CN104125662A - Wireless access point centralized management device and method - Google Patents
Wireless access point centralized management device and method Download PDFInfo
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- CN104125662A CN104125662A CN201410392023.1A CN201410392023A CN104125662A CN 104125662 A CN104125662 A CN 104125662A CN 201410392023 A CN201410392023 A CN 201410392023A CN 104125662 A CN104125662 A CN 104125662A
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Abstract
Disclosed is a wireless access point centralized management device and method. The method comprises that a remote terminal server receives a parameter setting instruction and outputs corresponding parameter setting information to a database server; the database server classifies and stores setting data in the parameter setting information according to the types of wireless access points; a wireless controller obtains the setting data of a plurality of wireless access points from the database server and transmitting the setting data to the corresponding wireless access points for adjusting the parameters of the wireless access points to achieve wireless access point centralized management. A user can set the parameters of the wireless access points without being on site, thereby obtaining operation convenience and rapidity and improving the efficiency. The database server classifies and stores the setting data according to the types of the wireless access points, so that the wireless controller can obtain the setting data of every wireless access point from the database server; the setting data of multiple wireless access points are classified and stored in a centralized mode and then called, so that clear hierarchy, low coupling and extensibility can be obtained.
Description
Technical field
The present invention relates to wireless communication technology field, particularly relate to a kind of WAP (wireless access point) centralized management device and management method thereof.
Background technology
Along with the development of the communication technology and the propelling of intellectualized technology, people improve day by day to mobile network's dependence, and traditional cable network has been difficult to meet the requirement of network user to degree easy to use, flexibility ratio.WLAN (Wireless Local Area Networks, WLAN) technology is applied to the Access Network field of Internet net, can be easily and flexibly for user provides network insertion, be suitable for the environment such as user's mobility is large, the public place that has data traffic requirement, enterprise.But these need for environments are disposed AP to high-density, and (Access Point, WAP (wireless access point)) just can satisfy the demands, need thus dispersion and highdensity AP to carry out unified management.
Traditional WAP (wireless access point) centralized management method is for adopting order line way to manage, be specially (the Access Controller at AC, wireless controller) CLI (the command-line interface of end, Command Line Interface) input CLI order, carries out relevant parameter configuration according to the CLI order of input.Owing to must inputting at the scene the operation that CLI order just can be correlated with, to staff, make troubles, there is the shortcoming of inefficiency in traditional WAP (wireless access point) centralized management method.
Summary of the invention
Based on this, be necessary for the problems referred to above, a kind of WAP (wireless access point) centralized management device and management method thereof of raising the efficiency is provided.
A WAP (wireless access point) centralized management device, comprising:
Remote terminal server, for receiving parameter setting instruction, and exports corresponding parameter setting information; Described parameter setting information comprises the model of a plurality of WAP (wireless access point) and data is set;
Database server, connects described remote terminal server, for receiving described parameter setting information, and to described the data storage of classifying is set according to the model of WAP (wireless access point);
Wireless controller, connects described database server, for obtain respectively the Data Concurrent that arranges of described a plurality of WAP (wireless access point) from described database server, delivers to corresponding WAP (wireless access point), as described WAP (wireless access point), carries out parameter adjustment.
A management method for WAP (wireless access point) centralized management device, comprises the following steps:
Remote terminal server receives parameter setting instruction, and exports corresponding parameter setting information to database server; Described parameter setting information comprises the model of a plurality of WAP (wireless access point) and data is set;
Described database server arranges the data storage of classifying according to the model of WAP (wireless access point) to described;
The Data Concurrent that arranges that wireless controller obtains respectively described a plurality of WAP (wireless access point) from described database server is delivered to corresponding WAP (wireless access point), as described WAP (wireless access point), carries out parameter adjustment.
Above-mentioned WAP (wireless access point) centralized management device and management method thereof, remote terminal server receives parameter setting instruction, and exports corresponding parameter setting information to database server.Database server according to the model of WAP (wireless access point) in parameter setting information the data storage of classifying being set.The Data Concurrent that arranges that wireless controller obtains respectively a plurality of WAP (wireless access point) from database server is delivered to corresponding WAP (wireless access point), as WAP (wireless access point), carries out parameter adjustment, realizes WAP (wireless access point) centralized management.User is without also carrying out parameter configuration to WAP (wireless access point) at the scene, and convenient to operation, improved efficiency.In addition, database server according to the model of WAP (wireless access point) to the data storage of classifying is set, make wireless controller can obtain respectively from database server the data that arrange of each WAP (wireless access point), arranging after data are concentrated classification storage of a plurality of WAP (wireless access point) called again, well arranged, coupling is low, is easy to expansion.
