CN102624872B - Civil-aviation mobile platform system and method thereof - Google Patents
Civil-aviation mobile platform system and method thereof Download PDFInfo
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Abstract
A kind of Civil-aviation mobile platform system, comprises five modules: client display module, wireless connections module, business module, application module, link block; Wherein client display module is for showing and receive the data of user's input, for user provides a kind of interface of interactive operation; Wireless connections module is used for realizing data transparency between client display module and business module and reliably transmits; Application module according to backstage sorts of systems, can be integrated into different serviced components, and user can pass through atomizing interface, and exploitation is for the function of personalized application flexibly.
Description
Technical field
The present invention relates to a kind of Civil-aviation mobile platform system and method thereof, by this Civil-aviation mobile platform system, the unified access of Mobile business and Application Development Solutions can be provided for airline.
Background technology
Civil-aviation mobile platform system is that the Mobile business unification provided for airline accesses and Application Development Solutions, it is structured on the multiple core system of civil aviaton, connect Duo Jia airline insider information system, by unified Access Layer, there is provided multisystem access service, multi-series mobile client is shown.
Civil-aviation mobile platform system is supported the user of different levels, covers the flow process of travelling, provides the development interface specification of standard, ensures the exchanges data of safety, is realized and effective combination of aviation legacy system.
Summary of the invention
Civil-aviation mobile platform system of the present invention is divided into five modules, is respectively client display module, wireless connections module, business module, application module, link block.
The data that client display module inputs for showing and receive user, for user provides a kind of interface of interactive operation.Client display module comprises the Mobile solution submodule based on rich client and the Mobile solution submodule based on XHTML+WAP.
Wireless connections module is used for realizing data transparency between client display module and business module and reliably transmits.
Business module comprises mobile access encrypting and decrypting submodule, access control submodule, equipment UA recognin module, application gateway submodule.
Application module according to backstage sorts of systems, can be integrated into different serviced components, and user can pass through atomizing interface, and exploitation is for the function of personalized application flexibly.Application module comprises passenger ticket verification submodule, value loom module, ticket booking submodule, Scheduled Flight submodule.
Link block is used for realizing application module and navigate believing that between background system, data transparency reliably transmits.
Client-based Mobile solution (iPhone, Android) submodule is apply, for user provides a kind of interactive experience to operate based on the civil aviaton of mobile platform.
Mobile solution submodule based on XHTML+WAP realizes multisystem service access by wap website.
Access control submodule receives access HTTP request, and carries out Parameter analysis of electrochemical to the home IP address of request, manages user right according to analysis result, controls user to the access of the Internet resources such as server, catalogue, file.
First encrypting and decrypting submodule obtains the required parameter of client, is combined by required parameter by algorithm with key, produces impenetrable ciphertext, and sends the data after encryption to service end by client, in business module, be decrypted operation.
First UA recognin module obtains UA information, according to UA acquisition of information coupling facility information, then according to the markup language supported in facility information for user provides corresponding response page.For xHTML markup language, provide the color version page, support abundant expansion html label; For cHTML markup language, provide the simple version page, support the html label of simplifying; For WML markup language, provide the wap version page, support the label of wap agreement.
Application gateway submodule is the required parameter of resolving client transmission, and calls different services according to the difference of required parameter.First obtain client and pass the required parameter of coming, secondly analysis request parameter, if resolve wrong, then returns to client by error message.
Passenger ticket verification submodule can check the true and false of air ticket.The true and false inquiry of air ticket can be completed by inputting electronics draft bank and name of passenger or stroke odd numbers.
Value loom module and passenger check-in (seat changing boarding card, receive the registered luggage of fortune passenger, arrange passenger).User opens cell-phone customer terminal, if do not have stroke, then imports flight.After selecting stroke, then can handle value machine.First whether client judge flight itineraries after current time, otherwise display reminding information, be that value machine solicited message is sent to business module by client, if this airline is without value machine authority, then show error message.If there is value machine authority in this airline, then jump to the value machine page of corresponding airline, user inputs the information such as related names cell-phone number and completes value machine and handle.
