CN101895528B - System and method for realizing graphical user interface - Google Patents
System and method for realizing graphical user interface Download PDFInfo
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Abstract
The embodiment of the invention discloses a system and a method for realizing a graphical user interface. According to a technical scheme provided by the embodiment of the invention, a corresponding graphical user interface is configured for every kind of service involved in a core system and is stored; when a user starts a certain service, the graphical user interface corresponding to the service is determined by using an identification code of the service and then a service element of the graphical user interface is determined; the data of a related service element input is acquired by the user by setting the attribute of the service element in an enterable state; data of all service elements of the user interface are acquired; the service is submitted; after the core system processes the service, a service processed result is fed back; and the processed result is displayed to the user through the graphical user interface. The graphical user interface provided by the embodiment of the invention makes use of the advantage of graphic interaction of a Windows operation system, is rich in display contents and simple and convenient in operation and improves the work efficiency of processing counter services of the core system.
Description
Technical field
The present invention relates to user interface and realize technical field, relate in particular to a kind of realization system and method for graphic user interface.
Background technology
Existing interactive system adopts textual interface more.Textual interface is realized convenient, so extensively adopted by most interactive system.
The inventor finds that by research the textual interface displaying contents is few, and interaction capabilities is low, and operating area is difficult to distinguish, and mode of operation is uninteresting loaded down with trivial details, has reduced the efficient of business handling in the interactive system.
Summary of the invention
In view of this, the purpose of the embodiment of the invention is to provide a kind of graphic user interface to realize system and method, and is abundant by displaying contents, and graphic user interface simple to operation improves the business handling efficient in the interactive system.
For achieving the above object, the embodiment of the invention provides following technical scheme:
A kind of graphic user interface is realized system, comprising:
Be positioned at the preposition unit that represents end, the server that is positioned at service end and main frame, wherein:
Preposition unit is used for sending connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to described server;
Described server is used for determining according to described service identification the attribute data of the business factor of current business, and the attribute data of the business factor of current business is sent to the preposition unit that represents end;
Described preposition unit also is used for receiving the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input is sent to the server of service end;
Described server, also for the address and the port that obtain main frame, then the business factor data with current business are sent to main frame; The result that Receiving Host returns, and this result sent to the preposition unit that represents end;
Described preposition unit, the result that also is used for main frame is returned represents user interface, and the prompting user service executing result.
Described preposition unit comprises:
Main interface management module, professional graphical interfaces storehouse, professional graphical interfaces scheduler module, basic function module and professional Graphic Interface Control module, wherein:
Described main interface management module is used for receiving user's triggering, and sends connection request according to user's triggering to described server; Receive the service identification of user's input, described service identification is passed to professional graphical interfaces scheduler module;
Described professional graphical interfaces storehouse, for the professional graphical interfaces of storage different business, professional graphical interfaces is corresponding one by one with service identification;
Described professional graphical interfaces scheduler module obtains and loads corresponding professional graphical interfaces according to described service identification from described professional graphical interfaces storehouse;
Described basic function module is used for communication management, data encryption management and data interface management;
Described professional Graphic Interface Control module is used for the communication management function by described basic function module, and described service identification is passed to described server; Also be used for being set to and inputting according to the business factor in the professional graphical interfaces of the attribute data of professional graphical interfaces business factor, receive user's incoming traffic factor data; Call the interface management function in the basic function module, then the business factor data assembling packet with user's input is sent to described server.
Described server comprises: service centre's module, communication management module, Configuration Manager, Service Processing Module and interface management module, wherein:
Described Configuration Manager, the communication interface data that are used for management server and preposition unit, the communication interface data of server and main frame, and the attribute data of the business factor of all professional graphical interfaces, and carry out data interaction by described service centre module and described communication management module, Service Processing Module and interface management module;
Described service centre module is used for receiving from behind the connection request that represents end, calls described communication management module foundation and is connected with the described communication that represents end; Receive described representing after the service identification of holding transmission, the calling interface administration module, resolve the service identification information data, call Service Processing Module and determine the attribute data of the business factor of current business, and call Configuration Manager according to the attribute data of the business factor of described service identification initialization current business; The calling interface administration module, with the attribute data of the business factor of current business according to interface requirement, assembling datagram; Call the communication management module, packet is sent to represents end.
Service centre's module of described service end also is used for receiving from the packet that represents end, disassembles packet by the interface management module, obtains the business factor data of user's input;
Described Service Processing Module, also be used for the business factor data of user's input are carried out validity checking, all setting completed at all business factors of current business, the user is by after submitting instruction submission business to, receive the described submission instruction that end transmits that represents, this submission instruction is transmitted according to the described communication management function that represents in the end group plinth functional module of described user's submission instruction calls by the main interface management module that represents end
Described service centre module also is used for the calling interface administration module, according to organizing the packet of current business with the interface requirement of host communication; Access described Configuration Manager and obtain address and the port of main frame, then send data to main frame; Receive the result that main frame returns, and this result sent to by the interface management module represent end.
