CN100551091C - A kind of method that detects veneer system mode of living in - Google Patents
A kind of method that detects veneer system mode of living in Download PDFInfo
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- CN100551091C CN100551091C CNB2004101026240A CN200410102624A CN100551091C CN 100551091 C CN100551091 C CN 100551091C CN B2004101026240 A CNB2004101026240 A CN B2004101026240A CN 200410102624 A CN200410102624 A CN 200410102624A CN 100551091 C CN100551091 C CN 100551091C
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- veneer
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Abstract
The invention provides a kind of method that detects veneer system mode of living in, be specially: the master obtains the veneer sign of storing in the external memory unit with veneer; Judge whether this master is identical with the veneer sign of storing in the sign of veneer and the described external memory unit, if different adaptation processing of then carrying out system and veneer; Wherein, described veneer sign can be the barcode number of veneer inside.The present invention makes veneer can know the change of system of living in automatically, thereby has higher reliability; Can start the required operation of carrying out behind the single-board replacement automatically by this method, improve the treatment effeciency that changes plate; Further, when the present invention is used for mobile communication system, made full use of the framework of existing system, under the situation that does not increase system cost, can make system change the plate detection automatically and then start and change the plate reprocessing.
Description
Technical field
The present invention relates to a kind of method that detects veneer system mode of living in, especially a kind of veneer detects the method whether residing system changes.
Background technology
In the existing electronic product, be a kind of more general method by polylith veneer composition electronic product or system, especially in communication equipment, it is more flexible that this method is used the functional circuit that exists with the veneer form, improved the versatility of functional circuit.In actual applications, because a variety of causes may need the veneer in the system is changed, after veneer is changed, because the factor such as do not match of single board information and system information, will cause the veneer can't the coupled system operate as normal.To change master control borad in the base station system is example, and the problem in the practical application is described.
The software of base station mainly operates on the master control borad, and master control borad has been preserved the alarm log of base station operation, and is responsible for and outside centralized maintenance center communication, guarantees that the alarm log of base station can in time be synchronized to the centralized maintenance center.When breaking down, master control borad need change master control, and the master control borad of changing may move on other base stations, and preserve some historical alarm logs, if these alarm logs upload to the centralized maintenance center, then do not benefit administering and maintaining of system; In addition, because the sign of identification different base station is present on the master control borad, in case replacing has taken place master control borad, software also is replaced simultaneously, because the information on the master control borad of front and back do not match, will cause the base station can't operate as normal; And, can't provide extra memory cell with the storage base station information in the existing base station equipment again, whether therefore, new master control borad can't obtain this base station information from base station equipment, operate on the same base station before and after causing judging this master control borad.
In order to address the above problem, key is whether the running environment that detects master control borad change has taken place, in the prior art, whether the master control borad in the also reliable without comparison method energy base stations detected was replaced, generally, need artificial judgement and the manual certain operations of carrying out, to solve some problems of bringing behind the single-board replacement.For example: influence administering and maintaining of base station in the system for fear of changing historical alarm log behind the master control borad, before the replacing of carrying out master control borad, remove the fail message on the master control borad, comprise daily record on the deletion master control borad etc.
By above-mentioned example as can be seen, in the prior art, relating to the existing defective of method of changing the veneer process is: be artificial craft and carry out owing to change operations such as detection in the plate process, thereby guarantee not omitted inside being difficult in workflow, and, because veneer can't know automatically whether residing running environment (being the system at place) change has taken place in the prior art, make when veneer operates in new system, veneer can not start relative program automatically adapting to new operational module, so conventional detection does not have high reliability; Simultaneously, because prior art can't be accomplished automatic detection, and then reduced the whole treatment effeciency that changes the plate process.
Summary of the invention
The problem to be solved in the present invention provides a kind of veneer from the detection method, and this method not only can make veneer detect the change of running environment automatically, and has higher reliability.
