CN101047547B - Method and device for implementing port protection - Google Patents
Method and device for implementing port protection Download PDFInfo
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- CN101047547B CN101047547B CN2006100665532A CN200610066553A CN101047547B CN 101047547 B CN101047547 B CN 101047547B CN 2006100665532 A CN2006100665532 A CN 2006100665532A CN 200610066553 A CN200610066553 A CN 200610066553A CN 101047547 B CN101047547 B CN 101047547B
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Abstract
A method for realizing port protection includes configuring master port and standby port on access service single board of communication system, sending the same service to both said master port and standby port then selecting one path service to be switched in to communication system from said master port and standby port at receiving end according to operation state of port.
Description
Technical field
The present invention relates to network communications technology field, relate in particular to a kind of port protection technology.
Background technology
The self-healed protection of network is a very important basic function in communication network.This function can in time be recovered professional normal connection when the Network connection is broken down, to improve the robustness of reliability of service transmission and whole network.The importance of self-healed protection function Network Based, the various communication technologys propose implementation separately for this reason.SNCP (SNCP) and MSP (multiplex section protection) protection like SDH (synchrodata system) technology; The VP (Virtual Channel) of ATM (asynchronous transfer mode) technology/VC (virtual channel) protection is switched and VP (Virtual Channel)/VC (virtual channel) crowd protection is switched; The LSP of MPLS and PWE3 technology and PW protection.Equipment manufacturers also provide the protection of corresponding apparatus level, like TPS, cross board Hot Spare and the main control plate thermal redundancy etc. of existing optical-fiber network product.
Above-mentioned many self-healed protection technology are usually used in the realization self-healed protection when professional transmission line breaks down.But the Access Layer in Network Transmission breaks down; As user side between telecommunications company's local side apparatus or the line attachment (like netting twine, cable and microwave line etc.) between two local side apparatus because artificial or natural cause causes damage, then existing self-healed protection technology can't realize the protection to the line attachment of above-mentioned Access Layer.
In the prior art, often adopt the 1+1 linear multiplex section protection technology of MSP, realize protection SDH equipment light mouth or the electric port of section level.The linear multiplex section protection technology realizes above-mentioned defencive function through the operation principle of " two of sending directions, receiving in the receive direction choosing ".But because the linear multiplex section protection technology is just to end selects debit's case to the down direction enforcement of the business transmission of professional receiving terminal from the access service source; Though can guarantee professional transmission at down direction; But to realizing protection at the incoming end of SDH network edge like data field or PDH (the accurate synchrodata system) business of using ethernet technology; Promptly can't realize the protection of the professional transmission of the up direction corresponding, can't protect ports such as PDH port, ethernet port, ATM simultaneously with above-mentioned down direction.At present still unresolved to the protection problem of the Access Layer line attachment of Network Transmission.
Summary of the invention
The invention provides a kind of realization port protection technical method and device, can protect the business realizing that inserts from port through the technical scheme that the present invention provides, thereby solve protection the Access Layer line attachment.
The object of the invention is realized through following technical scheme.
The invention provides a kind of method that realizes port protection, comprising:
A, on the access service end veneer of communication system configuration main port and standby port;
B, on said main port and standby port, send identical business, said communication system is selected one tunnel service access communication system from said main port and standby port according to the operating state of port.
In said step B, comprising:
By access service end veneer the two-way business that inserts is selected receipts, and through system equipment plate access communication system;
Perhaps,
Access service end veneer sends the two-way business that inserts to the system equipment plate, and from the two-way business, selects one tunnel service access communication system by the system equipment plate.
Said steps A also comprises:
Protection group information is set, and described protection group information comprises: the protection nodal information of being made up of main port and standby port, and protection group protection mapping relations, protection group attribute and/or recovery time.
Described steps A also comprises:
When the choosing of business is received in the system equipment plate and carries out, then the described protection nodal information of being made up of main port and standby port is handed down to access service end veneer;
Perhaps,
When the choosing of business is received in access service end veneer and carries out, then described protection group information is handed down to access service end veneer.
Said step B comprises:
B1, access service end veneer are monitored the Port Protection Switching trigger condition at said protection node place, and judge whether that according to protection group information needs switch processing to working port, and as not needing, it is constant to keep the working port state, otherwise, execution in step B2 or B3;
B2, when the choosing of business is received in when carrying out on the system equipment plate, according to the trigger condition of switching that monitors working port is switched to corresponding standby port or main port by the system equipment buttress, and the state of record work at present port;
Perhaps,
B3, when the choosing of business is received in access service end veneer and carries out, according to the trigger condition of switching that monitors working port is switched to corresponding standby port or main port by access service end veneer, and the state of record work at present port.
