CN102073938A - Web-pattern civil aviation message client system and method - Google Patents
Web-pattern civil aviation message client system and method Download PDFInfo
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Abstract
The invention provides a Web-pattern civil aviation message client system and method. The system is composed of a system management module, a client message management module, a client data verification module and a server message processing module, wherein each module consists of a plurality of different atomic function submodules.
Description
Technical field
The present invention relates to a kind of Web mode civil aviaton's message client and method thereof, specifically, relate to civil aviaton's field reliable message treatment technology, comprise Web technology, database technology, network technology, in the flow process that guarantees to have reformed when user's normal function does not have to change the safety of civil aviation message, greatly degree is user-friendly to.
Background technology
Type B message is traditional safe of civil aviaton, and the message that no real-time requires is widely used in the civil aviaton field.For example: the passenger information that flight is relevant during flight takeoff, luggage information, goods information all can be from the landing stations of original base transmission, the real-time of message is less demanding, arriving at landing station before the flight landing gets final product, but level of security is very high, can not lose, otherwise landing station can't be taken the details of flight and carries out relevant treatment.Code sharing between airline, the data transmission of the mutual distribution between the GDS all are to have used Type B message.
Domestic airport a few years ago, the message transmissions of airline and processing all are with traditional circuit, traditional client mode, traditional circuit maintenance cost costliness, simultaneously traditional client all be the dumb terminal or on a PC installed software, be unfavorable for disposing, safeguard, upgrading, the communication cost that is CAAC's industry is high, and the user must could handle message in fixing position, simultaneously data want long-time preservation and must print that the user is used is very inconvenient, simultaneously Feng Bi network A X.25 network brought higher maintenance cost, these all play inhibition to the professional constantly development of CAAC industry.Along with the continuous increase of the passenger of CAAC amount, the quantity of domestic, international Type B message is also in fast rise.Traditional pattern has been difficult to support present user's request.
Along with continuous transformation in recent years, the business data net that middle CA letter is mainly used in Ticket booking system and departure system progressively is transformed into open network based on the TCP/IP framework from the dedicated network of original sealing; Simultaneously, the whole network bandwidth increases substantially.The existing trunk bandwidth of most nodes reaches 64K, and backbone node then reaches 256K, 512K, have in addition reach 1M.The middle CA letter backbone network transformation project plan of preparing further rises to 4M with the trunk bandwidth of the whole network.In addition, the network of middle CA letter has almost covered all big and medium-sized cities and airports, the whole nation, and boat believes that the bandwidth that public network inserts constantly improves simultaneously, the increase of assurance level, the capable TypeB of transmission of the complete network message of CA's letter in making.This has also created condition for new message transmissions tupe.
Summary of the invention
Based on above situation, the inventor has researched and developed the Type B client of the Web mode of a cover B-S structure, the user utilizes private network and public network can login operations such as the Web client is collected, sends, inquired about, statistics by checking, data storage is at server end, client is convenient to deployment, maintenance and system upgrade like this without stationary machines, and having improved the user greatly is convenience, can save a large amount of paper again, already save a large amount of communication fees for CAAC simultaneously.Web mode civil aviaton message client is a boat letter unified message service part, and system all relies on database to finish, and the transmission of every message and reception all are respectively database to be inserted and reads behaviour.
The Web mode message visitor of civil aviaton corpse end system of the present invention is made of system management module, client message administration module, client data verification module, service end message processing module (MPM).
Wherein, the user management of total system is finished by system management module, comprise the establishment of user profile, the establishment of seven word addresss, establishment of user region or the like, in the process of creating data, client data verification module can be according to various rules, the input of verification related data if the data of user's input do not meet system requirements, can be returned error message.
Finish when the user sets up, the user just can login system, enters client message administration module, and this module management message sends, message receives, message is inquired about and counting messages.When the backstage obtains user's respective request, the service end message processing module (MPM) can be handled corresponding request, and the result is returned to the user.
Each module is made of a plurality of different submodules again.
System management module is made up of following submodule: atomic function management submodule, system realm management submodule, system address management submodule, system actor management submodule, system user management submodule.System actor management submodule has determined certain role's user's rights of using and usable range.System realm management submodule has been stipulated the scope of all user's affiliated areas.System address administration module submodule is used for administrative institute operable seven word addresss of user.System user management submodule is responsible for the management of all users system in, seven word addresss that must select in the time of the establishment user to use, affiliated role and affiliated zone.The role who selects corresponding to this user the function that can use.
