CN1882152A - Data configuration method for access network device - Google Patents
Data configuration method for access network device Download PDFInfo
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- CN1882152A CN1882152A CNA2005100770125A CN200510077012A CN1882152A CN 1882152 A CN1882152 A CN 1882152A CN A2005100770125 A CNA2005100770125 A CN A2005100770125A CN 200510077012 A CN200510077012 A CN 200510077012A CN 1882152 A CN1882152 A CN 1882152A
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Abstract
The invention relates to a data distribute method of access network device, used in the access network device which comprises a main control plate and a single plate, wherein said method comprises: A, the single plate, inserted into the access network device, reports itself information to the main control plate; B, the main control plate, based on the reported information, generates the first distribute data and the second distribute data; C, the main control plate sends the second distribute data to the single plate; the main control plate and the single plate distribute their data based on the first and second distribute data. The inventive method can make the main control plate automatically complete the data distribution of single plate.
Description
Technical field
The present invention relates to access network equipment maintenance technology in the mobile communications network, particularly the data configuration method of access network equipment.
Background technology
At present, along with the rapid expansion of communication requirement, the construction speed of access network equipment is accelerated greatly.Usually, access network equipment comprises the one or more veneer of a master control borad and control thereof at least.In construction, maintenance and the dilation process of access network equipment, will the situation of veneer inevitably can appear changing or plugging.When veneer inserted access network equipment, relative master control borad need be this veneer configuration data, made this veneer not only self can operate as normal, can also communicate with master control borad and other relevant veneer.Wherein, described access network equipment is at 2G network middle finger base station transceiver (BTS) and base station controller (BSC); At 3G network middle finger base station node B and radio network controller (RNC).Be that example is set forth the problem that prior art occurs with NodeB and RNC below, in existing NodeB and RNC, master control borad can only carry out static data configuration to each veneer, and its data configuration process is as described below.
At first, the configuration data of each veneer that current preparation will be inserted is kept in the configuration file, when master control borad inserts access network equipment, from this configuration file, resolve the configuration data that obtains each veneer, thereby the veneer of current insertion is carried out data configuration and finishes self data configuration.Because, the configuration data that different veneers are different with correspondence; And same veneer is under the different operating state, and its configuration data also may change thereupon.Therefore, when access network equipment is changed veneer or changed single-board operation state, will carry out corresponding change to configuration file probably, master control borad restarts then, and the configuration data in the amended configuration file is handed down to each veneer.Wherein, master control borad be configuration data that the veneer of current insertion generates be master control borad with this veneer between relevant data, these data comprise two corresponding parts: one, be configured by master control borad, relevant data between master control borad and the veneer, be commonly referred to the configuration data of master control borad; Two, the data that are configured by veneer, veneer is relevant with master control borad are commonly referred to the configuration data of veneer.Master control borad is finished self configuration according to the configuration data of master control borad, and the configuration data of veneer is handed down to current single board, finishes self configuration by this veneer according to the configuration data of the veneer that receives.Describe for simplifying, this paper with above-mentioned master control borad with veneer between relevant configuration data be called first configuration data, with veneer, the configuration data relevant with master control borad be called second configuration data.Here, the related data of each veneer transfer resource of the main finger networking of configuration data as herein described equipment control is such as the information such as transfer resource sign that are the veneer distribution of current insertion.
According to above description as seen, have more artificial participation factor in the data configuration process of prior art, user's workload is bigger.And, when the change of each veneer causes configuration data to change, all will revise configuration file, restart master control borad and reset Configuration Data, and all veneers that inserted also will reconfigure according to the data that master control borad issues; But, except needing the veneer of reconfiguration data, also may there be the veneer that does not change in the veneer that has inserted owing to operating state etc. changes, these veneers that do not change need not to reset Configuration Data.Therefore, above-mentioned existing data configuration method has not only produced the data configuration operation of bulk redundancy, and restarting of master control borad also makes the operate as normal of the veneer that does not change be affected.
Expansion along with access network equipment scales such as NodeB and RNC, changing operations such as veneer, change single board state will occur more frequently, if each veneer all will reorganize configuration file, starts master control borad, reconfigure the data that all have inserted veneer when changing, this will bring unnecessary trouble and risk to the maintenance work of access network equipment.As seen, work such as the function expansion of the inconvenient equipment of the data configuration technology of existing access network equipment, maintenance especially are not suitable for being applied to the access network equipment of the function complexity of master control borad and veneer One's name is legion.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of data configuration method of access network equipment, in access network equipment, makes master control borad can finish the data configuration of veneer automatically.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention discloses a kind of data configuration method of access network equipment, be used to comprise the access network equipment of master control borad and veneer, this method comprises:
The information that reports self when A. veneer inserts access network equipment is to self relevant master control borad;
B. the information that described master control borad reports according to described veneer generates first configuration data and second configuration data;
C. described master control borad is handed down to described veneer with described second configuration data, and this master control borad and veneer are respectively by first configuration data and second configuration data configuration its data.