In step B1, said Port Protection Switching trigger condition comprises: Manual Switch trigger condition, auto switching trigger condition.
Said Manual Switch trigger condition comprises: remove the Manual Switch trigger command, switch locking, Forced Switch to main, Forced Switch to be equipped with, Manual Switch to main and/or Manual Switch to fully; And said Forced Switch is non-recovery Switch mode under effective to the master at port protection to main or Manual Switch, and said Manual Switch is invalid under arbitrary disabled situation in main port or standby port to being equipped with to master or Manual Switch.
Said auto switching trigger condition comprises following at least one:
Main port and standby port are all available, and it is constant to keep working port;
Main port and standby port are all unavailable, and it is constant to keep working port;
Main port can be used, standby port is unavailable, triggers working port and switches to main port;
Main port is unavailable, standby port can be used, and triggers working port and switches to standby port.
In step B1; Said Port Protection Switching trigger condition comprises Wait-to-Restore timer timing termination event; Said incident is that the business of leading on usefulness or the standby port connects; And this Port Protection Switching trigger condition only port protection be can the recovery pattern under, and working port is effective when being in Wait-to-Restore.
Working port state described in step B2 or the B3 comprises: lock-out state, Forced Switch attitude, Manual Switch attitude, auto switching attitude, idle IDLE attitude, Wait-to-Restore WTR attitude.
Comprise in the method for the present invention:
The state that said lock-out state is seized comprises: Forced Switch attitude, Manual Switch attitude, auto switching attitude, idle IDLE attitude and/or Wait-to-Restore WTR attitude;
The state that said Forced Switch attitude is seized comprises: Manual Switch attitude, auto switching attitude, idle IDLE attitude and/or Wait-to-Restore WTR attitude;
The state that said Manual Switch attitude is seized comprises: idle IDLE attitude and/or Wait-to-Restore WTR attitude;
Said auto switching attitude is seized the Manual Switch attitude.
Said step B also comprises:
For business, only dispose the connection of main port to the system equipment plate from access service end veneer to the up direction of system equipment plate; When switching action is triggered, create the interconnection of standby port to the system equipment plate, and working port is switched on the corresponding standby port, select the service access communication system on the standby port.
Said step B also comprises:
Two send out of business on main port and standby port for down direction from the system equipment plate to access service end veneer; In main port or the two interconnections of sending out of place, standby port place configuration, wherein main port is professional to be generated the standby port business through duplicating.
Said step B also comprises:
When business choosing is received in when carrying out on the access service end veneer; If the system equipment plate supports the time-division to intersect; Being sent out then to two on main port and standby port of the downlink business of access service end veneer direction by the system equipment plate so can be at the professional infall of system equipment plate by human configuration; Or on access service end veneer, configuration service is to the connection of main port, and two automatically standby port that is dealt into;
If the system equipment plate does not support the time-division to intersect, so described two sending out disposed on access service end veneer, and configuration service is to the connection of main port, and two automatically standby port that is dealt into.
Among the present invention, when business choosing is received in when carrying out on the system equipment plate, described method also comprises:
If the system equipment plate is supported the time-division interleaving function; Realize that then main port and standby port are disposed at the port protection in the same access service end veneer, realize that perhaps main port and standby port are disposed at port protection between the plate of different access service end veneers respectively;
If the system equipment plate is only supported the space division cross function, then between the plate of access service end veneer, realize port protection.
The present invention also provides a kind of device of realizing port protection, comprising:
Host port protection administration module is used to dispose the port protection group of being made up of main port and standby port;
Board software port protection module on the access service end veneer is used to monitor the operating state of the port that said protection group comprises, and offers the port protection protocol process module;
The port protection protocol process module; Be used for according to said board software port protection module monitors to the operating state of port judge whether that needs switch working port or recover and carry out the corresponding protection switching operation, and this module is arranged on the access service end veneer or on the system equipment plate.
Described device comprises that also protection group information issues module, is used for the protection group information of said host port protection management block configuration is handed down to access service end board software port protection module.
Among the present invention, when described port protection protocol process module was arranged on the system equipment plate, this module also comprised: the interconnection processing module that is used to accomplish port switching or recovery.