Accompanying drawing explanation
Fig. 1 is the structure chart of WAP (wireless access point) centralized management device in an embodiment;
Fig. 2 is the flow chart of the management method of WAP (wireless access point) centralized management device in an embodiment;
Fig. 3 is the flow chart of the management method of WAP (wireless access point) centralized management device in another embodiment.
Embodiment
For above-mentioned purpose of the present invention, feature and advantage can be become apparent more, below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.A lot of details have been set forth in the following description so that fully understand the present invention.But the present invention can implement to be much different from alternate manner described here, and those skilled in the art can do similar improvement without prejudice to intension of the present invention in the situation that, so the present invention is not subject to the restriction of following public specific embodiment.
Unless otherwise defined, all technology of using are herein identical with the implication that belongs to the common understanding of those skilled in the art of the present invention with scientific terminology.The term using in specification of the present invention herein, just in order to describe the object of specific embodiment, is not intended to be restriction the present invention.
A kind of WAP (wireless access point) centralized management device, as shown in Figure 1, comprise remote terminal server 110, database server 120 and wireless controller 130, remote terminal server 110 connection data storehouse servers 120, database server 120 connects wireless controller 130.In the present embodiment, remote terminal server 110 all adopts wireless mode to be connected with database server 120, database server 120 with wireless controller 130, carries out data communication.
Remote terminal server 110 is for receiving parameter setting instruction, and exports corresponding parameter setting information.Parameter setting information comprises the model of a plurality of WAP (wireless access point) and data is set.Model is for identifying different WAP (wireless access point), the data that data comprise that user need to arrange WAP (wireless access point) are set, as SSID (Service Set Identifier, service set), wireless mode, wireless channel and IP (internet protocol, Internet protocol) address etc.
The present embodiment medium-long range terminal server 110 can adopt GoAhead server, can pass through browser remote access and control.GoAhead server is supported the Server-side Scripting Language of ASP (Active Server Page, Active Server Page), can stably operate in Windows, Linux and Mac OS X operating system.GoAhead server is open source code mode of operation, can revise source code and reach integration of equipments with compatible different hardware equipment, and GoAhead server is supported Creating Dynamic Web Pages, can use the html tag in traditional C Programming with Pascal Language customizing Web page.Small and exquisite safe, the compatible strong feature of GoAhead server makes user on different platform environment, can stablize effective management wireless access point device.
Database server 120 is for receiving parameter setting information, and according to the model of WAP (wireless access point) to the data storage of classifying is set.
According to the model in parameter setting information, by different radio access point relevant the data storage of classify is set so that wireless controller 130 extractions.In the present embodiment, database server 120 can adopt the storage of Sqlite database that data are set.Sqlite database function is powerful, volume is little and fast operation, has adopted full C language encapsulation, and more than 80 command interface is provided, and can support the mainstream operation systems such as Windows/Linux, portable strong, easy to use.
Database server 120 according to the model of WAP (wireless access point) to the data storage of classifying is set, make wireless controller 130 can obtain respectively from database server the data that arrange of each WAP (wireless access point), arranging after data are concentrated classification storage of a plurality of WAP (wireless access point) called again, well arranged, coupling is low, is easy to expansion.
In an embodiment, remote terminal server 110 directly generates parameter setting information according to parameter setting instruction and is sent to database server 120 storages therein.
Particularly, remote terminal server can receive parameter setting instruction by Web webpage, convenient and swift.User arranges instruction by the input equipments such as keyboard or touch screen input parameter on Web webpage, the parameter of manual modification WAP (wireless access point).Remote terminal server 110 is sent to database server 120 storages by the parameter setting information generating according to the parameter setting instruction of user's input.According to the parameter setting instruction of user's input, directly generate parameter setting information, to WAP (wireless access point) is carried out to parameter setting according to actual conditions, improved the applicability of WAP (wireless access point) centralized management device.