For solving the problems of the technologies described above, the objective of the invention is to be achieved through the following technical solutions: 1) master obtains the veneer sign of storing in the external memory unit with veneer; 2) judge whether this master is identical with the veneer sign of storing in the sign of veneer and the described external memory unit, if different adaptation processing of then carrying out system and veneer, described adaptation processing comprises: the veneer sign that upgrades described external memory unit storage is that current master obtains the main veneer sign of using with veneer sign or standby board.
In the said method, step 1) is specially: system sends check request, and external memory unit issues the veneer sign of being stored, if do not store veneer sign information in the external memory unit, then issues invalid value.Wherein, described veneer sign is the barcode number of veneer inside.
Said method can be applicable to mobile communication system, and promptly described system is the base station, and described external memory unit is the centralized maintenance center; And utilize existing information interaction flow completing steps 21 between centralized maintenance center and the base station) the described operation that issues the master control borad sign of centralized maintenance center updated stored described in master control borad sign and the step 3).
Compared with prior art, because method of the present invention can be carried out automatic detection that whether veneer is changed, make veneer can know the change of system of living in automatically, thereby has a higher reliability, and, can start the required operation of carrying out behind the single-board replacement automatically by this method, therefore improve the treatment effeciency that changes plate; Further, when the present invention is used for mobile communication system, made full use of the available frame of system, utilize the mechanism of carrying out interacting message between centralized maintenance center in the existed system and the base station to realize the detection of master control board state, thereby under the situation that does not increase system cost, make system can change the plate detection automatically and start automatically and change the plate reprocessing.
Description of drawings
Fig. 1 is the method for the invention fundamental diagram.
Embodiment
The invention provides a kind of testing mechanism of single-board replacement, make veneer whether change take place from the system that detects the operation place, and then when this veneer operates in new system, can in time start the required operation of carrying out behind the single-board replacement, improve the treatment effeciency that changes plate.
Main design thought of the present invention is:
Set up the unique identification of veneer; For example: utilize to produce equipment and write the unique identification of the barcode number of veneer inside (be electronics string number) as veneer; Or the time that file is set up in the veneer during with the veneer initialization as the unique identification of veneer, be used to distinguish different veneers; Any data mode that can the unique identification veneer all can be used as veneer sign alleged among the present invention;
Whether the veneer sign of judging current single board is identical with the described veneer sign that is stored in the external memory unit, and then realizes detection that whether veneer system of living in is changed;
Front and back veneer sign information in the same system is compared, realize detection single-board replacement.
Below be example with the detection of master control borad in the base station, specifically introduce various implementation of the present invention.
With reference to Fig. 1, the present invention's general work principle during master control board state in base stations detected is described, as shown in the figure, this method relates to the centralized maintenance center among the mobile network, the veneer in the base station, and the veneer in base station equipment comprises main with veneer and standby board usually, and in the course of work of base station, can occur in the base station main with the switching between veneer and standby board, thereby, as shown in the figure, comprise in the present embodiment scheme that the base station is main with veneer and base station standby board.Operation principle of the present invention is: the mind-set base station is main in the centralized maintenance sends the base station checks request with veneer, and the base station is main to respond this request with veneer, and veneer carries out verification and sends the base station checks response, is used for upgrading centralized maintenance data message in the heart; And main the using between veneer and the standby board in the base station, standby board is initiated the sign exchange, and the master uses the exchange of veneer respective identification, upgrades the data message in the standby board.
According to above operation principle, be example with the detection certainly of base station single-board, the embodiment of the method for the invention is described.Relate to notion in following examples: veneer sign and Base Station Identification.
Veneer sign: current master is with the sign (barcode number) of veneer or standby board;
Base Station Identification: Base Station Identification is consistent with the centralized maintenance center all the time, it is the main veneer sign of preserving after the last verification of using, fixing certain base station of representing when this is identified at base station and centralized maintenance center and carries out information interaction, make the centralized maintenance center clearly distinguish different base stations by distinguishing different veneer signs, Base Station Identification is kept on each veneer, read during each verification initialization, upgrade after each verification.