Among the present invention, when described port protection protocol process module is arranged on the access service end veneer, by finish the work voluntarily switching of port or recover of the port protection protocol process module on this veneer.
Visible by technique scheme provided by the invention; The present invention is through providing a kind of redundancy scheme at physical layer; When one section physical link between user and device node or between two device nodes or the inner access veneer of device node break down; The normal connection that can guarantee miscellaneous service inserts, and then makes the reliability of whole system and robustness be improved.
Description of drawings
Fig. 1 is the E3 port protection sketch map that the present invention provides;
Fig. 2 is port protection principle and the application sketch map that the present invention provides;
Fig. 3 a be system cross board that the present invention provides when supporting that the time-division intersects system's cross board select debit's case sketch map;
Fig. 3 b be system cross board that the present invention provides when supporting space division cross system's cross board select debit's case sketch map;
Fig. 4 is that system's cross board that the present invention provides selects debit's case implementation procedure;
Fig. 5 a be the system equipment plate that provides of the present invention when supporting that the time-division intersects service processing board select debit's case sketch map;
Fig. 5 b be the system equipment plate that provides of the present invention when supporting space division cross service processing board select debit's case sketch map;
Fig. 6 is that the service processing board that the present invention provides selects debit's case implementation procedure;
Fig. 7 is the installation drawing that the present invention provides.
Embodiment
The port protection technical scheme that the present invention provides mainly is configuration main port and a standby port on the access service end veneer of digital transmission system; On said main port and standby port, send identical business simultaneously then, and from the two-way business of sending by said main port and standby port, select one road service access system according to qualifications.Promptly business is dealt on main port and the standby port by two when access, and by system business on main port and the standby port is done the choosing receipts, and business is protected when inserting.
Device-level protection that the present invention provides technology, promptly above-mentioned port protection technology are to be the protection of granularity with the port, and what protected is the business that inserts through port.With the business of seeing off from user-side port video coder-decoder (Video Coder/Decoder) as shown in Figure 1 is example; The present invention is inserting configuration main port and standby port on this professional PDH service access disposable plates; Through on this PDH service access disposable plates, monitoring ALS (closing automatically) or LOS port alarm statuses such as (dropouts); Select one tunnel top-quality service access SDH system cross board from main port or standby port, again by SDH system cross board with said service access system.
The port protection know-why that the present invention proposes is as shown in Figure 2, and visible by Fig. 2, the port protection technology that the present invention provides also is based on the self-healed protection operation principle of dual transmitting and receiving, adopts the 1+1 unidirectional switching to realize defencive function.Visible by Fig. 2, port protection technology provided by the invention is just selected to receive at the service access end and is handled, and the business transmission of the up direction of mentioning in the background technology is protected.
Specify the implementation procedure of technical scheme of the present invention below in conjunction with accompanying drawing to port protection.
Port provided by the invention selects debit's case to go up realization at system equipment plate (the system's cross board shown in Fig. 3 a and Fig. 3 b) or access service end veneer (service processing board shown in Fig. 3 a, Fig. 3 b, Fig. 5 a and Fig. 5 b).
At first explain among the present invention and professionally on system's cross board, to select debit's case.Shown in Fig. 3 a or Fig. 3 b, identical business is dealt on the main port and standby port of service processing board by system is two, selects to be received on system's cross board and carries out.On the uplink service direction of system's cross board, system's cross board is selected one tunnel reception according to the debit's case of selecting that the present invention provides from the two-way uplink service that main port and standby port are sent at service processing board.In conjunction with Fig. 4, the implementation process of selecting debit's case that specifies system's cross board is following:
The corresponding protection group information of described port protection group also comprises: protection group protection mapping relations, protection group attribute, recovery time etc.
Described protection group attribute and recovery time information can comprise that specifically protection organizes current artificial outside and switch information such as order (will switch order to said outside in telling about below elaborates), recovery pattern, Wait to Restore Time.
Said protection mapping relations comprise: protection group ID, main port plate position, main port number, standby port plate position, standby port number.
The board software port protection module of step 42, service processing board is preserved said information after receiving the described protection nodal information of step 41, and monitors the port alarm status of corresponding protection node according to described protection nodal information;
Described port alarm status is the condition that port switching triggers.
