universal URL represents that when the platform is not provided with any URL, the universal URL is automatically jumped;
the precondition for realizing the function of automatically jumping the universal URL is as follows: the platform needs to configure a URL for each service line to request WiFi connection in advance, and the specific process includes the following steps:
s11: storing order information;
s12: a driver or a passenger uses a mobile terminal to connect a WiFi hotspot of an in-vehicle terminal device, and the terminal reports information such as a device ID, a Mac address and the like to a platform to request the configured WiFi hotspot verification URL address;
s13: the platform judges whether the Mac address reported by the terminal is in a white list:
and when the Mac address is in the aging white list, judging whether the area of the associated vehicle has personalized configuration:
when personalized configuration exists, returning a user type to a terminal according to regions, wherein the state of the URL4 is 'effective' in the effective time;
secondly, when no personalized configuration exists, directly issuing a user type 'universal URL 6';
and when the Mac address is not in the white list, judging whether the vehicle currently has an order:
s131: the platform determines the "passenger type" of the order:
s1311: when the passenger type is judged to be 'advanced member', judging whether the area where the associated vehicle is located has personalized configuration:
firstly, personalized configuration is carried out, a user type is returned to the terminal according to the region, the URL1 address of which the state is 'effective' in the effective time is notified, and meanwhile, the terminal is informed to add the Mac into a temporary white list;
secondly, directly issuing user types (order users) and universal URL6 without personalized configuration;
corresponding to the scene result: when the passenger uses WiFi, the passenger opens and jumps to a high-level membership URL or universal URL page;
fourthly, after the order is finished, the terminal clears the temporary white list of the passenger according to the synchronous order finishing state of the platform;
s1312: when the passenger type is judged to be 'common member', the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is provided, a user type is returned to the vehicle-connected terminal according to the region, and the address of the URL2 is in effect in the effective time;
secondly, directly issuing the user type (temporary user) and the universal URL without personalized configuration;
corresponding to the scene result: the passenger logs in to use WiFi (wireless fidelity) by using the mobile phone number and the verification code (the verification needs to be carried out again after 1 hour), and the passenger opens and jumps to a page of 'URL 2' or 'universal URL 6' after the verification is successful;
the background further judges whether the mobile phone number of the user is a paid driver and is in the valid period:
when the vehicle connection background judges that the user is a paid driver, the platform adds the Mac address corresponding to the mobile phone number into a WiFi (wireless fidelity) aging white list, acquires package validity period and other information from WiFi operation management of the driver and stores the package validity period and other information in the platform, and when the user connects WiFi again, the user enters a flow for judging whether the area of the associated vehicle has personalized configuration again;
when the vehicle connection background judges that the user is not a paid driver, the platform does not process, and when the user connects WiFi again, the process of judging whether the vehicle is currently ordered or not is entered again.
S1313: when the passenger type is judged to be 'an off-end passenger', the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is carried out, and a URL3 address which is in a user type and is in an effective state in effective time is returned to a terminal according to regions;
secondly, directly issuing the user type and the universal URL6 without personalized configuration;
corresponding to the scene result: the passenger logs in to use WiFi (wireless fidelity) by using the mobile phone number and the verification code (the verification needs to be carried out again after 1 hour), and the passenger opens and jumps to a page of 'URL 3' or 'universal URL 6' after the verification is successful;
the back office of the vehicle-connected platform needs to further judge whether the mobile phone number of the user is a paid driver and is in the valid period:
when the vehicle connection background judges that the user is a paid driver, the platform adds the Mac address corresponding to the mobile phone number into a WiFi (wireless fidelity) aging white list, acquires package validity period and other information from WiFi operation management of the driver and stores the package validity period and other information in the platform, and when the user connects WiFi again, the user enters a flow for judging whether the area of the associated vehicle has personalized configuration again;
when the vehicle connection background judges that the user is not a paid driver, the platform does not process, and when the user connects WiFi again, the process of judging whether the vehicle is currently ordered or not is entered again.
S132: the vehicle does not have an order at present, the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is carried out, and a URL3 address which is in a user type and is in an effective state in effective time is returned to a terminal according to regions;
secondly, directly issuing the user type and the universal URL6 without personalized configuration;
corresponding to the scene result: the passenger logs in to use WiFi (wireless fidelity) by using the mobile phone number and the verification code (the verification needs to be carried out again after 1 hour), and the passenger opens and jumps to a page of 'URL 3' or 'universal URL 6' after the verification is successful;
the back office of the vehicle-connected platform needs to further judge whether the mobile phone number of the user is a paid driver and is in the valid period:
when the vehicle connection background judges that the user is a paid driver, the platform adds the Mac address corresponding to the mobile phone number into a WiFi (wireless fidelity) aging white list, acquires package validity period and other information from WiFi operation management of the driver and stores the package validity period and other information in the platform, and when the user connects WiFi again, the user enters a flow for judging whether the area of the associated vehicle has personalized configuration again;
when the vehicle connection background judges that the user is not a paid driver, the platform does not process, and when the user connects WiFi again, the process of judging whether the vehicle is currently ordered or not is entered again.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (5)

1. A white list configuration method based on vehicle-mounted WIFI application is characterized by comprising the following steps: the method comprises the following specific steps:
s1: connecting WIFI; the mobile phone clicks WIFI;
skipping the verification interface according to different user types, and if the user is a white list, directly skipping the corresponding URL;
s2: and setting different white lists according to different user types, and skipping different URLs.