Scheduled Flight submodule, passenger can by this submodule inquiry flight real-time dynamic information.Service end obtains the Flight Information parameter that client transmits, and resolves Flight Information parameter, calls Scheduled Flight service, carries out Scheduled Flight inquiry.
According to Civil-aviation mobile platform system method of the present invention, comprise the steps:
Step 1, request, according to the function command selected, is sent to service end business module by cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage;
Step 2, the solicited message that service end business module reception cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage transmit, if solicited message is from cell-phone customer terminal, then calls encrypting and decrypting submodule and is decrypted required parameter; If solicited message is from wap webpage, then first call the IP of access control submodule to request to judge, if this IP address, without access rights, is carried out error message prompting and returns step 1, if there are access rights this IP address, then call UA recognin module and obtain the facility information of coupling and provide corresponding response page for user.
Step 3, the solicited message that application gateway submodule acquisition cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage transmit, and required parameter is resolved, jump to corresponding application service according to analysis result.
Step 4, application module can send the solicited message of corresponding function to civil aviaton's core system or mobile platform gateway according to different function sub-modules, civil aviaton's core system or mobile platform gateway receive the solicited message that application module function sub-modules is sent, and carry out subsequent operation.
In the solicited message that step 3 application gateway submodule acquisition cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage transmit, and required parameter is resolved, if parse error, then error message is returned to cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage, if resolve correct, then jump to corresponding application service according to analysis result.
Accompanying drawing explanation
Fig. 1 is Civil-aviation mobile platform system block diagram of the present invention;
Fig. 2 is the overview flow chart of civil aviaton of the present invention mobile platform method;
Fig. 3 is the access control submodule flow chart of civil aviaton of the present invention mobile platform method;
Fig. 4 is the UA recognin block flow diagram of civil aviaton of the present invention mobile platform method;
Fig. 5 is the passenger ticket verification submodule flow chart of civil aviaton of the present invention mobile platform method.
Embodiment
As shown in Figure 1, Civil-aviation mobile platform system of the present invention is made up of client display module, wireless connections module, business module, application module and link block, and wherein client display module comprises: the Mobile solution submodule based on rich client and the Mobile solution submodule based on XHTML+WAP.Application module comprises: passenger ticket verification submodule, value loom module, ticket booking submodule, Scheduled Flight submodule; Business module comprises: mobile access encrypting and decrypting submodule, access control submodule, equipment UA recognin module.Form application server cluster by two IBM minicomputers, two minicomputers form HTTP access server, and a minicomputer forms Database Systems.HTTP access server is responsible for receiving all requests, then according to load balancing by request dispatching to application server cluster wherein.
client display modulefor showing and receive the data of user's input, for user provides a kind of interface of interactive operation.
wireless connections modulereliably transmit for realizing data transparency between client display module and business module.
business modulecomprise the function sub-modules such as mobile access encrypting and decrypting, access control, equipment UA identification, application gateway.
application moduleaccording to backstage sorts of systems, can be integrated into different serviced components, user can pass through atomizing interface, and exploitation is for the function of personalized application flexibly.Comprise the functions such as passenger ticket verification, value machine, ticket booking, Scheduled Flight.
link blockbelieve that between background system, data transparency reliably transmits for realizing application module and navigating.
client-based Mobile solution (iPhone, Android)submodule is apply, for user provides a kind of interactive experience to operate based on the civil aviaton of mobile platform.
based on the Mobile solution of XHTML+WAPsubmodule is for realizing multisystem service access by wap website.
access control submodulereceive access HTTP request, and Parameter analysis of electrochemical is carried out to the home IP address of request, according to analysis result, user right is managed, control user to the access of the Internet resources such as server, catalogue, file.
encrypting and decrypting submodulefirst obtain the required parameter of client, by algorithm, required parameter is combined with key, produce impenetrable ciphertext, and send the data after encryption to application module (client encrypt, the business module of service end is deciphered).
