CN107517114A - The linking status update method and device of a kind of COM1 - Google Patents
The linking status update method and device of a kind of COM1 Download PDFInfo
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- CN107517114A CN107517114A CN201610429113.2A CN201610429113A CN107517114A CN 107517114 A CN107517114 A CN 107517114A CN 201610429113 A CN201610429113 A CN 201610429113A CN 107517114 A CN107517114 A CN 107517114A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
- H04L41/0813—Configuration setting characterised by the conditions triggering a change of settings
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
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- Environmental & Geological Engineering (AREA)
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Abstract
The invention provides the linking status update method and device of a kind of COM1, the update method includes：The communication quality of the COM1 is detected, obtains testing result；According to the testing result, it is determined that entering the strategy of renewal to the state of the COM1.By technical scheme, the linking status of real-time update COM1 or the linking status of delayed updating COM1 can be carried out according to the communication quality of COM1.The present invention can take into account the fast convergence and anti-interference of communication equipment, ensure communication equipment steady operation.
Description
Technical field
The present invention relates to the communications field, the linking status update method and dress of more particularly to a kind of COM1
Put.
Background technology
At present, the renewal of COM1 linking status is communicated generally using a kind of synchronization mechanism by reading
The actual link state of port, software register is arrived into the renewal of its state synchronized, and notify business module, business mould
Block carries out related business by the configuration of current device and the linking status of COM1 and acted.Usual feelings
Under condition, the renewal speed is faster, and equipment reaction speed is also sensitiveer, and the anti-interference of equipment and robust
Property phase strain differential.
In the slightly worse network environment of link quality, a subnormal flash of COM1, if by communication ends
The linking status real-time report of mouth, to some business, it is possible to service disconnection some minutes, equipment can be caused
The bad stability of work.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of linking status renewal side of reliable COM1
Method, renewal policy update COM1 can be selected according to the communication quality of COM1 using the method
Linking status, avoid causing service error to update because of the improper update of COM1 linking status, avoid industry
Business abnormal interrupt, ensures communication equipment steady operation.
In order to solve the above technical problems, the offer technical scheme of the present invention is as follows：
A kind of linking status update method of COM1, the update method include：
The communication quality of the COM1 is detected, obtains testing result；
According to the testing result, it is determined that the strategy being updated to the state of the COM1.
Further, the testing result includes the first result and the second result, and the COM1 leads to for light
Believe port, the communication quality to the COM1 detects to obtain testing result, including：
Temporally cycle t1 checks that the optical signal of the COM1 loses LOS signals, if accumulative described
The number that COM1 produced and eliminated the LOS signals is not up to c1 times, then judges the COM1
Communication quality be the first result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 is not up within the T1 periods
C1 times, then judge the communication quality of the COM1 for the first result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 reaches C1 within the T1 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
Further, the testing result includes the first result and the second result, and the COM1 is logical for electricity
Believe port, the communication quality to the COM1 detects to obtain testing result, including：
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and is not up to c2 times, then judges the communication of the COM1
Quality is the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 is not up to C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 reaches C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
Further, the plan for determining that the state of the COM1 is updated according to the testing result
Omit, including：
When the testing result is the first result, real-time update is carried out to the linking status of the COM1；
When the testing result is the second result, delayed updating is carried out to the linking status of the COM1.
Further, real-time update, the chain of the COM1 are carried out to the linking status of the COM1
State real-time report is connect to business module.
Further, delayed updating is carried out to the linking status of the COM1, including：
When the linking status of the COM1 is changed into link interruption from link is normal, if kept in link
The disconnected time exceedes threshold time, then after link interruption exceedes threshold time, by the COM1
Current link state reporting is to business module；
When the linking status of the COM1 is changed into link interruption from link is normal, if kept in link
The disconnected time is no more than threshold time, then does not give the current link state reporting of the COM1 to business mould
Block.
The embodiment of the present invention additionally provides a kind of linking status updating device of COM1, the updating device
Including：
Detection module, for the communication quality detection to the COM1, obtain testing result；
Processing module, for according to the testing result, it is determined that being carried out to the state of the COM1 real-time
Renewal or delayed updating.
Further, the testing result includes the first result and the second result, and the COM1 leads to for light
Believe port, the detection module is specifically used for：
Temporally cycle t1 checks the LOS signals of the COM1, if the accumulative COM1 production
Number that is raw and eliminating LOS signals is not up to c1 times, then judges the communication quality of the COM1 for the
One result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 is not up within the T1 periods
C1 times, then judge the communication quality of the COM1 for the first result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 reaches C1 within the T1 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
Further, the testing result includes the first result and the second result, and the COM1 is logical for electricity
Believe port, the detection module is specifically used for：
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and is not up to c2 times, then judges the communication of the COM1
Quality is the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 is not up to C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 reaches C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
Further, the processing module is specifically used for：
When the testing result is the first result, real-time update is carried out to the linking status of the COM1；
When the testing result is the second result, delayed updating is carried out to the linking status of the COM1.
