CN107967525B - Vehicle service data processing method and device - Google Patents

Vehicle service data processing method and device Download PDF

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CN107967525B
CN107967525B CN201610912502.0A CN201610912502A CN107967525B CN 107967525 B CN107967525 B CN 107967525B CN 201610912502 A CN201610912502 A CN 201610912502A CN 107967525 B CN107967525 B CN 107967525B
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CN107967525A (en
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陶勇
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Tencent Technology Shenzhen Co Ltd
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Abstract

The invention relates to a method and a device for processing vehicle service data, comprising the following steps: sending an original vehicle selection request to a request server, wherein the original vehicle selection request carries starting position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, the platform vehicle selection request comprises the starting position information and the destination position information, receives vehicle related information returned by the vehicle platform server, determines a target vehicle platform and a target vehicle according to the vehicle related information, and sends a vehicle service request to the target vehicle platform server corresponding to the target vehicle platform; and receiving target vehicle information returned according to the vehicle service request, and improving the efficiency of requesting vehicle service.

Description

Vehicle service data processing method and device
Technical Field
The invention relates to the technical field of computers, in particular to a method and a device for processing vehicle service data.
Background
With the development of computer technology, people increasingly improve the convenience of life through networks. Taxi appointment through network application also becomes an important taxi taking mode, and different network platforms provide vehicle service.
Different network platforms provide different dedicated applications for users to perform car booking business or order receiving business corresponding to the car booking business, but because each platform has different services, such as car booking speed, price and the like, due to different vehicle running conditions, scales and service strategies in different time periods. The user often needs to install a plurality of applications, and switches among different applications to select a platform and a vehicle which meet the requirements to make a car appointment or order receiving, so that the operation is complex, and the efficiency of making vehicle business service, such as requesting the vehicle business service or providing the vehicle business service, is low.
Disclosure of Invention
In view of the foregoing, it is necessary to provide a method and an apparatus for processing vehicle business data, which improve efficiency of performing vehicle business services.
A method of vehicle traffic data processing, the method comprising:
sending an original vehicle selection request to a request server, wherein the original vehicle selection request carries starting position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, the platform interface is a plurality of vehicle platforms which respectively correspond to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, the platform vehicle selection request comprises the starting position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, and a vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform;
and receiving target vehicle information returned according to the vehicle service request.
An apparatus for vehicle traffic data processing, the apparatus comprising:
the system comprises a request sending module, a request sending module and a request receiving module, wherein the request sending module is used for sending an original vehicle selection request to a request server, the original vehicle selection request carries starting position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, the platform interface is a plurality of vehicle platforms which respectively correspond to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, the platform vehicle selection request comprises the starting position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, and a vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform;
and the receiving module is used for receiving the target vehicle information returned according to the vehicle service request.
The vehicle service data processing method and the vehicle service data processing device send an original vehicle selection request to a request server, wherein the original vehicle selection request carries initial position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform has a corresponding vehicle platform server, the platform vehicle selection request comprises the initial position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, the vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform, the target vehicle information returned according to the vehicle service request is received, only one request needs to be sent, the request server can send the platform vehicle selection request to different vehicle platforms through the platform interface, a proper vehicle platform is selected, the application corresponding to each vehicle platform does not need to be installed, registration in the application corresponding to different vehicle platforms is not needed, the vehicle service request can be selected without switching the application, simplicity and convenience are achieved, and the vehicle service efficiency is improved.
A method of vehicle traffic data processing, the method comprising:
receiving an original vehicle selection request sent by a first terminal, wherein the original vehicle selection request carries starting position information and destination position information;
the method comprises the steps of obtaining platform interfaces provided by vehicle platform servers, and sending platform vehicle selection requests to corresponding vehicle platform servers through the platform interfaces, wherein the platform interfaces are a plurality of vehicle platforms which respectively correspond to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, and the platform vehicle selection requests comprise starting position information and destination position information;
and receiving vehicle related information returned by the vehicle platform server, determining a target vehicle platform and a target vehicle according to the vehicle related information, and sending a vehicle service request to a target vehicle platform server corresponding to the target vehicle platform, so that the target vehicle platform server returns target vehicle information corresponding to the vehicle service request to the first terminal.
An apparatus for vehicle traffic data processing, the apparatus comprising:
the system comprises a receiving module, a sending module and a receiving module, wherein the receiving module is used for receiving an original vehicle selection request sent by a first terminal, and the original vehicle selection request carries starting position information and destination position information;
the vehicle platform selection request module is used for acquiring a platform interface provided by a vehicle platform server and sending a platform vehicle selection request to the corresponding vehicle platform server through the platform interface, wherein the platform interface is a plurality of vehicle platforms which respectively correspond to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, and the platform vehicle selection request comprises the initial position information and the destination position information;
and the vehicle service request module is used for receiving the vehicle related information returned by the vehicle platform server, determining a target vehicle platform and a target vehicle according to the vehicle related information, and sending a vehicle service request to the target vehicle platform server corresponding to the target vehicle platform so that the target vehicle platform server returns the target vehicle information corresponding to the vehicle service request to the first terminal.
According to the vehicle service data processing method and device, an original vehicle selection request sent by a first terminal is received, the original vehicle selection request carries initial position information and destination position information, a platform interface provided by a vehicle platform server is obtained, the platform vehicle selection request is sent to the corresponding vehicle platform server through the platform interface, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, the platform vehicle selection request comprises the initial position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, the vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform, the target vehicle platform server returns the target vehicle information corresponding to the vehicle service request to the first terminal, the request server only needs to receive one request, the platform vehicle selection request is sent to different vehicle platforms through the platform interface, a proper vehicle platform is selected, the terminal sending the request does not need to install applications corresponding to each vehicle platform and does not need to register in the applications corresponding to each vehicle platform, the vehicle service request does not need to be sent through application switching, and the vehicle selection request is convenient to service, and the efficiency of the vehicle service is improved.
A method for vehicle service data processing, the method comprising
Sending an original vehicle service on-line request to a request server, wherein the original vehicle service on-line request comprises vehicle service provider information, so that the request server sends a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request into a to-be-received order state, the platform interfaces are a plurality of vehicle platforms respectively corresponding to different vehicle platforms, and each vehicle platform is provided with a corresponding vehicle platform server;
and receiving the vehicle service order receiving notification information returned in the order receiving state.
An apparatus for vehicle traffic data processing, the apparatus comprising:
a service on-line request sending module, configured to send an original vehicle service on-line request to a request server, where the original vehicle service on-line request includes vehicle service provider information, so that the request server sends a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request to a to-be-received order state, where the platform interfaces are multiple and respectively correspond to different vehicle platforms, and each vehicle platform has a corresponding vehicle platform server;
and the receiving module is used for receiving the vehicle service order receiving notification information returned in the order receiving state.
According to the method and the device for processing the vehicle service data, the original vehicle service on-line request is sent to the request server, the original vehicle service on-line request comprises the information of the vehicle service provider, so that the request server sends the platform vehicle service on-line request corresponding to the original vehicle service on-line request to the corresponding vehicle platform server through the platform interface provided by the vehicle platform server, so that the vehicle platform server updates the service order receiving state of the vehicle corresponding to the platform vehicle service on-line request to the order receiving state, the platform interfaces are a plurality of vehicle platforms respectively corresponding to different vehicle platforms, each vehicle platform is provided with a corresponding vehicle platform server, the vehicle service order receiving notification information returned in the order receiving state is received, only one request is sent, the request server can send the platform vehicle service on-line request to different vehicle platforms through the platform interfaces, so that the order receiving of the vehicle services is carried out on different vehicle platforms, the vehicle service provider does not need to install the application corresponding to each vehicle platform or register in the application corresponding to different vehicle platforms, the service order receiving can be carried out on different vehicle platforms without switching the applications, the services can be carried out on different vehicle platforms, the vehicle platforms simply and the convenience is improved, and the efficiency of providing the vehicle services is improved.
A method of vehicle traffic data processing, the method comprising:
receiving an original vehicle service online request sent by a third terminal, wherein the original vehicle service online request comprises vehicle service provider information;
the method comprises the steps that a platform vehicle business on-line request corresponding to an original vehicle business on-line request is sent to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a business order receiving state of a vehicle corresponding to the platform vehicle business on-line request into a to-be-order receiving state, vehicle business order receiving notification information is returned to a third terminal under the to-be-order receiving state, the platform interface is a plurality of vehicle platforms which correspond to different vehicles respectively, and each vehicle platform has a corresponding vehicle platform server.
An apparatus for vehicle traffic data processing, the apparatus comprising:
the receiving module is used for receiving an original vehicle service on-line request sent by a third terminal, wherein the original vehicle service on-line request comprises vehicle service provider information;
the vehicle platform service on-line request module is used for sending a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server so as to enable the vehicle platform server to update a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request into an order receiving state, and return vehicle service order receiving notification information to the third terminal under the order receiving state, the platform interface is a plurality of vehicle platforms which respectively correspond to different vehicles, and each vehicle platform has a corresponding vehicle platform server.
According to the vehicle service data processing method and device, the original vehicle service on-line request sent by the third terminal is received, the original vehicle service on-line request comprises vehicle service provider information, the platform interface provided by the vehicle platform server sends the platform vehicle service on-line request corresponding to the original vehicle service on-line request to the corresponding vehicle platform server, so that the vehicle platform server updates the service order receiving state of the vehicle corresponding to the platform vehicle service on-line request to the order receiving state, and returns vehicle service order receiving notification information to the third terminal in the order receiving state, the platform interfaces are a plurality of vehicle platforms respectively corresponding to different vehicle platforms, each vehicle platform has a corresponding vehicle platform server, the request server only needs to receive one request, and sends a platform vehicle selection request to different vehicle platforms through the platform interface, so that a proper vehicle platform is selected, the terminal sending the request does not need to install and register applications corresponding to each vehicle platform, the vehicle selection request does not need to be sent through application switching, simplicity and convenience are achieved, and the efficiency of providing the vehicle service is improved.
Drawings
FIG. 1 is a diagram of an application environment of a method of vehicle traffic data processing in one embodiment;
FIG. 2 is a diagram illustrating an internal structure of the terminal 110 of FIG. 1 according to one embodiment;
FIG. 3 is an internal block diagram of the request server of FIG. 1 in one embodiment;
FIG. 4 is a diagram illustrating an internal structure of the terminal 140 of FIG. 1 according to one embodiment;
FIG. 5 is a flow diagram of a method of vehicle traffic data processing in one embodiment;
FIG. 6 is a flow diagram of another method of vehicle service data processing in one embodiment;
FIG. 7 is a flow diagram of sending a platform vehicle selection request in one embodiment;
FIG. 8 is a flow diagram of sending a platform vehicle selection request in another embodiment;
FIG. 9 is a system architecture diagram of a method of vehicle traffic data processing in one particular embodiment;
FIG. 10 is a schematic illustration of an interface for sending an original vehicle selection request in one particular embodiment;
FIG. 11 is a flow diagram of another method of vehicle service data processing in one embodiment;
FIG. 12 is a flow diagram of a method for vehicle service data processing in accordance with yet another embodiment;
FIG. 13 is a flowchart of sending a platform vehicle service on-line request in one embodiment;
FIG. 14 is a block diagram showing the construction of an apparatus for vehicle service data processing in one embodiment;
FIG. 15 is a block diagram showing the construction of an apparatus for vehicle traffic data processing in another embodiment;
fig. 16 is a block diagram showing the construction of an apparatus for vehicle traffic data processing in still another embodiment;
FIG. 17 is a block diagram showing the construction of an apparatus for vehicle traffic data processing in still another embodiment;
FIG. 18 is a block diagram of an alternative vehicle service data processing apparatus according to one embodiment;
FIG. 19 is a block diagram that illustrates the structure of a vehicle platform selection request module in accordance with one embodiment;
FIG. 20 is a block diagram showing another example of the construction of a vehicle service data processing apparatus according to another embodiment;
FIG. 21 is a block diagram showing the construction of another vehicle service data processing apparatus in still another embodiment;
FIG. 22 is a block diagram showing the construction of another vehicle service data processing apparatus according to still another embodiment;
FIG. 23 is a block diagram of an apparatus for vehicle service data processing according to yet another embodiment;
fig. 24 is a block diagram showing a configuration of an apparatus for vehicle service data processing according to still another embodiment.