Wherein, this method further comprises: the static configuration data that master control borad and each veneer are set in configuration file; Described master control borad is resolved the static configuration data that obtains master control borad and each veneer from described configuration file, and the static configuration data of the master control borad that obtains by parsing configuration its data; Among the step B, first configuration data that is generated and second configuration data are dynamic configuration data; Among the step C, described master control borad issues the static configuration data of this veneer further for the veneer of current insertion.
Wherein, this method further comprises: the dynamic configuration data default value that master control borad is set; Described master control borad obtains the dynamic configuration data default value of this master control borad, and by this dynamic configuration data default value configuration its data; Among the step C, the method of described master control borad configuration its data is: described master control borad judges whether first configuration data that is generated is consistent with the dynamic configuration data default value of the master control borad that has disposed, if consistent, the dynamic data default value that then keeps this to dispose is constant; Otherwise use first configuration data that is generated to reconfigure its data.
Wherein, the described dynamic configuration data default value that master control borad is set is: for each veneer relevant with master control borad is provided with a default value; Step C is described to be judged as: be judged as in each default value that master control borad is provided with, whether the default value that is provided with for the veneer of current insertion is identical with described first configuration data.
The related single-boards information of each veneer wherein, further is set in described configuration file; Before described step B, further comprise: whether the veneer of judging current insertion according to the related single-boards information of each veneer in the described configuration file is relevant with other veneer, if, execution in step B ' in execution in step B and step C then; Otherwise execution in step B and step C;
Described step B ' comprising:
B ' judges 1. whether other veneer relevant with the veneer of current insertion inserts, if, then according to the information of described other veneer that has inserted of the information of the veneer of current insertion and self record, generate the 3rd configuration data and the 4th configuration data, write down the information of the veneer of current insertion, execution in step B ' 2; Otherwise write down the information of the veneer of current insertion, finish described step B ';
Veneer and described other veneer that has inserted that the 2. described master control borad of B ' is sent to current insertion respectively with the 3rd configuration data that generated and the 4th configuration data, the veneer of this current insertion and this other veneer that has inserted are by the configuration data configuration its data that receives.
Wherein, this method further comprises: the dynamic configuration data default value of each veneer is set, and described master control borad obtains the dynamic configuration data default value of each veneer; Among the step B1, when other veneer that described judgement is relevant with the veneer of current insertion does not also insert, further comprise: the veneer that the dynamic configuration data default value of the veneer of the current insertion of being obtained is handed down to this current insertion; The veneer of this current insertion is by the dynamic configuration data default value configuration its data that receives; Among the step B2, described master control borad sends the 4th configuration data to other veneer method that this has inserted: whether the 4th configuration data of judging current generation is consistent with the dynamic configuration data default value that is handed down to this other veneer that has inserted, if consistent, then do not issue the 4th configuration data to this other veneer that has inserted; Otherwise issue the 4th configuration data to this other veneer that has inserted, this other veneer that has inserted reconfigures its data according to the 4th configuration data that receives.
Wherein, the dynamic configuration data default value of each veneer that is provided with in the described configuration file is: for each related single-boards of each veneer is provided with a default value; The dynamic configuration data default value that sends among the step B ' 1 is: in each default value that is provided with for each veneer, and the default value that is provided with for each related single-boards of the veneer of current insertion; Step B ' 2 described being judged as: be judged as in each default value that the described veneer that inserted is provided with, whether the default value that is provided with for the veneer of current insertion is identical with described the 4th configuration data.
Wherein, described dynamic configuration data default value is arranged in the configuration file, and the described dynamic configuration data default value that obtains is: when master control borad inserts access network equipment, resolve from configuration file and obtain the dynamic configuration data default value; Perhaps, described dynamic configuration data default value is arranged in the control program of master control borad, and the described dynamic configuration data default value that obtains is: when master control borad inserted access network equipment, the control program of master control borad disposed the dynamic configuration data default value to master control borad.