A kind of graphic user interface implementation method comprises:
Represent end and send connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to service end;
Service end is determined the attribute data of the business factor of current business according to described service identification, and the attribute data of the business factor of current business is sent to represents end;
Represent termination and receive the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input are sent to service end;
Service end is obtained address and the port of main frame, and then the business factor data with current business are sent to main frame; The result that Receiving Host returns, and this result sent to represent end;
Represent and hold the result that main frame is returned to represent in the user interface, and the prompting user service executing result.
Represent end and send connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to described server comprise:
Be positioned at the triggering that the main interface management module that represents end receives the user, and send connection request according to user's triggering to described server; Receive the service identification of user's input, described service identification is passed to professional graphical interfaces scheduler module;
Be arranged in the professional graphical interfaces scheduler module that represents end and obtain and load corresponding professional graphical interfaces from described professional graphical interfaces storehouse according to described service identification;
Be arranged in represent end professional Graphic Interface Control module by being positioned at the communication management function of the basic function module that represents end, described service identification is passed to service end.
Service end is determined the attribute data of the business factor of current business according to described service identification, and the attribute data of the business factor of current business is sent to represents end and comprise:
The service centre's module that is positioned at service end receives from behind the connection request that represents end, calls the communication management module foundation that is positioned at service end and is connected with the described communication that represents end; Receive after the service identification that represents the end transmission, call the interface management module that is positioned at service end, resolve the service identification information data, call the Service Processing Module that is positioned at service end and determine the attribute data of the business factor of current business, and call the Configuration Manager that is positioned at service end according to the attribute data of the business factor of described service identification initialization current business; Call the interface management module that is positioned at service end, with the attribute data of the business factor of current business according to interface requirement, assembling datagram; Call the communication management module that is positioned at service end, packet is sent to represents end.
Represent termination and receive the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input are sent to service end comprise:
Be positioned at represent end main interface management module behind the packet of receiving from service end, call the interface management function that is arranged in the basic function module that represents end, according to interface format packet is disassembled;
Being arranged in the professional Graphic Interface Control module that represents end is set to and can inputs according to the business factor of disassembling out the professional graphical interfaces of attribute data of business factor, the data of the business factor of reception user's input; After user's input carried out preliminary verification, call the interface management function that is arranged in the basic function module that represents end, then the business factor data assembling packet with user's input is sent to service end.
Service end is obtained address and the port of main frame, and then the business datum with current business is sent to main frame; The result that Receiving Host returns, and with result send to represent the end comprise:
The service centre's module that is positioned at service end receives from the packet that represents end, disassembles packet by the interface management module, obtains the business factor data of user's input;
The Service Processing Module that is positioned at service end carries out validity checking to the business factor data of user's input, all setting completed at all business factors of current business, the user is by after submitting instruction submission business to, reception is positioned at and represents the submission instruction that end transmits, and this submission instruction is transmitted according to the described communication management function that represents in the end group plinth functional module of described user's submission instruction calls by the main interface management module that represents end;
Be positioned at service centre's module calling interface administration module of service end, according to organizing the packet of current business with the interface requirement of host communication; The access configuration administration module obtains address and the port of main frame, then sends data to main frame; After receiving the data that main frame returns, process resume module by interface, then send to through the communication management module and represent end.
Represents and hold the result that main frame is returned to represent in the user interface, and the prompting user service executing result comprises:
Being positioned at the basic function module that represents end utilizes the interface management function to disassemble the packet that service end is sent;
Be arranged in data exhibiting that the main interface management module that represents end will disassemble out to user interface, the execution result of prompting user current business
As seen, in embodiments of the present invention, the miscellaneous service related for core system all disposed the graph of a correspondence user interface, and store, when the user initiates certain business, can determine this business graph of a correspondence user interface by this professional identification code, then determine the business factor of this graphic user interface, but and be set to input state by business factor, obtain the related service factor data of user's input, all business factor data of this user interface have finally been obtained, submit this business to, after core system is handled business, return service processing result, show the result by graphic user interface to the user, the graphic user interface that the embodiment of the invention provides utilizes the mutual advantage of Windows operating system figure, displaying contents is abundant, and is simple to operation, improved the work efficiency that the core system front-end business is handled.
Description of drawings
In order to be illustrated more clearly in the embodiment of the present application or technical scheme of the prior art, the below will do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art, apparently, the accompanying drawing that the following describes only is some embodiment that put down in writing among the application, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The synoptic diagram of the system applies scene that Fig. 1 one embodiment of the invention provides;
The structural representation of a device in the system that Fig. 2 provides for one embodiment of the invention;
The structural representation of another device in the system that Fig. 3 provides for one embodiment of the invention;
The process flow diagram of the method that Fig. 4 provides for one embodiment of the invention.
