CN101110736B - Method for implementing business selection and terminal access service system - Google Patents
Method for implementing business selection and terminal access service system Download PDFInfo
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Abstract
The present invention discloses a method for realizing the business selection and a terminal access service system. Firstly, a main menu and all the business address link information are configured in each front end computer, and the address link information of at least a business is configured in each network device; then, when the terminal initiates the connection, the network device can be connected with a front end computer according to the stored business address link information, the menu acquired from the front end computer is transmitted to the terminal, and the business selection information of the terminal is transmitted to the front end computer; the front end computer enables the terminal to perform business interaction in the front end computer through the network device and the selected business according to the business selection information of the terminal and the stored business address link information. The present invention also discloses a front end computer and a network device. The technical proposal of the present invention enables a small amount of configuration of the front end computer to be changed when the business in the terminal access service system is changed, and the working quantity is greatly reduced.
Description
Technical field
The present invention relates to terminal access technology field, refer to a kind of professional method, a kind of terminal access service system, a kind of front end processor and a kind of network equipment that switches of realizing especially.
Background technology
At present, the terminal access service is widely used in bank, the tax, civil aviaton, postal service etc. and has in the system of a large amount of outlets.With the banking system is example, each bank all by branch an of head office, provinces and cities, Sub-branches in counties, professional site etc. constitute for the huge system of node.
Fig. 1 is the typical networking schematic diagram of terminal access service system in the prior art.As shown in Figure 1, each terminal links to each other with the network equipment, and the network equipment links to each other with front end processor by IP network again.For example, terminal A links to each other by IP network or asynchronous serial port with network equipment A, and network equipment A links to each other with front end processor by IP network.When terminal links to each other by IP network with the network equipment, the terminal that the network equipment is different according to the IP Address Recognition, when terminal linked to each other by asynchronous serial port with the network equipment, the network equipment was by the different terminal of interface index identification.Front end processor is the unix main frame that has loaded finger daemon, generally is positioned at the center of system, and as the head office of banking system, terminal then is positioned at each outlet.The finger daemon of installing on the front end processor is mainly finished the TCP connection from lower floor is monitored, and data are sent to corresponding pseudo-terminal, finger daemon has a configuration file, and being mainly used in needs some parameters of being provided with in the corresponding relation of the network equipment that record connects and this finger daemon start-up course.
In Fig. 1, when the user opens a terminal A when being connected to network equipment A and going up, network equipment A can show service selection menu as shown in Figure 2 on terminal A.Fig. 2 is the service selection menu schematic diagram of banking system in the prior art.If the user pushes button " 1 " according to service selection menu shown in Figure 2, after then network equipment A received the information of button " 1 ", the finger daemon on the front end processor of " remittance is professional " initiated to connect, and was connected to then on " remittance is professional "; In like manner, push button " 2 " then are connected on " deposit business "; Push button " 0 ", then withdraw from.When generally carrying out service selection unified shortcut need be set, for example " ctrl+a " enters " remittance professional ", and " ctrl+b " enters " deposit business " etc., and being provided with of these shortcuts need be configured on each network equipment.
In Fig. 1, if the user of terminal A is in operating process, need carry out business switches, then on terminal A, press the professional shortcut that switches, after network equipment A receives the character information of this shortcut, judge whether to be shortcut, if, then eject the service selection menu, carry out business for the user and switch; Otherwise, these character informations are transferred to corresponding service on the front end processor, carry out normal business data processing.When the user need change business, during such as increase business or modification business, can cause corresponding shortcut to change, at this moment, the user need change the configuration of every network equipment, and workload is very big.
In sum, the service selection mode in the existing terminal access service system during professional in the change system, needs to revise the configuration of every network equipment, and work very amount is big.
Summary of the invention
The invention provides a kind of method that realizes service selection, when this method makes professional in the change terminal access service system, only need to revise the configuration of the front end processor of negligible amounts, reduced workload.
The invention provides a kind of terminal access service system, this system makes when change is professional, only need revise the configuration of the front end processor of negligible amounts, has reduced workload.