Detailed Description
Fig. 1 is a diagram of an application environment in which a method for vehicle service data processing operates according to an embodiment. As shown in fig. 1, the application environment includes a terminal 110, a request server 120, a vehicle platform server 130, and a terminal 140, where the terminal and the server communicate with each other through a network, and the communication network may be a wireless or wired communication network, such as an IP network, a cellular mobile communication network, etc., where the number of the terminal and the server is not limited, and the server may be a server cluster. The vehicle platform server 130 may include a first platform server 131, a second platform server 132, a 8230, an nth platform server 13N, etc. corresponding to a plurality of different vehicle platforms. The terminal 140 may be one or more terminals, and different terminals respectively correspond to users who provide vehicle services for different vehicle platforms.
The terminals 110 and 140 may be, but are not limited to, a smart phone, a tablet computer, a notebook computer, a desktop computer, and the like. The terminals 110 and 140 have operating systems installed thereon, including but not limited to Android operating system, symbian shift operating system, windows mobile operating system, and apple iPhone OS operating system. The terminal 110 may send an original vehicle selection request to the request server 120, and the request server 120 sends a platform vehicle selection request to the corresponding vehicle platform servers 13A to 13H providing the first platform interface in the vehicle platform server 130 according to the original vehicle selection request, and determines a target vehicle platform and a target vehicle according to the returned vehicle-related information and forwards the target vehicle platform and the target vehicle to the terminal 110, where the target vehicle corresponds to the terminal 140 and may be a terminal of a driver user. The terminal 140 may send an original vehicle service on-line request to the request server 120, and the request server 120 sends a platform vehicle service on-line request to the vehicle platform servers 13A to 13H providing the second platform interface in the vehicle platform server 130 according to the original vehicle service on-line request, so that the service order receiving states of the vehicles corresponding to the platform vehicle service on-line request are all updated to the order receiving states in the vehicle platform servers 13A to 13H, thereby receiving the vehicle service order receiving notification information returned in the order receiving states.
In one embodiment, the internal structure of the terminal 110 in fig. 1 is as shown in fig. 2, and the terminal 110 includes a processor, a graphic processing unit, a storage medium, a memory, a network interface, a display screen, and an input device, which are connected through a system bus. The storage medium of the terminal 110 stores an operating system, and further includes a first vehicle service data processing device, which is used to implement a method for vehicle service data processing suitable for the user terminal. The processor is used to provide computational and control capabilities that support the operation of the entire terminal 110. The graphic processing unit in the terminal 110 is configured to provide at least a rendering capability of a display interface, the memory provides an environment for the operation of the first vehicle service data processing apparatus in the storage medium, and the network interface is configured to perform network communication with the request server 120, such as sending an original vehicle selection request to the request server 120. The display screen is used for displaying application interfaces and the like, such as vehicle information, and the input device is used for receiving commands or data input by a user. For a terminal 110 with a touch screen, the display screen and input device may be a touch screen.
In one embodiment, the internal structure of the request server 120 in fig. 1 is shown in fig. 3, and the request server 120 includes a processor, a storage medium, a memory, and a network interface connected by a system bus. The storage medium of the request server 120 stores an operating system, a database, a second vehicle service data processing device and/or a third vehicle service data processing device, where the database is used to store data, such as a platform interface provided by a vehicle platform server, and the second vehicle service data processing device and/or the third vehicle service data processing device is used to implement a method suitable for the vehicle service data processing of the request server 120. The processor of the request server 120 is used to provide computational and control capabilities to support the operation of the entire request server 120. The memory of the request server 120 provides an environment for the operation of the second vehicle service data processing device and/or the third vehicle service data processing device in the storage medium. The network interface of the request server 120 is used for communicating with the external terminals 110, 140 and the vehicle platform server 130 through a network connection, such as receiving the requests sent by the terminals 110 and 140 and sending the requests to the vehicle platform server 130 through the first platform interface.
In one embodiment, the internal structure of the terminal 140 in fig. 1 is as shown in fig. 4, and the terminal 140 includes a processor, a graphic processing unit, a storage medium, a memory, a network interface, a display screen, and an input device, which are connected through a system bus. The storage medium of the terminal 110 stores an operating system, and further includes a fourth vehicle service data processing device, which is used to implement a method for vehicle service data processing suitable for a driver terminal. The processor is used to provide computational and control capabilities to support the operation of the entire terminal 140. The graphic processing unit in the terminal 140 is configured to at least provide a drawing capability of a display interface, the memory provides an environment for the operation of the fourth vehicle service data processing apparatus in the storage medium, and the network interface is configured to perform network communication with the request server 120, such as sending an original vehicle service on-line request to the request server 120. The display screen is used for displaying an application interface and the like, and the input device is used for receiving commands or data and the like input by a user. For a terminal 110 with a touch screen, the display screen and input device may be a touch screen.
As shown in fig. 5, in one embodiment, a method for processing vehicle service data is provided, which is exemplified by the terminal 110 applied in the application environment, and includes the following steps:
step S210, an original vehicle selection request is sent to a request server, the original vehicle selection request carries initial position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform has a corresponding vehicle platform server, the platform vehicle selection request comprises the initial position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, and a vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform.
Specifically, the original vehicle selection request is used for sending a platform vehicle selection request to different vehicle platforms through the request server only by sending one request, so that a proper vehicle platform is selected. The corresponding request keywords can be input through a service platform request interface to generate an original vehicle selection request, and the service platform request interface can be a webpage interface, an APP application interface and the like. The service platform request interface can be integrated in the social application APP, for example, the service platform request interface is integrated inside the social application through entering the service platform request interface through a public service account in the social application, so that a user can perform vehicle service without installing an independent service platform application again or installing an application corresponding to each vehicle platform, and the method is simple and convenient. In one embodiment, the original vehicle selection request further includes vehicle selection conditions that provide vehicle selection preferences and policies of the user, so that the target vehicle platform can better meet the user requirements, for example, the vehicle selection conditions include price priority, speed priority, service attitude priority, and the like. The platform interface is an interface provided by the vehicle platform server for communicating with internal data of the vehicle platform server from the outside, and data corresponding to the vehicle platform corresponding to the platform interface, such as activity information, current vehicle state information, driver information and the like corresponding to each vehicle platform, can be inquired by calling the platform interface. Each vehicle platform has a corresponding vehicle platform server, and different vehicle platforms have corresponding different platform interfaces. Different calling parameters can be transferred according to the interface rules when the platform interface is called. The calling of the platform interface can set calling conditions, for example, the platform interface can be called only through the request of identity authentication, and the calling safety of the platform interface is improved.
The platform vehicle selection request is a request generated from the original vehicle selection request and sent to the vehicle platform, and may be the same as the original vehicle selection request or different from the original vehicle selection request, including a request for vehicle platform information, generated from interface rules of respective different vehicle platforms. Different vehicle platform servers receive the platform vehicle selection request through the platform interface, and return corresponding vehicle related information to the request server according to the initial position information and the destination position information carried in the platform vehicle selection request and by combining the current vehicle state and activity information of the vehicle platform. The vehicle-related information comprises the number of vehicles to be serviced, the current position of the vehicle to be serviced, the charging information of the vehicle to be serviced, the driver information of the vehicle to be serviced, the distance of the nearest vehicle and the like, and the vehicle-related information also comprises service refusal information. And determining a target vehicle platform and a target vehicle according to the vehicle related information, wherein the determined strategy can be customized according to needs, and can also obtain vehicle selection conditions, and the target vehicle platform and the target vehicle are obtained according to the vehicle selection conditions. The vehicle service request can include target vehicle identity information such as a license plate number or a target user identification corresponding to the target vehicle, the target vehicle is obtained according to the vehicle service request, the vehicle service request is forwarded to the target vehicle, the target vehicle receives the vehicle service request, and the receiving form can be customized, for example, the request can be received through a short message, the request can be received through a vehicle platform application, or the request can be received through a service platform application. The vehicle service request carries start location information, destination location information, requester information, and the like.
In one embodiment, a platform interface provided by a vehicle platform server is stored in a terminal, an original vehicle selection request is obtained, the original vehicle selection request is converted into platform vehicle selection requests corresponding to each platform interface rule according to the platform interface provided by the vehicle platform server, the platform vehicle selection requests are sent to the corresponding vehicle platform server through the platform interfaces, and the platform vehicle selection requests comprise starting position information and destination position information. Platform interfaces provided by the vehicle platform servers are integrated through one application, original vehicle selection requests are converted into platform vehicle selection requests corresponding to the platform interface rules in the application, the platform vehicle selection requests can be directly communicated with the vehicle platform servers without interaction with an intermediate server, the application corresponding to each vehicle platform is not required to be installed, simplicity and convenience are achieved, and efficiency of requesting vehicle business services is improved.
And step S220, receiving the target vehicle information returned according to the vehicle service request.
Specifically, the target vehicle may return a response corresponding to the vehicle service request to the target vehicle platform server according to the self state, where the response includes target vehicle information, which may include location information, a charging state, and the like of the current vehicle. The target vehicle platform server can forward the received target vehicle information to the request server, and the request server forwards the target vehicle information to the corresponding request terminal. The request terminal can display corresponding target vehicle information, such as a license plate number of the target vehicle, driver information, the current position of the target vehicle and the like. The target vehicle information can be vehicle position information corresponding to different time, so that the driving track corresponding to the target vehicle is drawn at the request terminal. The target vehicle platform server can also directly forward the received target vehicle information to the request terminal.
In the embodiment, an original vehicle selection request is sent to a request server, the original vehicle selection request carries initial position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform has a corresponding vehicle platform server, the platform vehicle selection request comprises the initial position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, a vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform, the target vehicle information returned according to the vehicle service request is received, only one request needs to be sent, the request server can send the platform vehicle selection request to different vehicle platforms through the platform interface, a suitable vehicle platform is selected, an application corresponding to each vehicle platform does not need to be installed, registration in applications corresponding to different vehicle platforms is not needed, the platform vehicle selection request can be sent to different vehicle platforms without switching applications, simplicity and convenience are achieved, and the efficiency of requesting vehicle service is improved.
In one embodiment, the original vehicle selection request further includes a service platform first user identifier, and the step of sending the platform vehicle selection request to the corresponding vehicle platform server through the platform interface provided by the vehicle platform server using the request server in step S210 includes: the method comprises the steps that a request server obtains a bound vehicle platform user information set corresponding to a first user identifier of a service platform, obtains a vehicle platform user identifier bound with the first user identifier of the service platform according to the bound vehicle platform user information set, determines a target vehicle platform server according to the vehicle platform user identifier, obtains a target platform interface corresponding to the target vehicle platform server, and sends a platform vehicle selection request to the corresponding target vehicle platform server through the target platform interface, wherein the platform vehicle selection request also comprises the vehicle platform user identifier.
Specifically, the first user identifier of the service platform is the user identifier registered by the user on the service platform, the platform vehicle selection request can be sent to the plurality of vehicle platforms through the request server only through the user identifier of the service platform, and the user identifiers and passwords respectively registered on different vehicle platforms do not need to be identified, so that the convenience of vehicle service is further improved. In one embodiment, the step of sending the original vehicle selection request to the requesting server is preceded by: the service platform is logged in through the first user identification of the service platform and the corresponding password, only the logged-in user can send the original vehicle selection request, the association relationship between the original vehicle selection request and the logged-in user is conveniently established, so that the habit and the preference of the user are obtained, the user history information is generated, and the user history information is conveniently provided before the original vehicle selection request is sent next time, such as the name of the destination and the vehicle selection strategy which are reached once, so that the user can select to further improve the safety and the intelligence of the vehicle service.
The request server acquires a corresponding bound vehicle platform user information set according to the first user identifier of the service platform, wherein the bound vehicle platform user information set refers to user information corresponding to the first user identifier of the service platform on the vehicle platform, and the user information is pre-stored in a cache in advance and can be acquired at a high speed. The bound vehicle platform user information set may include a vehicle platform user identifier, vehicle platform authentication information corresponding to the vehicle platform user identifier, such as a password, user data corresponding to the vehicle platform user identifier, and the like. The user information corresponding to different vehicle platforms can be bound with the first user identifier of the service platform, so that the selectable range of the vehicle platform service is expanded. And authenticating different vehicle platforms through the user information in the vehicle platform user information set, and obtaining vehicle related information from different vehicle platforms after the authentication is passed. The vehicle platform user identifiers are user identifiers registered by a user on a vehicle platform, and the number of the corresponding vehicle platform user identifiers is obtained from a bound vehicle platform user information set corresponding to the first user identifier of the service platform, and can be multiple, such as the first vehicle platform user identifier, the second vehicle platform user identifier and the like. And determining corresponding vehicle platform servers according to the vehicle platform user identifications so as to respectively generate a first platform vehicle selection request, a second platform vehicle selection request and the like, sending the first platform vehicle selection request to the first vehicle platform server, sending the second platform vehicle selection request to the second vehicle platform server, and receiving first vehicle related information, second vehicle related information and the like respectively returned by the vehicle platform servers. Under the condition that the number of vehicle platform servers providing platform interfaces for the request server is large, vehicle platform user identifications bound by different users are distinguished through the first user identification of the service platform, so that the different users can send vehicle selection requests to different vehicle platforms according to interests and habits, and the vehicle selection requests are more flexible and convenient. The platform vehicle selection request further comprises a vehicle platform user identifier, and the vehicle platform user identifier is used for verifying the authority when the vehicle platform response data is requested, or acquiring a vehicle selection strategy stored by the user on the vehicle platform according to the vehicle platform user identifier, so that customized service is provided for the user.