After step 44, host port protection protocol process module is received the port alarm status information that service processing board reports; According to protection group information such as current switch status, recovery pattern, Wait to Restore Times; Judge whether and need switch or recover, like needs, execution in step 45; As do not need execution in step 48;
In the above-mentioned steps 41; Because being received on system's cross board, choosing carries out; Therefore only need to protect nodal information to be handed down to the port protection module of service processing board; The operating state that is used for the monitoring and protecting node, then by system's cross board according to information such as port alarm status and join protection group guard mode switching or recovering and handle to working port.
Above-mentioned steps 41 to step 44 according to protection group information confirmed that system's cross board will select receipts main with or standby port on a certain road professional, do not carry out choosing and receive.For business switching or recover between main port and standby port, i.e. choosing works of bringing drill to an end accomplished the up direction business of this process correspondence from service processing board to system's cross board by step 45 to step 48.
Shown in Fig. 3 a or Fig. 3 b; Select in debit's case at the said system cross board that the present invention provides; For the business of up direction, only need the connection of configuration main port to system's cross board, and need not to dispose the connection on the standby port from service processing board to system's cross board.When switching action is triggered, create the interconnection of standby port to system's cross board by host software.For professional two of the down direction from system's cross board to service processing board, need be in main port and the two interconnections of sending out of place, standby port place configuration, wherein the standby port business is duplicated the main port business automatically by host software and is generated.
Selecting in debit's case of said system cross board provided by the invention; If system's cross board is supported the time-division interleaving function; Can different time-gap with main with or standby port foundation communicate by letter; Then this moment, this scheme both can support main port and standby port to be disposed at the interior port protection of same service processing board shown in Fig. 3 a, also can support main port and standby port to be disposed at port protection between the plate of different business disposable plates respectively; If system's cross board is only supported the space division cross function, then shown in Fig. 3 b, this scheme is only supported port protection between the plate of above-mentioned service processing board.
Next explain and select debit's case on the service processing board provided by the invention.Shown in Fig. 5 a or Fig. 5 b, identical business is dealt on the main port and standby port of service processing board by system is two, selects to be received on the service processing board and carries out.On the uplink service direction of system's cross board, service processing board is selected one tunnel reception according to the debit's case of selecting that the present invention provides from the two-way uplink service that main port and standby port are sent at service processing board.In conjunction with Fig. 6, the implementation process of selecting debit's case that specifies service processing board is following.
The host port protection administration module of step 61, system equipment plate adds the protection group of being made up of main port and standby port; And disposing said protection group information, the main port and two of the standby ports that will comprise the protection group simultaneously protect whole protection group information of nodal information to be issued to the board software port protection module of service processing board;
The corresponding protection group information of described port protection group also comprises: protection group protection mapping relations, protection group attribute, recovery time etc.
Described protection group attribute and recovery time information can comprise that specifically protection organizes artificial outside and switch information such as order (will switch order to said outside in telling about below elaborates), recovery pattern, Wait to Restore Time.
Said protection mapping relations comprise: protection group ID, main port plate position, main port number, standby port plate position, standby port number.
Step 62, service processing board board software port protection module receive said protection group information;
Step 63, service processing board board software port protection module be according to said protection nodal information monitoring port alarm status, and give the port protection protocol process module of service processing board with the port alarm status information reporting that monitors;
Described port alarm status is the condition that port switching triggers.
After step 64, service processing board port protection protocol process module are received port alarm status information,, judge whether and to switch or to recover according to information such as current switch status and recovery pattern, Wait to Restore Times; Like needs; Execution in step 65 is not as needing execution in step 66;
Corresponding standby port or main port are switched or returned to step 65, service processing board port protection processing module, execution in step 63 from being about to working port in service processing board;
Step 66, to keep working port constant, execution in step 63.
In the above-mentioned steps 61,, therefore need the port protection module that information all is handed down to service processing board is organized in protection, so that on this module, realize switching or recovering of working port because choosing is received on the service processing board and carries out.
Above-mentioned steps 61 to step 63 according to protection group information confirmed that service processing board will select receipts main with or standby port on a certain road professional, do not carry out choosing and receive.For business switching or recover between main port and standby port, i.e. choosing works of bringing drill to an end accomplished the up direction business of this process correspondence from service processing board to the system equipment plate by step 64 to step 66.