The invention provides a kind of front end processor, this front end processor makes that changing workload professional in the terminal access service system reduces.
The invention provides a kind of network equipment, this network equipment makes that changing workload professional in the terminal access service system reduces.
For achieving the above object, technical scheme of the present invention specifically is achieved in that
The invention discloses a kind of service selecting method, this method comprises:
Configuration comprises all professional main menus and corresponding to each professional address link information in each front end processor in terminal access service system; At least one professional address link information of configuration in each network equipment;
When terminal when the network equipment initiate to connect, the network equipment is connected to a front end processor according to the services addresses link information of self preserving, obtain main menu from described front end processor and return to terminal, terminal is sent to described front end processor according to the service selection information that main menu carries out;
Described front end processor makes terminal carry out service interaction by the network equipment and selected professional place front end processor according to the service selection information of terminal and the services addresses link information of self preserving.
The invention discloses a kind of terminal access service system, this system comprises: more than one front end processor, and the more than one network equipment and more than one terminal, wherein,
Each front end processor is used to preserve and comprises all professional main menus and corresponding to each professional address link information; Be used for when receiving the connection of network equipment initiation, main menu being sent to the network equipment; Be used for when the service selection information of this front end processor of selection that receives network equipment transmission, send business datum to the network equipment, when receiving service selection information except that this front end processor business of selection that the network equipment sends, the address link information of selected business is sent to the network equipment;
Each network equipment is used to preserve at least one professional address link information; Be used for being connected to a front end processor according to the services addresses link information of self preserving when receiving the connection of terminal initiation, the main menu that described front end processor is sent is transmitted to terminal; Be used for terminal is sent to described front end processor according to the service selection information that main menu carries out; Be used for the business datum that described front end processor sends is sent to terminal, or, initiate to connect to corresponding front end processor according to the services addresses link information that is received, receive corresponding front end processor and send business datum and be transmitted to terminal;
Each terminal is used for initiating to connect to the network equipment, receives the main menu that the network equipment returns, and carries out service selection according to main menu, receives the business datum that the network equipment sends.
The invention discloses a kind of front end processor, this front end processor comprises: configuration parameter memory cell and processing unit, wherein,
The configuration parameter memory cell is used to preserve and comprises all professional main menus and corresponding to each professional address link information;
Processing unit is used for obtaining main menu and sending to the network equipment from the configuration parameter memory cell when receiving the connection of network equipment initiation; Be used for when the service selection information of this front end processor of the selection business that receives network equipment transmission, send business datum to the network equipment, during service selection information beyond receiving this front end processor of selection business that the network equipment sends, obtain the address link information of selected business and send to the network equipment from the configuration parameter memory cell.
The invention discloses a kind of network equipment, this network equipment comprises: service address information memory cell and Transmit-Receive Unit, wherein,
The service address information memory cell is used to preserve at least one professional address link information;
Transmit-Receive Unit is used for obtaining a services addresses link information from the service address information memory cell, and being connected to corresponding front end processor when receiving the connection of terminal initiation; Be used for the main menu that corresponding front end processor sends is transmitted to terminal; Be used for terminal is sent to corresponding front end processor according to the service selection information that main menu carries out; Be used for the business datum that corresponding front end processor sends is sent to terminal, or, initiate to connect to the front end processor of this services addresses link information indication according to the services addresses link information that corresponding front end processor sends, and be transmitted to terminal after receiving this front end processor transmission business datum.
As seen from the above technical solution, the present invention is by configuration main menu in each front end processor in terminal access service system and address link information that all are professional, at least one professional address link information of configuration in each network equipment; When terminal was initiated link, the network equipment was connected to a front end processor automatically, obtains main menu and issues terminal from described front end processor, again the service selection information of terminal is issued described front end processor; The service selection information of described front end processor terminal and the services addresses link information of self preserving, make terminal carry out the technical scheme of service interaction by the network equipment and selected professional place front end processor, when making professional in the change terminal access service system, need not to revise the configuration of the huge network equipment of quantity, and the configuration that only need revise the front end processor of negligible amounts gets final product, and has therefore significantly reduced workload.