uA recognin modulefirst obtain UA information, according to the facility information of UA acquisition of information coupling, then according to the markup language supported in facility information for user provides corresponding response page.For xHTML markup language, provide the color version page, support abundant expansion html label; For cHTML markup language, provide the simple version page, support the html label of simplifying; For WML markup language, provide the wap version page, support the label of wap agreement.
application gateway submodulebe the required parameter of resolving client transmission, and call different services according to the difference of required parameter.First obtain client and pass the required parameter of coming, secondly analysis request parameter, if resolve wrong, then returns to client by error message.
passenger ticket verification submodulethe true and false of air ticket can be checked.The true and false inquiry of air ticket can be completed by inputting electronics draft bank and name of passenger or stroke odd numbers.
value loom modulenamely passenger check-ins (seat changing boarding card, receive the registered luggage of fortune passenger, arrange passenger).User opens cell-phone customer terminal, if do not have stroke, then imports flight.After selecting stroke, then can handle value machine.First whether client judge flight itineraries after current time, otherwise display reminding information, be that value machine solicited message is sent to service end by client, if this airline is without value machine authority, then show error message.If there is value machine authority in this airline, then jump to the value machine page of corresponding airline, user inputs the information such as related names cell-phone number and completes value machine and handle.
scheduled Flight submodulenamely passenger can by this submodule inquiry flight real-time dynamic information.Service end obtains the Flight Information parameter that client transmits, and resolves Flight Information parameter, calls Scheduled Flight service, carries out Scheduled Flight inquiry.
As shown in Figure 2, Civil-aviation mobile platform system of the present invention, its civil aviaton's mobile platform method comprises the steps:
Step 1, request, according to the function command selected, is sent to service end business module by cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage;
Step 2, the solicited message that service end business module reception cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage transmit; If solicited message is from cell-phone customer terminal, then calls encrypting and decrypting submodule and deciphering is encrypted to required parameter; If solicited message is from wap webpage, then first calls the IP of access control submodule to required parameter and judge; If this IP address, without access rights, is carried out error message prompting and returns step 1, if there are access rights this IP address, then call UA recognin module and obtain the facility information of coupling and provide corresponding response page for user.
Step 3, the solicited message that application gateway submodule acquisition cell-phone customer terminal (iPhone, Android, J2ME) or wap webpage transmit, and required parameter is resolved, jump to corresponding application service according to analysis result.
Step 4, application module can send the solicited message of corresponding function to civil aviaton's core system or mobile platform gateway according to different function sub-modules, civil aviaton's core system or mobile platform gateway receive the solicited message that application module function sub-modules is sent, and carry out subsequent operation.
Fig. 3 is the access control submodule flow chart of civil aviaton of the present invention mobile platform method; Fig. 4 is the UA recognin block flow diagram of civil aviaton of the present invention mobile platform method; Fig. 5 is the passenger ticket verification submodule flow chart of civil aviaton of the present invention mobile platform method.
As shown in Figure 3, Civil-aviation mobile platform system of the present invention, its business module access control submodule comprises the steps:
Step 2.1, based on the Mobile solution of XHTML+WAP according to selection function submodule, sends access request;
Step 2.2, service end receives the access request parameters transmitted by the Mobile solution of XHTML+WAP, and judges the IP address of required parameter; If the judgment is No, then carry out error message prompting and return step 2.1, if the judgment is Yes, then entering next step;
Step 2.3, UA recognin module obtains the facility information of coupling and provides corresponding response page for user.
As shown in Figure 4, Civil-aviation mobile platform system of the present invention, its business module UA recognin module comprises the steps:
Step 3.1, UA recognin module obtains UA information, according to the facility information of UA acquisition of information coupling;
Step 3.2, according to apparatus information acquiring accession page type identification information, and judges identification information; If be judged as that type identification is empty, then enter step 3.3; If be judged as that type represents not for empty, then enter step 3.4.
Step 3.3, obtains the identifiable language that this equipment is supported, if obtain identifiable language's success, then provides corresponding response page according to the identifiable language of equipment support; If obtain identifiable language's failure, then point out " this equipment identification information of None-identified ".