In one embodiment, further comprising: and receiving communication information returned by the target vehicle platform server according to the vehicle service request, wherein the communication information can be message information input by a driver corresponding to the target vehicle, such as the current specific location position, the predicted driving receiving time and the like, so that the communication and the communication between the requesting user and the service user are facilitated. The communication information can be displayed on an interface corresponding to the request terminal, such as a message leaving interface corresponding to a public account.
In one embodiment, the method further comprises: and acquiring a second user identifier of the service platform corresponding to the target vehicle information, and establishing an instant communication session with a second terminal corresponding to the second user identifier of the service platform.
Specifically, if the user corresponding to the target vehicle information also registers an account in the service platform, the corresponding second user identifier of the service platform may be obtained according to the target vehicle information, for example, the second user identifier of the service platform registered by using the same phone number in the service platform is obtained through the phone number in the target vehicle information. Because the request terminal and the target vehicle have the registered account numbers on the service platform, the instant communication session between the request terminal and the target vehicle can be established directly through the service platform, the user corresponding to the target vehicle is requested through the instant communication session, if a driver can carry out instant communication, the communication information can be broadcasted in the target vehicle through voice, the driver does not need to carry out communication through a handheld device, the driving safety is improved, the request user establishes communication or automatically establishes communication through the service platform, and the convenience of communication between the driver and the user is further improved.
In one embodiment, the method further comprises: and acquiring voice data corresponding to the initial position, and uploading the voice data to the request server so that the request server sends the voice data to the second terminal corresponding to the target vehicle information.
Specifically, the position information input through the characters often has the condition of inaccuracy or unclear description, the voice data corresponding to the input initial position can be received through the voice input interface, the specific position can be described more clearly, the voice data can be compressed and uploaded to the background cache of the request server through the webpage js interface, after the vehicle service request is successful, the voice data is sent to the second terminal corresponding to the target vehicle information and played, the voice data can be recorded before the vehicle selection request is sent, the voice data can be directly and quickly sent to the second terminal corresponding to the target vehicle after the target vehicle is obtained, and the efficiency of the vehicle service is improved.
In one embodiment, the voice data corresponding to the starting position is obtained, the voice data is stored locally, and after an instant messaging session is established with a second terminal corresponding to a second user identifier of the service platform, the voice data is directly sent to the second terminal. Specifically, if the user corresponding to the target vehicle information also registers an account on the service platform and obtains the second user identifier of the service platform, the instant communication session can be directly established between the requesting user and the service user, and the voice data is sent to the second terminal in the instant communication session.
In one embodiment, before step S210, the method further includes: and sending a binding request to a request server, wherein the binding request carries the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, so that the request server establishes a binding relationship among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, and adds the binding relationship into a bound vehicle platform user information set.
Specifically, before the original vehicle selection request is sent, binding needs to be performed, and a binding relationship is established among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform authentication information, so that when the original vehicle selection request is sent subsequently, the corresponding vehicle platform user identifier and the corresponding vehicle platform authentication information can be obtained according to the binding relationship only by carrying the service platform first user identifier. The vehicle platform user identification can be user identification registered in a plurality of different vehicle platforms, the vehicle platform identity authentication information is matched with the vehicle platform user identification and used for performing authority authentication on different vehicle platforms, and only when the authority authentication is passed, an interface provided by the vehicle platform can be called to acquire data through a request. If each vehicle platform provides corresponding platform tool data, authorization information is obtained from the platform tool data according to the current vehicle platform user identification and corresponding current vehicle platform identity verification information, and a platform interface is obtained from the platform tool data application according to the authorization information. The vehicle platform authentication information may be password information, or a specific code provided by the vehicle platform authorization, etc. In the embodiment, the first user identifier of the service platform, the user identifier of the vehicle platform and the corresponding vehicle platform authentication information are bound and stored in the request server in advance, and the subsequently sent original vehicle selection request only needs to carry the first user identifier of the service platform and does not need to carry the user identifier of the vehicle platform and the corresponding vehicle platform authentication information, so that different account data can be called by adopting one account, and the calling convenience is enhanced.
In one embodiment, the vehicle service request includes a user identifier, and before the step of sending the vehicle service request to a target vehicle platform server corresponding to a target vehicle platform, the method further includes: and acquiring a user identifier, wherein the user identifier is a first user identifier of the service platform or a target vehicle platform user identifier corresponding to the target vehicle platform server.
Specifically, if the service platform is the first user identifier, the binding relationship between the first user identifier and the vehicle platform user identifier may exist in each vehicle platform server, so that the user may be identified in each vehicle platform server by using the same service platform first user identifier without registering in each vehicle platform server. After the target vehicle platform server is determined, the target vehicle platform server sends a registration request to the request terminal, and at the moment, the corresponding target vehicle platform user identification is distributed to the request terminal, so that the target vehicle platform can be registered only and is not required to be registered in advance, and the method is convenient and quick.
In one embodiment, as shown in fig. 6, a method for processing vehicle service data is provided, which is exemplified by a request server applied in the application environment, and includes the following steps:
step S310, an original vehicle selection request sent by a first terminal is received, and the original vehicle selection request carries starting position information and destination position information.
Specifically, the request server can send platform vehicle selection requests to different vehicle platforms only by receiving one original vehicle selection request, so that a proper vehicle platform is selected, a user sending the vehicle selection request can carry out vehicle service without installing an application corresponding to each vehicle platform, and the method is simple and convenient. In one embodiment, the original vehicle selection request further includes vehicle selection conditions, the vehicle selection conditions provide vehicle selection preferences and policies of the user, and the request server may filter target vehicle platforms meeting the needs of the user according to the vehicle selection conditions, where the vehicle selection conditions may be customized, and include price priority, speed priority, service attitude priority, and the like.
Step S320, obtaining a platform interface provided by the vehicle platform server, and sending a platform vehicle selection request to the corresponding vehicle platform server through the platform interface, where the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform has a corresponding vehicle platform server, and the platform vehicle selection request includes the start position information and the destination position information.
Specifically, the platform interface is an interface provided by the vehicle platform server for communicating with internal data of the vehicle platform server from the outside, and data corresponding to the vehicle platform corresponding to the platform interface, such as activity information, current vehicle state information, driver information and the like corresponding to each vehicle platform, can be queried by calling the platform interface. Each vehicle platform has a corresponding vehicle platform server, and different vehicle platforms have corresponding different platform interfaces. When the platform interface is called, different platform vehicle selection requests can be generated according to the interface rules, and different calling parameters are transmitted in the platform vehicle selection requests. The calling of the platform interface can set calling conditions, for example, the platform interface can be called only through the request of identity authentication, and the calling safety of the platform interface is improved. The platform vehicle selection request is a request generated according to the original vehicle selection request and sent to the vehicle platform through the platform interface, and the request which is different from the original vehicle selection request and comprises the vehicle platform information can be generated according to the interface rules of different vehicle platforms or the original vehicle selection request.
Step S330, receiving the vehicle related information returned by the vehicle platform server, determining a target vehicle platform and a target vehicle according to the vehicle related information, and sending a vehicle service request to a target vehicle platform server corresponding to the target vehicle platform, so that the target vehicle platform server returns the target vehicle information corresponding to the vehicle service request to the first terminal.
Specifically, different vehicle platform servers receive a platform vehicle selection request through a platform interface, and return corresponding vehicle related information to the request server according to initial position information and destination position information carried in the platform vehicle selection request and by combining the current vehicle state and activity information of the vehicle platform. The vehicle-related information comprises the number of the vehicles to be served, the current positions of the vehicles to be served, the charging information of the vehicles to be served, the driver information of the vehicles to be served, the distance between the nearest vehicles and the like, the vehicle-related information also can comprise service refusing information, if one vehicle corresponds to the service refusing information, the vehicle-related information is excluded when a target vehicle is selected, and each vehicle platform has corresponding vehicle-related information.
And determining a target vehicle platform and a target vehicle according to the vehicle related information, wherein the determined strategy can be customized according to needs, and can also obtain vehicle selection conditions, and the target vehicle platform and the target vehicle are obtained according to the vehicle selection conditions. The vehicle service request can include target vehicle identity information, such as a license plate number or a target user identification corresponding to the target vehicle, so that the target vehicle is obtained according to the vehicle service request, the vehicle service request is forwarded to the target vehicle, the target vehicle receives the vehicle service request, and the receiving form can be customized, such as receiving through a short message, receiving the request through a vehicle platform application, or receiving the request through a service platform application. The vehicle service request carries start location information, destination location information, requester information, and the like. The target vehicle can return a response corresponding to the vehicle service request to the target vehicle platform server according to the self state, wherein the response comprises target vehicle information, and the response can comprise position information, charging state and the like of the current vehicle. The target vehicle platform server can forward the received target vehicle information to the request server, and the request server forwards the target vehicle information to the corresponding first terminal. The first terminal can display corresponding target vehicle information, such as a license plate number of the target vehicle, driver information, the current position of the target vehicle and the like. The target vehicle information can be vehicle position information corresponding to different time, so that the driving track corresponding to the target vehicle is drawn at the request terminal. The target vehicle platform server can also directly forward the received target vehicle information to the first terminal.
In the embodiment, an original vehicle selection request sent by a first terminal is received, the original vehicle selection request carries initial position information and destination position information, a platform interface provided by a vehicle platform server is obtained, the platform vehicle selection request is sent to a corresponding vehicle platform server through the platform interface, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicles, each vehicle platform is provided with a corresponding vehicle platform server, the platform vehicle selection request comprises the initial position information and the destination position information, vehicle related information returned by the vehicle platform server is received, a target vehicle platform and a target vehicle are determined according to the vehicle related information, the vehicle service request is sent to the target vehicle platform server corresponding to the target vehicle platform, so that the target vehicle platform server returns the target vehicle information corresponding to the vehicle service request to the first terminal, the request server only needs to receive one request, the platform vehicle selection request is sent to different vehicle platforms through the platform interface, a proper vehicle platform is selected, the terminal sending the request does not need to install applications corresponding to each vehicle platform nor register with the applications corresponding to each vehicle platform, the vehicle selection request does not need to be sent through application switching, the vehicle selection request is convenient, and the efficiency of simple service is improved.
In one embodiment, the original vehicle selection request further includes a service platform first user identification, as shown in fig. 7, step S320 includes:
step S321, acquiring a bound vehicle platform user information set corresponding to the first user identifier of the service platform, and acquiring the vehicle platform user identifier bound by the first user identifier of the service platform according to the bound vehicle platform user information set.
Specifically, the first user identifier of the service platform is a user identifier registered by a user on the service platform, platform vehicle selection requests can be sent to the plurality of vehicle platforms through the request server only through the user identifier of the service platform, and the user identifiers and passwords respectively registered on different vehicle platforms do not need to be memorized, so that the convenience of vehicle service is further improved. The request server acquires a corresponding bound vehicle platform user information set according to the first user identifier of the service platform, wherein the bound vehicle platform user information set refers to user information corresponding to the first user identifier of the service platform on the vehicle platform, and the user information is pre-stored in a cache in advance and can be acquired at a high speed. The bound vehicle platform user information set may include a vehicle platform user identifier, vehicle platform authentication information corresponding to the vehicle platform user identifier, such as a password, user data corresponding to the vehicle platform user identifier, and the like. The user information corresponding to different vehicle platforms can be bound with the first user identifier of the service platform, so that the selectable range of the vehicle platform service is expanded. And authenticating different vehicle platforms through the user information in the vehicle platform user information set, and obtaining vehicle related information from different vehicle platforms after the authentication is passed. The vehicle platform user identifier is a user identifier registered by a user on the vehicle platform, and the number of the corresponding vehicle platform user identifiers is obtained from a bound vehicle platform user information set corresponding to the first user identifier of the service platform, and can be multiple, such as the first vehicle platform user identifier, the second vehicle platform user identifier, and the like.