Description of drawings
Fig. 1 is the typical networking schematic diagram of terminal access service system in the prior art;
Fig. 2 is the service selection menu schematic diagram of banking system in the prior art;
Fig. 3 is embodiment of the invention user carries out service selection by terminal A a flow chart;
Fig. 4 is that embodiment of the invention user carries out the professional flow chart that switches by terminal A;
Fig. 5 is the structured flowchart of a kind of front end processor of the embodiment of the invention;
Fig. 6 is the structured flowchart of a kind of network equipment of the embodiment of the invention.
Embodiment
In the present invention, the function that service selection is provided in the terminal access service system is transferred to the front end processor from the network equipment, thereby need not to revise the setting of each network equipment when making professional in the change system, only the setting in the front end processor of need modification minority gets final product, and has significantly reduced workload.Specifically comprise: at first, configuration comprises all professional main menus and corresponding to each professional address link information in each front end processor; At least one professional address link information of configuration in each network equipment.Then, when terminal when the network equipment initiate to connect, the network equipment is connected to a front end processor according to the services addresses link information of self preserving, and obtains main menu from described front end processor and returns to terminal; The network equipment sends to described front end processor with terminal according to the service selection information that main menu carries out; Described front end processor makes terminal carry out service interaction by the network equipment and selected professional place front end processor according to the service selection information of terminal and the services addresses link information of self preserving.
In such scheme, at least one professional address link information of configuration in each network equipment, therefore, can in each network equipment, dispose all professional address link informations, when terminal when the network equipment initiate to connect, the network equipment can be selected one randomly from the services addresses link information of self preserving, and is connected to corresponding front end processor; Also can in each network equipment, only dispose an address link information that acquiescence is professional, when terminal when the network equipment initiates to connect, the network equipment is connected to the indicated acquiescence front end processor of address link information of this acquiescence business; Certainly, can also in the different network equipments, dispose the services addresses link information of different numbers.
In embodiments of the present invention, the networking structure of terminal access service system still as shown in Figure 1, therefore, next still be the method for example explanation terminal access service system of the present invention and the professional switching of realization in terminal access service system, and establish and all only disposed an address link information that acquiescence is professional in each network equipment with Fig. 1.
If terminal access service system shown in Figure 1 is applied to banking system, the business that this banking system provided comprises deposit business and remittance business, and the finger daemon of these two business is loaded in respectively on front end processor A and the front end processor B.At first, select a professional conduct acquiescence professional from deposit business and remittance business, select deposit business professional for giving tacit consent in the present embodiment, then front end processor A is the acquiescence front end processor at the professional place of acquiescence.Then, in the configuration file of the finger daemon on front end processor A and front end processor B respectively configuration comprise all professional main menus, promptly comprise deposit business and the professional main menu of remittance, and corresponding to each professional address link information; Allocating default business on each network equipment in system, i.e. the address link information of deposit business.Here, professional address link information spinner will comprise the IP address of its place front end processor and TCP listening port number.Based on above-mentioned configuration, provide the process of carrying out service selection when some terminals under the network equipment and front end processor carry out service interaction.Fig. 3 is embodiment of the invention user carries out service selection by terminal A a flow chart.As shown in Figure 3, may further comprise the steps:
Step 301, the user uses terminal A to initiate connection request to network equipment A.
In this step, it can be that the user starts shooting that the user uses terminal A to initiate connection request to network equipment A, and perhaps the user imports enter key or any character.
Step 302, network equipment A initiates TCP according to the address link information of the acquiescence business that is disposed to acquiescence front end processor A and connects the request of foundation, sets up TCP with front end processor A and is connected, and send the message that a request issues menu.
Step 303, front end processor A returns main menu to network equipment A.
Step 304, network equipment A is transmitted to terminal A with main menu.The user of terminal A carries out service selection according to main menu, if terminal A has selected the deposit business of acquiescence, then execution in step 305～step 310; If terminal A has selected remittance professional, then execution in step 311～step 318.
Step 305, terminal A sends to network equipment A with deposit business selection information.