Client message administration module sends submodule, message by message and receives submodule, counting messages submodule, four submodules of message inquiry submodule and form.Message sends the transmission that submodule is responsible for Type B message, needs the user to fill in destination address type of message and message content.Message receives submodule and is responsible for the reception of Type B message and receives the processing of back to message.Can check, transmit, print, deposit in addition the message that receives.The counting messages submodule provides the statistical information of corresponding message according to user's information such as input statistics time interval, flight number, type of message and seven word addresss for the user.Message inquiry submodule is according to information such as moment on input inquiry date of user, flight number, inquiry mode, type of messages, for the user provides satisfactory message.
Client data verification module is carried out the legitimacy verification at all submodules for the field of user's input.Give the error message prompting for illegal input field.
The service end message processing module (MPM) is responsible for the background process of Type B message, comprises parsing, the fractionation of Type B message; Processing is from the various requests of client message administration module; And the operation of all background data bases.
Comprise the steps: according to WEB mode of the present invention civil aviaton message method
Step 1 is created user profile;
Step 2 is landed telegraph switching relay system according to the user name password;
Step 3, personal information management;
Step 4, administrative message;
Step 5, message send and receive;
Step 6, the message query statistic.
At first create user profile.System realm management submodule provides the area information with corpse, and system address management submodule provides seven required word address storehouses of the user, and user's role is provided by system actor management submodule.User profile is stored in the respective table of database, so that subsequent step uses.
When the user logined telegraph switching relay system, the data check module was carried out data check according to stored user information in the middle of the database, if the verification failure can provide information.
Successfully enter after the telegraph switching relay system, in the middle of the personal information management submodule, personal information is provided with, the information of setting is kept in the middle of the database respective table by after the data check module, is used by follow-up submodule.
The user enters client message administration module, and administrative message sends, message receives, message is inquired about and counting messages.When the backstage obtains user's respective request, the service end message processing module (MPM) can be handled corresponding request, and the result is returned to the user.
In the middle of message sent submodule, the data check module can be carried out verification to destination address and the message content that message sends submodule.For example, destination address need meet the requirement of IATA to Type B seven word addresss; Type of message also can only be filled in 3 English alphabet or not fill in; Message content is supported Chinese and English, but the length restriction of 4K byte is arranged, if message content length exceeds the 4K byte, system can provide corresponding error information.After the data check module was passed through, the message of transmission can be sent submodule by message and be kept in the middle of the corresponding table of database.In the middle of message received submodule, this module can be selected the message that mails to this user from database, show the user.Receive submodule by message in addition, message can be transmitted, printed or is saved in this locality.
At last, in the middle of the counting messages submodule, information such as the statistics time interval that this module provides according to the user, flight number, type of message and seven word addresss go database to select satisfactory message, and the corresponding statistical information of message is showed the user.In the middle of message inquiry submodule, information such as the Query Dates moment that this module provides according to the user, flight number, inquiry mode, type of message go database to select satisfactory message, in addition, in the middle of this module, can transmit, print or be saved in this locality to message.
Description of drawings
Figure l is a Web mode of the present invention civil aviaton message client deployment diagram;
Fig. 2 is that Web mode civil aviaton message client constitutes block scheme;
Fig. 3 is a Web mode civil aviaton message client submodule block scheme;
Fig. 4 is the message client user login information checking process figure of Web mode civil aviaton;
Fig. 5 is message client user of Web mode civil aviaton and seven word address mapping relations figure;
Fig. 6 is that Web mode civil aviaton message client message receives the submodule process flow diagram;
Fig. 7 is a Web mode civil aviaton message client message sending permission checking process flow diagram.
Embodiment
Following with reference to accompanying drawing, specify the specific implementation process of Web mode civil aviaton's message client of the present invention and method.
Web mode of the present invention civil aviaton message client is made of system management module, client message administration module, client data verification module, service end message processing module (MPM).Referring to Fig. 2.
Each module is made of a plurality of different submodules again, referring to Fig. 3.
Wherein client data verification module is made up of client verification and service end verification.Other modules relate to the part of data check, all finish by client data verification module.If checking data does not need Query Database, then data check is directly finished by client.For example, in the middle of the message inquiry submodule, the verification on date need not Query Database, directly by client back-checking result.But in the process of user's login, the verification of user name and IP address then needs to carry out verification by Query Database.In order to improve user experience, in verified users name and IP,, there be not refreshing of the page in the process of verification by adopting the AJAX technology.