Wherein, the information that reports of described veneer comprises: board type; Described dynamic configuration data comprises: the transfer resource sign.
Wherein, described access network equipment is: BTS or BSC; Perhaps be: base station node B or RNC.
By such scheme as can be seen, key of the present invention is: veneer initiatively reports self information to give master control borad when inserting access network equipment, the information that master control borad reports according to veneer generates first configuration data and second configuration data, second configuration data is handed down to described veneer, and master control borad and veneer are finished self configuration according to first configuration data that is generated and second configuration data respectively.
The data configuration method of access network equipment provided by the present invention need not human intervention in whole data configuration process.Master control borad can not only be realized the data configuration between self and each veneer automatically, can also finish the data configuration between the related single-boards automatically.In addition, for reducing data processing amount, configuration data can be divided into static state and dynamically handle; According to realizing needs, also can further before inserting, adopt by veneer the dynamic configuration data default value to be configured.State in realization in the data configuration process of multiple mode, the data configuration that plug the caused operation of a certain veneer can't have influence on the operate as normal of other veneer, can not cause redundant data configuration operation yet, thereby the inventive method is implemented the basis for the on-line debugging of access network equipment, dilatation etc. provide, and can be called the useful of current access network equipment maintenance technology and replenish.
Description of drawings
Fig. 1 disposes a preferred embodiment handling process schematic diagram for related data between veneer in the inventive method and the master control borad;
Fig. 2 disposes another preferred embodiment handling process schematic diagram for related data between veneer in the inventive method and the master control borad;
Fig. 3 disposes a preferred embodiment handling process schematic diagram for related data between the veneer in the inventive method;
Fig. 4 disposes another preferred embodiment handling process schematic diagram for related data between the veneer in the inventive method.
Embodiment
The present invention is further described in more detail below in conjunction with drawings and the specific embodiments.
The invention provides a kind of data configuration method of access network equipment, the main processing thought of this method is: veneer initiatively reports self information to give master control borad when inserting access network equipment; This master control borad generates first configuration data and second configuration data according to the information of the described veneer that receives, and second configuration data that is generated is handed down to the veneer of this current insertion; Thereby the veneer of this master control borad and this current insertion can be finished self configuration by first configuration data and second configuration data respectively.Here, the information of described veneer comprises: board type, the slot number that is inserted, physical address, port numbers or the like.
Because when finishing data configuration between master control borad and each veneer, there have quite a few data to remain to be constant, these type of data are called as static configuration data, such as: E1/T1 transmission mode etc.The current state of some data and veneer and master control borad is relevant, may change, and these type of data are called as dynamic configuration data, such as: E1/T1 mode of operation, transfer resource sign etc.To simplify the process, can be in advance the static configuration data of master control borad and each veneer be kept in the configuration file, when master control borad inserts, reads configuration file automatically, therefrom resolve the static configuration data that obtains master control borad and each veneer; Then, when veneer inserted, master control borad generated dynamic configuration data according to the single board information of current insertion again, and the dynamic configuration data that generate this moment comprises: second configuration data of first configuration data of master control borad configuration and the configuration of current insertion veneer.
The inventive method can be applicable to the described BSC of background technology, BTS, RNC and NodeB equipment, is that example is described in detail the inventive method to be applied to RNC or NodeB equipment below.
Wherein, master control borad except to generate self with the veneer of current insertion between the relevant dynamic configuration data, relevant dynamic configuration data between the veneer that also will generate current insertion in some cases and other veneer.Because it is relatively independent to generate and dispose the processing of these two kinds of dynamic configuration data, below will be set forth respectively using the process that the inventive method generated and disposed these two kinds of dynamic configuration data.By as can be known noted earlier, dynamic configuration data relevant between the veneer of master control borad and current insertion comprises two corresponding parts: first configuration data and second configuration data; Dynamic configuration data relevant between the veneer of described current insertion and other veneer also comprises two corresponding parts: one, by data relevant between the veneer of current insertion veneer that be configured, this current insertion and other veneer, this paper abbreviates the 3rd configuration data as; Relevant data between the veneer that two, be configured by described other relevant veneer, this other veneer and this current insertion, this paper abbreviates the 4th configuration data as.
After embodiment illustrated in figures 1 and 2 has only described a veneer insertion access network equipment and startup, the layoutprocedure of related data between master control borad and this veneer, after each veneer inserts access network equipment and starts, master control borad all will be finished the configuration of related data between the veneer of self and current insertion by step illustrated in figures 1 and 2.