Embodiment
The embodiment of the invention discloses a kind of graphic user interface and realize system and method, for making purpose of the present invention, technical scheme and advantage clearer, referring to the accompanying drawing embodiment that develops simultaneously, the present invention is described in further detail.
Existing numerous interactive system, for example the foreground user of bank core transaction system (hereinafter to be referred as " core system ") uses textual interface more.The textual interface displaying contents is few, and interaction capabilities is low, and operating area is difficult to distinguish, and mode of operation is uninteresting loaded down with trivial details, has reduced the work efficiency that front-end business is handled.
The embodiment of the invention provides a kind of graphic user interface implementation.Graphic user interface has used the mutual advantage of Windows operating system figure, and displaying contents is abundant, and is simple to operation, has reduced user's training on operation and the vocational study time, has improved the work efficiency of business handling.On the implementation of graphical interfaces, Client/Server pattern (hereinafter to be referred as " C/S ") and Browser/Server Mode (hereinafter to be referred as " B/S ") are arranged.
The scheme that the embodiment of the invention provides is described as an example of C/S model example.C/S model directly adopts ICP/IP protocol, adopt the long session that connects, the communication data packet format can be self-defined, can be encrypted rear transmission to packet, and PORT COM only has between the client-server and exclusively enjoys, and can guarantee the security of data transmission and the real-time that data are processed.
The graphic user interface implementation that the embodiment of the invention provides is divided into graphical interfaces display control program and two parts of graphical interfaces business processing program, communicates with one another between these two parts.Wherein the graphical interfaces display control program is deployed on the machine that Windows operating system is installed, and the graphical interfaces business processing program is deployed on the machine that Unix (such as Linux, AIX) operating system is installed.This implementation pattern utilizes the Unix system as the middle layer, and the program that is deployed in the Windows system is not directly accessed the core system main frame, and the Unix system has played the effect of fire wall.
Referring to Fig. 1, be the structural representation of a kind of application scenarios in one embodiment of the invention, comprise a plurality of sites terminal 101, represent the preposition unit 102 of end, server 103 and the core system main frame 104 of service end.
The graphic user interface realization system that one embodiment of the invention provides comprises preposition unit 102 and the server 103 among Fig. 1, wherein:
The user can trigger miscellaneous service by each site terminal 101.Each site terminal uses the remote desktop program to send connection request by preposition unit to server.
Described server 103 is used for determining according to described service identification the attribute data of the business factor of current business, and the attribute data of the business factor of current business is sent to preposition unit;
Different business can have different business factors, and each business factor has corresponding attribute data.The business factor of a certain business refers to that the attribute data that business factor is corresponding is used for portraying the characteristic of this business factor in order to finish the needed data of this business.According to the difference of business, business factor may change, and the attribute data that business factor is corresponding also can be different.For example, if a certain business is the business of withdrawing the money of bank, this business factor can be user's account, password, the amount of money of withdrawing the money, service network point number so, if withdraw the money by ATM (automatic teller machine), may also comprise sign of cash dispenser etc., these data all are for finishing the professional necessary business factor of withdrawing the money.For this business factor of account, its attribute data can be its input state, input length, input type etc., for this business factor of password, its attribute data can be it input state, input length, whether show etc.
After the attribute data of business factor was determined, the feature of these business factor data had just been determined.In fact the business factor data are exactly the value of a business factor.For example, concerning this business factor of account, if its attribute data " can be inputted ", " 6 ", " arabic numeral ", " 3333 " just can not be as the value of an account so, because do not meet the requirement of " 6 " this input length, " 123456 " are exactly one satisfactory " account ", can be used as the value of " account " this business factor.
More than be withdraw the money professional business factor and attribute data and the business factor data of business factor as example is described take the business of withdrawing the money, the present invention does not do restriction to the concrete business factor of concrete business, attribute data and the business factor data of business factor.
Described preposition unit 102 also is used for receiving the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input is sent to server; Described server 103, also for the address and the port that obtain main frame, then the business factor data with current business are sent to main frame; The result that Receiving Host returns, and send this result to preposition unit;
This result can be to be successfully completed sign and subsidiary business datum.
Described preposition unit 102, the result that also is used for main frame is returned represents user interface, and the prompting user service executing result.
Particularly, referring to Fig. 2, in one embodiment of the invention, be positioned at the preposition unit that represents end and comprise: main interface management module 201, professional graphical interfaces storehouse 202, professional graphical interfaces scheduler module 203, basic function module 204 and professional Graphic Interface Control module 205, wherein:
Main interface management module 201 is used for receiving user's triggering, and sends connection request according to user's triggering to described server; Receive the service identification of user's input, described service identification is passed to professional graphical interfaces scheduler module.