Step S322, determining a target vehicle platform server according to the vehicle platform user identification, obtaining a target platform interface corresponding to the target vehicle platform server, and sending a platform vehicle selection request to the corresponding target vehicle platform server through the target platform interface, wherein the platform vehicle selection request further comprises the vehicle platform user identification.
Specifically, the corresponding target vehicle platform server is determined according to the vehicle platform user identifier, so that a first platform vehicle selection request, a second platform vehicle selection request and the like are respectively generated, the first platform vehicle selection request is sent to the first vehicle platform server, the second platform vehicle selection request is sent to the second vehicle platform server, and first vehicle related information, second vehicle related information and the like respectively returned by the vehicle platform servers are received. Under the condition that the number of vehicle platform servers providing platform interfaces for the request server is large, vehicle platform user identifications respectively bound by different users are distinguished through the first user identification of the service platform, so that different users can send vehicle selection requests to different target vehicle platforms according to interests and habits, and the method is flexible and convenient. The platform vehicle selection request further comprises a vehicle platform user identifier, and the vehicle platform user identifier is used for verifying the authority when the vehicle platform response data is requested, or acquiring a vehicle selection strategy stored by the user on the vehicle platform according to the vehicle platform user identifier, so that customized service is provided for the user.
In one embodiment, the vehicle platform user identifiers are multiple, and form a vehicle platform user identifier set, as shown in fig. 8, step S322 includes:
step S322a, a current vehicle platform user identifier is obtained from the vehicle platform user identifier set.
Step S322b, obtaining the identity authentication information of the current vehicle platform corresponding to the user identifier of the current vehicle platform from the user information set of the bound vehicle platform.
Specifically, when a plurality of vehicle platform user identifiers exist in the bound vehicle platform user information set, the plurality of vehicle platform user identifiers form a vehicle platform user identifier set. One vehicle platform user identifier in the vehicle platform user identifier set can be obtained as a current vehicle platform user identifier, and vehicle platform authentication information matched with the current vehicle platform user identifier is obtained as current vehicle platform authentication information.
Step S322c, a corresponding current target platform interface is obtained according to the current vehicle platform user identification and the corresponding current vehicle platform identity authentication information, and a platform vehicle selection request is sent to a corresponding current target vehicle platform server according to the current target platform interface.
Specifically, the platform interface is used for acquiring data returned by the corresponding vehicle platform from each vehicle platform through a request corresponding to the interface, and the request can carry different parameters so as to acquire different types of data, such as a vehicle position request, a vehicle driver information request, a vehicle platform charging request and the like. The current vehicle platform user identification can identify the corresponding current target platform, so that a current target platform interface is obtained. And only the request passing the identity verification can use the current target platform interface to acquire data, the current vehicle platform user identifier and the current vehicle platform identity verification information can be used for verifying the identity, if the verification is successful, the use permission of the current target platform interface can be acquired, and a platform vehicle selection request is sent to the corresponding current target vehicle platform server through the current target platform interface. Different vehicle platform servers have corresponding different platform interfaces, different platform interfaces can adopt different verification forms and conditions during verification, the safety of data acquisition from the vehicle platform is further improved, and the phenomenon that the vehicle platform servers continuously respond to the vicious requests to cause waste of service resources is avoided. The current vehicle platform authentication information can be a fixed password or a unique code authorized by the vehicle platform.
Step S322d, acquiring the next vehicle platform user identifier from the vehicle platform user identifier set as the current vehicle platform user identifier, and entering step S322b. .
Specifically, a plurality of vehicle platform user identifications are arranged in the vehicle platform user identification set, so that platform interfaces corresponding to a plurality of different vehicle platforms can be obtained, the service request sending range is increased, and the most suitable vehicle platform and the corresponding target vehicle can be selected from the plurality of vehicle platforms.
In one embodiment, the step of obtaining the corresponding current target platform interface according to the current vehicle platform user identifier and the corresponding current vehicle platform authentication information in step S322c includes: and acquiring corresponding platform tool data according to the current vehicle platform user identification, acquiring authorization information from the platform tool data according to the current vehicle platform user identification and the corresponding current vehicle platform identity verification information, and applying for acquiring a current target platform interface from the platform tool data according to the authorization information.
Specifically, the platform tool data may be SDK (Software Development Kit), each vehicle platform provides corresponding platform tool data, the platform tool data encapsulates code for calling a vehicle platform server, and a platform interface is provided for a caller to query open data. Authorization information is required to be acquired from platform tool data according to a current vehicle platform user identification and corresponding current vehicle platform identity authentication information, if the current vehicle platform user identification is successfully matched with the corresponding current vehicle platform identity authentication information, the authorization information is issued, the authorization information can be a token, a current target platform interface is obtained from platform tool data application according to the authorization information, and the authorization information can be a string of coded information and is used for legally calling platform interface permission of an identification user. In the embodiment, data needing to be kept secret is packaged through the platform tool data, and the use application of the platform interface is carried out through the authorization information, so that the safety of vehicle service is further improved.
In one embodiment, before step S310, the method further includes: receiving a binding request sent by a first terminal, wherein the binding request comprises a service platform first user identifier, a vehicle platform user identifier and corresponding vehicle platform identity verification information, establishing a binding relationship among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity verification information, and adding the binding relationship into a bound vehicle platform user information set.
Specifically, a binding relationship is established among the first user identifier of the service platform, the user identifier of the vehicle platform and the corresponding vehicle platform identity authentication information, so that the corresponding user identifier of the vehicle platform and the corresponding vehicle platform identity authentication information can be acquired through the first user identifier of the service platform according to the binding relationship when an original vehicle selection request is received subsequently. The vehicle platform user identification can be user identification registered in a plurality of different vehicle platforms, the vehicle platform identity authentication information is matched with the vehicle platform user identification and used for performing authority authentication on different vehicle platforms, and only when the authority authentication is passed, an interface provided by the vehicle platform can be called to acquire data through a request. In the embodiment, the first user identifier of the service platform, the user identifier of the vehicle platform and the corresponding vehicle platform identity authentication information are bound and stored in the request server in advance, and the subsequently received original vehicle selection request only needs to carry the first user identifier of the service platform and does not need to carry the user identifier of the vehicle platform and the corresponding vehicle platform identity authentication information, so that different account data can be called by adopting one account, and the calling convenience is enhanced.
In one embodiment, the method further comprises: and acquiring a second user identifier of the service platform corresponding to the target vehicle information, and establishing instant communication connection between the first terminal and a second terminal corresponding to the second user identifier of the service platform.
Specifically, if the user corresponding to the target vehicle information also registers an account in the service platform, the corresponding second user identifier of the service platform may be obtained according to the target vehicle information, for example, the second user identifier of the service platform registered by using the same phone number in the service platform is obtained through the phone number in the target vehicle information. Because the request terminal and the target vehicle are both provided with the registration account on the service platform, the request server is the server corresponding to the service platform in the embodiment, the instant communication session between the request terminal and the target vehicle can be directly established through the request server, so that the user corresponding to the request user and the target vehicle, such as a driver, can carry out instant communication through the instant communication session, communication information can be broadcasted in the target vehicle through voice, the driver does not need to communicate through a handheld device, the driving safety is improved, the request user establishes communication or automatically establishes communication through the service platform, and the convenience of communication between the driver and the user is further improved.
In one embodiment, the method further comprises: and receiving voice data corresponding to the initial position sent by the first terminal, and sending the voice data to a second terminal corresponding to the target vehicle information.
Specifically, the position information input through the characters often has the condition of inaccuracy or unclear description, the first terminal can receive voice data corresponding to an input initial position through the voice input interface, the specific position can be described more clearly, the voice data can be compressed and uploaded to a background cache of the request server through a webpage js interface, after the vehicle service request is successful, the request server sends the voice data to the second terminal corresponding to the target vehicle information and plays the voice data, the first terminal can record the voice data before sending the vehicle selection request, the voice data can be directly and quickly sent to the second terminal corresponding to the target vehicle after the target vehicle is obtained, and the efficiency of the vehicle service is improved.
In a specific embodiment, in conjunction with fig. 9, the specific process of the vehicle service data processing method is as follows: the first terminal 110 receives start position information and destination position information through a front-end page interface shown in fig. 10, inputs voice data corresponding to the start position through a voice input key 410, uploads the voice data to the request server 120, sends an original vehicle selection request carrying vehicle selection conditions to the request server 120, the request server 120 obtains a corresponding bound vehicle platform user information set according to a service platform first user identifier in the original vehicle selection request, the bound vehicle platform user information set includes a first vehicle platform user identifier, a second vehicle platform user identifier, a third vehicle platform user identifier and a fourth vehicle platform user identifier, the request server 120 obtains the corresponding first platform interface, a second platform interface, a third platform interface and a fourth platform interface, respectively generates a first platform vehicle selection request, a second platform vehicle selection request, a third platform vehicle selection request and a fourth platform vehicle selection request, sends the first platform vehicle selection request, the second platform vehicle selection request, the third platform vehicle selection request and the fourth platform vehicle selection request to the corresponding vehicle platform servers through the corresponding platform interfaces, receives vehicle piece related information returned by each vehicle server, screens the target vehicle piece information returned to the first terminal 110, and returns target vehicle information to the first terminal.
In one embodiment, as shown in fig. 11, there is provided a method of vehicle traffic data processing, including:
step S710, sending an original vehicle service on-line request to a request server, where the original vehicle service on-line request includes information of a vehicle service provider, so that the request server sends a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request to a to-be-order-receiving state, where the platform interfaces are a plurality of vehicle platforms respectively corresponding to different vehicles, and each vehicle platform has a corresponding vehicle platform server.
Specifically, the original vehicle service on-line request is used for modifying the vehicle corresponding to the requester to be in the order receiving state, which indicates that the vehicle corresponding to the current requester is in the idle state and can accept the vehicle service of the user. The vehicle service provider information can be license plate number, user identification and the like, the user identification can be information which can uniquely identify one user, such as user name, user mobile phone number and the like, if the user identification is the user identification, the user identification and the vehicle need to be bound in advance, the bound target vehicle is obtained according to the user identification, and therefore the target vehicle is modified to be in a state of waiting for receiving orders. The platform interface is an interface provided by the vehicle platform server for communicating with internal data of the vehicle platform server from the outside, and data corresponding to the vehicle platform corresponding to the platform interface can be modified by calling the platform interface, such as modifying the order receiving state of the current vehicle corresponding to each vehicle platform, newly adding a vehicle capable of providing service, and the like. Each vehicle platform is provided with a corresponding vehicle platform server, and different vehicle platforms are provided with corresponding different platform interfaces. Different calling parameters can be transferred according to the interface rules when the platform interface is called. The calling of the platform interface can set calling conditions, for example, the platform interface can be called only through the request of identity authentication, and the calling safety of the platform interface is improved.
The platform vehicle service on-line request is a request which is generated according to the original vehicle service on-line request and is sent to the vehicle platform, and can be the same as the original vehicle selection request or different from the original vehicle selection request according to the interface rules of different vehicle platforms, wherein the request comprises the vehicle platform information request. Different vehicle platform servers receive the platform vehicle service on-line request through the platform interface, determine the vehicle needing to modify the state according to the vehicle service provider information carried in the platform vehicle service on-line request, and update the service order receiving state of the vehicle corresponding to the platform vehicle service on-line request into the state to be ordered. The order receiving state of the same or a plurality of vehicles can be modified on a plurality of different platforms through one request, the order receiving range is expanded, a vehicle service side can conveniently receive orders, and service is provided for users more conveniently.
In one embodiment, a platform interface provided by a vehicle platform server is stored in a terminal, an original vehicle service on-line request is acquired, the original vehicle service on-line request is converted into platform vehicle service on-line requests corresponding to each platform interface rule according to the platform interface provided by the vehicle platform server, the platform vehicle service on-line requests are sent to the corresponding vehicle platform server through the platform interface, and the platform vehicle service on-line requests comprise information of a vehicle service provider. Platform interfaces provided by the vehicle platform servers are integrated through one application, original vehicle service on-line requests are converted into platform vehicle service on-line requests corresponding to the platform interface rules in the application, the vehicle service on-line requests can be directly communicated with the vehicle platform servers without interaction with an intermediate server, the application corresponding to each vehicle platform is not required to be installed, simplicity and convenience are achieved, and the efficiency of vehicle service is improved.