In another embodiment, remote terminal server 110, according to parameter setting instruction, is obtained corresponding preset data information as parameter setting information, and is sent to database server stores.
It is example that the remote terminal server 110 of take equally receives parameter setting instruction by Web webpage, can set up in advance the parameterized template of WAP (wireless access point), deposit the many groups of parameters that need to arrange WAP (wireless access point) in, can comprise equally SSID, wireless mode, wireless channel and IP address etc.It is selected that the parameterized template that user needs by Web webpage click completes parameter, and remote terminal server 110 is sent to database server 120 by corresponding data.By extracting preset data information as parameter setting information, faster and more convenient operation.
In an embodiment, database server 120 receives after parameter setting information therein, according to the data that arrange of a plurality of WAP (wireless access point), the parameter information of pre-stored WAP (wireless access point) is upgraded to processing.
Database server 120 stores the parameter information of WAP (wireless access point), as the title of WAP (wireless access point), model, SSID, wireless mode, wireless channel, power output, enciphered message, IP address etc.Database server 120 receives after the parameter setting information of remote terminal server 110 transmissions, according to the model of WAP (wireless access point), by what receive, data replacement is set in corresponding parameter information, realizes the Data Update of WAP (wireless access point).
Particularly, can carry out Data Update by remote terminal server 110 server 120 of controlling database.User arranges instruction by Web webpage input parameter and generates parameter setting information, and remote terminal server 110 can be carried out Data Update by Goforms mode.Concrete steps are as follows:
Step 1: add code segment <%set_ap%> function in Web web form, upgrade wireless parameter thereby this function writes operation realization by database with webpage, data if the same no longer repeat to write.
Step 2: in the sheet disposal function of remote terminal server 110, submit to the data that arrange of different radio access point to identify by the tag attributes in Web webpage to Web web form.The function WebsGetVar () providing by remote terminal server 110 obtains the value of uploading of different labels, and then associated <%set_ap%> function completes database update.
Wireless controller 130 is delivered to corresponding WAP (wireless access point) for obtain respectively the Data Concurrent that arranges of a plurality of WAP (wireless access point) from database server 120, as WAP (wireless access point), carries out parameter adjustment.
In the present embodiment, wireless controller 130 mainly comprises Realtek8198 chip, RTL8198 chip adopts application-specific integrated circuit (ASIC) (ASIC, Application Specific Integrated Circuit) framework, a SOC (system on a chip) (SoC, System on Chip), support two layers of exchange, three layers of route and four layers of nat feature.In order further to improve processor performance, Realtek8198 chip also provides the instruction buffer district of a 16Kb and the data buffer area of a 8Kb.Realtek8198 chip has been transplanted CAPWPA kernel module, and the communication tunnel of AC and AP is provided, and implants the request of embedded web server response Web webpage, implants Sqlite3 database for interaction data storage between AC and Web webpage.The hardware platform of the data interaction providing with manufacturer and SDK (Software Development Kit, software development kit) are basis, and selecting and transplant embedded web server is goahead webserver 2.1.8, adopt mips-linux framework.The GMII/RGMII interface of wireless controller 130 is for the data interaction with database server 120, GPIO (General Purpose Input Output, universal input output) interface, UART (Universal Asynchronous Receiver/Transmitter, universal asynchronous receiving-transmitting transmitter) interface and USB (Universal Serial Bus USB) interface is for Function Extension, and wireless controller 130 also can utilize 4 local area network (LAN) RJ45 interfaces and remote terminal server 110 directly to carry out data communication.