Step 306, network equipment A will transmit deposit business and select information to front end processor A.
Step 307～step 310, it is mutual that front end processor A carries out deposit business by network equipment A and terminal A.
Step 311, the terminal A service selection information of will remitting money sends to network equipment A.
Step 312, network equipment A transmits remittance service selection information to front end processor A.
Step 313, the address link information of the front end processor A business of will remitting money sends to network equipment A.
Step 314, network equipment A initiates the TCP connection request according to the professional address link information of remittance to front end processor B, sets up TCP with front end processor B and is connected.
Step 315～step 318, front end processor B is by network equipment A and the terminal A service interaction of remitting money.
Next, provide in the process that terminal and front end processor carry out service interaction and realize the professional process of switching.Fig. 4 is that embodiment of the invention user carries out the professional flow chart that switches by terminal A.As shown in Figure 4, may further comprise the steps:
Step 401 when the user uses in the process of terminal A and the front end processor B business of remitting money, wants to switch to deposit business, and at this moment, the user uses the shortcut of terminal A input expression request main menu, and terminal A sends to network equipment A with the shortcut information of user's input.
In this step, the shortcut of expression request main menu needs to define in the configuration file of finger daemon in front end processor B in advance, as the shortcut of definition " ctrl+a " in front end processor B for expression request main menu.
Step 402, network equipment A is transmitted to front end processor B with the shortcut information of terminal A.
Step 403, front end processor B sends to network equipment A with main menu after receiving the shortcut information of request main menu.
Step 404, network equipment A is transmitted to terminal A with main menu.
Step 405, the user of terminal A selects deposit business according to main menu, and terminal A sends to network equipment A with deposit business selection information.
Step 406, network equipment A transmits deposit business and selects information to front end processor B.
Step 407, front end processor B sends to network equipment A with the address link information of deposit business.
Step 408, network equipment A initiates the TCP connection request according to the address link information of deposit business to front end processor A, sets up TCP with front end processor A and is connected.
Step 409～step 412, it is mutual that front end processor A carries out deposit business by network equipment A and terminal A.
In the above-described embodiments, when needs increase professionally in system, when increasing foreign currency operation as needs, only needing increases foreign currency operation in the main menu of the configuration file of each front end processor finger daemon, and the address link information that correspondingly disposes foreign currency operation gets final product; Correspondingly, business in needs deletion system is during as needs deletion remittance business, when closing the finger daemon of remittance business, only need from the main menu of the configuration file of each front end processor finger daemon the deletion remittance professional, and correspondingly the professional address link information of deletion remittance get final product.
When the acquiescence in the needs change system was professional, the front end processor at the professional place of the acquiescence after the change sent the renewal message of the address link information of the acquiescence business after comprising change to each network equipment; The network equipment upgrades the acquiescence services addresses link information of being preserved after receiving and upgrading message, and when receiving the connection of terminal initiation, is connected to corresponding front end processor according to the acquiescence services addresses link information after upgrading.For example, in the embodiment shown in fig. 3, need change to remittance when professional from deposit business with acquiescence is professional, the front end processor B at professional place each network equipment in system of remitting money sends the renewal message that comprises the professional address link information of remittance, promptly comprises among the IP address of front end processor B and the front end processor B and the professional corresponding TCP listening port of remittance number; After the network equipment receives and upgrades message, delete the address link information of original deposit business, and preserve the professional address link information of remittance; Afterwards, when receiving the connection of terminal initiation again, initiate TCP connection foundation to the front end processor B of acquiescence and ask.
In the above-described embodiments; for asynchronous terminal; promptly for the terminal that is connected with the network equipment by asynchronous serial port; can also in the configuration file of front end processor finger daemon, dispose its attribute information; as the keep-alive time of TCP, mode of Flow Control or the like; and after terminal connected by the network equipment and front end processor, front end processor sent the terminal attributive information that is disposed to the network equipment, and the network equipment is provided with according to the attribute of the terminal attributive information that receives to terminal.For example, in the embodiment shown in fig. 3, front end processor A sends to network equipment A with the terminal attributive information in the configuration file of self finger daemon after step 306, network equipment A carries out corresponding setting according to the terminal attributive information that receives to the attribute of terminal A, and then execution in step 307～step 310.Equally, front end processor B sends to network equipment A with the terminal attributive information in the configuration file of self finger daemon after step 314, network equipment A carries out corresponding setting according to the terminal attributive information that receives to the attribute of terminal A, and then execution in step 315～step 318.