Fig. 1 disposes a preferred embodiment handling process schematic diagram for related data between veneer in the inventive method and the master control borad.In the present embodiment, the veneer of current insertion is a veneer 1.As shown in Figure 1, concrete treatment step comprises:
Step 101: after master control borad inserts access network equipment, read the configuration file of preserving in advance, from configuration file, resolve the static configuration data that obtains self and each veneer.
Step 102: the static configuration data that master control borad uses step 101 to resolve the master control borad that obtains is finished the configuration of self static data.
Step 103: after veneer 1 inserts access network equipment, report the information of the veneer 1 of self to give master control borad.
Here, the information of described veneer 1 comprises: board type of the slot number that veneer 1 is inserted, physical address, port numbers, veneer 1 or the like.
Step 104: master control borad generates dynamic configuration data relevant between this veneer 1 and the master control borad according to the information of the veneer 1 that receives, and comprising: described first configuration data and second configuration data.
For RNC or NodeB equipment, wherein each veneer of Cha Ruing is mainly finished the function treatment of each Iub interface transport module among RNC or the NodeB, master control borad mainly is in charge of the transfer resource of each veneer, the dynamic configuration data of its generation mainly is included as the information such as transfer resource sign that each veneer distributes, therefore, the process of described generation dynamic configuration data mainly comprises: the information that reports according to veneer is determined the transfer resource type of veneer, for this veneer distributes the required transfer resource of the type, and with the information such as sign of the transfer resource that distributed as dynamic configuration data, the processing of this part allocation of transmission resources can adopt known technology to realize, no longer is described in further detail here.Wherein, described transfer resource sign is often referred to the transfer resource identification number that is distributed.
As seen, the concrete function that master control borad and each veneer are realized is depended in the concrete processing of master control borad generation dynamic configuration data, can use prior art according to the concrete function of master control borad and the realization of each veneer and generate concrete dynamic configuration data, this this paper no longer is described in further detail, and the present invention does not limit the concrete processing mode that generates dynamic configuration data yet.
Step 105: first configuration data that master control borad uses step 104 to generate is finished the configuration of self dynamic data.Simultaneously, resolve the static configuration data that obtains veneer 1 in second configuration data that step 104 is generated and the step 101 and together be handed down to veneer 1, veneer 1 is finished self configuration static and dynamic data according to second configuration data that receives and static configuration data.
So far, data configuration relevant between master control borad and the veneer 1 is all finished, but on the basis of data configuration master control borad can be successfully to veneer 1 implement control, veneer 1 also operate as normal and can be successfully and master control borad communicate.
In embodiment illustrated in fig. 1, have only after veneer 1 has reported self information, the dynamic configuration data relevant with veneer 1 that master control borad could generate self also finished self dynamic data configuration.The present invention also provides another kind of implementation, exactly: the dynamic configuration data default value that sets in advance master control borad, master control borad inserts access network equipment and obtains the dynamic configuration data default value of this master control borad when starting, and directly uses this dynamic configuration data default value configuration self dynamic data; Then after receiving the information that veneer 1 reports, whether judgement is consistent with the dynamic configuration data default value that has disposed according to first configuration data that this information generates, if it is consistent, then keep original data configuration constant, if inconsistent, then first configuration data by current generation reconfigures its data.The embodiment that adopts this kind implementation as shown in Figure 2.
Fig. 2 disposes another preferred embodiment handling process schematic diagram for related data between veneer in the inventive method and the master control borad.In the present embodiment, the veneer of current insertion is a veneer 1.The dynamic configuration data default value of described master control borad is arranged in the configuration file, and the method that master control borad obtains the dynamic configuration data default value is: resolve the dynamic configuration data default value that obtains this master control borad from configuration file.As shown in Figure 2, concrete treatment step comprises:
Step 201: after master control borad inserts access network equipment, read the configuration file of preserving in advance, from configuration file, resolve the static configuration data that obtains self and each veneer, also resolve the dynamic configuration data default value that obtains master control borad simultaneously.
Here, the dynamic configuration data default value of master control borad can be set to: for all veneer unifications relevant with master control borad are provided with a default value; Perhaps, for each veneer relevant with master control borad is provided with a default value, such as: when master control borad was used to manage the transfer resource of each veneer, the dynamic configuration data default value of master control borad can be set to: the transfer resource that distributes for each veneer relevant with master control borad identifies default value.The present invention does not limit for the dynamic configuration data default value how master control borad is set.