Shown in Fig. 5 a or Fig. 5 b; The above-mentioned service processing board that provides in the present invention selects in debit's case; For with main uses or standby port as the business in source, only need professional connection on the configuration main port, and need not to be configured to the business connection on the standby port; Be triggered when switching, be created to the connection on the standby port by host software.For two business that are dealt into primary and backup port, need the two interconnections of sending out of configuration, wherein the standby port business is duplicated the main port business automatically by host software and is generated.
Shown in Fig. 5 a or Fig. 5 b; Selecting in debit's case of above-mentioned service processing board provided by the invention; If the system equipment plate supports the time-division to intersect; Being sent out to two on main port and standby port of the downlink business of service processing board direction by equipment so can be at professional infall by human configuration, also can be in of the connection of service processing board veneer configuration service to main port, and pair be dealt into standby port automatically.For the equipment of not supporting that the time-division intersects, so professional two sending out can only be disposed on the service processing board veneer, and configuration service is to the connection of main port, and two automatically standby port that is dealt into.
Selecting in debit's case of said system cross board or service processing board, the port protection protocol process module needs according to switching trigger condition the business of active and standby port to be selected receipts.Saidly switch the condition that trigger condition promptly triggers Port Protection Switching.Said port protection protocol process module comprises the host port protection protocol process module of system's cross board or the veneer port protection protocol process module of service processing board.According to the difference of switching the trigger condition source, the present invention will switch trigger condition and be divided into following three types:
The first kind is that order is switched in the outside, and this type of order is to switch trigger condition by what manual work issued, is divided into: remove, switch locking, Forced Switch to main, Forced Switch to be equipped with, Manual Switch to main, Manual Switch to being equipped with etc. six kinds.
The port protection protocol process module to six kinds of result specific descriptions of switching trigger condition of the above-mentioned first kind is:
(1) result to clear command is: remove all external commands and intermediateness, get back to IDLE (free time) state or auto switching state according to active and standby port status;
(2) to the result of switching lock command be: the working port of port protection is switched on the main port, and the residing state of working port this moment is marked as lock-out state;
Lock-out state in said (2) can be seized following five kinds of states: Forced Switch attitude, Manual Switch attitude, auto switching attitude, IDLE attitude, WTR (Wait-to-Restore) attitude.
Said seizing promptly when working port is in certain state, this moment, working port did not respond the switching request of being seized by this state corresponding with other states.
(3) to Forced Switch be: the working port of port protection is switched on the main port, and the residing state of working port this moment is marked as the Forced Switch state to the result of main command;
Forced Switch in said (3) is effective under the non-recovery Switch mode at port protection only to main command.
(4) to Forced Switch be: the working port of port protection is switched on the standby port, and the residing state of working port this moment is marked as the Forced Switch state to being equipped with the process of commands result;
Following four kinds of states can be seized with (4) middle residing Forced Switch state of working port in said (3): Manual Switch attitude, auto switching attitude, IDLE attitude, WTR attitude.
(5) to Manual Switch be: the working port of port protection is switched on the main port, and the residing state of working port this moment is marked as the Manual Switch state to the result of main command;
With Forced Switch in said (3) to main command only port protection be under the non-recovery pattern effectively in like manner; Manual Switch is effective under the non-recovery pattern at port protection only to main command in said (5); And will cause thus if main with or standby port among both arbitrary port down state appears, it is invalid that so said Manual Switch arrives main command.
(6) to Manual Switch be: the working port of port protection is switched on the main port, and the residing state of working port this moment is marked as the Manual Switch state to being equipped with the process of commands result.
It is thus clear that, in said (6) as long as main with or standby port among both arbitrary port down state appears, said Manual Switch is invalid to ordering fully.
The residing Manual Switch state of active and standby port can be seized following two states in said (5) and (6): IDLE attitude, WTR attitude.
Provide of the present invention second type switch trigger condition before, need earlier not having under the situation of external command, the residing state of primary and backup port is done explanation.Do not having under the situation of external command, the residing upstate of primary and backup port can influence the port status at port protection control protocol and work at present port place, main with or standby port state of living in can be divided into three kinds of situations, specifically describe and be:
(7) the service processing board veneer is in off-line state, and promptly the port status test point can't the monitoring port access service, as board software crash, veneer is not on the throne or power down etc.The priority value of this state is 1.
The situation that said (7) are described is equal to port in the ordinary course of things and is in down state.
(8) port is in down state, promptly port break down or access service unavailable, LOS (dropout) or AIS (alarm indication signal) appear like port.The priority value of this state is 1.