In addition, in the configuration file of front end processor finger daemon, except the shortcut of the request main menu described in the definition step 401, can also define other shortcut, when business being selected according to main menu, definition " ctrl+b " is for selecting deposit business, and definition " ctrl+c " is for selecting remittance business etc.The implication of these shortcuts can be notified the terminal use by the mode that shows in main menu, also can notify the terminal use by the mode of informing orally.
Provide a code instance of configuration above-mentioned parameter in the configuration file of the present invention's finger daemon in front end processor below, wherein symbol/* */in literal be explanation to respective code, as follows:
<menu>
The shortcut * of/* definition/
<hotkey>ctrl+a</hotkey>
The title * of/* menu/
＜title〉the terminal connecting system＜/title 〉
/ * menu option 1*/
＜option〉the professional remittance of 1 connection＜/option 〉
/ * for the address of menu option 1 represent */
<information>1.1.1.1?9000?local</information>
/ * menu option 2*/
＜option〉the professional deposit of 2 connections＜/option 〉
/ * for the address of menu option 2 represent */
<information>1.1.1.2?9000?remote</information>
</menu>
A joint expression contents of menus * above the/*/
Below/the * one the joint defined all default terminal attribute */
<all>
/ * terminal speed, be primarily aimed at asynchronous serial interface terminal */
<speed>9600</speed>
/ * terminal data position, be primarily aimed at asynchronous serial interface terminal */
<databits>8</databits>
/ * terminal data position of rest, be primarily aimed at asynchronous serial interface terminal */
<stopbits>1</stopbits>
Whether/* opens the Flow Control function, be primarily aimed at asynchronous terminal */
<flowctrl>yes</flowctrl>
/ * tcp keep-alive the time is provided with, be primarily aimed at ip terminal */
<keepalive>305</keepalive>
The reception buffer size of/* tcp, be primarily aimed at ip terminal */
<recv-size>4096</recv-size>
The generation buffer size of/* tcp, be primarily aimed at ip terminal */
<send-size>2048</send-size>
</all>
/ * represent the ip address * of a network equipment/
<ip-address>1.1.1.9</ip-address>
Terminal attribute * of/*/
<terminal>
The pseudo-terminal * of the front end processor that the tcp of/* correspondence will open/
<p-tty>ttyp0</p-tty>
Tcp connects id number that sends in the network equipment of/* correspondence, by come for this id number unique open one on the front end processor pseudo-terminal */
<ttyid>1</ttyid>
<speed>9600</speed>
<databits>8</databits>
<stopbits>1</stopbits>
<flowctrl>yes</flowctrl>
</terminal>
<terminal>
<p-tty>ttyp1</p-tty>
<ttyid>2</ttyid>
<keepalive>305</keepalive>
</terminal>
<ip-address>1.1.1.10</ip-address>
<terminal>
<p-tty>ttyp2</p-tty>
<ttyid>1</ttyid>
<speed>9600</speed>
<databits>8</databits>
<stopbits>1</stopbits>
<flowctrl>yes</flowctrl>
</terminal>
<terminal>
<p-tty>ttyp3</p-tty>
<ttyid>2</ttyid>
<keepalive>305</keepalive>
</terminal>
Certainly, above-mentioned code instance just illustrates one of technical solution of the present invention, and actual configuration file form can have multiple.
Next provide the composition structure of a kind of front end processor of the present invention and a kind of network equipment based on the foregoing description.
Fig. 5 is the structured flowchart of a kind of front end processor of the embodiment of the invention.As shown in Figure 5, this front end processor comprises: configuration parameter memory cell 501 and processing unit 502, wherein,
Configuration parameter memory cell 501 is used to preserve and comprises all professional main menus and corresponding to each professional address link information.