Main interface management module 201 is the main frames that represent end, is the supervisory control desk that represents end, is the carrier that professional graphical interfaces shows.This module also is responsible for setting up with the communication link of server end.
Deposit the professional graphical interfaces description document of all business in this core system in the professional graphical interfaces storehouse 202, every business is corresponding one or several professional graphical interfaces all, and each professional graphical interfaces carries out corresponding by default service identification with business.Particularly, professional graphical interfaces can be the file of depositing with the XML form, and system is in operational process, and the professional graphical interfaces that the user uses all is the dynamic load from these files.Namely can find corresponding professional graphical interfaces by service identification in this business graphical interfaces storehouse, dynamic load then is for the user.
Professional graphical interfaces scheduler module 203 is according to the service identification of user's input, access service graphical interfaces storehouse, load the corresponding interface file of this service identification, and be presented in the screen that represents end, then the control to this business graphical interfaces is transferred to professional Graphic Interface Control module, finishes subsequent control to professional graphical interfaces by professional Graphic Interface Control module.
Each business factor that comprises in 205 pairs of professional graphical interfaces of professional Graphic Interface Control module is controlled, and comprises that specifically the initialization of business factor, the business factor data that the user is inputted check, submit to current business and the professional processing of submitting to after returning.
Referring to Fig. 3, in another embodiment of the present invention, the server that is positioned at service end can comprise: service centre's module 301, communication management module 302, Configuration Manager 303, Service Processing Module 304 and interface management module 305, wherein:
Service centre's module 301 is main frames of service end, externally sets up communication link with the main interface management module that represents end, provides service for representing end, and is internal then call the function that other modules provide, and holds and data that main frame provides are processed representing.
Communication management module 302 provides communication relevant basic function, comprises that setting up communication connects, sends and receives file, transmitting and receiving data, communication abnormality processing etc.; Encryption and decryption processing capacity to data and file also is provided.
Configuration Manager 303 is used for the communication interface data of management server and preposition unit, the communication interface data of server and main frame, and the attribute data of the business factor of all professional graphical interfaces, and carry out data interaction by described service centre module and described communication management module, Service Processing Module and interface management module.
304 pairs of every business of Service Processing Module and business factor thereof carry out the processing of professional aspect.For professional, realize that business initializtion, business are committed to the data that the front data of main frame are processed, the main frame finishing service returns after processing and process; Business factor is processed, determine the attribute data of a certain business factor on the professional graphical interfaces and business factor default value, check the legitimacy of a certain business factor data of user's input.
The mutual interface of 305 pairs of servers of interface management module and preposition unit, server and data between hosts manages, particularly, server and preposition unit interface can use the XML formatted file, and server and main frame interface can use 8583 formatted data bags.Interface management module 305 also is responsible for partition and the tissue to data file and packet.
Below, in conjunction with preposition unit and the server of Fig. 2 and Fig. 3, the method for operation of the system that the embodiment of the invention is provided is described in detail:
1, the user starts the main interface management module 201 that represents end;
2, main interface management module 201 is called the communication management function in the basic function module 204, sends connection request to serve end program;
3, service centre's module 301 of service end is received from behind the connection request that represents end, calls the communication function of communication management module 302, sets up with the communication that represents end to be connected;
4, the user initiates a certain business by the incoming traffic identification code in main interface, and main interface management module 201 passes to professional graphical interfaces scheduler module 203 with service identification information;
5, professional graphical interfaces scheduler module 203 access service graphical interfaces storehouses 202, load corresponding professional graphical interfaces according to service identification after, control is delivered professional Graphic Interface Control module 205;
6, professional Graphic Interface Control module 205 passes to service identification information service centre's module 301 of service end by calling the communication management function in the basic function module 204;
7, service centre's module 301 calling interface administration modules 305 are resolved the service identification information data, then call Service Processing Module 304, according to the attribute data of the business factor of its corresponding business of institute of service identification information initializing;
Particularly, Service Processing Module 304 is crossed service centre's module 301 according to the service identification information exchange and is determined and obtain the service attribute data of the corresponding business of this service identification institute at Configuration Manager 304, then these service attribute data is carried out initialization.