Step 202: the static configuration data that master control borad uses step 201 to resolve the master control borad that obtains is finished the configuration of self static data, dynamic configuration data default value configuration self dynamic data that uses step 201 to resolve simultaneously to obtain master control borad.
Step 203: after veneer 1 inserts access network equipment, report the information of the veneer 1 of self to give master control borad.
Step 204: master control borad generates dynamic configuration data relevant between this veneer 1 and the master control borad according to the information of the veneer 1 that receives, and this dynamic configuration data comprises: described first configuration data and second configuration data.
Step 205: whether first configuration data that master control borad determining step 204 generates is consistent with the dynamic configuration data default value of the master control borad that step 202 has disposed, if unanimity then keeps the dynamic data that self disposes constant; If inconsistent, then delete the dynamic configuration data default value of the master control borad that step 202 disposed, first configuration data that uses step 204 to generate reconfigures self dynamic data.
Here, described judgement is specially: judge in each dynamic configuration data default value of master control borad, whether the dynamic configuration data default value that is provided with for veneer 1 is identical with described first configuration data, if it is identical, illustrate that first configuration data is consistent with described dynamic configuration data default value, otherwise illustrate inconsistent.。
Simultaneously, resolve the static configuration data that obtains veneer 1 in second configuration data that master control borad also generates step 204 and the step 201 and together be handed down to veneer 1, this veneer 1 is finished self configuration static and dynamic data according to second configuration data that receives and static configuration data.
Because master control borad will be each veneer configuration-related data relevant with self.Therefore, when each veneer relevant with master control borad inserts access network equipment, all want the described processing of execution graph 1 or Fig. 2.If the veneer of current insertion is also relevant with other veneer, master control borad also will be further as being each veneer configuration relevant data between them as described in following Fig. 3 and Fig. 4.
The embodiment of Fig. 3 and Fig. 4 mainly discusses the process that master control borad is two related single-boards configuration datas, in the actual treatment, also will comprise the processing of related data between master control borad configuration self and the veneer among the embodiment of Fig. 3 and Fig. 4.The processing of related data among Fig. 3 and Fig. 4 and between not shown Fig. 1 and described master control borad configuration of Fig. 2 self and the veneer is described for being simplified.The embodiment that just sets Fig. 3 and Fig. 4 is in execution graph 3 and step shown in Figure 4, also carry out Fig. 1 or processing shown in Figure 2: master control borad inserts the back and parses the static configuration data of self and each veneer according to configuration file, relevant dynamic configuration data between the veneer of master control borad configuration self and current insertion.
Fig. 3 and the master control borad of having described embodiment illustrated in fig. 4 are the process that two related single-boards dispose related data between them.For per two relevant veneers, master control borad all can be finished data configuration between these two related single-boards by Fig. 3 and step shown in Figure 4.
Fig. 3 disposes a preferred embodiment handling process schematic diagram for related data between the veneer in the inventive method.In the present embodiment, veneer 1 successively inserts access network equipment with veneer 2, and veneer 1 is relevant with veneer 2.As shown in Figure 3, concrete treatment step comprises:
Step 301: after veneer 1 inserts access network equipment, report the information of veneer 1 to give master control borad.
Step 302: master control borad judges that veneer 2 is relevant with veneer 1, but also insertion of veneer 2 is then preserved the information that the described veneer 1 of step 301 reports, and write down this veneer 1 and inserted.
Whether also described each veneer in the configuration file of master control borad here, relevant with other veneer and relevant with which other veneer.After master control borad receives the information that veneer reports, at first can judge according to the description of configuration file whether veneer is relevant with other veneer, if other veneer that this veneer is not relevant, then only handle by Fig. 1 or the described subsequent step of Fig. 2, needn't execution graph 3 or the described subsequent step of Fig. 4; If other veneer that this veneer is relevant with other veneer and should be correlated with inserts, then generate dynamic configuration data relevant between these two related single-boards; Should also not insert by other relevant veneer if this veneer is relevant with other veneer, then write down the veneer of current insertion, wait for that this other relevant veneer inserts the two relevant dynamic configuration data of back regeneration.Here, therefore the information of the veneer of all insertions of master control borad real time record can judge whether this other relevant veneer inserts.
Present embodiment is set: veneer 1 inserts earlier, and insert relative veneer 2 backs.So the result that this step master control borad is judged is: the relevant but also insertion of veneer 2 of veneer 1 and veneer 2.
Step 303: after veneer 2 inserts access network equipment, report the information of veneer 2 to give master control borad.