Wherein system management module is managed submodule, system realm management submodule, system address management submodule, system actor management submodule, system user management submodule by atomic function and is formed.Atomic function management submodule has defined atomic function (as shown in Figure 3) all in the system, and the atomic function that system actor management submodule is managed the submodule definition with atomic function makes up, form the different role of function, when creating system user, different demands according to the user, select different roles, determined the systemic-function that this user can use simultaneously.For example, if when creating the user, selected message to receive the role, this user just can only carry out the management of personal information and the reception of message so, and this user can't carry out functions such as the transmission of message and query statistic.The system address administration module is being managed intrasystem seven word addresss, comprises the mapping relations of seven word addresss.All corresponding one or more operable seven word addresss of each user are used for the management of message, as shown in Figure 5.
Wherein client message administration module all relies on database to finish, and the transmission of every message and reception all are respectively database to be inserted and read operation.Client message administration module sends submodule, message by message and receives submodule, counting messages submodule, four submodules of message inquiry submodule and form.Message sends the transmission that submodule is responsible for Type B message, needs the user to fill in destination address type of message and message content.Message receives submodule and is responsible for the reception of Type B message and receives the processing of back to message.Can check, transmit, print, deposit in addition the message that receives.The counting messages submodule provides the statistical information of corresponding message according to user's information such as input statistics time interval, flight number, type of message and seven word addresss for the user.Message inquiry submodule is according to information such as moment on input inquiry date of user, flight number, inquiry mode, type of messages, for the user provides satisfactory message.
Client data verification module is carried out the legitimacy verification at all submodules for the field of user's input.Give the error message prompting for illegal input field.
The service end message processing module (MPM) is responsible for the background process of Type B message, comprises parsing, the fractionation of Type B message; Processing is from the various requests of client message administration module; And the operation of all background data bases.
Comprise the steps: according to WEB mode of the present invention civil aviaton message method
Step 1 is created user profile.System realm management submodule provides user's area information, and system address management submodule provides seven required word address storehouses of the user, and user's role is provided by system actor management submodule.User profile is stored in the respective table of database, so that subsequent step uses.The user management of total system is finished by system management module, comprise the establishment of user profile, the establishment of seven word addresss, establishment of user region or the like, in the process of creating data, visitor's corpse end data verification module can be according to various rules, the input of verification related data, if the data of user's input do not meet system requirements, can return error message.
Step 2 is landed telegraph switching relay system according to the user name password.When the user logined telegraph switching relay system, the data check module was carried out data check according to stored user information in the middle of the database, if the verification failure can provide information, as shown in Figure 4.
Step 3, personal information management.Successfully enter after the telegraph switching relay system, in the middle of the personal information management submodule, personal information is provided with, the information of setting is kept in the middle of the database respective table by after the data check module, is used by follow-up submodule.
Step 4, administrative message.Logging in system by user enters client message administration module, and administrative message sends, message receives, message is inquired about and counting messages.When the backstage obtains user's respective request, the service end message processing module (MPM) can be handled corresponding request, and the result returned to uses corpse.
Step 5, message send and receive.In the middle of message sent submodule, the data check module can be carried out verification to destination address and the message content that message sends submodule.For example, destination address need meet the requirement of IATA to Type B seven word addresss; Type of message also can only be filled in 3 English alphabet or not fill in; Message content is supported Chinese and English, but the length restriction of 4K byte is arranged, if message content length exceeds the 4K byte, system can provide corresponding error information.After the data check module was passed through, the message of transmission can be sent submodule by message and be kept in the middle of the corresponding table of database.In the middle of message received submodule, this module can be selected the message that mails to this user from database, show the user.Receive submodule by message in addition, message can be transmitted, printed or is saved in this locality.
Step 6, the message query statistic.At last, in the middle of the counting messages submodule, information such as the statistics time interval that this module provides according to the user, flight number, type of message and seven word addresss go database to select satisfactory message, and the corresponding statistical information of message is showed the user.In the middle of message inquiry submodule, information such as the Query Dates moment that this module provides according to the user, flight number, inquiry mode, type of message go database to select satisfactory message, in addition, in the middle of this module, can transmit, print or be saved in this locality to message.