In Fig. 5, configuration parameter memory cell 501 can also be further used for preserving different shortcut definition information; Processing unit 502 is further used for obtaining corresponding shortcut definition information from the configuration parameter memory cell when receiving the shortcut information that terminal sends by the network equipment, carries out defined operation.
In Fig. 5, configuration parameter memory cell 501 can also be further used for preserving the attribute information of terminal; Processing unit 502 is further used for obtaining from the configuration parameter memory cell attribute information of terminal, and sends to the network equipment.
Fig. 6 is the structured flowchart of a kind of network equipment of the embodiment of the invention.As shown in Figure 6, this network equipment mainly comprises: service address information memory cell 601 and Transmit-Receive Unit 602, wherein,
Service address information memory cell 601 is used to preserve at least one professional address link information.
Transmit-Receive Unit 602 is used for obtaining the address link information of a business from service address information memory cell 601, and being connected to corresponding front end processor when receiving the connection of terminal initiation; Be used for the main menu that corresponding front end processor sends is transmitted to terminal; Be used for terminal is sent to corresponding front end processor according to the service selection information that main menu carries out; Be used for the business datum that corresponding front end processor sends is sent to terminal, or, initiate to connect to the front end processor of this services addresses link information indication according to the services addresses link information that corresponding front end processor sends, and receive this front end processor transmission business datum and be transmitted to terminal.
The network equipment as shown in Figure 6 can further include attribute unit 603 is set, and the with dashed lines collimation mark is known in Fig. 6, is used for the terminal attributive information that sends according to front end processor, and the attribute of terminal is provided with.
In sum, the present invention is by configuration main menu in each front end processor in terminal access service system and address link information that all are professional, at least one professional address link information of configuration in each network equipment; When terminal was initiated link, the network equipment was connected to a front end processor automatically, obtains main menu and issues terminal from described front end processor, again the service selection information of terminal is issued described front end processor; The service selection information of described front end processor terminal and the services addresses link information of self preserving, make terminal carry out the technical scheme of service interaction by the network equipment and selected professional place front end processor, when making professional in the change terminal access service system, need not to revise the configuration of the huge network equipment of quantity, and the configuration that only need revise the front end processor of negligible amounts gets final product, and has therefore significantly reduced workload.
In addition, the technical scheme of shortcut of configuration different definition in front end processor when making shortcut in the change terminal access service system, need not to revise the configuration of every network equipment, only the definition to shortcut gets final product in the need modification minority front end processor, has reduced workload; The attribute information of configurating terminal in front end processor, and the attribute information that is disposed sent to the network equipment to the technical scheme that the attribute of corresponding terminal is provided with, makes it possible to revise quickly and easily the attribute of terminal by the network equipment.
The above is preferred embodiment of the present invention only, is not to be used to limit protection scope of the present invention, all any modifications of being made within the spirit and principles in the present invention, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (17)
1. a method that realizes service selection is characterized in that, this method comprises:
Configuration comprises all professional main menus and corresponding to each professional address link information in each front end processor in terminal access service system; At least one professional address link information of configuration in each network equipment;
When terminal when the network equipment initiate to connect, the network equipment is connected to a front end processor according to the services addresses link information of self preserving, obtain main menu from described front end processor and return to terminal, terminal is sent to described front end processor according to the service selection information that main menu carries out;
Described front end processor makes terminal carry out service interaction by the network equipment and selected professional place front end processor according to the service selection information of terminal and the services addresses link information of self preserving.
2. the method for claim 1 is characterized in that, this method further comprises:
Each front end processor in the terminal access service system, with the mutual process of terminal carrying out service in, after receiving the main menu solicited message of terminal, main menu is returned to terminal by the network equipment, select for terminal carrying out service by network equipment transmission; And, make the front end processor of terminal by the network equipment and selected professional place carry out service interaction according to the service selection information of the terminal that is received and the services addresses link information self preserved.