Step 3.4, according to the accession page type identification of facility information, obtains the identifiable language that this equipment is supported, if obtain identifiable language's success, then provides corresponding response page according to the identifiable language of equipment support; If obtain identifiable language's failure, then point out " this equipment does not support this page type ".
As shown in Figure 4, Civil-aviation mobile platform system of the present invention, its application module passenger ticket verification submodule comprises the steps:
Step 4.1, the passenger ticket verification information request parameter that client sends;
Step 4.2, service end receives the passenger ticket verification information request parameter transmitted by client, and carries out verification to required parameter; Verification result is returned to client.
Claims (12)
1. a Civil-aviation mobile platform system, is characterized in that described system comprises five modules: client display module, wireless connections module, business module, application module, link block; Wherein,
Described client display module, for showing and receive the data of user's input, for user provides a kind of interface of interactive operation; Comprise: client-based Mobile solution submodule and the Mobile solution submodule based on XHTML+WAP;
Described wireless connections module, reliably transmits for realizing data transparency between client display module and business module;
Described business module, comprises mobile access encrypting and decrypting submodule, access control submodule, equipment UA recognin module, application gateway submodule, wherein,
Described access control submodule receives access HTTP request, and Parameter analysis of electrochemical is carried out to the home IP address of request, manage user right according to analysis result, control user to the access of the Internet resources such as server, catalogue, file, described Internet resources are server, catalogue, file;
First described encrypting and decrypting submodule obtains the required parameter of client, is combined by required parameter by algorithm with key, produces impenetrable ciphertext, and sends the data after encryption to service end by client, in business module, be decrypted operation;
First described UA recognin module obtains UA information, according to UA acquisition of information coupling facility information, then according to the markup language supported in facility information for user provides corresponding response page; For xHTML markup language, provide the color version page, support abundant expansion html label; For cHTML markup language, provide the simple version page, support the html label of simplifying; For WML markup language, provide the wap version page, support the label of wap agreement;
Described application gateway submodule resolves the required parameter that client sends, and calls different services according to the difference of required parameter; First obtain client and pass the required parameter of coming, secondly analysis request parameter, if resolve wrong, then returns to client by error message;
Link block is used for realizing application module and navigate believing that between background system, data transparency reliably transmits.
2. system according to claim 1, wherein said application module comprises passenger ticket verification submodule, value loom module, ticket booking submodule, Scheduled Flight submodule.
3. system according to claim 1, wherein said application module according to backstage sorts of systems, can be integrated into different serviced components, and user can pass through atomizing interface, and exploitation is for the function of personalized application flexibly.
4. system according to claim 1, wherein said client-based Mobile solution submodule is apply, for user provides a kind of interactive experience to operate based on the civil aviaton of mobile platform;
The described Mobile solution submodule based on XHTML+WAP realizes multisystem service access by wap website.
5. system according to claim 2, the true and false of wherein said passenger ticket verification submodule inspection air ticket, can complete the true and false inquiry of air ticket by input electronics draft bank and name of passenger or stroke odd numbers.
6. system according to claim 2, wherein said value loom module is the seat that passenger check-ins, changes boarding card, receives the registered luggage of fortune passenger, arranges passenger.
7. system according to claim 6, wherein said value loom module is seized the opportunity for passenger handles and is comprised the steps:
Open cell-phone customer terminal, if there is no stroke, then import flight;
After selecting stroke, then can handle value machine;
First whether client judge flight itineraries after current time, otherwise display reminding information, be that value machine solicited message is sent to business module by client, if airline is without value machine authority, then show error message;
If there is value machine authority in this airline, then jump to the value machine page of corresponding airline, user inputs related names cell-phone number information and completes value machine and handle.
8. system according to claim 2, wherein said Scheduled Flight submodule, passenger can by this submodule inquiry flight real-time dynamic information;
Service end obtains the Flight Information parameter that client transmits, and resolves Flight Information parameter, calls Scheduled Flight service, carries out Scheduled Flight inquiry.