And step S720, receiving the vehicle service order receiving notification information returned in the order receiving state.
Specifically, in a waiting order receiving state, if one vehicle platform vehicle service provider meets the user requirement, the order receiving is successful, vehicle service order receiving notification information is used for notifying the vehicle platform vehicle service provider that the order receiving is successful, the vehicle service order receiving notification information can carry a vehicle platform identifier, and the vehicle platform identifier is used for identifying which vehicle platform the order receiving is successful. Once the order taking is successful at one of the vehicle platforms, the state of the vehicle at the vehicle platform with the successful order taking can be modified into a service state, and the state at the other vehicle platforms can be modified into a stop order taking state. The vehicle service order receiving notification information can be directly sent to the requester terminal by the vehicle platform server, or can be sent to the request server by the vehicle platform server, and is forwarded to the requester terminal by the request server.
In the embodiment, the original vehicle service on-line request is sent to the request server, the original vehicle service on-line request comprises vehicle service provider information, so that the request server sends the platform vehicle service on-line request corresponding to the original vehicle service on-line request to the corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates the service order receiving state of the vehicle corresponding to the platform vehicle service on-line request to a to-be-received order state, the platform interfaces are a plurality of vehicle platforms respectively corresponding to different vehicle platforms, each vehicle platform has a corresponding vehicle platform server, the vehicle service order receiving notification information returned in the to-be-received order state is received, only one request needs to be sent, the request server can send the platform vehicle service on-line request to different vehicle platforms through the platform interfaces, so that the vehicle service order is received on different vehicle platforms, the vehicle service provider does not need to install the application corresponding to each vehicle platform, and does not need to register in the applications corresponding to different vehicle platforms, and the service provider can receive the service orders on different vehicle platforms without switching the applications, which is simple and convenient, and the efficiency of providing the vehicle service is improved.
In one embodiment, the vehicle service provider information includes a first user identifier of a service platform, so that the step of sending, by the request server, a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server includes: the method comprises the steps that a request server obtains a bound vehicle platform user information set corresponding to a first user identifier of a service platform, obtains a vehicle platform user identifier bound with the first user identifier of the service platform according to the bound vehicle platform user information set, determines a target vehicle platform server according to the vehicle platform user identifier, obtains a target platform interface corresponding to the target vehicle platform server, and sends a platform vehicle service online request to the corresponding target vehicle platform server through the target platform interface, wherein the platform vehicle service online request further comprises the vehicle platform user identifier.
Specifically, the first user identifier of the service platform is a user identifier registered by a user on the service platform, platform vehicle selection requests can be sent to the plurality of vehicle platforms through the request server only through the user identifier of the service platform, and the user identifiers and passwords respectively registered on different vehicle platforms do not need to be memorized, so that the convenience of vehicle service is further improved. In one embodiment, the step of sending the original vehicle service on-line request to the request server further comprises: the service platform is logged in through the first user identification of the service platform and the corresponding password, only the logged-in user can send an original vehicle selection request, the association relationship between the original vehicle service online request and the logged-in user is conveniently established, the relationship between the historical data of the user and the logged-in user is obtained, the historical information of the user, such as vehicle platforms with high order receiving rate, order receiving time of each vehicle platform and the like, can be conveniently provided before the original vehicle service online request, the original vehicle service online request can be conveniently determined to be sent to the vehicle platforms according to the historical information of the user, and the vehicle service intelligence can be further improved.
The request server acquires a corresponding bound vehicle platform user information set according to the first user identifier of the service platform, wherein the bound vehicle platform user information set refers to user information corresponding to the first user identifier of the service platform on the vehicle platform, and the user information is pre-stored in a cache in advance and can be acquired at a high speed. The bound vehicle platform user information set may include a vehicle platform user identifier, vehicle platform authentication information corresponding to the vehicle platform user identifier, such as a password, user data corresponding to the vehicle platform user identifier, and the like. The user information corresponding to different vehicle platforms can be bound with the first user identification of the service platform, so that the selectable range of vehicle platform service is expanded. And authenticating different vehicle platforms through the user information in the vehicle platform user information set, and modifying the vehicle related information from the vehicle entering platform after the authentication is passed. The vehicle platform user identifiers are user identifiers registered by a user on the vehicle platform, and the number of the corresponding vehicle platform user identifiers is multiple, and the corresponding vehicle platform user identifiers are obtained from a bound vehicle platform user information set corresponding to the first user identifier of the service platform. And determining a corresponding vehicle platform server according to the vehicle platform user identifier, thereby respectively generating a first platform vehicle service on-line request, a second platform vehicle service on-line request and the like, sending the first platform vehicle service on-line request to the first vehicle platform server, and sending the second platform vehicle service on-line request to the second vehicle platform server. Under the condition that the number of the vehicle platform servers providing the platform interfaces for the request server is large, the vehicle platform user identifiers bound by different users are distinguished through the first user identifier of the service platform, so that different users can send platform vehicle service on-line requests to different vehicle platforms according to activities, historical order receiving rates and the like of different platforms, and the method is flexible, convenient and selective. The platform vehicle service on-line request further comprises a vehicle platform user identifier, the vehicle platform user identifier is used for verifying authority when vehicle data of a vehicle platform are modified, the vehicle platform user identifier exists only for vehicle users authenticated by driver identities and license plate numbers, vehicle information stored by the vehicle platform user identifier on the vehicle platform can be matched with vehicle information carried in the platform vehicle service on-line request, service can be provided for users only if matching is successful, and safety of providing service for the users is further guaranteed.
In one embodiment, before step S710, the method further includes: sending a binding request to a request server, wherein the binding request carries a service platform first user identifier, a vehicle platform user identifier and corresponding vehicle platform identity authentication information, so that the request server establishes a binding relationship among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, and adds the binding relationship into a bound vehicle platform user information set.
Specifically, before sending the original vehicle selection request, binding needs to be performed, and a binding relationship is established among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, so that when the original vehicle service on-line request is sent subsequently, the corresponding vehicle platform user identifier and the corresponding vehicle platform identity authentication information can be obtained according to the binding relationship only by carrying the service platform first user identifier. The vehicle platform user identification can be user identification registered in a plurality of different vehicle platforms, the vehicle platform identity authentication information is matched with the vehicle platform user identification and used for performing authority authentication on different vehicle platforms, and only when the authority authentication is passed, an interface provided by the vehicle platform can be called to modify the data of the vehicle platform through a request. If each vehicle platform provides corresponding platform tool data, authorization information is obtained from the platform tool data according to the current vehicle platform user identification and the corresponding current vehicle platform identity verification information, and a platform interface is obtained from the platform tool data application according to the authorization information. The vehicle platform authentication information can be password information, or a specific code provided by vehicle platform authorization, and the like. In the embodiment, the first user identifier of the service platform, the user identifier of the vehicle platform and the corresponding vehicle platform identity authentication information are bound and stored in the request server in advance, and the subsequently sent original vehicle selection request only needs to carry the first user identifier of the service platform and does not need to carry the user identifier of the vehicle platform and the corresponding vehicle platform identity authentication information, so that different account data can be called by adopting one account, and the convenience and the safety of calling are enhanced.
In one embodiment, after step S720, the method further includes: and sending a vehicle service settlement request to a request server, wherein the vehicle service settlement request comprises a first user identifier of a service platform, so that the request server performs resource value transfer corresponding to the vehicle service settlement request on an account corresponding to the first user identifier of the service platform.
Specifically, the vehicle service settlement request is used for the vehicle service provider to settle the service when the service is completed. The vehicle service settlement request comprises the first user identification of the service platform, the request server can acquire the account registered by the vehicle service provider on the service platform according to the first user identification of the service platform, the vehicle service settlement request also comprises the account information of the user, the quantity of resource transfer and the like, so that the resource numerical value transfer corresponding to the vehicle service settlement request is carried out on the account, the vehicle service provider can complete the service settlement of each vehicle platform only by registering the account on the service platform, the settlement is carried out by using the uniform account, and the convenience for providing the vehicle service is further improved.
In one embodiment, as shown in fig. 12, there is provided a method of vehicle traffic data processing, including:
step S810, receiving an original vehicle service on-line request sent by the third terminal, where the original vehicle service on-line request includes information of a vehicle service provider.
Specifically, the original vehicle service online request is used for modifying the vehicle corresponding to the requester to be in the order receiving state, which indicates that the vehicle corresponding to the current requester is in the idle state and can accept the vehicle service of the user. The vehicle service provider information can be license plate number, user identification and the like, the user identification can be information which can uniquely identify one user, such as user name, user mobile phone number and the like, if the user identification is the user identification, the relation between the user identification and the vehicle is stored in the server, the bound target vehicle is obtained according to the user identification, and therefore the target vehicle is modified to be in a state of waiting for receiving orders.
Step S820, a platform vehicle service on-line request corresponding to the original vehicle service on-line request is sent to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request to a to-be-received state, and returns vehicle service order receiving notification information to a third terminal in the to-be-received state, the platform interface is a plurality of vehicle platforms respectively corresponding to different vehicle platforms, and each vehicle platform has a corresponding vehicle platform server.
Specifically, the platform interface refers to an interface provided by the vehicle platform server for communicating with internal data of the vehicle platform server from the outside, and data corresponding to the vehicle platform corresponding to the platform interface can be modified by calling the platform interface, such as modifying the order receiving state of the current vehicle corresponding to each vehicle platform, newly adding a vehicle capable of providing service, and the like. Each vehicle platform has a corresponding vehicle platform server, and different vehicle platforms have corresponding different platform interfaces. Different calling parameters can be transferred according to the interface rules when the platform interface is called. The calling of the platform interface can set calling conditions, for example, the platform interface can be called only through the request of identity authentication, and the calling safety of the platform interface is improved. The platform vehicle service on-line request is a request which is generated according to the original vehicle service on-line request and is sent to the vehicle platform, and can be the same as the original vehicle selection request or different from the original vehicle selection request according to the interface rules of different vehicle platforms, wherein the request comprises the vehicle platform information request. Different vehicle platform servers receive the platform vehicle service on-line request through the platform interface, determine the vehicle needing to modify the state according to the vehicle service provider information carried in the platform vehicle service on-line request, and update the service order receiving state of the vehicle corresponding to the platform vehicle service on-line request into the state to be ordered. The order receiving state of one or more vehicles can be modified on a plurality of different platforms through one request, so that the order receiving range is expanded, a vehicle service party can conveniently receive orders, and service is provided for users more conveniently.
In a state of waiting for order receiving, if one of the vehicle platforms at the vehicle service provider meets the user requirement, the order receiving is successful, the vehicle service order receiving notification information is used for notifying the vehicle platform that the vehicle service provider successfully receives the order, the vehicle service order receiving notification information can carry a vehicle platform identifier, and the vehicle platform identifier is used for identifying which vehicle platform the order receiving is successful. Once the order taking is successful on one of the vehicle platforms, the state of the vehicle on the vehicle platform with the successful order taking can be modified into a service state, and the state of the vehicle on the other vehicle platforms can be modified into a stop order taking state. The vehicle service order receiving notification information can be directly sent to the requester terminal by the vehicle platform server, or can be sent to the request server by the vehicle platform server, and is forwarded to the requester terminal by the request server.
In the embodiment, the original vehicle service on-line request sent by the third terminal is received, the original vehicle service on-line request comprises vehicle service provider information, the platform interface provided by the vehicle platform server sends the platform vehicle service on-line request corresponding to the original vehicle service on-line request to the corresponding vehicle platform server, so that the vehicle platform server updates the service order receiving state of the vehicle corresponding to the platform vehicle service on-line request to the order receiving state, and returns vehicle service order receiving notification information to the third terminal in the order receiving state, the platform interfaces are a plurality of vehicle platforms respectively corresponding to different vehicle platforms, each vehicle platform has a corresponding vehicle platform server, the request server only needs to receive one request, and sends the platform vehicle selection request to different vehicle platforms through the platform interfaces, so that a proper vehicle platform is selected, the terminal sending the request does not need to install an application corresponding to each vehicle platform or register an application corresponding to each vehicle platform, the platform vehicle selection request does not need to be sent through application switching, and the efficiency of providing the vehicle service is improved.