2. The white list configuration method based on the vehicle-mounted WIFI application according to claim 1, wherein: the user types include: senior members, general members, off-premises passengers, paid drivers, general drivers, universal URLs; wherein, senior member represents platform vip passenger, and ordinary member represents platform ordinary passenger, and the passenger of end-to-end represents the ordinary passenger of not ordering of this platform, and the driver of paying for represents the driver of purchasing the WIFI service, and ordinary driver represents the ordinary driver of platform, and general URL represents when the platform does not set up any URL, jumps general URL automatically.
3. The white list configuration method based on the vehicle-mounted WIFI application according to claim 1, wherein: in step S1, a URL for each service line to request WiFi connection is configured in advance on the network car booking platform; the URL configuration process comprises the following specific steps:
s11: storing order information;
s12: a driver or a passenger uses a mobile terminal to connect a WiFi hotspot of an in-vehicle terminal device, and the terminal reports information such as a device ID, a Mac address and the like to a platform to request the configured WiFi hotspot verification URL address;
s13: and the platform judges whether the Mac address reported by the terminal is in a white list.
4. The white list configuration method based on the vehicle-mounted WIFI application according to claim 3, wherein: in step S13, when the Mac address is in the aging white list, it is determined whether the area where the associated vehicle is located has a personalized configuration:
when personalized configuration exists, returning a user type to a terminal according to regions, wherein the state of the URL4 is 'effective' in the effective time;
secondly, when no personalized configuration exists, directly issuing a user type 'universal URL 6';
and when the Mac address is not in the white list, judging whether the vehicle is currently ordered:
s131: the platform determines the "passenger type" of the order:
s1311: when the passenger type is judged to be 'advanced member', judging whether the area where the associated vehicle is located has personalized configuration:
firstly, personalized configuration is provided, a URL1 address which is of a user type and is in an effective state in effective time is returned to the terminal according to the region, and meanwhile, the terminal is informed to add the Mac into a temporary white list;
secondly, directly issuing user types, namely order users and universal URL6 without personalized configuration;
corresponding to the scene result: when the passenger uses WiFi, the passenger opens and jumps to a high-level membership URL or universal URL page;
fourthly, after the order is finished, the terminal clears the temporary white list of the passenger according to the synchronous order finishing state of the platform;
s1312: when the passenger type is judged to be 'common member', the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is provided, a user type is returned to the vehicle-connected terminal according to the region, and the address of the URL2 is in effect in the effective time;
secondly, directly issuing user types, namely temporary users and universal URLs (uniform resource locators) without personalized configuration;
corresponding to the scene result: the passenger logs in to use WiFi by using the mobile phone number and the verification code, and opens and jumps to a page of 'URL 2' or 'universal URL 6' after verification is successful;
the background further judges whether the mobile phone number of the user is a paid driver and is in the valid period;
s1313: when the passenger type is judged to be 'an off-end passenger', the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is carried out, and a URL3 address which is in a user type and is in an effective state in effective time is returned to a terminal according to regions;
secondly, directly issuing the user type and the universal URL6 without personalized configuration;
corresponding to the scene result: the passenger logs in by using WiFi through the mobile phone number and the verification code, and opens and jumps to a page of 'URL 3' or 'universal URL 6' after verification is successful;
the vehicle-connected background needs to further judge whether the mobile phone number of the user is a paid driver and is within the valid period;
s132: the vehicle does not have an order at present, the platform informs the terminal, the terminal jumps to a mobile phone verification page, and after the mobile phone verification is passed, whether the area of the associated vehicle has personalized configuration is judged:
firstly, personalized configuration is carried out, and a URL3 address which is in a user type and is in an effective state in effective time is returned to a terminal according to regions;
secondly, directly issuing the user type and the universal URL6 without personalized configuration;
corresponding to the scene result: the passenger logs in by using WiFi through the mobile phone number and the verification code, and opens and jumps to a page of 'URL 3' or 'universal URL 6' after verification is successful;
the back office of the vehicle-connected platform needs to further judge whether the mobile phone number of the user is a paid driver and is in the valid period.
5. The white list configuration method based on the vehicle-mounted WIFI application according to claim 4, wherein: when the vehicle connection background judges that the user is a paid driver, the platform adds the Mac address corresponding to the mobile phone number into a WiFi (wireless fidelity) aging white list, acquires package validity period and other information from WiFi operation management of the driver and stores the package validity period and other information in the platform, and when the user connects WiFi again, the user enters a flow for judging whether the area of the associated vehicle has personalized configuration again; when the vehicle connection background judges that the user is not a paid driver, the platform does not process, and when the user connects WiFi again, the process of judging whether the vehicle is currently ordered or not is entered again.
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