Particularly, data being set and being written in msgPtr structure in wireless controller 130 reading database servers 120, according to the difference of writing information, adopts different protocol message composite functions.Wherein character string information adopts CWProtocolStoreRawBytes (msgPtr, DBbuffer, 16) combination of function to enter msgPtr structure.Wireless controller 130 completes after the reading and encapsulate of data is set and is handed down to WAP (wireless access point).Wherein, msgPtr structure is the structure of CWProtocolMessage type stores, and parameter comprises storage data msg, side-play amount offset, and data type data_msgType, specific as follows:
typedef?struct{
char*msg；
int?offset；
int?data_msgType；
}CWProtocolMessage。
The data-signal that WAP (wireless access point) receives after the encapsulation that wireless controller 130 sends over is resolved, by adopting corresponding analytical function to resolve to the element type of different amounts in the CWBindingParseConfigureResponse () function in SDK (SoftwareDevelopmentKit, SDK).After successfully resolved, by the data information memory obtaining in WTPQosValues structure.WTPQosValues structure is specific as follows:
typedef?struct
{
unsigned?char?queueDepth；
int?cwMin；
int?cwMax；
unsigned?char?AIFS；
unsigned?char?dot1PTag；
unsigned?char?DSCPTag；
char?DBdata[16]；
}WTPQosValues。
Wherein, DBdata[16] for storage, data are set, other parameters in WTPQosValues structure are Qos (Quality of Service, service quality) parameter, comprise queue depth, min/max contention window size etc.When follow-up newly-increased other configuration requirements, can add corresponding parameter to WTPQosValues structure, be more prone to function to expand.
After the data that WAP (wireless access point) storing received arrives, by the set_dbdata () function calling in CWBindingSetQosValues () function, arrange.Then in set_dbdata (), according to the different data that arrange, from order bag, call different orders and come into force.In the order bag of encapsulation, for the different data that arrange, there is corresponding order in advance, the scheme of different chip manufacturers is had to good versatility and compatibility.
Take SSID as example, only order need to be stored in buffer with string format command mode, utilize system setting to come into force, specific as follows:
Sprintf(buffer，"flash?set?wlan0?SSID％s"，value)；
System(buffer)。
Above-mentioned WAP (wireless access point) centralized management device, remote terminal server 110 receives parameter setting instruction, and exports corresponding parameter setting information to database server 120.Database server 120 according to the model of WAP (wireless access point) in parameter setting information the data storage of classifying being set.The Data Concurrent that arranges that wireless controller 130 obtains respectively a plurality of WAP (wireless access point) from database server 120 is delivered to corresponding WAP (wireless access point), as WAP (wireless access point), carries out parameter adjustment, realizes WAP (wireless access point) centralized management.User is without also carrying out parameter configuration to WAP (wireless access point) at the scene, and convenient to operation, improved efficiency.In addition, database server 120 according to the model of WAP (wireless access point) to the data storage of classifying is set, make wireless controller 130 can obtain respectively from database server the data that arrange of each WAP (wireless access point), arranging after data are concentrated classification storage of a plurality of WAP (wireless access point) called again, well arranged, coupling is low, is easy to expansion.
Therein in an embodiment, wireless controller 130 is also for receiving the wireless parameter of WAP (wireless access point), and being sent to database server 120, database server 120, according to the wireless parameter of WAP (wireless access point), upgrades processing to the parameter information of pre-stored WAP (wireless access point).
The pre-stored parameter information of take equally comprises that title, model, SSID, wireless mode, wireless channel, power output, enciphered message, the IP address of WAP (wireless access point) are example, in the present embodiment, can carry out Data Update by wireless controller 130 server 120 of controlling database.WAP (wireless access point), when setting up CAPWAP communication tunnel with wireless controller 130, can send CAPWAP control information to wireless controller 130, has carried the wireless parameter of WAP (wireless access point) self in CAPWAP control message.Wireless controller 130 receives that also can make corresponding response after the CAPWAP control message of transmission of WAP (wireless access point) informs WAP (wireless access point).
Wireless controller 130 carries out corresponding parsing according to the type of the CAPWAP control message receiving, to obtain wireless parameter.Analytical function is CWParseWTPBoardData (& completeMsg, elemLen, & (valuesPtr->WTPBoardData)), wherein WTPBoardData is with the wireless parameter of CWWTPVendorInfoValues structure form storage WAP (wireless access point), specific as follows:
Wireless controller 130 is pushed to database server 120 by the wireless parameter of acquisition and stores, so that remote terminal server 110 is called.Can pass through the order of Sqlite database initialize list equally: create table aptable (id integer primary key, name text, fw_version text, ipaddr text, ssid text, connections integer, channel integer, template varchar), and database inserts order insert into aptable values (0, ' myap1', ' version1', ' 192.168.1.1', ' bigtiger', 2,11, ' T1') wireless parameter of wireless controller 130 acquisitions is pushed to database server 120 storages.