8, service centre's module 301 is called Service Processing Module 304 and is determined whether the current business key element can be inputted in the current business graphical interfaces; If the current business key element is can input state, service centre's module 301 calling interface administration modules 305, with the attribute data of current business key element according to interface requirement, assembling datagram;
9, service centre's module 301 is called communication management module 302, packet is sent to represent end; After the main interface management module 201 that represents end is received packet, call the interface management function in the basic function module 204, according to interface format packet is disassembled;
10, after packet was disassembled, professional Graphic Interface Control module 205 was set to and can inputs according to corresponding business factor item in the professional graphical interfaces of attribute data of the business factor of disassembling out from packet, waits for user input data;
11, behind user's incoming traffic factor data, after the business factor data of 205 pairs of user's inputs of professional Graphic Interface Control module are carried out preliminary verification, call the interface management function in the basic function module 204, then assembling datagram is sent to service end;
12, service centre's module 301 receive data bags of service end are disassembled packet by interface management module 305, obtain the business factor data of user's input;
13, the business factor data of 304 pairs of user's inputs of Service Processing Module are carried out validity checking, check by rear attribute data and the business factor data that these other business factors of business are set according to the current business factor data;
14, Service Processing Module 304 is selected the business factor that the next one of current business can be inputted, and repeats 8～13 steps, until all business factors that need to input in should the business graphical interfaces are all inputted complete;
15, all business factors of current business all after setting completed, the user can submit current business to by submitting instruction to; The main interface management module 201 that represents end is called the communication management function in the basic function module 204 after receiving and submitting instruction to, will submit to instruction to be sent to service end;
16, service centre's module 301 calling interface administration modules 305 of service end will represent the packet that transmits of end and disassemble, and according to the interface requirement organising data bag of host communication;
17, service centre's module 301 access configuration administration modules 303 obtain address and the port of main frame, then call communication management module 302 with Packet Generation to main frame;
18, after service end is received the result that main frame returns, reorganize packets through interface management module 305, call communication management module 302 and send to and represent end;
19, represent the main interface management module 201 of end and receive the packet that service end sends after, disassemble packet by the interface management function in the basic function module 204, with data exhibiting in user interface, the prompting user service executing result.
The system that the embodiment of the invention provides has realized graphic user interface by cooperatively interacting of modules between the unit.The system that the embodiment of the invention provides, the miscellaneous service related for core system all disposed the graph of a correspondence user interface, and store, when the user initiates certain business, can determine this business graph of a correspondence user interface by this professional identification code, then determine the business factor of this graphic user interface, but and be set to input state by business factor, obtain the data of the related service key element of user's input, all business factor data of this user interface have finally been obtained, submit this business to, after core system is handled business, return service processing result, show the result by graphic user interface to the user, the graphic user interface that the embodiment of the invention provides utilizes the mutual advantage of Windows operating system figure, and displaying contents is abundant, simple to operation, improved the work efficiency that front-end business is handled.
Referring to Fig. 4, one embodiment of the invention also provides a kind of graphic user interface implementation method, and the method can be applied to comprise in as shown in Figure 1 the scene:
S401, represent the end send connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to service end.
Particularly, be positioned at the triggering that the main interface management module that represents end receives the user, and send connection request according to user's triggering to described server; Receive the service identification of user's input, described service identification is passed to professional graphical interfaces scheduler module;
Be arranged in the professional graphical interfaces scheduler module that represents end and obtain and load corresponding professional graphical interfaces from described professional graphical interfaces storehouse according to described service identification;
Be arranged in represent end professional Graphic Interface Control module by being positioned at the communication management function of the basic function module that represents end, described service identification is passed to service end.
S402, service end determine the attribute data of the business factor of current business according to described service identification, and the attribute data of the business factor of current business is sent to represents end.
Particularly, the service centre's module that is positioned at service end receives from behind the connection request that represents end, calls the communication management module foundation that is positioned at service end and is connected with the described communication that represents end; Receive after the service identification that represents the end transmission, call the interface management module that is positioned at service end, resolve the service identification information data, call the Service Processing Module that is positioned at service end and determine the attribute data of the business factor of current business, and call the Configuration Manager that is positioned at service end according to the attribute data of the business factor of described service identification initialization current business; Call the interface management module that is positioned at service end, with the attribute data of the business factor of current business according to interface requirement, assembling datagram; Call the communication management module that is positioned at service end, packet is sent to represents end.
S403, represent termination and receive the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input are sent to service end.
Particularly, be positioned at represent end main interface management module behind the packet of receiving from service end, call the interface management function that is arranged in the basic function module that represents end, according to interface format packet is disassembled;
Be arranged in the professional Graphic Interface Control module that represents end and be set to and input according to the corresponding business factor item of the professional graphical interfaces of attribute data of the business factor of disassembling out from packet, receive the business factor data of user's input; After the business factor data of user input are carried out preliminary verification, call the interface management function that is arranged in the basic function module that represents end, the business factor data of user's input are formed packet, then be sent to service end.
S404, service end are obtained address and the port of main frame, and then the business factor data with current business are sent to main frame; Receiving Host returns result, and this result sent to represents end.
Particularly, the service centre's module that is positioned at service end receives from the packet that represents end, disassembles packet by the interface management module, obtains the business factor data of user's input;
The Service Processing Module that is positioned at service end carries out validity checking to the business factor data of user's input, after acknowledging receipt of the submission instruction, the service centre's module that is positioned at service end is called the interface management module that is positioned at service end, according to organizing the packet of current business with the interface requirement of host communication; Access described Configuration Manager and obtain address and the port of main frame, then send data to main frame; After receiving the data that main frame returns, after by the interface processing module data being processed, send to through the communication management module and to represent end.