The self check measuring tool body of veneer comprises following implementation in the base station:
The plate that changes of a master control borad detects:
1) master uses single board starting, reads veneer sign A, is veneer barcode number (as follows) in the present embodiment, as Base Station Identification, is used for the information interaction at base station and centralized maintenance center;
2) check request is initiatively initiated at the centralized maintenance center, issues the last Base Station Identification B that preserves, i.e. the main veneer sign of using of the last this base station of preserving; Be primary detection if this detects, promptly the Base Station Identification of base station was not preserved at the centralized maintenance center, then issued invalid value;
3) request at veneer response centralized maintenance center, relatively whether B is consistent with A, if inconsistent then think that this master operates in the new base station with veneer, then starts the associative operation after plate is changed in the base station, as initiatively deleting new master with daily record expired on the veneer etc.;
4) base station back-checking response comprises the current up-to-date sign A in base station in the return information;
5) the Base Station Identification A that the base station is returned, the Base Station Identification that carries out verification as next time are preserved in the centralized maintenance center.
The process of data variation is as follows:
Centralized maintenance center mainboard (veneer sign Base Station Identification) is described
B A A initial situation;
B-＞A A centralized maintenance center issues B, and mainboard verification A and B do relevant treatment according to the result;
A＜-after A A verification finishes, return response, both signs all are updated to A.
The plate that changes of active and standby two veneers detects:
Inserted slave board before the verification:
1) mainly use single board starting, read veneer bar code A1, i.e. veneer sign is used for the information interaction at current base station and centralized maintenance center;
2) master uses single board starting, reads Base Station Identification A1 ', and this sign A1 ' is described main Base Station Identification with mutual mistake of the last time of being stored in the veneer and centralized maintenance center; Usually the veneer sign of main board should be identical with Base Station Identification, but this veneer may once once work in other the base station for standby board or this veneer in the base station, owing to use the sign of veneer as Base Station Identification with master in the base station, thereby the Base Station Identification that writes down in this plate may be the main sign with veneer in this Central Plains, base station, and then main veneer sign A1 ' with veneer may be different with Base Station Identification;
3) standby board starts, and reads veneer sign A2, initiatively initiates sign exchange request to main with veneer simultaneously;
4) standby board starts, and reads Base Station Identification A2 ', the Base Station Identification of this sign A2 ' for storing in described this standby board; As 2) described in reason, the veneer sign A2 in the standby board and Base Station Identification A2 ' may be different;
5) master receives sign exchange request with veneer;
6) main with the exchange of veneer response identification, the current main Base Station Identification A1 ' of notice slave board with veneer;
7) standby board is received sign exchange response, preserves up-to-date Base Station Identification A1 ';
8) check request is initiatively initiated at the centralized maintenance center, issues the Base Station Identification B that preserved last time, is primary detection if this detects, and promptly the Base Station Identification of base station was not preserved at the centralized maintenance center, then issued invalid value;
9) veneer is received check request, and whether the B that comparison centralized maintenance center issues is consistent with A1, A1 ', thinks that if the two is all inconsistent the veneer front and back are operated in the different base stations, then start the associative operation after plate is changed in the base station;
10) back-checking response, return information has comprised the current up-to-date sign A1 in base station;
11) main with veneer record present base station sign A1;
12) master is designated A1 with veneer notice standby board renewal present base station;
13) up-to-date Base Station Identification A1 is preserved at the centralized maintenance center, the Base Station Identification of using as next verification.