9. civil aviaton's mobile platform method, is characterized in that, comprises the steps:
Step 1, request, according to the function command selected, is sent to service end business module by cell-phone customer terminal or wap webpage;
Step 2, the solicited message that service end business module reception cell-phone customer terminal or wap webpage transmit, if solicited message is from cell-phone customer terminal, then calls encrypting and decrypting submodule and is decrypted required parameter; If solicited message is from wap webpage, then first call the IP of access control submodule to request to judge, if this IP address, without access rights, is carried out error message prompting and returns step 1, if there are access rights this IP address, then call UA recognin module and obtain the facility information of coupling and provide corresponding response page for user;
Step 3, the solicited message that application gateway submodule acquisition cell-phone customer terminal or wap webpage transmit, and required parameter is resolved, jump to corresponding application service according to analysis result; First obtain client and pass the required parameter of coming, secondly analysis request parameter, if resolve wrong, then returns to client by error message;
Step 4, application module can send the solicited message of corresponding function to civil aviaton's core system or mobile platform gateway according to different function sub-modules, civil aviaton's core system or mobile platform gateway receive the solicited message that application module function sub-modules is sent, and carry out subsequent operation.
10. method according to claim 9, wherein in described step 3,
The solicited message that application gateway submodule acquisition cell-phone customer terminal or wap webpage transmit, and required parameter is resolved, if parse error, then error message is returned to cell-phone customer terminal or wap webpage, if resolve correct, then jump to corresponding application service according to analysis result.
11. methods according to claim 9, wherein said step 3 also comprises:
Step 3.1, UA recognin module obtains UA information, according to the facility information of UA acquisition of information coupling;
Step 3.2, according to apparatus information acquiring accession page type identification information, and judges identification information; If be judged as that type identification is empty, then enter step 3.3; If be judged as that type represents not for empty, then enter step 3.4;
Step 3.3, obtains the identifiable language that this equipment is supported, if obtain identifiable language's success, then provides corresponding response page according to the identifiable language of equipment support; If obtain identifiable language's failure, then point out " this equipment identification information of None-identified ";
Step 3.4, according to the accession page type identification of facility information, obtains the identifiable language that this equipment is supported, if obtain identifiable language's success, then provides corresponding response page according to the identifiable language of equipment support; If obtain identifiable language's failure, then point out " this equipment does not support this page type ".
12. methods according to claim 9, wherein said step 4 also comprises:
Step 4.1, the passenger ticket verification information request parameter that client sends;
Step 4.2, service end receives the passenger ticket verification information request parameter transmitted by client, and carries out verification to required parameter; Verification result is returned to client.
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| CN104023065A (en) * | 2014-06-13 | 2014-09-03 | 中国民航信息网络股份有限公司 | System and method of authenticity verification of passenger ticket based on speech recognition |
| CN104023066B (en) * | 2014-06-13 | 2017-05-24 | 中国民航信息网络股份有限公司 | Mobile communication system and mobile communication method of fellow passengers |
| CN104021471A (en) * | 2014-06-13 | 2014-09-03 | 中国民航信息网络股份有限公司 | Check-in system and method based mobile payment |
| CN106920284B (en) * | 2017-03-06 | 2019-05-17 | 携程旅游网络技术（上海）有限公司 | Aviation passenger ticket automatic verification method and system |
| CN107862445A (en) * | 2017-10-25 | 2018-03-30 | 复旦大学 | A kind of unmanned intelligent service system of high ferro |
| CN114281518A (en) * | 2021-11-10 | 2022-04-05 | 同程网络科技股份有限公司 | Navigation driver data processing method and system based on NDC |
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Effective date of registration: 20170721 Address after: 100029 Beijing City, Chaoyang District Hui New Street No. 4 Fusheng building block 1 Patentee after: MOBILE TECHNOLOGY COMPANY, CHINA TRAVELSKY HOLDING COMPANY Address before: 100010 Beijing city Dongcheng District East West Street No. 157 Patentee before: China TravelSky Technology Co., Ltd. |