In one embodiment, the vehicle service provider information includes a first user identifier of the service platform, and as shown in fig. 13, the step of sending the platform vehicle service on-line request corresponding to the original vehicle service on-line request to the corresponding vehicle platform server through a platform interface provided by the vehicle platform server includes:
step S821, acquiring a bound vehicle platform user information set corresponding to the first user identifier of the service platform, and acquiring the vehicle platform user identifier bound by the first user identifier of the service platform according to the bound vehicle platform user information set.
Specifically, the first user identifier of the service platform is a user identifier registered by a user on the service platform, platform vehicle service on-line requests can be sent to a plurality of vehicle platforms through the request server only through the user identifier of the service platform, and the user identifiers and passwords respectively registered on different vehicle platforms do not need to be identified, so that the convenience of vehicle service is further improved. The request server acquires a corresponding bound vehicle platform user information set according to the first user identifier of the service platform, wherein the bound vehicle platform user information set refers to user information corresponding to the first user identifier of the service platform on the vehicle platform, and the user information is pre-stored in a cache in advance and can be acquired at a high speed. The bound vehicle platform user information set may include a vehicle platform user identifier, vehicle platform authentication information corresponding to the vehicle platform user identifier, such as a password, user data corresponding to the vehicle platform user identifier, and the like. The user information corresponding to different vehicle platforms can be bound with the first user identification of the service platform, so that the selectable range of vehicle platform service is expanded. And authenticating different vehicle platforms through the user information in the vehicle platform user information set, and modifying the vehicle related information on different vehicle platforms after the authentication is passed. The vehicle platform user identifier is a user identifier registered by a user on the vehicle platform, and the number of the corresponding vehicle platform user identifiers is obtained from a bound vehicle platform user information set corresponding to the first user identifier of the service platform, and can be multiple, such as the first vehicle platform user identifier, the second vehicle platform user identifier, and the like.
Step S822, determining a target vehicle platform server according to the vehicle platform user identifier, acquiring a target platform interface corresponding to the target vehicle platform server, and sending a platform vehicle service online request to the corresponding target vehicle platform server through the target platform interface, wherein the platform vehicle service online request also comprises the vehicle platform user identifier.
Specifically, a corresponding target vehicle platform server is determined according to the vehicle platform user identifier, so that a first platform vehicle service online request, a second platform vehicle service online request and the like are respectively generated, the first platform vehicle service online request is sent to the first vehicle platform server, the second platform vehicle service online request is sent to the second vehicle platform server, and the order receiving state of the vehicle is modified at the first vehicle platform server and the second vehicle platform server respectively. Under the condition that the number of vehicle platform servers providing platform interfaces for the request server is large, vehicle platform user identifications bound by different users are distinguished through the first user identification of the service platform, so that the different users can send platform vehicle service on-line requests to different vehicle platforms according to activities, historical order receiving rates and the like of the different platforms, and the method is flexible, convenient and selective. The platform vehicle service on-line request further comprises a vehicle platform user identifier, the vehicle platform user identifier is used for verifying authority when vehicle data of a vehicle platform are modified, the vehicle platform user identifier exists only for vehicle users authenticated by driver identities and license plate numbers, vehicle information stored by the vehicle platform user identifier on the vehicle platform can be matched with vehicle information carried in the platform vehicle service on-line request, service can be provided for users only if matching is successful, and safety of providing service for the users is further guaranteed.
In one embodiment, the vehicle platform user identities are multiple and form a vehicle platform user identity set, and step S822 includes: acquiring a current vehicle platform user identifier from a vehicle platform user identifier set, acquiring current vehicle platform identity verification information corresponding to the current vehicle platform user identifier from a bound vehicle platform user information set, acquiring a corresponding current target platform interface according to the current vehicle platform user identifier and the corresponding current vehicle platform identity verification information, and sending a platform vehicle service online request to a corresponding current target vehicle platform server according to the current target platform interface; and acquiring a next vehicle platform user identifier from the vehicle platform user identifier set as a current vehicle platform user identifier, and entering a step of acquiring current vehicle platform identity authentication information corresponding to the current vehicle platform user identifier from a bound vehicle platform user information set.
Specifically, the platform interface is used for modifying vehicle data corresponding to the vehicle platform from each vehicle platform through a request corresponding to the interface, such as a current order receiving state of the vehicle, and the like, and the request can carry different parameters so as to modify different data, such as modifying the current state of the vehicle into an order receiving state, a service state, a stop order receiving state, and the like, and can also indicate information such as vehicle faults. The current vehicle platform user identification can identify the corresponding current target platform, so that the current target platform interface is obtained. And if the verification is successful, the use permission of the current target platform interface can be obtained, and a platform vehicle service online request and the like are sent to a corresponding current target vehicle platform server through the current target platform interface. Different vehicle platform servers have corresponding different platform interfaces, and different platform interfaces can adopt different verification forms and conditions when being verified, so that the safety of modifying vehicle data from the vehicle platform is further improved, and the waste of service resources caused by the continuous response of the vehicle platform server due to the continuous sending of vicious requests is avoided. The current vehicle platform authentication information can be a fixed password or a unique code authorized by the vehicle platform. The vehicle platform user identification set is provided with a plurality of vehicle platform user identifications, so that platform interfaces corresponding to a plurality of different vehicle platforms can be obtained, the request sending range is increased, and the vehicle platforms can be connected on line.
In one embodiment, the method further comprises: and if the order receiving of the vehicle corresponding to the vehicle service provider information is successful on the first vehicle platform server, respectively sending platform vehicle service offline requests to other vehicle platform servers, wherein the platform vehicle service offline requests comprise the vehicle service provider information, so that the other vehicle platform servers update the service order receiving state of the vehicle corresponding to the vehicle service provider information on other vehicle platforms to a stop order receiving state.
Specifically, as long as the order receiving is successful on one vehicle platform, the offline notification is automatically sent to the other vehicle platforms, the service order receiving state of the vehicle corresponding to the vehicle service provider information on the other vehicle platforms is updated to the order receiving stop state, and the notification is uniformly issued through the request server, so that the real-time performance and the management convenience of the information of each vehicle platform are achieved.
In one embodiment, as shown in fig. 14, there is provided a vehicle service data processing apparatus including:
the request sending module 510 is configured to send an original vehicle selection request to a request server, where the original vehicle selection request carries starting position information and destination position information, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, where the platform interface is a plurality of vehicle platforms that respectively correspond to different vehicles, each vehicle platform has a corresponding vehicle platform server, and the platform vehicle selection request includes the starting position information and the destination position information, receives vehicle related information returned by the vehicle platform server, determines a target vehicle platform and a target vehicle according to the vehicle related information, and sends a vehicle service request to a target vehicle platform server corresponding to the target vehicle platform.
And a receiving module 520, configured to receive the target vehicle information returned according to the vehicle service request.
In one embodiment, the original vehicle selection request further includes a service platform first user identifier, and the request sending module 510 is further configured to enable the request server to obtain a bound vehicle platform user information set corresponding to the service platform first user identifier, obtain a vehicle platform user identifier bound to the service platform first user identifier according to the bound vehicle platform user information set, determine a target vehicle platform server according to the vehicle platform user identifier, obtain a target platform interface corresponding to the target vehicle platform server, and send a platform vehicle selection request to the corresponding target vehicle platform server through the target platform interface, where the platform vehicle selection request further includes the vehicle platform user identifier.
In one embodiment, as shown in fig. 15, the apparatus further comprises:
the binding module 530 is configured to send a binding request to the request server, where the binding request carries the service platform first user identifier, the vehicle platform user identifier, and the corresponding vehicle platform authentication information, so that the request server establishes a binding relationship among the service platform first user identifier, the vehicle platform user identifier, and the corresponding vehicle platform authentication information, and adds the binding relationship to the bound vehicle platform user information set.
In one embodiment, as shown in fig. 16, the apparatus further comprises:
the communication session module 540 is configured to obtain a second user identifier of the service platform corresponding to the target vehicle information, and establish an instant communication session with a second terminal corresponding to the second user identifier of the service platform.
In one embodiment, as shown in fig. 17, the apparatus further comprises:
the voice module 550 is configured to acquire voice data corresponding to the start position, and upload the voice data to the request server, so that the request server sends the voice data to the second terminal corresponding to the target vehicle information.
In one embodiment, as shown in fig. 18, there is provided an apparatus for vehicle traffic data processing, including:
the receiving module 610 is configured to receive an original vehicle selection request sent by a first terminal, where the original vehicle selection request carries start location information and destination location information.
The vehicle platform selection request module 620 is configured to obtain a platform interface provided by a vehicle platform server, and send a platform vehicle selection request to a corresponding vehicle platform server through the platform interface, where the platform interface corresponds to a plurality of different vehicle platforms, each vehicle platform has a corresponding vehicle platform server, and the platform vehicle selection request includes the start position information and the destination position information.
The vehicle service request module 630 is configured to receive vehicle-related information returned by the vehicle platform server, determine a target vehicle platform and a target vehicle according to the vehicle-related information, and send a vehicle service request to a target vehicle platform server corresponding to the target vehicle platform, so that the target vehicle platform server returns target vehicle information corresponding to the vehicle service request to the first terminal.
And the sending module 640 is used for forwarding the target vehicle information to the first terminal.
In one embodiment, the original vehicle selection request further includes a service platform first user identifier, the vehicle platform selection request module 620 is further configured to obtain a bound vehicle platform user information set corresponding to the service platform first user identifier, obtain a vehicle platform user identifier bound to the service platform first user identifier according to the bound vehicle platform user information set, determine a target vehicle platform server according to the vehicle platform user identifier, obtain a target platform interface corresponding to the target vehicle platform server, and send a platform vehicle selection request to the corresponding target vehicle platform server through the target platform interface, where the platform vehicle selection request further includes the vehicle platform user identifier.
In one embodiment, the vehicle platform user identifiers are multiple and form a vehicle platform user identifier set, as shown in fig. 19, the vehicle platform selection request module 620 includes:
the first information obtaining unit 621 is configured to obtain a current vehicle platform subscriber identity from the set of vehicle platform subscriber identities.
A second information obtaining unit 622, configured to obtain, from the bound vehicle platform user information set, current vehicle platform authentication information corresponding to the current vehicle platform user identifier.
And a sending unit 623, configured to obtain a corresponding current target platform interface according to the current vehicle platform user identifier and the corresponding current vehicle platform identity authentication information, and send a platform vehicle selection request to the corresponding current target vehicle platform server according to the current target platform interface.
And a loop sending unit 624, configured to obtain a next vehicle platform user identifier from the vehicle platform user identifier set as a current vehicle platform user identifier, and enter the second information obtaining unit 622.
In an embodiment, the sending unit 623 is further configured to obtain corresponding platform tool data according to the current vehicle platform user identifier, obtain authorization information from the platform tool data according to the current vehicle platform user identifier and corresponding current vehicle platform authentication information, and apply for obtaining a current target platform interface from the platform tool data according to the authorization information.
In one embodiment, as shown in fig. 20, the apparatus further comprises:
the information binding module 650 is configured to receive a binding request sent by the first terminal, where the binding request includes a service platform first user identifier, a vehicle platform user identifier, and corresponding vehicle platform authentication information, establish a binding relationship between the service platform first user identifier, the vehicle platform user identifier, and the corresponding vehicle platform authentication information, and add the binding relationship to a bound vehicle platform user information set.
In one embodiment, as shown in fig. 21, the apparatus further comprises:
the communication connection module 660 is configured to acquire a second user identifier of the service platform corresponding to the target vehicle information, and establish an instant communication connection between the first terminal and a second terminal corresponding to the second user identifier of the service platform.
In one embodiment, as shown in fig. 22, the apparatus further comprises:
and the voice sending module 670 is configured to receive voice data corresponding to the start position sent by the first terminal, and send the voice data to the second terminal corresponding to the target vehicle information.
In one embodiment, as shown in fig. 23, there is provided a vehicle service data processing apparatus including:
a service on-line request sending module 910, configured to send an original vehicle service on-line request to a request server, where the original vehicle service on-line request includes information of a vehicle service provider, so that the request server sends a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request to a to-be-received order state, where the platform interfaces are multiple and respectively correspond to different vehicle platforms, and each vehicle platform has a corresponding vehicle platform server.
The receiving module 920 is configured to receive vehicle service order receiving notification information returned in a waiting order receiving state.