According to wireless parameter, parameter information is upgraded to processing, with according to parameters to parameter information upgrade process similar, according to the model of WAP (wireless access point), the wireless parameter of reception is substituted in corresponding parameter information, realize the Data Update of WAP (wireless access point).Utilize wireless controller 130 receive the wireless parameter that WAP (wireless access point) send and be sent to database server 120 storages, so that user carries out operations such as data are consulted, extraction and analysis improve administrative convenience.
Further, remote terminal server 110 is also for receiving query statement, and from database server, obtains and export corresponding parameter information according to query statement.
User determines the data type of the WAP (wireless access point) that needs inquiry by input inquiry instruction.In the present embodiment, remote terminal server 110 real time access database servers 120, the relevant parameter information of corresponding WAP (wireless access point) in reading database server 120, and on webpage with ASP (Active Server Page, Active Server Pages) script mode shows, specifically can comprise the following steps:
Step 1: the Ejscript with embedded version JavaScript in ASP webpage writes corresponding ASP script.The function that the function <%get_ap%> that obtains the relevant parameter information of corresponding WAP (wireless access point) calls in the middle of the goahead of associated is realized corresponding function.By opening database reading database (sqlite3_get_table (db in order, " select*from aptable ", & dbResult, & nRow, & nColumn, & errmsg)) obtain wireless parameter.
Step 2: realize association with websAspDefine () in remote terminal server 110.If there is <%get_ap%> code statement in asp page face code after associated, remote terminal server 110 circular treatment obtain character string, output information to Web interface, so that user checks.
The present invention also provides a kind of management method of WAP (wireless access point) centralized management device, based on remote terminal server, database server and wireless controller, realizes, and remote terminal server connection data storehouse server, database server connects wireless controller.As shown in Figure 2, said method comprising the steps of:
Step S110: remote terminal server receives parameter setting instruction, and exports corresponding parameter setting information to database server.
Parameter setting information comprises the model of a plurality of WAP (wireless access point) and data is set.Model, for identifying different WAP (wireless access point), arranges the data that data comprise that user need to arrange WAP (wireless access point), as SSID, wireless mode, wireless channel and IP address etc.The present embodiment medium-long range terminal server can adopt GoAhead server, can pass through browser remote access and control.
In an embodiment, step S110 comprises therein: remote terminal server directly generates parameter setting information and is sent to database server stores according to parameter setting instruction.
Particularly, remote terminal server can receive parameter setting instruction by Web webpage, convenient and swift.User arranges instruction by the input equipments such as keyboard or touch screen input parameter on Web webpage, the parameter of manual modification WAP (wireless access point).Remote terminal server is sent to database server stores by the parameter setting information generating according to the parameter setting instruction of user's input.According to the parameter setting instruction of user's input, directly generate parameter setting information, to WAP (wireless access point) is carried out to parameter setting according to actual conditions, improved the applicability of WAP (wireless access point) centralized management device.
In another embodiment, step S110 comprises: remote terminal server, according to parameter setting instruction, is obtained corresponding preset data information as parameter setting information, and is sent to database server stores.
It is example that the remote terminal server of take equally receives parameter setting instruction by Web webpage, can set up in advance the parameterized template of WAP (wireless access point), deposit the many groups of parameters that need to arrange WAP (wireless access point) in, can comprise equally SSID, wireless mode, wireless channel and IP address etc.It is selected that the parameterized template that user needs by Web webpage click completes parameter, and remote terminal server is sent to database server by corresponding data.By extracting preset data information as parameter setting information, faster and more convenient operation.
Step S120: database server according to the model of WAP (wireless access point) to the data storage of classifying is set.
According to the model in parameter setting information, by different radio access point relevant the data storage of classify is set so that wireless controller extraction.In the present embodiment, database server can adopt the storage of Sqlite database that data are set.
Database server according to the model of WAP (wireless access point) to the data storage of classifying is set, make wireless controller can obtain respectively from database server the data that arrange of each WAP (wireless access point), arranging after data are concentrated classification storage of a plurality of WAP (wireless access point) called again, well arranged, coupling is low, is easy to expansion.
In an embodiment, after step S120, also comprise the data that arrange according to a plurality of WAP (wireless access point) therein, the parameter information of pre-stored WAP (wireless access point) is upgraded to the step of processing.