(9) port is in state good for use (NR attitude), and promptly the port monitoring function is normal and the port access service is normal.The priority value of this state is 0.
Based on the above-mentioned priority value of leading usefulness or the residing state of standby port, can second type of auto switching trigger condition be divided into following four kinds of auto switching requests:
(10) primary and backup port all is in (9) good for use state, and promptly the priority value of primary and backup port is 0;
(11) primary and backup port all is in down state, and promptly the priority value of primary and backup port is 1;
(12) main port can be used, and standby port is unavailable, and promptly the main port priority value is 0, and the standby port priority value is 1;
(13) main port is unavailable, and standby port can be used, and promptly the main port priority value is 1, and the standby port priority value is 0.
Because outside Manual Switch order of switching in the order is invalid under the arbitrary situation that down state occurs of active and standby port, so back three kinds in four kinds of top auto switching requests can be seized the Manual Switch state.But the auto switching request can not be seized and switched locking, Forced Switch is switched attitude for two kinds.
The port protection protocol process module to the result specific descriptions of above-mentioned four kinds of auto switching trigger conditions is:
(10a) working port remains unchanged, and is marked as IDLE or WTR attitude
(11a) working port remains unchanged, and is marked as auto switching SF attitude
(12a) working port switches to main port by standby port, and is marked as auto switching SF attitude
(13a) working port switches to standby port by main port, and is marked as auto switching SF attitude.
It is thus clear that the result of port protection protocol process module auto switching request is: auto switching SF attitude, IDLE attitude, three kinds of states of WTR attitude.
Remove above-mentioned two types and switch trigger condition; Also exist other to switch trigger condition; Promptly by WTR timer timing termination event; Said incident is the business of leading on usefulness or the standby port and connects, and this switches trigger condition is the recovery pattern at port protection only, and working port must occur under the WTR state.When this trigger condition occurring, the port protection protocol process module can switch to main port with working port, and the state that is provided with is the IDLE attitude.
In sum; The realization of device level port protection provided by the invention technology can solve user side to telecommunications company's local side apparatus between or the problem of service interruption that causes when breaking down of the line attachment between telecommunications company's local side apparatus, and the while can be realized the protection to ports such as PDH port, ethernet port, atm ports.
The present invention also provides a kind of device of realization port protection as shown in Figure 7, specifically comprises:
Host port protection administration module is used to dispose the port protection group information of being made up of main port and standby port;
Board software port protection module on the access service end veneer is used for the operating state of monitoring port, and offers the port protection protocol process module;
The port protection protocol process module, be used for according to said board software port protection module monitors to the operating state of port carry out the corresponding protection switching operation.
Described device comprises that also protection group information issues module, is used for the protection group information of said host port protection management block configuration is handed down to access service end board software port protection module.
Said port protection protocol process module is arranged on the access service end veneer or on the system equipment plate.
When described port protection protocol process module was arranged on the system equipment plate, this module also comprised: the interconnection processing module that is used to accomplish port switching or recovery.
When described port protection protocol process module is arranged on the access service end veneer, by finish the work voluntarily switching of port or recover of the port protection protocol process module on this veneer.
The above; Be merely the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, any technical staff who is familiar with the present technique field is in the technical scope that the present invention discloses; The variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claims.
Claims (18)
1. a method that realizes port protection is characterized in that, comprising:
A, on the access service end veneer of communication system configuration main port and standby port;
B, on said main port and standby port, send identical business, said communication system is selected one tunnel service access communication system from said main port and standby port according to the operating state of port according to qualifications;
In said step B, also comprise:
By access service end veneer the two-way business that inserts is selected receipts, and through system equipment plate access communication system; Perhaps, access service end veneer sends the two-way business that inserts to the system equipment plate, and from the two-way business, selects one tunnel service access communication system by the system equipment plate.
2. method according to claim 1 is characterized in that, said steps A also comprises:
Protection group information is set, and described protection group information comprises: the protection nodal information of being made up of main port and standby port, and protection group protection mapping relations, protection group attribute and/or recovery time.
3. method according to claim 2 is characterized in that, described steps A also comprises:
When the choosing of business is received in the system equipment plate and carries out, then the described protection nodal information of being made up of main port and standby port is handed down to access service end veneer;
Perhaps,
When the choosing of business is received in access service end veneer and carries out, then described protection group information is handed down to access service end veneer.