Step 304: master control borad judges that veneer 2 is relevant with veneer 1, and veneer 1 has inserted.
Step 305: veneer 2 information that master control borad receives according to veneer 1 information and the step 303 of self step 302 record, generate dynamic configuration data relevant between veneer 1 and the veneer 2, this dynamic configuration data comprises: dynamic configuration data veneer 2, that this veneer 2 and veneer 1 are relevant abbreviates the 3rd configuration data as; Dynamic configuration data veneer 1, that this veneer 1 and veneer 2 are relevant abbreviates the 4th configuration data as.
When master control borad was used to manage the transfer resource of each veneer, the dynamic configuration data that this step generated comprised: the information such as transfer resource sign that signal post needs between veneer 1 that master control borad distributes and the veneer 2.
Step 306: master control borad is handed down to veneer 2 with the 3rd configuration data that step 305 generates.
Step 307: veneer 2 is finished self dynamic data configuration according to the 3rd configuration data that receives.
Step 308: master control borad is handed down to veneer 1 with the 4th configuration data that step 305 generates.
Step 309: veneer 1 is finished self dynamic data configuration according to receiving the 4th configuration data.
The above step 306 and step 307 can be placed on the back of step 308 and step 309 and carry out or carry out synchronously, and the present invention does not limit their execution sequence.
So far, data configuration relevant between veneer 1 and the veneer 2 is all finished, on the basis of data configuration veneer 1 can be successfully and veneer 2 communicate.
In embodiment illustrated in fig. 3, have only after veneer 1 and veneer 2 all report self information, master control borad could generate relevant dynamic configuration data between veneer 1 and the veneer 2, again institute is generated dynamic configuration data and is handed down to veneer 1 and veneer 2.The present invention also provides another kind of implementation: set in advance the dynamic configuration data default value of each veneer, after master control borad inserts access network equipment and startup, obtain the dynamic configuration data default value of each veneer.Then, be example with related data between configuration veneer 1 and the veneer 2, after master control borad receives the information that veneer 1 reports, the dynamic configuration data default value of the veneer 1 that obtained is handed down to veneer 1; After master control borad receives the information that veneer 2 reports, whether judgement is consistent with the dynamic configuration data default value of the veneer 1 that has issued according to the 4th configuration data of the information generation of veneer 1 and veneer 2, if it is consistent, issue the 4th configuration data then no longer for veneer 1, if inconsistent, then the 4th configuration data with current generation is handed down to veneer 1.The embodiment that adopts this kind implementation as shown in Figure 4.
Fig. 4 disposes another preferred embodiment handling process schematic diagram for related data between the veneer in the inventive method.In the present embodiment, veneer 1 successively inserts access network equipment with veneer 2, and veneer 1 is relevant with veneer 2.The dynamic configuration data default value of described each veneer is arranged in the configuration file, and the method that master control borad obtains this dynamic configuration data default value is: resolve the dynamic configuration data default value that obtains each veneer from configuration file.As shown in Figure 4, concrete treatment step comprises:
Step 401: after veneer 1 inserts access network equipment, report the information of veneer 1 to give master control borad.
Step 402: master control borad judges that veneer 2 is relevant with veneer 1, but also insertion of veneer 2 is then preserved the information that the described veneer 1 of step 401 reports, and write down this veneer 1 and inserted.
Present embodiment is set: veneer 1 inserts earlier, and insert relative veneer 2 backs.So the judged result of this step is: the relevant but veneer 2 of veneer 1 and veneer 2 also inserts.
Step 403: master control borad is resolved the dynamic configuration data default value that obtains veneer 1 from configuration file.
Here, the dynamic configuration data default value of each veneer in the described configuration file can be set to: for all veneer unifications are provided with a default value; Perhaps, for each veneer a default value is set; Perhaps, for each related single-boards of each veneer is provided with a default value, such as being set to: the transfer resource sign default value that each veneer and each related single-boards communicate.The present invention does not limit for the setting of this default value.The dynamic configuration data default value of described veneer 1 is: in each default value that is provided with for each veneer, and each default value that is provided with for each related single-boards of veneer 1.
Step 404: master control borad is handed down to veneer 1 with the dynamic configuration data default value of the veneer 1 that step 403 obtains.
Step 405: veneer 1 is finished self dynamic data configuration according to the dynamic configuration data default value that receives.
Step 406: after veneer 2 inserts access network equipment, report the information of veneer 2 to give master control borad.
Step 407: master control borad judges that veneer 2 is relevant with veneer 1, and veneer 1 has inserted.