The treatment scheme that Web mode civil aviaton message client message receives is different from traditional front end, owing to rely on database, so the message that remains to be received all exists in the database, for the not reception of distinguishing message, receive not check, receive and different conditions such as checked, system has designed mode field in the field of the table of database, identifying above state, guarantee that message receives and look facility.
For example, as shown in Figure 6, the user logins the back and clicks message and receive seven word addresss that system behind the message can be from database reads this user's correspondence in the mapping table of station address, respective selection in receiving the page reads in the message of this seven word address of inquiry in the table to be sent and the message of corresponding state according to seven word addresss and user again, if the user selects to read the not message of accepting state, after finishing receiving mode field changed into the state of not checking that receives, check that changing state into reception behind the message has checked state, on the web page, be labeled as simultaneously to check.Mode field has guaranteed that the user clicks can not read after the reception again and has received the state of not checking and receive the message of having checked state.
Message sends, sending permission has been carried out limiting (as shown in Figure 7), the user can only send message with seven word addresss of this user's correspondence, the user finishes and after message is clicked transmission message is deposited in the database, the assurance message can not lost, and deposits in to wait in the corresponding table that relative users receives after route is handled.
In addition, plurality of print modes such as the message printing function support in the middle of message inquiry submodule and the message reception submodule is automatic and manual are wherein printed the user automatically and can be printed automatically as qualification according to multiple conditions such as receiving seven word addresss, type of message, flight number, airline.Message is resolved when storage is transmitted for realizing this function boat letter unified message service, transmit leg seven word addresss, take over party's seven word addresss, type of message, the aviation of message are resolved well in the interdependent field that is stored to the database respective table, after the user was configured selection, system extracted corresponding message according to corresponding restrictive condition and prints.
Message inquiry submodule and counting messages submodule have been stored the message in 2 years of system handles, simultaneously every message is resolved, transmit leg seven word addresss, take over party's seven word addresss, type of message, the flight number of message are resolved and be stored in the interdependent field of database respective table, the user can inquire about corresponding message in 2 years according to time, transmit leg seven word addresss, take over party's seven word addresss, type of message, flight number, convenient for users, the human and material resources of the saving of very big degree.
Last service end message processing module (MPM) is handled parsing, the fractionation of the Type B message in the middle of other submodules; Processing is from the various requests of client message administration module; And the operation of all background data bases.For example, the counting messages submodule according to the request condition that the user provides, is selected qualified message in the middle of database, need carry out a series of processing in the middle of the service end message processing module (MPM) afterwards, obtains statistics, shows the user at last.
Claims (9)
1. a Web mode civil aviaton message client is characterized in that comprising: system management module, client message administration module, client data verification module, service end message processing module (MPM) formation.
2. Web mode according to claim 1 civil aviaton message client, wherein said system management module are managed submodule, system realm management submodule, system address management submodule, system actor management submodule, system user management submodule by atomic function and are constituted.
3. Web mode according to claim 2 civil aviaton message client, rights of using and usable range that wherein said system actor management submodule is managed certain role's user; Described system realm management submodule is stipulated the scope of all user's affiliated areas; There are operable seven word addresss of user in described system address administration module submodule administrative institute; Described system user management submodule is responsible for the management of all users system in, seven word addresss that must select in the time of the establishment user to use, affiliated role and affiliated zone; The role corresponding to this user the function that can use.
4. Web mode according to claim 1 civil aviaton message client, wherein said client message administration module sends submodule, message by message and receives submodule, counting messages submodule, four submodules of message inquiry submodule and form.
5. Web mode according to claim 4 civil aviaton message client, wherein said message sends the transmission that submodule is responsible for Type B message, needs the user to fill in destination address type of message and message content; Described message receives submodule and is responsible for the reception of Type B message and receives the processing of back to message; Described counting messages submodule provides the statistical information of corresponding message according to user's information such as input statistics time interval, flight number, type of message and seven word addresss for the user; Described message inquiry submodule is according to information such as moment on input inquiry date of user, flight number, inquiry mode, type of messages, for the user provides satisfactory message.
6. Web mode according to claim 1 civil aviaton message client, wherein said client data verification module is at all submodules, field for user's input is carried out the legitimacy verification, gives the error message prompting for illegal input field.