In one embodiment, the vehicle service provider information includes a service platform first user identifier, and the service on-line request sending module 910 is further configured to enable the request server to obtain a bound vehicle platform user information set corresponding to the service platform first user identifier, obtain a vehicle platform user identifier bound to the service platform first user identifier according to the bound vehicle platform user information set, determine a target vehicle platform server according to the vehicle platform user identifier, obtain a target platform interface corresponding to the target vehicle platform server, and send a platform vehicle service on-line request to the corresponding target vehicle platform server through the target platform interface, where the platform vehicle service on-line request further includes the vehicle platform user identifier.
In one embodiment, the apparatus further comprises: and the binding module is used for sending a binding request to the request server, wherein the binding request carries the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, so that the request server establishes a binding relationship among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, and adds the binding relationship into the bound vehicle platform user information set.
In one embodiment, the apparatus further comprises: and the settlement module is used for sending a vehicle service settlement request to the request server, wherein the vehicle service settlement request comprises a service platform first user identifier, so that the request server performs resource value transfer corresponding to the vehicle service settlement request on an account corresponding to the service platform first user identifier.
In one embodiment, as shown in fig. 24, there is provided a vehicle service data processing apparatus including:
the receiving module 1010 is configured to receive an original vehicle service on-line request sent by a third terminal, where the original vehicle service on-line request includes information of a vehicle service provider.
The vehicle platform service on-line request module 1020 is configured to send a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, so that the vehicle platform server updates a service order receiving state of a vehicle corresponding to the platform vehicle service on-line request to a to-be-received-order state, and returns vehicle service order receiving notification information to the third terminal in the to-be-received-order state, where the platform interface is a plurality of vehicle platforms that respectively correspond to different vehicles, and each vehicle platform has a corresponding vehicle platform server.
In one embodiment, the vehicle service provider information includes a service platform first user identifier, the vehicle platform service on-line request module 1020 is further configured to obtain a bound vehicle platform user information set corresponding to the service platform first user identifier, obtain a vehicle platform user identifier bound to the service platform first user identifier according to the bound vehicle platform user information set, determine a target vehicle platform server according to the vehicle platform user identifier, obtain a target platform interface corresponding to the target vehicle platform server, and send a platform vehicle service on-line request to the corresponding target vehicle platform server through the target platform interface, where the platform vehicle service on-line request further includes the vehicle platform user identifier.
In one embodiment, the vehicle platform user identifiers are multiple and form a vehicle platform user identifier set, the platform service online request module 1020 is further configured to obtain a current vehicle platform user identifier from the vehicle platform user identifier set, obtain current vehicle platform authentication information corresponding to the current vehicle platform user identifier from the bound vehicle platform user information set, obtain a corresponding current target platform interface according to the current vehicle platform user identifier and the corresponding current vehicle platform authentication information, send a platform vehicle service online request to a corresponding current target vehicle platform server according to the current target platform interface, obtain a next vehicle platform user identifier from the vehicle platform user identifier set as the current vehicle platform user identifier, and obtain current vehicle platform authentication information corresponding to the current vehicle platform user identifier from the bound vehicle platform user information set again.
In one embodiment, the apparatus further comprises: and the offline notification module is used for respectively sending platform vehicle service offline requests to other vehicle platform servers if the vehicles corresponding to the vehicle service provider information successfully receive orders from the first vehicle platform server, wherein the platform vehicle service offline requests comprise the vehicle service provider information, so that the other vehicle platform servers update the service order receiving states of the vehicles corresponding to the vehicle service provider information on other vehicle platforms to the order receiving stop state.
It will be understood by those skilled in the art that all or part of the processes in the methods of the embodiments described above may be implemented by hardware related to instructions of a computer program, which may be stored in a computer readable storage medium, for example, in the storage medium of a computer system, and executed by at least one processor in the computer system, so as to implement the processes of the embodiments including the methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is specific and detailed, but not to be understood as limiting the scope of the invention. It should be noted that various changes and modifications can be made by those skilled in the art without departing from the spirit of the invention, and these changes and modifications are all within the scope of the invention. Therefore, the protection scope of the present patent should be subject to the appended claims.

Claims (27)

1. A method for processing vehicle service data is applied to a mobile terminal, and the method comprises the following steps:
sending an original vehicle selection request to a request server, wherein the original vehicle selection request carries starting position information and destination position information, and the original vehicle selection request further comprises a first user identifier of a service platform, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, and the method comprises the following steps: the request server acquires a bound vehicle platform user information set corresponding to a first user identifier of the service platform, the bound vehicle platform user information set is prestored in a cache, at least two vehicle platform user identifiers bound with the first user identifier of the service platform are acquired according to the bound vehicle platform user information set, at least two corresponding target vehicle platform servers are determined according to the vehicle platform user identifiers, target platform interfaces corresponding to the target vehicle platform servers are acquired, a platform vehicle selection request is sent to the corresponding target vehicle platform servers through the target platform interfaces, the platform vehicle selection request further comprises vehicle platform user identifiers, the vehicle platform user identifiers are used for carrying out authority verification when response data of the vehicle platforms are requested, the platform interfaces respectively correspond to different vehicle platforms, the platform interfaces refer to interfaces which are provided by the vehicle platform servers for communicating with internal data of the vehicle platform servers, each vehicle platform has a corresponding vehicle platform server, the platform vehicle selection request comprises starting position information and destination position information, the request server receives vehicle related information returned by the at least two target vehicle platform servers, the vehicle platform and the target vehicle platform service request is determined according to the vehicle related information, and the target vehicle platform service request is sent to the target vehicle platform;
and receiving target vehicle information returned according to the vehicle service request.
2. The method of claim 1, wherein the service platform first subscriber identity is a subscriber identity registered by the subscriber at the service platform.
3. The method of claim 1, further comprising:
acquiring a second user identifier of the service platform corresponding to the target vehicle information;
and establishing an instant communication session with a second terminal corresponding to the second user identifier of the service platform.
4. The method of claim 1, further comprising:
and acquiring voice data corresponding to the initial position, and uploading the voice data to the request server so that the request server sends the voice data to a second terminal corresponding to the target vehicle information.
5. The method of claim 1, wherein the step of sending the original vehicle selection request to the requesting server is preceded by the step of:
sending a binding request to a request server, wherein the binding request carries a service platform first user identifier, a vehicle platform user identifier and corresponding vehicle platform identity authentication information, so that the request server establishes a binding relationship among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, and adds the binding relationship into a bound vehicle platform user information set.
6. The method of claim 1, wherein the vehicle service request includes a user identifier, and before the step of sending the vehicle service request to a target vehicle platform server corresponding to the target vehicle platform, the method further comprises:
and acquiring a user identifier, wherein the user identifier is a first user identifier of the service platform or a target vehicle platform user identifier corresponding to a target vehicle platform server.
7. A method of vehicle traffic data processing, the method comprising:
receiving an original vehicle selection request sent by a first terminal, wherein the original vehicle selection request carries starting position information and destination position information, the first terminal is a mobile terminal, and the original vehicle selection request further comprises a first user identifier of a service platform;
the method comprises the steps of obtaining a platform interface provided by a vehicle platform server, wherein the platform interface refers to an interface which is provided by the vehicle platform server for communicating with internal data of the vehicle platform server from the outside, and sending a platform vehicle selection request to the corresponding vehicle platform server through the platform interface, and comprises the following steps: the method comprises the steps that a request server obtains a bound vehicle platform user information set corresponding to a first user identifier of a service platform, the bound vehicle platform user information set is prestored in a cache in advance, at least two vehicle platform user identifiers bound by the first user identifier of the service platform are obtained according to the bound vehicle platform user information set, at least two corresponding target vehicle platform servers are determined according to the vehicle platform user identifiers, target platform interfaces corresponding to the target vehicle platform servers are obtained, a platform vehicle selection request is sent to the corresponding target vehicle platform servers through the target platform interfaces, the platform vehicle selection request further comprises vehicle platform user identifiers, the vehicle platform user identifiers are used for authority verification when response data of the vehicle platforms are requested, the platform interfaces respectively correspond to different vehicle platforms, each vehicle platform is provided with the corresponding vehicle platform server, and the platform vehicle selection request comprises starting position information and destination position information;
and receiving vehicle related information returned by the at least two target vehicle platform servers, determining a target vehicle platform and a target vehicle according to the vehicle related information, and sending a vehicle service request to a target vehicle platform server corresponding to the target vehicle platform, so that the target vehicle platform server returns target vehicle information corresponding to the vehicle service request to the first terminal.
8. The method of claim 7, wherein the service platform first subscriber identity is a subscriber identity registered by a subscriber at a service platform.
9. The method of claim 8, wherein the plurality of vehicle platform subscriber identities form a vehicle platform subscriber identity set, the step of obtaining a target platform interface corresponding to the target vehicle platform server and sending a platform vehicle selection request to the corresponding target vehicle platform server through the target platform interface comprises:
acquiring a current vehicle platform user identifier from the vehicle platform user identifier set;
acquiring current vehicle platform identity verification information corresponding to the current vehicle platform user identification from the bound vehicle platform user information set;
acquiring a corresponding current target platform interface according to the current vehicle platform user identification and corresponding current vehicle platform identity verification information, and sending a platform vehicle selection request to a corresponding current target vehicle platform server according to the current target platform interface;
and acquiring a next vehicle platform user identifier from the vehicle platform user identifier set as a current vehicle platform user identifier, and entering the step of acquiring current vehicle platform identity authentication information corresponding to the current vehicle platform user identifier from the bound vehicle platform user information set according to the current vehicle platform identity authentication information.
10. The method of claim 9, wherein the step of obtaining a corresponding current target platform interface based on the current vehicle platform subscriber identity and corresponding current vehicle platform authentication information comprises:
acquiring corresponding platform tool data according to the current vehicle platform user identification, and acquiring authorization information from the platform tool data according to the current vehicle platform user identification and corresponding current vehicle platform identity authentication information;
and obtaining the current target platform interface from the platform tool data application according to the authorization information.
11. The method of claim 7, wherein the step of receiving the original vehicle selection request from the first terminal is preceded by:
receiving a binding request sent by a first terminal, wherein the binding request comprises a service platform first user identifier, a vehicle platform user identifier and corresponding vehicle platform identity authentication information;
and establishing a binding relationship among the first user identifier of the service platform, the user identifier of the vehicle platform and the corresponding identity verification information of the vehicle platform, and adding the binding relationship into the bound user information set of the vehicle platform.
12. The method of claim 7, further comprising:
acquiring a second user identifier of the service platform corresponding to the target vehicle information;
and establishing instant communication connection between the first terminal and a second terminal corresponding to a second user identifier of the service platform.
13. The method of claim 7, further comprising:
and receiving voice data corresponding to the initial position sent by the first terminal, and sending the voice data to a second terminal corresponding to the target vehicle information.
14. A vehicle service data processing method is applied to a requester terminal, and comprises the following steps:
sending an original vehicle service on-line request to a request server, wherein the original vehicle service on-line request comprises vehicle service provider information, and the vehicle service provider information comprises a first user identifier of a service platform, so that the request server sends a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, and the method comprises the following steps: the request server acquires a bound vehicle platform user information set corresponding to a first user identifier of the service platform, the bound vehicle platform user information set is prestored in a cache, at least two vehicle platform user identifiers bound with the first user identifier of the service platform are acquired according to the bound vehicle platform user information set, at least two corresponding target vehicle platform servers are determined according to the vehicle platform user identifiers, target platform interfaces corresponding to the target vehicle platform servers are acquired, a platform vehicle service on-line request is sent to the corresponding target vehicle platform servers through the target platform interfaces, the platform vehicle service on-line request further comprises the vehicle platform user identifiers, the vehicle platform user identifiers are used for verifying authority when response data of the vehicle platforms are requested, the platform interfaces are interfaces provided for communicating with internal data of the vehicle platform servers from the outside, so that the vehicle platform servers update service order taking states of vehicles corresponding to the platform vehicle service on-line request into order taking states to be taken, the platform interfaces correspond to different vehicle platforms respectively, and each vehicle platform has a corresponding vehicle platform server;
and receiving vehicle service order receiving notification information returned in the order receiving state, wherein the vehicle service order receiving notification information is used for notifying a vehicle service provider of a vehicle platform that the order receiving is successful, and if the order receiving is successful on one vehicle platform, the state of the vehicle platform where the order receiving is successful is modified into a service state, and the states of other vehicle platforms are modified into a stop order receiving state.
15. The method of claim 14, wherein the service platform first subscriber identity is a subscriber identity registered by a subscriber at a service platform.