4. according to claim 2 or 3 described methods, it is characterized in that said step B comprises:
B1, access service end veneer are monitored the Port Protection Switching trigger condition at said protection node place, and judge whether that according to protection group information needs switch processing to working port, and as not needing, it is constant to keep the working port state, otherwise, execution in step B2 or B3;
B2, when the choosing of business is received in when carrying out on the system equipment plate, according to the trigger condition of switching that monitors working port is switched to corresponding standby port or main port by the system equipment buttress, and the state of record work at present port;
Perhaps,
B3, when the choosing of business is received in access service end veneer and carries out, according to the trigger condition of switching that monitors working port is switched to corresponding standby port or main port by access service end veneer, and the state of record work at present port.
5. method according to claim 4 is characterized in that, the trigger condition of Port Protection Switching described in the step B1 comprises: Manual Switch trigger condition, auto switching trigger condition.
6. method according to claim 5 is characterized in that, said Manual Switch trigger condition comprises: remove the Manual Switch trigger command, switch locking, Forced Switch to main, Forced Switch to be equipped with, Manual Switch to main and/or Manual Switch to fully; And said Forced Switch is non-recovery Switch mode under effective to the master at port protection to main or Manual Switch, and said Manual Switch is invalid under arbitrary disabled situation in main port or standby port to being equipped with to master or Manual Switch.
7. method according to claim 5 is characterized in that, said auto switching trigger condition comprises following at least one:
Main port and standby port are all available, and it is constant to keep working port;
Main port and standby port are all unavailable, and it is constant to keep working port;
Main port can be used, standby port is unavailable, triggers working port and switches to main port;
Main port is unavailable, standby port can be used, and triggers working port and switches to standby port.
8. method according to claim 4; It is characterized in that; The trigger condition of Port Protection Switching described in the step B1 comprises Wait-to-Restore timer timing termination event; Said incident be main with or standby port on business connect, and this Port Protection Switching trigger condition only port protection be can the recovery pattern under, and working port is effective when being in Wait-to-Restore.
9. method according to claim 4 is characterized in that, the working port state described in step B2 or the B3 comprises: lock-out state, Forced Switch attitude, Manual Switch attitude, auto switching attitude, idle IDLE attitude, Wait-to-Restore WTR attitude.
10. method according to claim 9 is characterized in that, comprising:
The state that said lock-out state is seized comprises: Forced Switch attitude, Manual Switch attitude, auto switching attitude, idle IDLE attitude and/or Wait-to-Restore WTR attitude;
The state that said Forced Switch attitude is seized comprises: Manual Switch attitude, auto switching attitude, idle IDLE attitude and/or Wait-to-Restore WTR attitude;
The state that said Manual Switch attitude is seized comprises: idle IDLE attitude and/or Wait-to-Restore WTR attitude;
Said auto switching attitude is seized the Manual Switch attitude.
11., it is characterized in that said step B also comprises according to each described method in the claim 1 to 3:
For business, only dispose the connection of main port to the system equipment plate from access service end veneer to the up direction of system equipment plate; When switching action is triggered, create the interconnection of standby port to the system equipment plate, and working port is switched on the corresponding standby port, select the service access communication system on the standby port.
12., it is characterized in that said step B also comprises according to each described method in the claim 1 to 3:
Two send out of business on main port and standby port for down direction from the system equipment plate to access service end veneer; In main port or the two interconnections of sending out of place, standby port place configuration, wherein main port is professional to be generated the standby port business through duplicating.
13., it is characterized in that said step B also comprises according to each described method in the claim 1 to 3:
When business choosing is received in when carrying out on the access service end veneer; If the system equipment plate supports the time-division to intersect; Being sent out then to two on main port and standby port of the downlink business of access service end veneer direction by the system equipment plate so can be at the professional infall of system equipment plate by human configuration; Or on access service end veneer, configuration service is to the connection of main port, and two automatically standby port that is dealt into;
If the system equipment plate does not support the time-division to intersect, so described two sending out disposed on access service end veneer, and configuration service is to the connection of main port, and two automatically standby port that is dealt into.
14., it is characterized in that when business choosing is received in when carrying out on the system equipment plate, described method also comprises according to each described method in the claim 1 to 3:
If the system equipment plate is supported the time-division interleaving function; Realize that then main port and standby port are disposed at the port protection in the same access service end veneer, realize that perhaps main port and standby port are disposed at port protection between the plate of different access service end veneers respectively;
If the system equipment plate is only supported the space division cross function, then between the plate of access service end veneer, realize port protection.