S405, represent end result that main frame is returned and represent in the user interface, and the prompting user service executing result.
Being positioned at the basic function module that represents end utilizes the interface management function to disassemble the packet that service end is sent;
Be arranged in data exhibiting that the main interface management module that represents end will disassemble out to user interface, the execution result of prompting user current business.
Be more explicit description the present invention, the below describes the method that the embodiment of the invention was provided in detail with an instantiation, and present embodiment can realize that this embodiment comprises by preposition unit and server that Fig. 2 and Fig. 3 show:
S1, a user input 1121 service identifications in a certain site by the site terminal, and the main interface management module 201 that represents end is called professional graphical interfaces scheduler module 203;
The professional graphical interfaces file (trade1121.ui) of 1121 service identification code correspondences is found in S2, professional graphical interfaces scheduler module 203 access service graphical interfaces storehouses 202;
S3, professional graphical interfaces scheduler module 203 show 1121 professional graphical interfaces;
S4, professional Graphic Interface Control module 205 obtain control to 1121 professional graphical interfaces from professional graphical interfaces scheduler module 203, then 1121 service identifications are passed to service end by the communication management module in the basic function module 204;
After service centre's module 301 of S5, service end receives data, by interface management module 305 resolution datas, obtain service identification 1121;
S6, service centre's module are called Service Processing Module 304, generate 1121 business objects and are saved in the Configuration Manager 303, in order to follow-up use;
First business factor of S7,1121 professional graphical interfaces is " account ", and Service Processing Module 304 is by judging that definite attribute data that is somebody's turn to do " account " is " can input ";
The information that S8, service centre's module 301 " can be inputted " account " key element " is processed by passed to the professional Graphic Interface Control module 205 that represents end by communication management module 302 through interface management module 305; " account " key element of professional Graphic Interface Control module 205 1121 professional graphical interfaces is set to and can inputs;
S9, user are after inputting account " 21021118672345 " in account one hurdle of professional graphical interfaces, and account data is processed by the service centre's module 301 that is passed to service end by the communication module in the basic function module 204 through the interface data in the basic function module 204 that represents end; Service centre's module 301 is called Service Processing Module this account data legitimacy is checked;
S10, check and account " 21021118672345 " to be saved in the Configuration Manager 303 in 1121 the business object after legal, then Service Processing Module is processed according to S8 to S10 step cycle thereafter by judging the business factor of determining that the next one in the 1121 professional graphical interfaces can be inputted;
S11, user send the submission instruction after inputting all the business factor data that must input in the complete 1121 professional graphical interfaces, submit current business to;
After S12, service centre's module are received and are submitted instruction to, according to the interface data form of core system main frame (adopting 8583 agreements in the present embodiment) requirement, all business factor data of 1121 business objects of having preserved in the Configuration Manager 303 are packaged;
The data that S13, service centre's module 301 will be organized behind the bag are committed to main frame through communication management module 302 and process, after host process finishes, can feed back to service centre's module to result, this result can be to be successfully completed sign and subsidiary business datum.
S14, service centre's module 301 re-group package the requirement of result according to interface management module 305, pass to the professional Graphic Interface Control module 205 that represents end via communication management module 302,205 of professional Graphic Interface Control moulds can be presented at this result in the 1121 professional graphical interfaces.
The method that the embodiment of the invention provides, the miscellaneous service related for core system all disposed the graph of a correspondence user interface, and store, when the user initiates certain business, can determine this business graph of a correspondence user interface by this professional identification code, then determine the business factor of this graphic user interface, but and be set to input state by business factor, obtain the related service factor data of user's input, all business factor data of this user interface have finally been obtained, submit this business to, after core system is handled business, return service processing result, show the result by graphic user interface to the user, the graphic user interface that the embodiment of the invention provides utilizes the mutual advantage of Windows operating system figure, and displaying contents is abundant, simple to operation, improved the work efficiency that front-end business is handled.
The present invention can describe in the general context of the computer executable instructions of being carried out by computing machine, for example program element.Usually, program element comprises the routine carrying out particular task or realize particular abstract data type, program, object, assembly, data structure etc.Also can in distributed computing environment, put into practice the present invention, in these distributed computing environment, be executed the task by the teleprocessing equipment that is connected by communication network.In distributed computing environment, program element can be arranged in the local and remote computer-readable storage medium that comprises memory device.