Database server stores has the parameter information of WAP (wireless access point), as the title of WAP (wireless access point), model, SSID, wireless mode, wireless channel, power output, enciphered message, IP address etc.Database server receives after the parameter setting information of remote terminal server transmission, according to the model of WAP (wireless access point), by what receive, data replacement is set in corresponding parameter information, realizes the Data Update that arranges of WAP (wireless access point).Particularly, user can arrange instruction by Web webpage input parameter and generate parameter setting information, remote terminal server can be carried out Data Update by Goforms mode, and detailed process has been described in detail at above-mentioned WAP (wireless access point) centralized management device, at this, does not repeat.
Step S130: the Data Concurrent that arranges that wireless controller obtains respectively a plurality of WAP (wireless access point) from database server is delivered to corresponding WAP (wireless access point), carries out parameter adjustment as WAP (wireless access point).
Data being set and being written in msgPtr structure in wireless controller reading database server, according to the difference of writing information, adopts different protocol message composite functions.Wireless controller completes after the reading and encapsulate of data is set and is handed down to WAP (wireless access point).Detailed process has been described in detail at above-mentioned WAP (wireless access point) centralized management device, at this, does not repeat.
The data-signal that WAP (wireless access point) receives after the encapsulation that wireless controller sends over is resolved, by adopting corresponding analytical function to resolve to the element type of different amounts in the CWBindingParseConfigureResponse () function in SDK.After successfully resolved, by the data information memory obtaining in WTPQosValues structure.After the data that WAP (wireless access point) storing received arrives, by the set_dbdata () function calling in CWBindingSetQosValues () function, arrange.Then in set_dbdata (), according to the different data that arrange, from order bag, call different orders and come into force.
The management method of above-mentioned WAP (wireless access point) centralized management device, remote terminal server receives parameter setting instruction, and exports corresponding parameter setting information to database server.Database server according to the model of WAP (wireless access point) in parameter setting information the data storage of classifying being set.The Data Concurrent that arranges that wireless controller obtains respectively a plurality of WAP (wireless access point) from database server is delivered to corresponding WAP (wireless access point), as WAP (wireless access point), carries out parameter adjustment, realizes WAP (wireless access point) centralized management.User is without also carrying out parameter configuration to WAP (wireless access point) at the scene, and convenient to operation, improved efficiency.In addition, database server according to the model of WAP (wireless access point) to the data storage of classifying is set, make wireless controller can obtain respectively from database server the data that arrange of each WAP (wireless access point), arranging after data are concentrated classification storage of a plurality of WAP (wireless access point) called again, well arranged, coupling is low, is easy to expansion.
In an embodiment, as shown in Figure 3, the management method of WAP (wireless access point) centralized management device is further comprising the steps of therein:
Step S140: wireless controller receives the wireless parameter of WAP (wireless access point), and is sent to database server.
WAP (wireless access point), when setting up CAPWAP communication tunnel with wireless controller, can send CAPWAP control information to wireless controller, has carried the wireless parameter of WAP (wireless access point) self in CAPWAP control message.Wireless controller receives that also can make corresponding response after the CAPWAP control message of transmission of WAP (wireless access point) informs WAP (wireless access point).
Step S150: database server, according to the wireless parameter of WAP (wireless access point), upgrades processing to the parameter information of pre-stored WAP (wireless access point).
The pre-stored parameter information of take equally comprises that title, model, SSID, wireless mode, wireless channel, power output, enciphered message, the IP address of WAP (wireless access point) are example, in the present embodiment, can carry out Data Update by the wireless controller server of controlling database.Wireless controller carries out corresponding parsing according to the type of the CAPWAP control message receiving, to obtain wireless parameter.Wireless controller is pushed to database server by the wireless parameter of acquisition and stores, so that remote terminal server is called.
The detailed process of step S140 and step S150 has been described in detail at above-mentioned WAP (wireless access point) centralized management device, at this, does not repeat.
According to wireless parameter, parameter information is upgraded to processing, with according to parameters to parameter information upgrade process similar, according to the model of WAP (wireless access point), the wireless parameter of reception is substituted in corresponding parameter information, realize the Data Update of WAP (wireless access point).Utilize wireless controller receive the wireless parameter that WAP (wireless access point) sends and be sent to database server stores, so that user carries out operations such as data are consulted, extraction and analysis improve administrative convenience.