15. a device of realizing port protection is characterized in that, comprising:
Host port protection administration module is used to dispose the port protection group of being made up of main port and standby port;
Board software port protection module on the access service end veneer is used to monitor the operating state of the port that said protection group comprises, and offers the port protection protocol process module;
The port protection protocol process module; Be used for according to said board software port protection module monitors to the operating state of port judge whether that needs switch working port or recover and carry out the corresponding protection switching operation; And this module is arranged on the access service end veneer or on the system equipment plate, wherein, if be arranged at access service end veneer; Then the two-way business that inserts is selected receipts by access service end veneer, and through system equipment plate access communication system; If be arranged at the system equipment plate, then send the two-way business that inserts to the system equipment plate, and from the two-way business, select one tunnel service access communication system by the system equipment plate by access service end veneer.
16. device according to claim 15 is characterized in that, described device comprises that also protection group information issues module, is used for the protection group information of said host port protection management block configuration is handed down to access service end board software port protection module; Described protection group information comprises: the protection nodal information of being made up of main port and standby port, and protection group protection mapping relations, protection group attribute and/or recovery time.
17. device according to claim 15 is characterized in that, when described port protection protocol process module was arranged on the system equipment plate, this module also comprised: the interconnection processing module that is used to accomplish port switching or recovery.
18. device according to claim 15 is characterized in that, when described port protection protocol process module is arranged on the access service end veneer, by finish the work voluntarily switching of port or recover of the port protection protocol process module on this veneer.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100665532A CN101047547B (en) | 2006-03-30 | 2006-03-30 | Method and device for implementing port protection |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2006100665532A CN101047547B (en) | 2006-03-30 | 2006-03-30 | Method and device for implementing port protection |
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| CN101047547A CN101047547A (en) | 2007-10-03 |
| CN101047547B true CN101047547B (en) | 2012-04-18 |
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Families Citing this family (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101159504B (en) * | 2007-10-23 | 2012-05-23 | 中兴通讯股份有限公司 | Synchronous digital hierarchy based ethernet protecting method |
| CN101674171B (en) * | 2008-09-10 | 2013-04-24 | 华为技术有限公司 | Port configuration management method, single board and port configuration management system |
| CN101465762B (en) * | 2008-12-02 | 2011-05-04 | 华为技术有限公司 | Method, equipment and system for detecting error connection between protection set ports |
| CN102045600A (en) * | 2009-10-22 | 2011-05-04 | 中兴通讯股份有限公司 | Link protection method and device of Ethernet accessed to SDH (Synchronous Digital Hierarchy) optical network |
| CN101753203B (en) | 2010-01-22 | 2013-03-13 | 华为技术有限公司 | Business sending and receiving methods, terminals and system structure in microwave communication |
| CN101841432A (en) * | 2010-05-26 | 2010-09-22 | 中兴通讯股份有限公司 | Port backup method, device and system for service access router |
| CN102546198A (en) * | 2010-12-09 | 2012-07-04 | 中兴通讯股份有限公司 | Route switching method in subnet connection protection and microwave nodal point device |
| CN102571384A (en) * | 2010-12-16 | 2012-07-11 | 中兴通讯股份有限公司 | Switching method, system and packet transmission network device for multiplex section protection |
| CN102801611B (en) * | 2012-07-05 | 2018-11-16 | 南京中兴新软件有限责任公司 | A kind of method that realizing cross-line card MSP, main control chip and PTN device |
| CN107465525A (en) * | 2016-06-02 | 2017-12-12 | 中兴通讯股份有限公司 | A kind of port protection method and device |
| CN109361552A (en) * | 2018-11-28 | 2019-02-19 | 迈普通信技术股份有限公司 | Port switching method, master control board card, business board and switching equipment |
| CN109639441B (en) * | 2019-01-31 | 2021-03-30 | 烽火通信科技股份有限公司 | Method for realizing real-time adjustment of power consumption based on service board card |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1482769A (en) * | 2002-09-13 | 2004-03-17 | 华为技术有限公司 | Master-standby switching and load sharing system and method based on Ethernet access platform |
-
2006
- 2006-03-30 CN CN2006100665532A patent/CN101047547B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1482769A (en) * | 2002-09-13 | 2004-03-17 | 华为技术有限公司 | Master-standby switching and load sharing system and method based on Ethernet access platform |
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