3. method as claimed in claim 1 or 2, it is characterized in that, described front end processor is according to the service selection information of terminal and the services addresses link information of self preserving, making the front end processor of terminal by the network equipment and selected professional place carry out service interaction comprises: front end processor judges according to the service selection information of terminal whether terminal has selected the business of this front end processor, be then, mutual by the network equipment and terminal carrying out service; Otherwise, the selected services addresses link information of terminal is sent to the network equipment, the network equipment initiates to connect to corresponding front end processor according to the services addresses link information that is received, and corresponding front end processor is mutual by the network equipment and terminal carrying out service.
4. the method for claim 1 is characterized in that,
When increasing new business in terminal access service system, this method further comprises: increase described new business in the main menu in each front end processor, and dispose the address link information of new business in each front end processor;
When deletion was professional in terminal access service system, this method further comprised: the described business of deletion in the main menu from each front end processor, and correspondingly delete this professional address link information.
5. the method for claim 1 is characterized in that, this method further comprises: the shortcut of configuration different definition in the configuration file of each front end processor finger daemon; When front end processor receives the shortcut information of terminal input, carry out the operation of this shortcut definition.
6. the method for claim 1, it is characterized in that, when in the network equipment, only having disposed an address link information that acquiescence is professional, and when needing this acquiescence of change professional, this method further comprises: the front end processor at the professional place of acquiescence after the change sends to each network equipment and upgrades message, wherein comprises the address link information of the acquiescence business after the change; The network equipment upgrades the acquiescence services addresses link information of being preserved after receiving and upgrading message, and when receiving the connection of terminal initiation, is connected to corresponding front end processor according to the acquiescence services addresses link information after upgrading.
7. the method for claim 1, it is characterized in that, this method further comprises: the attribute information of configurating terminal in the configuration file of each front end processor finger daemon, and after terminal connects by the network equipment and this front end processor, this front end processor sends the terminal attributive information of described configuration to the network equipment, and the network equipment is provided with according to the attribute of the terminal attributive information that receives to terminal.
8. the method for claim 1 is characterized in that, described main menu that disposes in front end processor and address link information are to be configured in the configuration file of front end processor finger daemon.
9. terminal access service system, this system comprises: more than one front end processor, the more than one network equipment and more than one terminal is characterized in that, wherein,
Each front end processor is used to preserve and comprises all professional main menus and corresponding to each professional address link information; Be used for when receiving the connection of network equipment initiation, main menu being sent to the network equipment; Be used for when the service selection information of this front end processor of selection that receives network equipment transmission, send business datum to the network equipment, when receiving service selection information except that this front end processor business of selection that the network equipment sends, the address link information of selected business is sent to the network equipment;
Each network equipment is used to preserve at least one professional address link information; Be used for when receiving the connection of terminal initiation, be connected to a front end processor according to the services addresses link information of self preserving, the main menu that described front end processor is sent is transmitted to terminal, and terminal is sent to described front end processor according to the service selection information that main menu carries out; Be used for the business datum that described front end processor sends is sent to terminal, or, initiate to connect to corresponding front end processor according to the services addresses link information that is received, receive corresponding front end processor and send business datum and be transmitted to terminal;
Each terminal is used for initiating to connect to the network equipment, receives the main menu that the network equipment returns, and carries out service selection according to main menu, receives the business datum that the network equipment sends.
10. system as claimed in claim 9, it is characterized in that, described each front end processor, with the mutual process of terminal carrying out service in, be further used for after receiving the main menu solicited message of terminal by network equipment transmission, main menu is returned to terminal by the network equipment, select for terminal carrying out service; And, make the front end processor of terminal by the network equipment and selected professional place carry out service interaction according to the service selection information of the terminal that is received and the services addresses link information self preserved.
11. system as claimed in claim 9 is characterized in that,
Each front end processor is further used for preserving different shortcut definition information, when receiving the shortcut information that terminal sends by the network equipment, carries out the operation of this shortcut definition.