The above only is preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (3)
1. a graphic user interface is realized system, it is characterized in that, comprising:
Be positioned at the preposition unit that represents end, the server that is positioned at service end and main frame, wherein:
Preposition unit is used for sending connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to described server;
Described server is used for determining according to described service identification the attribute data of the business factor of current business, and the attribute data of the business factor of current business is sent to the preposition unit that represents end;
Described preposition unit also is used for receiving the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input is sent to the server of service end;
Described server, also for the address and the port that obtain main frame, then the business factor data with current business are sent to main frame; The result that Receiving Host returns, and this result sent to the preposition unit that represents end;
Described preposition unit, the result that also is used for main frame is returned represents user interface, and the prompting user service executing result;
Described preposition unit comprises:
Main interface management module, professional graphical interfaces storehouse, professional graphical interfaces scheduler module, basic function module and professional Graphic Interface Control module, wherein:
Described main interface management module is used for receiving user's triggering, and sends connection request according to user's triggering to described server; Receive the service identification of user's input, described service identification is passed to professional graphical interfaces scheduler module;
Described professional graphical interfaces storehouse, for the professional graphical interfaces of storage different business, professional graphical interfaces is corresponding one by one with service identification;
Described professional graphical interfaces scheduler module obtains and loads corresponding professional graphical interfaces according to described service identification from described professional graphical interfaces storehouse;
Described basic function module is used for communication management, data encryption management and data interface management;
Described professional Graphic Interface Control module is used for the communication management function by described basic function module, and described service identification is passed to described server; Also be used for being set to and inputting according to the business factor in the professional graphical interfaces of the attribute data of professional graphical interfaces business factor, receive the business factor data of user's input; Call the data interface management function in the basic function module, then the business factor data assembling packet with user's input is sent to described server;
Described server comprises: service centre's module, communication management module, Configuration Manager, Service Processing Module and interface management module, wherein:
Described Configuration Manager, the communication interface data that are used for management server and preposition unit, the communication interface data of server and main frame, and the attribute data of the business factor of all professional graphical interfaces, and carry out data interaction by described service centre module and described communication management module, Service Processing Module and interface management module;
Described service centre module is used for receiving from behind the connection request that represents end, calls described communication management module foundation and is connected with the described communication that represents end; Receive described representing after the service identification of holding transmission, the calling interface administration module, resolve the service identification information data, call Service Processing Module and determine the attribute data of the business factor of current business, and call Configuration Manager according to the attribute data of the business factor of described service identification initialization current business; The calling interface administration module, with the attribute data of the business factor of current business according to interface requirement, assembling datagram; Call the communication management module, packet is sent to represents end.
2. system according to claim 1 is characterized in that, service centre's module of described service end also is used for receiving from the packet that represents end, disassembles packet by the interface management module, obtains the business factor data of user's input;
Described Service Processing Module, also be used for the business factor data of user's input are carried out validity checking, all setting completed at all business factors of current business, the user is by after submitting instruction submission business to, receive the described submission instruction that end transmits that represents, this submission instruction is transmitted according to the described communication management function that represents in the end group plinth functional module of described user's submission instruction calls by the main interface management module that represents end;
Described service centre module also is used for the calling interface administration module, according to organizing the packet of current business with the interface requirement of host communication; Access described Configuration Manager and obtain address and the port of main frame, then send data to main frame; Receive the result that main frame returns, and this result sent to by the interface management module represent end.
3. a graphic user interface implementation method is characterized in that, comprising:
Represent end and send connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to service end;
Service end is determined the attribute data of the business factor of current business according to described service identification, and the attribute data of the business factor of current business is sent to represents end;
Represent termination and receive the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input are sent to service end;
Service end is obtained address and the port of main frame, and then the business factor data with current business are sent to main frame; The result that Receiving Host returns, and this result sent to represent end;
Represent and hold the result that main frame is returned to represent in the user interface, and the prompting user service executing result;
Represent end and send connection request according to user's triggering to described server; Receive the service identification of user's input, load corresponding professional graphical interfaces according to described service identification, and service identification is passed to described server comprise:
Be positioned at the triggering that the main interface management module that represents end receives the user, and send connection request according to user's triggering to described server; Receive the service identification of user's input, described service identification is passed to professional graphical interfaces scheduler module;
Be arranged in the professional graphical interfaces scheduler module that represents end and obtain and load corresponding professional graphical interfaces according to described service identification from being positioned at the professional graphical interfaces storehouse that represents end;