Had the beneficial effect that caused by the present invention：
In such scheme, the communication quality of COM1 is detected, and according to testing result to described logical
Believe that the state of port performs more new strategy by this scheme, can avoid because of the exception of COM1 linking status
And updating causes service error to update, avoid service exception from interrupting, ensure communication equipment steady operation.In addition,
The present invention supports the COM1 of different communication quality, has taken into account the sensitivity and anti-interference of communication equipment,
Substantially increase the reliability of communication equipment.
Brief description of the drawings
Fig. 1 represents the adaptively selected flow chart of COM1 network environment；
Fig. 2 represents COM1 linking status updating device schematic diagram；
Fig. 3 represents the adaptively selected schematic diagram of network environment of COM1 provided in an embodiment of the present invention；
Fig. 4 represents the linking status renewal flow chart of COM1 provided in an embodiment of the present invention.
Embodiment
To make embodiments of the invention technical problems to be solved, technical scheme and advantage clearer, under
Face will be described in detail in conjunction with the drawings and the specific embodiments.
Embodiments of the invention cause industry for the improper update of COM1 linking status in the prior art
The problem of business mistake updates, abnormal interrupt, and communication equipment is unstable, there is provided a kind of reliable COM1
Linking status update method.Detected by the communication quality of COM1, and according to testing result to described logical
Believe that the state of port performs more new strategy.The present invention supports the COM1 of different communication quality, has taken into account logical
Believe the sensitivity and anti-interference of equipment, improve the reliability of communication equipment.
Each variant in view of the network environment quality where equipment, network environment quality is divided into by the present embodiment
Two classes：
1st, the network environment of good communication quality, this kind of environment are generally used for the operators such as movement, UNICOM,
In such a case, extremely strict to the quality requirement of netting twine, optical fiber, wiring will also meet certain specification,
Equipment reaction is sensitive, real time reaction is made to the state change of link, even generation time is extremely short in link
Flash, what equipment can also be caught arrives, and business can make corresponding action.
2nd, the network environment of communication quality difference, this kind of environment are generally used for the industries such as government, enterprise, finance,
In this environment, the stable operation of business is vital, compared with the sensitivity of equipment, to be more concerned about
Be equipment stability and anti-interference, therefore, the equipment for this environment is, it is necessary to filter out link
In subtle disruption, when occurring flash in link, equipment is thought the normal phenomenon in link and filtering
Fall, business does not keep normal operation because flash is handled it.
Pass through above standard, it can be determined that the quality of outgoing link state.
As shown in figure 1, the present embodiment proposes a kind of linking status update method of COM1, update method
Including：
Step S1：The communication quality of COM1 is detected, obtains testing result；
Step S2：According to testing result, it is determined that carrying out real-time update or delay more to the state of COM1
Newly.
The embodiment of the present invention detects to the communication quality of COM1, and according to testing result to communication ends
The state of mouth performs more new strategy.By this scheme, can avoid because of the exception of COM1 linking status and
Renewal causes service error to update, and avoids service exception from interrupting, and ensures communication equipment steady operation.In addition,
The present invention supports the COM1 of different communication quality, has taken into account the sensitivity and anti-interference of communication equipment,
Substantially increase the reliability of communication equipment.
The COM1 of communication equipment is divided into optical communications port and electronic communications port, for different COM1s,
Judge that the standard of communication quality is not quite similar.
Specifically, when COM1 is optical communications port, the communication quality of COM1 is detected to obtain
Testing result, including：
Temporally cycle t1 checks that the optical signal of COM1 loses LOS signals, if accumulative COM1
The number for producing and eliminating LOS signals is not up to c1 times, then judges the communication quality of COM1 for first
As a result；
Temporally cycle t1 checks the LOS signals of COM1, if accumulative COM1 is produced and eliminated
The number of LOS signals reaches c1 times, and c1 is not up to C1 times within the T1 periods, then judges communication
The communication quality of port is the first result；
Temporally cycle t1 checks the LOS signals of COM1, if accumulative COM1 is produced and eliminated
The number of LOS signals reaches c1 times, and c1 reaches C1 times within the T1 periods, then judges communication ends
The communication quality of mouth is the second result.
Specifically, when COM1 is electronic communications port, the communication quality of COM1 is detected and examined
Result is surveyed, including：
Temporally cycle t2 checks the wire connection state of COM1 netting twine, if accumulative COM1 net
Line produces the number for disconnecting and recovering and is not up to c2 times, then judges the communication quality of COM1 for the first knot
Fruit；
Temporally cycle t2 checks the wire connection state of COM1 netting twine, if accumulative COM1 net
Line produces the number for disconnecting and recovering and reached c2 times, and c2 is not up to C2 times within the T2 periods, then
Judge the communication quality of COM1 for the first result；
Temporally cycle t2 checks the wire connection state of COM1 netting twine, if accumulative COM1 net
Line produces the number for disconnecting and recovering and reached c2 times, and c2 reaches C2 times within the T2 periods, then sentences
The communication quality of disconnected COM1 is the second result.