7. Web mode according to claim 1 civil aviaton message client, wherein said service end message processing module (MPM) is responsible for the background process of Type B message, comprises parsing, the fractionation of Type B message; Processing is from the various requests of client message administration module; And the operation of all background data bases.
8. Web mode civil aviaton message method is characterized in that may further comprise the steps:
Step 1 is created user profile;
Step 2 is landed telegraph switching relay system according to the user name password;
Step 3, personal information management;
Step 4, administrative message;
Step 5, message send and receive;
Step 6, the message query statistic.
9. Web mode according to claim 8 civil aviaton message method, wherein:
In step 1, system realm management submodule provides user's area information, and system address management submodule provides seven required word address storehouses of the user, and user's role is provided by system actor management submodule; User profile is stored in the respective table of database, so that subsequent step uses;
In step 2, when the user logined telegraph switching relay system, the data check module was carried out data check according to stored user information in the middle of the database, if the verification failure can provide information;
Step 3, personal information management.Successfully enter after the telegraph switching relay system, in the middle of the personal information management submodule, personal information is provided with, the information of setting is kept in the middle of the database respective table by after the data check module, is used by follow-up submodule;
Step 4, the user enters client message administration module, and administrative message sends, message receives, message is inquired about and counting messages; When the backstage obtains user's respective request, the service end message processing module (MPM) can be handled corresponding request, and the result is returned to the user;
Step 5, in the middle of message sent submodule, the data check module can be carried out verification to destination address and the message content that message sends submodule; After the data check module was passed through, the message of transmission can be sent submodule by message and be kept in the middle of the corresponding table of database; In the middle of message received submodule, this module can be selected the message that mails to this user from database, show the user; Receive submodule by message in addition, message can be transmitted, printed or is saved in this locality;
Step 6, in the middle of the counting messages submodule, information such as the statistics time interval that this module provides according to the user, flight number, type of message and seven word addresss go database to select satisfactory message, and the corresponding statistical information of message is showed the user; In the middle of message inquiry submodule, information such as the Query Dates moment that this module provides according to the user, flight number, inquiry mode, type of message go database to select satisfactory message, in addition, in the middle of this module, can transmit, print or be saved in this locality to message.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104022948A (en) * | 2014-06-13 | 2014-09-03 | 中国民航信息网络股份有限公司 | Type X message transmission system and method |
| CN108766547A (en) * | 2018-04-08 | 2018-11-06 | 广州市海升信息科技有限责任公司 | A kind of endowment service of street reports, processing method and client, processing system |
| WO2021004474A1 (en) * | 2019-07-10 | 2021-01-14 | 中国民航信息网络股份有限公司 | Tracing-based passenger protection method and apparatus, and check-in system |
-
2010
- 2010-12-30 CN CN2010106245521A patent/CN102073938A/en active Pending
Non-Patent Citations (5)
| Title |
|---|
| 《中国民航飞行学院学报》 20040430 张卫华等 基于C/S结构的航行电报系统的实现 全文 1-9 第15卷, 第02期 2 * |
| 《中国航信Type B转报系统》 20101118 中国航信 中国航信Type B转报系统 中国航信（http://cs.travelsky.com/cms/wwwroot/cs/cppt/jcywcp/g20jcdmyy/251376.shtml） 1-2 1-9 , 1 * |
| 《北京航空航天大学学报》 20011030 钟青等 ACARS报文通信服务器的设计与实现 全文 1-9 第27卷, 第05期 2 * |
| 《北京航空航天大学学报》 20011230 何国斌等 航务报文处理系统的分析与设计 全文 1-9 第27卷, 第06期 2 * |
| 《计算机工程》 20050731 周桂林等 民航电报收发系统设计 全文 1-9 第31卷, 2 * |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104022948A (en) * | 2014-06-13 | 2014-09-03 | 中国民航信息网络股份有限公司 | Type X message transmission system and method |
| CN104022948B (en) * | 2014-06-13 | 2017-06-16 | 中国民航信息网络股份有限公司 | TypeX message transfer systems and method |
| CN108766547A (en) * | 2018-04-08 | 2018-11-06 | 广州市海升信息科技有限责任公司 | A kind of endowment service of street reports, processing method and client, processing system |
| WO2021004474A1 (en) * | 2019-07-10 | 2021-01-14 | 中国民航信息网络股份有限公司 | Tracing-based passenger protection method and apparatus, and check-in system |
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Application publication date: 20110525 |