Step 408: veneer 2 information that master control borad receives according to veneer 1 information and the step 406 of self step 402 record, generate dynamic configuration data relevant between this veneer 1 and this veneer 2, this dynamic configuration data comprises: dynamic configuration data veneer 2, that this veneer 2 and veneer 1 are relevant abbreviates the 3rd configuration data as; Dynamic configuration data veneer 1, that this veneer 1 and veneer 2 are relevant abbreviates the 4th configuration data as.
Step 409: master control borad is handed down to veneer 2 with the 3rd configuration data that step 408 generates.
Step 410: veneer 2 is finished self dynamic data configuration according to the 3rd configuration data that receives.
Step 411: whether the 4th configuration data that master control borad determining step 408 generates is consistent with the dynamic configuration data default value of the veneer 1 that step 404 has issued, if consistent, then no longer issues the 4th configuration data that is generated, and finishes to work as pre-treatment; If inconsistent, then execution in step 412.
The described judgement of this step is specially: be judged as in each default value of veneer 1 setting, whether the default value that is provided with for the veneer 2 of being correlated with veneer 1 is identical with described the 4th configuration data, if identical, illustrate that described the 4th configuration data is consistent with the dynamic configuration data default value that has disposed; If difference then illustrate inconsistent.
Step 412: master control borad is handed down to veneer 1 with the 4th configuration data that step 408 generates.
Step 413: veneer 1 reconfigures self dynamic data according to the 4th configuration data that receives.
The above step 409 and step 410 can be placed on step 411 and carry out or carry out synchronously to the back of step 413, and the present invention does not limit their execution sequence.
Wherein, the dynamic configuration data default value of master control borad or each veneer is except being arranged in the control program that can also be arranged on master control borad in the configuration file, when master control borad inserted access network equipment, this control program can be automatically disposes the dynamic configuration data default value of master control borad or each veneer to master control borad.In addition, in the time will revising the dynamic configuration data default value of master control borad or each veneer, amended dynamic configuration data default value can be arranged in the configuration file, finish the renewal of dynamic configuration data default value by reshuffling of configuration file.In a word, the method that the dynamic configuration data default value is set has multiple, and the present invention does not limit, because the problem that the non-the present invention of the concrete processing of dynamic configuration data default value solves is set, so this paper is not described further this.
In sum, use the inventive method master control borad can generate configuration data in real time and be handed down to current insertion when veneer inserts access network equipment veneer, thereby finish data configuration.And when the data of the veneer that disposes current insertion, needn't restart master control borad, needn't reshuffle current all veneer data of having inserted, thereby can not produce any influence the work of other veneer.Like this, in the process of access network equipment first stage of construction or software upgrading, use the inventive method and just can make the access network equipment support not restart master control borad, not influence the normal single board plug-and-use function of moving of other veneer; And then, make access network equipments such as NodeB or RNC be achieved the transfer resource dilatation of not interrupting current business, thereby improved stability and practicality that access network equipment is safeguarded greatly.
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 done within the spirit and principles in the present invention, be equal to replacement, improvement etc., all be included in protection scope of the present invention.
Claims (10)
1, a kind of data configuration method of access network equipment is used to comprise the access network equipment of master control borad and veneer it is characterized in that this method comprises:
The information that reports self when A. veneer inserts access network equipment is to self relevant master control borad;
B. the information that described master control borad reports according to described veneer generates first configuration data and second configuration data;
C. described master control borad is handed down to described veneer with described second configuration data, and this master control borad and veneer are respectively by first configuration data and second configuration data configuration its data.
2, method according to claim 1 is characterized in that, this method further comprises: the static configuration data that master control borad and each veneer are set in configuration file; Described master control borad is resolved the static configuration data that obtains master control borad and each veneer from described configuration file, and the static configuration data of the master control borad that obtains by parsing configuration its data;
Among the step B, first configuration data that is generated and second configuration data are dynamic configuration data;
Among the step C, described master control borad issues the static configuration data of this veneer further for the veneer of current insertion.
3, method according to claim 2 is characterized in that, this method further comprises: the dynamic configuration data default value that master control borad is set; Described master control borad obtains the dynamic configuration data default value of this master control borad, and by this dynamic configuration data default value configuration its data;
Among the step C, the method of described master control borad configuration its data is: described master control borad judges whether first configuration data that is generated is consistent with the dynamic configuration data default value of the master control borad that has disposed, if consistent, the dynamic data default value that then keeps this to dispose is constant; Otherwise use first configuration data that is generated to reconfigure its data.