The process that data develop is as follows:
1, just inserts slave board before the verification
Centralized maintenance center mainboard (veneer sign Base Station Identification) slave board is described
B A1A1 ' A2A2 ' initial condition;
After starting, obtained B A1A1 '--＞A2A1 ' slave board the Base Station Identification A1 ' of mainboard;
B--＞A1A1 ' A2A1 ' centralized maintenance center issues B, and main A1A1 ' with veneer carries out verification with B;
A1＜--A1A1--＞A2A1 verification finishes, and centralized maintenance center, main Base Station Identification with veneer and standby board are updated to A1;
2, through inserting slave board after the verification
Centralized maintenance center mainboard (veneer sign Base Station Identification) slave board is described
The no initial situation of B A1A1 ', both Base Station Identifications are all inconsistent;
B--the no centralized maintenance of＞A1A1 ' center issues B, and main A1A1 ' with veneer carries out verification with B;
A1＜--the A1A1 no parity check finishes, and centralized maintenance center and master are updated to A1 with the Base Station Identification of veneer;
A1 A1A1 A2A2 ' initially inserts slave board;
A1 A1A1--＞A2A1 standby board sign is finished synchronously;
3, the process of masterslave switchover
Centralized maintenance center mainboard (veneer sign Base Station Identification) slave board is described
Before switching, finished synchronously the active and standby plate of A1 A1A1 A2A1;
A1 A2A1 A1A1 main and standby boards switches the back and starts;
Standby board plate after A1 A2A1--＞A1A1 switches obtains main Base Station Identification with veneer (not changing);
A1--＞A2A1 A1A1 centralized maintenance issues A1, compares with the A2A1 that leads with veneer, and Base Station Identification is identical, shows the replacing (described single-board replacement is not understood to lead the switching of using with standby board) of not carrying out veneer;
A2＜--A2A2--＞A1A2 verification finishes, and refreshes Base Station Identification.
More than be the applicating example of the present invention in mobile communication system, this network is safeguarded a plurality of base stations simultaneously by a centralized maintenance center, and information such as the alarm log of base station will be synchronized to the centralized maintenance center in real time.When the present invention is applied in the mobile communication system, can make full use of the available frame of system, carry out the exchange of Base Station Identification by information interactive process (as: alarm synchronization flow process) in existing centralized maintenance center and base station, and then the automatic detection of realization single-board replacement, improve reliability, reduced the construction cycle.
More than veneer provided by the present invention is described in detail from the detection method, used specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (5)
- Whether 1, a kind of method that detects veneer system mode of living in is used for veneer and detects current place system and change, and it is characterized in that:1) master obtains the veneer sign of storing in the external memory unit with veneer;2) judge whether this master is identical with the veneer sign of storing in the sign of veneer and the described external memory unit, if different adaptation processing of then carrying out system and veneer, described adaptation processing comprises: the veneer sign that upgrades described external memory unit storage is that current master obtains the main veneer sign of using with veneer sign or standby board.
- 2, the method for detection veneer as claimed in claim 1 system mode of living in is characterized in that, the described process of obtaining veneer sign of step 1) is specially: system sends check request, and external memory unit issues the veneer sign of being stored.
- 3, the method for detection veneer as claimed in claim 2 system mode of living in is characterized in that: if do not store veneer sign information in the external memory unit, then issue invalid value.
- 4, the method for detection veneer as claimed in claim 3 system mode of living in, it is characterized in that: described veneer sign is specially the barcode number of veneer inside.
- 5, as the method for one of them described detection veneer of claim 1 to 4 system mode of living in, it is characterized in that: described system is specially the base station, and described external memory unit is specially the centralized maintenance center.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004101026240A CN100551091C (en) | 2004-12-24 | 2004-12-24 | A kind of method that detects veneer system mode of living in |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2004101026240A CN100551091C (en) | 2004-12-24 | 2004-12-24 | A kind of method that detects veneer system mode of living in |
Publications (2)
| Publication Number | Publication Date |
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| CN1798353A CN1798353A (en) | 2006-07-05 |
| CN100551091C true CN100551091C (en) | 2009-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNB2004101026240A Expired - Fee Related CN100551091C (en) | 2004-12-24 | 2004-12-24 | A kind of method that detects veneer system mode of living in |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100466839C (en) * | 2006-11-28 | 2009-03-04 | 华为技术有限公司 | Acquisition method, apparatus and system for single-board replacement of information |
| CN101159558B (en) * | 2007-09-03 | 2010-12-22 | 杭州华三通信技术有限公司 | Method and device of obtaining veneer sign and a veneer |
| CN101848105B (en) * | 2010-04-22 | 2012-07-04 | 华为技术有限公司 | Number setting method and system for communication equipment |
| CN109104294B (en) * | 2017-06-20 | 2022-10-25 | 中兴通讯股份有限公司 | Single board configuration method and device, single board and computer readable storage medium |
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Granted publication date: 20091014 Termination date: 20131224 |