12. system as claimed in claim 9 is characterized in that,
Described each front end processor is further used for preserving the attribute information of terminal, and after connecting by the network equipment and terminal, sends the terminal attributive information of being preserved to the network equipment;
The described network equipment is further used for being provided with according to the attribute of the terminal attributive information that receives to terminal.
13. a front end processor is characterized in that, this front end processor comprises: configuration parameter memory cell and processing unit, wherein,
The configuration parameter memory cell is used to preserve and comprises all professional main menus and corresponding to each professional address link information;
Processing unit is used for obtaining main menu and sending to the network equipment from the configuration parameter memory cell when receiving the connection of network equipment initiation; Be used for when the service selection information of this front end processor of the selection business that receives network equipment transmission, send business datum to the network equipment, during service selection information beyond receiving this front end processor of selection business that the network equipment sends, obtain the address link information of selected business and send to the network equipment from the configuration parameter memory cell.
14. front end processor as claimed in claim 13 is characterized in that,
Described configuration parameter memory cell is further used for preserving different shortcut definition information;
Described processing unit is further used for obtaining corresponding shortcut definition information from the configuration parameter memory cell when receiving the shortcut information that terminal sends by the network equipment, carries out defined operation.
15. front end processor as claimed in claim 13 is characterized in that,
Described configuration parameter memory cell is further used for preserving the attribute information of terminal;
Described processing unit is further used for obtaining from the configuration parameter memory cell attribute information of terminal, and sends to the network equipment.
16. a network equipment is characterized in that, this network equipment comprises: service address information memory cell and Transmit-Receive Unit, wherein,
The service address information memory cell is used to preserve at least one professional address link information;
Transmit-Receive Unit is used for obtaining a services addresses link information from the service address information memory cell, and being connected to corresponding front end processor when receiving the connection of terminal initiation; Be used for the main menu that corresponding front end processor sends is transmitted to terminal; Be used for terminal is sent to corresponding front end processor according to the service selection information that main menu carries out; Be used for the business datum that corresponding front end processor sends is sent to terminal, or, initiate to connect to the front end processor of this services addresses link information indication according to the services addresses link information that corresponding front end processor sends, and be transmitted to terminal after receiving this front end processor transmission business datum.
17. the network equipment as claimed in claim 16 is characterized in that, this network equipment comprises that further attribute is provided with the unit, is used for the terminal attributive information that sends according to front end processor, and the attribute of terminal is provided with.
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| CN2007101210384A CN101110736B (en) | 2007-08-29 | 2007-08-29 | Method for implementing business selection and terminal access service system |
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| CN2007101210384A CN101110736B (en) | 2007-08-29 | 2007-08-29 | Method for implementing business selection and terminal access service system |
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| CN101110736B true CN101110736B (en) | 2010-08-25 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1845556A (en) * | 2006-05-09 | 2006-10-11 | 杭州华为三康技术有限公司 | Net point service communication access method and system and a network apparatus |
| CN1874359A (en) * | 2006-05-17 | 2006-12-06 | 杭州华为三康技术有限公司 | Method and system for transmitting service message of network site |
| CN101009593A (en) * | 2006-12-28 | 2007-08-01 | 杭州华为三康技术有限公司 | A method, device and system for binding the terminal with the pseudo terminal device |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1845556A (en) * | 2006-05-09 | 2006-10-11 | 杭州华为三康技术有限公司 | Net point service communication access method and system and a network apparatus |
| CN1874359A (en) * | 2006-05-17 | 2006-12-06 | 杭州华为三康技术有限公司 | Method and system for transmitting service message of network site |
| CN101009593A (en) * | 2006-12-28 | 2007-08-01 | 杭州华为三康技术有限公司 | A method, device and system for binding the terminal with the pseudo terminal device |
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Address after: 310052 Binjiang District Changhe Road, Zhejiang, China, No. 466, No. Patentee after: Xinhua three Technology Co., Ltd. Address before: 310053 Hangzhou hi tech Industrial Development Zone, Zhejiang province science and Technology Industrial Park, No. 310 and No. six road, HUAWEI, Hangzhou production base Patentee before: Huasan Communication Technology Co., Ltd. |
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