16. The method of claim 14, wherein the step of sending the original vehicle service on-line request to the requesting server is preceded by the step of:
sending a binding request to a request server, wherein the binding request carries a service platform first user identifier, a vehicle platform user identifier and corresponding vehicle platform identity authentication information, so that the request server establishes a binding relationship among the service platform first user identifier, the vehicle platform user identifier and the corresponding vehicle platform identity authentication information, and adds the binding relationship into a bound vehicle platform user information set.
17. The method of claim 14, wherein the step of receiving the vehicle service pick-up notification information returned in the pick-up pending state is followed by:
and sending a vehicle service settlement request to the request server, wherein the vehicle service settlement request comprises a first user identifier of a service platform, so that the request server performs resource value transfer corresponding to the vehicle service settlement request on an account corresponding to the first user identifier of the service platform.
18. A vehicle service data processing method is applied to a request server, and comprises the following steps:
receiving an original vehicle service on-line request sent by a third terminal, wherein the original vehicle service on-line request comprises vehicle service provider information, and the vehicle service provider information comprises a first user identifier of a service platform;
sending a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, wherein the platform vehicle service on-line request comprises: acquiring a bound vehicle platform user information set corresponding to the service platform first user identifier, wherein the bound vehicle platform user information set is prestored in a cache in advance, and acquiring at least two vehicle platform user identifiers bound with the service platform first user identifier according to the bound vehicle platform user information set; determining at least two corresponding target vehicle platform servers according to the vehicle platform user identifications, acquiring target platform interfaces corresponding to the target vehicle platform servers, sending platform vehicle service on-line requests to the corresponding target vehicle platform servers through the target platform interfaces, wherein the platform vehicle service on-line requests further comprise the vehicle platform user identifications, the vehicle platform user identifications are used for verifying authority when response data of the vehicle platforms are requested, the platform interfaces refer to interfaces which are provided for the vehicle platform servers to communicate with internal data of the vehicle platform servers, so that the vehicle platform servers update service order receiving states of vehicles corresponding to the platform vehicle service on-line requests to be order receiving states, and return vehicle service order receiving notification information to the third terminal in the order receiving states, the platform interfaces correspond to a plurality of different vehicle platforms respectively, each vehicle platform has a corresponding vehicle platform server, the vehicle service order receiving notification information is used for notifying the vehicle platform that the vehicle platform service providers successfully receive orders, and if one vehicle platform successfully receives orders, the vehicle is modified to be a stop receiving state of the other vehicle platforms.
19. The method of claim 18, wherein the service platform first subscriber identity is a subscriber identity registered by the subscriber at the service platform.
20. The method according to claim 19, wherein the plurality of vehicle platform user identifiers form a vehicle platform user identifier set, the step of obtaining a target platform interface corresponding to the target vehicle platform server and sending the platform vehicle service on-line request to the corresponding target vehicle platform server through the target platform interface comprises:
acquiring a current vehicle platform user identifier from the vehicle platform user identifier set;
acquiring current vehicle platform identity verification information corresponding to the current vehicle platform user identification from the bound vehicle platform user information set;
acquiring a corresponding current target platform interface according to the current vehicle platform user identification and corresponding current vehicle platform identity verification information, and sending a platform vehicle service online request to a corresponding current target vehicle platform server according to the current target platform interface;
and acquiring a next vehicle platform user identifier from the vehicle platform user identifier set as a current vehicle platform user identifier, and entering the step of acquiring current vehicle platform identity authentication information corresponding to the current vehicle platform user identifier from the bound vehicle platform user information set.
21. The method of claim 18, further comprising:
and if the order receiving of the vehicle corresponding to the vehicle service provider information is successful in the first vehicle platform server, respectively sending platform vehicle service offline requests to other vehicle platform servers, wherein the platform vehicle service offline requests comprise the vehicle service provider information, so that the other vehicle platform servers update the service order receiving state of the vehicle corresponding to the vehicle service provider information in other vehicle platforms to a stop order receiving state.
22. A vehicle service data processing device applied to a mobile terminal is characterized by comprising:
a request sending module, configured to send an original vehicle selection request to a request server, where the original vehicle selection request carries start location information and destination location information, and the original vehicle selection request further includes a first user identifier of a service platform, so that the request server sends a platform vehicle selection request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, where the request sending module includes: the request server acquires a bound vehicle platform user information set corresponding to a first user identifier of the service platform, the bound vehicle platform user information set is prestored in a cache, at least two vehicle platform user identifiers bound with the first user identifier of the service platform are acquired according to the bound vehicle platform user information set, at least two corresponding target vehicle platform servers are determined according to the vehicle platform user identifiers, target platform interfaces corresponding to the target vehicle platform servers are acquired, a platform vehicle selection request is sent to the corresponding target vehicle platform servers through the target platform interfaces, the platform vehicle selection request further comprises vehicle platform user identifiers, the vehicle platform user identifiers are used for carrying out authority verification when response data of the vehicle platforms are requested, the platform interfaces respectively correspond to different vehicle platforms, the platform interfaces refer to interfaces which are provided by the vehicle platform servers for communicating with internal data of the vehicle platform servers, each vehicle platform has a corresponding vehicle platform server, the platform vehicle selection request comprises starting position information and destination position information, the request server receives vehicle related information returned by the at least two target vehicle platform servers, the vehicle platform and the target vehicle platform service request is determined according to the vehicle related information, and the target vehicle platform service request is sent to the target vehicle platform;
and the receiving module is used for receiving the target vehicle information returned according to the vehicle service request.
23. An apparatus for vehicle traffic data processing, the apparatus comprising:
the system comprises a receiving module, a sending module and a receiving module, wherein the receiving module is used for receiving an original vehicle selection request sent by a first terminal, the original vehicle selection request carries starting position information and destination position information, the first terminal is a mobile terminal, and the original vehicle selection request further comprises a first user identifier of a service platform;
the vehicle platform selection request module is used for acquiring a platform interface provided by the vehicle platform server, the platform interface refers to an interface which is provided by the vehicle platform server and communicates with the internal data of the vehicle platform server, and the platform selection request is sent to the corresponding vehicle platform server through the platform interface, and the platform selection request module comprises: the method comprises the steps that a request server obtains a bound vehicle platform user information set corresponding to a first user identifier of a service platform, the bound vehicle platform user information set is prestored in a cache in advance, at least two vehicle platform user identifiers bound by the first user identifier of the service platform are obtained according to the bound vehicle platform user information set, at least two corresponding target vehicle platform servers are determined according to the vehicle platform user identifiers, target platform interfaces corresponding to the target vehicle platform servers are obtained, a platform vehicle selection request is sent to the corresponding target vehicle platform servers through the target platform interfaces, the platform vehicle selection request further comprises vehicle platform user identifiers, the vehicle platform user identifiers are used for authority verification when response data of the vehicle platforms are requested, the platform interfaces respectively correspond to different vehicle platforms, each vehicle platform is provided with the corresponding vehicle platform server, and the platform vehicle selection request comprises starting position information and destination position information;
and the vehicle service request module is used for receiving vehicle related information returned by the at least two target vehicle platform servers, determining a target vehicle platform and a target vehicle according to the vehicle related information, and sending a vehicle service request to a target vehicle platform server corresponding to the target vehicle platform so that the target vehicle platform server returns the target vehicle information corresponding to the vehicle service request to the first terminal.
24. A vehicle service data processing device applied to a requester terminal is characterized by comprising:
a service on-line request sending module, configured to send an original vehicle service on-line request to a request server, where the original vehicle service on-line request includes vehicle service provider information, and the vehicle service provider information includes a first user identifier of a service platform, so that the request server sends a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, where the service on-line request sending module includes: the request server acquires a bound vehicle platform user information set corresponding to a first user identifier of the service platform, the bound vehicle platform user information set is prestored in a cache, at least two vehicle platform user identifiers bound with the first user identifier of the service platform are acquired according to the bound vehicle platform user information set, at least two corresponding target vehicle platform servers are determined according to the vehicle platform user identifiers, target platform interfaces corresponding to the target vehicle platform servers are acquired, a platform vehicle service on-line request is sent to the corresponding target vehicle platform servers through the target platform interfaces, the platform vehicle service on-line request further comprises the vehicle platform user identifiers, the vehicle platform user identifiers are used for verifying authority when response data of the vehicle platforms are requested, the platform interfaces are interfaces provided for communicating with internal data of the vehicle platform servers from the outside, so that the vehicle platform servers update service order taking states of vehicles corresponding to the platform vehicle service on-line request into order taking states to be taken, the platform interfaces correspond to different vehicle platforms respectively, and each vehicle platform has a corresponding vehicle platform server;
and the receiving module is used for receiving vehicle service order receiving notification information returned in the order receiving state, the vehicle service order receiving notification information is used for notifying the vehicle platform that the vehicle service provider succeeds in order receiving, if one vehicle platform succeeds in order receiving, the state of the vehicle platform where the order receiving succeeds is modified into a service state, and the states of other vehicle platforms are modified into a stop order receiving state.
25. A vehicle service data processing device applied to a request server is characterized by comprising:
the receiving module is used for receiving an original vehicle service on-line request sent by a third terminal, wherein the original vehicle service on-line request comprises vehicle service provider information, and the vehicle service provider information comprises a first user identifier of a service platform;
the vehicle platform service on-line request module is used for sending a platform vehicle service on-line request corresponding to the original vehicle service on-line request to a corresponding vehicle platform server through a platform interface provided by the vehicle platform server, and comprises the following steps: acquiring a bound vehicle platform user information set corresponding to the first user identifier of the service platform, wherein the bound vehicle platform user information set is prestored in a cache in advance, and acquiring at least two vehicle platform user identifiers bound with the first user identifier of the service platform according to the bound vehicle platform user information set; determining at least two corresponding target vehicle platform servers according to the vehicle platform user identifications, acquiring target platform interfaces corresponding to the target vehicle platform servers, sending platform vehicle service on-line requests to the corresponding target vehicle platform servers through the target platform interfaces, wherein the platform vehicle service on-line requests further comprise the vehicle platform user identifications, the vehicle platform user identifications are used for verifying authority when response data of the vehicle platforms are requested, the platform interfaces refer to interfaces which are provided for the vehicle platform servers to communicate with internal data of the vehicle platform servers, so that the vehicle platform servers update service order receiving states of vehicles corresponding to the platform vehicle service on-line requests to be order receiving states, and return vehicle service order receiving notification information to the third terminal in the order receiving states, the platform interfaces correspond to a plurality of different vehicle platforms respectively, each vehicle platform has a corresponding vehicle platform server, the vehicle service order receiving notification information is used for notifying the vehicle platform that the vehicle platform service providers successfully receive orders, and if one vehicle platform successfully receives orders, the vehicle is modified to be a stop receiving state of the other vehicle platforms.
26. A computer device comprising a memory and a processor, the memory having stored therein computer readable instructions which, when executed by the processor, cause the processor to carry out the steps of the method of any one of claims 1-6 or 7 to 13 or 14 to 17 or 18 to 21 when the computer program is executed.
27. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method according to any one of claims 1-6 or 7 to 13 or 14 to 17 or 18 to 21.
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CN112749853A (en) * 2019-10-29 2021-05-04 深圳市丰农科技有限公司 Vehicle sensor management method and device, collection device collector and storage medium
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WO2022160124A1 (en) * 2021-01-27 2022-08-04 华为技术有限公司 Service authorisation management method and apparatus

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102592444A (en) * 2012-03-08 2012-07-18 上海新赛隆网络科技有限公司 Taxi service system and method based on two-dimensional codes
CN103996290A (en) * 2014-06-09 2014-08-20 北京东方车云信息技术有限公司 Taxi service providing method, server and system
CN105095979A (en) * 2015-09-30 2015-11-25 传成文化传媒（上海）有限公司 Hotel vehicle booking method and system
CN106027625A (en) * 2016-05-11 2016-10-12 深圳市双赢伟业科技股份有限公司 Positioning method of Internet of vehicles

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7577665B2 (en) * 2005-09-14 2009-08-18 Jumptap, Inc. User characteristic influenced search results

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102592444A (en) * 2012-03-08 2012-07-18 上海新赛隆网络科技有限公司 Taxi service system and method based on two-dimensional codes
CN103996290A (en) * 2014-06-09 2014-08-20 北京东方车云信息技术有限公司 Taxi service providing method, server and system
CN105095979A (en) * 2015-09-30 2015-11-25 传成文化传媒（上海）有限公司 Hotel vehicle booking method and system
CN106027625A (en) * 2016-05-11 2016-10-12 深圳市双赢伟业科技股份有限公司 Positioning method of Internet of vehicles

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