Be arranged in represent end professional Graphic Interface Control module by being positioned at the communication management function of the basic function module that represents end, described service identification is passed to service end;
Service end is determined the attribute data of the business factor of current business according to described service identification, and the attribute data of the business factor of current business is sent to represents end and comprise:
The service centre's module that is positioned at service end receives from behind the connection request that represents end, calls the communication management module foundation that is positioned at service end and is connected with the described communication that represents end; Receive after the service identification that represents the end transmission, call the interface management module that is positioned at service end, resolve the service identification information data, call the Service Processing Module that is positioned at service end and determine the attribute data of the business factor of current business, and call the Configuration Manager that is positioned at service end according to the attribute data of the business factor of described service identification initialization current business; Call the interface management module that is positioned at service end, with the attribute data of the business factor of current business according to interface requirement, assembling datagram; Call the communication management module that is positioned at service end, packet is sent to represents end;
Represent termination and receive the user in the business factor data of current business graphical interfaces input, and the business factor data of user's input are sent to service end comprise:
Be positioned at represent end main interface management module behind the packet of receiving from service end, call the interface management function that is arranged in the basic function module that represents end, according to interface format packet is disassembled;
Be arranged in the professional Graphic Interface Control module that represents end and be set to and input according to the business factor of disassembling out the professional graphical interfaces of attribute data of business factor, receive the data of the business factor of user's input; After user's input carried out preliminary verification, call the interface management function that is arranged in the basic function module that represents end, then the business factor data assembling packet with user's input is sent to service end;
Service end is obtained address and the port of main frame, and then the business factor data with current business are sent to main frame; The result that Receiving Host returns, and with result send to represent the end comprise:
The service centre's module that is positioned at service end receives from the packet that represents end, disassembles packet by the interface management module, obtains the business factor data of user's input;
The Service Processing Module that is positioned at service end carries out validity checking to the business factor data of user's input, all setting completed at all business factors of current business, the user is by after submitting instruction submission business to, reception is positioned at and represents the submission instruction that end transmits, and this submission instruction is transmitted according to the described communication management function that represents in the end group plinth functional module of described user's submission instruction calls by the main interface management module that represents end;
Be positioned at service centre's module calling interface administration module of service end, according to organizing the packet of current business with the interface requirement of host communication; The access configuration administration module obtains address and the port of main frame, then sends data to main frame; After receiving the data that main frame returns, process resume module by interface, then send to through the communication management module and represent end;
Represents and hold the result that main frame is returned to represent in the user interface, and the prompting user service executing result comprises:
Being positioned at the basic function module that represents end utilizes the interface management function to disassemble the packet that service end is sent;
Be arranged in data exhibiting that the main interface management module that represents end will disassemble out to user interface, the execution result of prompting user current business.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010182625 CN101895528B (en) | 2010-05-19 | 2010-05-19 | System and method for realizing graphical user interface |
| PCT/CN2011/071626 WO2011143967A1 (en) | 2010-05-19 | 2011-03-09 | System and method for implementing graphic user interfaces |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201010182625 CN101895528B (en) | 2010-05-19 | 2010-05-19 | System and method for realizing graphical user interface |
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| Publication Number | Publication Date |
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| CN101895528A CN101895528A (en) | 2010-11-24 |
| CN101895528B true CN101895528B (en) | 2013-02-13 |
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| CN 201010182625 Expired - Fee Related CN101895528B (en) | 2010-05-19 | 2010-05-19 | System and method for realizing graphical user interface |
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| CN (1) | CN101895528B (en) |
| WO (1) | WO2011143967A1 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101895528B (en) * | 2010-05-19 | 2013-02-13 | 大连新中连软件集团有限公司 | System and method for realizing graphical user interface |
| CN102096465A (en) * | 2010-12-10 | 2011-06-15 | 曙光信息产业(北京)有限公司 | Interactive system and method used for blade server |
| CN102393944B (en) * | 2011-06-27 | 2015-08-05 | 中国建设银行股份有限公司 | A kind of comprehensive front-end system and call in graphical application character application method |
| CA3110785C (en) * | 2015-04-30 | 2023-06-27 | 10353744 Canada Ltd. | Network transaction information processing method and system |
| CN108170428B (en) * | 2016-12-05 | 2021-05-28 | 阿里巴巴集团控股有限公司 | Page construction processing method, device and system |
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| CN1248016A (en) * | 1998-09-16 | 2000-03-22 | 英业达股份有限公司 | Method of realizing graphic interface simulation in single task system |
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| CN101895528B (en) * | 2010-05-19 | 2013-02-13 | 大连新中连软件集团有限公司 | System and method for realizing graphical user interface |
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- 2010-05-19 CN CN 201010182625 patent/CN101895528B/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1161510A (en) * | 1996-01-26 | 1997-10-08 | 国际商业机器公司 | Method and system for presenting plurality of animated display objects to user for selection on graphical user interface in data processing system |
| CN1371506A (en) * | 1999-06-30 | 2002-09-25 | 艾伦·G·麦克诺顿 | Automated transaction execution system with plurality of user interfaces |
| CN1711522A (en) * | 2002-11-14 | 2005-12-21 | Sap股份公司 | Modeling system for graphic user interface |
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| Publication number | Publication date |
|---|---|
| CN101895528A (en) | 2010-11-24 |
| WO2011143967A1 (en) | 2011-11-24 |
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