4, method according to claim 3 is characterized in that, the described dynamic configuration data default value that master control borad is set is: for each veneer relevant with master control borad is provided with a default value;
Step C is described to be judged as: be judged as in each default value that master control borad is provided with, whether the default value that is provided with for the veneer of current insertion is identical with described first configuration data.
5, method according to claim 2 is characterized in that, the related single-boards information of each veneer further is set in described configuration file;
Before described step B, further comprise: whether the veneer of judging current insertion according to the related single-boards information of each veneer in the described configuration file is relevant with other veneer, if, execution in step B ' in execution in step B and step C then; Otherwise execution in step B and step C;
Described step B ' comprising:
B ' judges 1. whether other veneer relevant with the veneer of current insertion inserts, if, then according to the information of described other veneer that has inserted of the information of the veneer of current insertion and self record, generate the 3rd configuration data and the 4th configuration data, write down the information of the veneer of current insertion, execution in step B ' 2; Otherwise write down the information of the veneer of current insertion, finish described step B ';
Veneer and described other veneer that has inserted that the 2. described master control borad of B ' is sent to current insertion respectively with the 3rd configuration data that generated and the 4th configuration data, the veneer of this current insertion and this other veneer that has inserted are by the configuration data configuration its data that receives.
6, method according to claim 5 is characterized in that, this method further comprises: the dynamic configuration data default value of each veneer is set, and described master control borad obtains the dynamic configuration data default value of each veneer;
Among the step B ' 1, when other veneer that described judgement is relevant with the veneer of current insertion does not also insert, further comprise: the veneer that the dynamic configuration data default value of the veneer of the current insertion of being obtained is handed down to this current insertion; The veneer of this current insertion is by the dynamic configuration data default value configuration its data that receives;
Among the step B ' 2, described master control borad sends the 4th configuration data to other veneer method that this has inserted: whether the 4th configuration data of judging current generation is consistent with the dynamic configuration data default value that is handed down to this other veneer that has inserted, if consistent, then do not issue the 4th configuration data to this other veneer that has inserted; Otherwise issue the 4th configuration data to this other veneer that has inserted, this other veneer that has inserted reconfigures its data according to the 4th configuration data that receives.
7, method according to claim 6 is characterized in that, the described dynamic configuration data default value that each veneer is set is: for each related single-boards of each veneer is provided with a default value;
The dynamic configuration data default value that sends among the step B ' 1 is: in each default value that is provided with for each veneer, and the default value that is provided with for each related single-boards of the veneer of current insertion;
Step B ' 2 described being judged as: be judged as in each default value that the described veneer that inserted is provided with, whether the default value that is provided with for the veneer of current insertion is identical with described the 4th configuration data.
8, according to claim 3,4,6 or 7 described methods, it is characterized in that, described dynamic configuration data default value is arranged in the configuration file, the described dynamic configuration data default value that obtains is: when master control borad inserts access network equipment, resolve from configuration file and obtain the dynamic configuration data default value; Perhaps,
Described dynamic configuration data default value is arranged in the control program of master control borad, and the described dynamic configuration data default value that obtains is: when master control borad inserted access network equipment, the control program of master control borad disposed the dynamic configuration data default value to master control borad.
9, according to each described method of claim 1 to 7, it is characterized in that the information that described veneer reports comprises: board type; Described dynamic configuration data comprises: the transfer resource sign.
10, according to each described method of claim 1 to 7, it is characterized in that described access network equipment is: base station transceiver BTS or base station controller BSC; Perhaps be: base station node B or radio resource controller RNC.
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| CNB2005100770125A CN100421494C (en) | 2005-06-13 | 2005-06-13 | Data configuration method for access network device |
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| WO2010028553A1 (en) * | 2008-09-10 | 2010-03-18 | 华为技术有限公司 | Method, single board and system for port configuration management |
| CN101420705B (en) * | 2007-10-26 | 2010-09-29 | 中兴通讯股份有限公司 | Inter-board parameter configuration management method |
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| CN1154046C (en) * | 2001-04-06 | 2004-06-16 | 华为技术有限公司 | Method for testing single board presence |
| CN100380320C (en) * | 2003-03-28 | 2008-04-09 | Ut斯达康(中国)有限公司 | Method for configurating singleboard automatically |
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| WO2010028553A1 (en) * | 2008-09-10 | 2010-03-18 | 华为技术有限公司 | Method, single board and system for port configuration management |
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