Further, after step S150, further comprising the steps of:
Step S160: remote terminal server receives query statement, and obtains and export corresponding parameter information according to query statement from database server.
User determines the data type of the WAP (wireless access point) that needs inquiry by input inquiry instruction.In the present embodiment, remote terminal server real time access database server, the relevant parameter information of corresponding WAP (wireless access point) in reading database server, and on webpage with ASP (Active Server Page, Active Server Pages) script mode shows, so that user checks.Specific operation process has been described in detail at above-mentioned WAP (wireless access point) centralized management device, at this, does not repeat.
The above embodiment has only expressed several execution mode of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection range of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a WAP (wireless access point) centralized management device, is characterized in that, comprising:
Remote terminal server, for receiving parameter setting instruction, and exports corresponding parameter setting information; Described parameter setting information comprises the model of a plurality of WAP (wireless access point) and data is set;
Database server, connects described remote terminal server, for receiving described parameter setting information, and to described the data storage of classifying is set according to the model of WAP (wireless access point);
Wireless controller, connects described database server, for obtain respectively the Data Concurrent that arranges of described a plurality of WAP (wireless access point) from described database server, delivers to corresponding WAP (wireless access point), as described WAP (wireless access point), carries out parameter adjustment.
2. WAP (wireless access point) centralized management device according to claim 1, is characterized in that, described remote terminal server directly generates described parameter setting information and is sent to described database server stores according to described parameter setting instruction; Or described remote terminal server is according to described parameter setting instruction, obtains corresponding preset data information as described parameter setting information, and is sent to described database server stores.
3. WAP (wireless access point) centralized management device according to claim 1, is characterized in that, described remote terminal server receives described parameter setting instruction by Web webpage.
4. WAP (wireless access point) according to claim 1 is managed device concentratedly, it is characterized in that, described database server receives after described parameter setting information, according to the data that arrange of described a plurality of WAP (wireless access point), the parameter information of pre-stored WAP (wireless access point) is upgraded to processing.
5. WAP (wireless access point) according to claim 1 is managed device concentratedly, it is characterized in that, described wireless controller is also for receiving the wireless parameter of WAP (wireless access point), and be sent to described database server, described database server, according to the wireless parameter of described WAP (wireless access point), upgrades processing to the parameter information of pre-stored WAP (wireless access point).
6. WAP (wireless access point) according to claim 5 centralized management device, is characterized in that, described remote terminal server is also for receiving query statement, and from described database server, obtains and export corresponding parameter information according to described query statement.
7. a management method for WAP (wireless access point) centralized management device, is characterized in that, comprises the following steps:
Remote terminal server receives parameter setting instruction, and exports corresponding parameter setting information to database server; Described parameter setting information comprises the model of a plurality of WAP (wireless access point) and data is set;
Described database server arranges the data storage of classifying according to the model of WAP (wireless access point) to described;
The Data Concurrent that arranges that wireless controller obtains respectively described a plurality of WAP (wireless access point) from described database server is delivered to corresponding WAP (wireless access point), as described WAP (wireless access point), carries out parameter adjustment.
8. the management method of WAP (wireless access point) centralized management device according to claim 7, is characterized in that, described remote terminal server receives parameter setting instruction, and exports corresponding parameter setting information to the step of database server, comprising:
According to described parameter setting instruction, directly generate described parameter setting information and be sent to described database server stores; Or
According to described parameter setting instruction, obtain corresponding preset data information as described parameter setting information, and be sent to described database server stores.
9. the management method of WAP (wireless access point) centralized management device according to claim 7, is characterized in that, further comprising the steps of:
Described wireless controller receives the wireless parameter of WAP (wireless access point), and is sent to described database server;
Described database server, according to the wireless parameter of described WAP (wireless access point), upgrades processing to the parameter information of pre-stored WAP (wireless access point).
10. WAP (wireless access point) according to claim 9 is managed the management method of device concentratedly, it is characterized in that, described database server, according to the wireless parameter of described WAP (wireless access point), upgrades after processing the parameter information of pre-stored WAP (wireless access point), further comprising the steps of:
Described remote terminal server receives query statement, and from described database server, obtains and export corresponding parameter information according to described query statement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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