Further, the strategy that the state of COM1 is updated is determined according to testing result, including：
When testing result is the first result, real-time update is carried out to the linking status of COM1；
When testing result is the second result, delayed updating is carried out to the linking status of COM1.
Further, real-time update is carried out to the linking status of COM1, the linking status of COM1 is real
When report business module.
Further, delayed updating is carried out to the linking status of COM1, including：
When the linking status of COM1 is changed into link interruption from link is normal, if keeping link interruption
Time exceedes threshold time, then by the current link shape of COM1 after link interruption exceedes threshold time
State reports business module；
When the linking status of COM1 is changed into link interruption from link is normal, if keeping link interruption
Time is no more than threshold time, then not by the current link state reporting of the COM1 to business module.
The present embodiment additionally provides a kind of linking status updating device of COM1, as shown in Fig. 2 described
Updating device includes：
Detection module 21, for the communication quality detection to the COM1, obtain testing result；
Processing module 22, for according to the testing result, it is determined that being carried out to the state of the COM1
The strategy of renewal.
The present embodiment detects to the communication quality of COM1, and according to testing result to the communication ends
The state of mouth performs more new strategy.By this scheme, can avoid because of the exception of COM1 linking status and
Renewal causes service error to update, and avoids service exception from interrupting, and ensures communication equipment steady operation.In addition,
The present invention supports the COM1 of different communication quality, has taken into account the sensitivity and anti-interference of communication equipment,
Substantially increase the reliability of communication equipment.
The COM1 of communication equipment is divided into optical communications port and electronic communications port, for different COM1s,
Judge that the standard of communication quality is not quite similar.
Specifically, when COM1 is optical communications port, detection module is specifically used for：
Temporally cycle t1 checks the LOS signals of COM1, if accumulative COM1 is produced and eliminated
The number of LOS signals is not up to c1 times, then judges the communication quality of COM1 for the first result；
Temporally cycle t1 checks the LOS signals of COM1, if accumulative COM1 is produced and eliminated
The number of LOS signals reaches c1 times, and c1 is not up to C1 times within the T1 periods, then judges communication
The communication quality of port is the first result；
Temporally cycle t1 checks the LOS signals of COM1, if accumulative COM1 is produced and eliminated
The number of LOS signals reaches c1 times, and c1 reaches C1 times within the T1 periods, then judges communication ends
The communication quality of mouth is the second result.
Specifically, when COM1 is electronic communications port, detection module is specifically used for：
Temporally cycle t2 checks the wire connection state of COM1 netting twine, if accumulative COM1 net
Line produces the number for disconnecting and recovering and is not up to c2 times, then judges the communication quality of COM1 for the first knot
Fruit；
Temporally cycle t2 checks the wire connection state of COM1 netting twine, if accumulative COM1 net
Line produces the number for disconnecting and recovering and reached c2 times, and c2 is not up to C2 times within the T2 periods, then
Judge the communication quality of COM1 for the first result；
Temporally cycle t2 checks the wire connection state of COM1 netting twine, if accumulative COM1 net
Line produces the number for disconnecting and recovering and reached c2 times, and c2 reaches C2 times within the T2 periods, then sentences
The communication quality of disconnected COM1 is the second result.
Further, processing module is specifically used for：
When testing result is the first result, real-time update is carried out to the linking status of COM1；
When testing result is the second result, delayed updating is carried out to the linking status of COM1.
After the linking status of automatic switchover COM1 is real-time update or delayed updating, linking status renewal
Device will make different processing according to current selection：
If what linking status updating device selected is the linking status real-time update of COM1, work as communication ends
When the linking status of mouth changes, business module is notified immediately；
What if linking status updating device selected is the linking status delayed updating of COM1, timing scan
The linking status of COM1, and confirm the situation of change of linking status.If linking status changes,
The change that the linking status generation of COM1 can be further divided into disconnects normal LINK DOWN from link
It is changed into linking normal LINK UP and is changed into LINK DOWN from LINK UP.
If the linking status of COM1 is to be changed into LINK DOWN, linking status from LINK UP
Updating device thinks that the linking status of COM1 does not change, and current linking status is still LINK UP,
Linking status updating device opens LINK DOWN timers, starts timing, when the link of COM1
State persistently keeps LINK DOWN to reach the timing time of specified threshold time, i.e. LINK DOWN
Reaching the specified threshold time, linking status updating device just thinks that the linking status of COM1 changes,
Now current LINK DOWN state reportings are notified to business module；When LINK DOWN states
When not yet reaching specified threshold, the hardware state of COM1 is changed into LINK UP, then linking status updates
Device resets LINK DOWN timers, it is believed that this LINK DOWN does not occur, also not by this
Next state change reports business module.
If the linking status of COM1 is to be changed into LINK UP from LINK DOWN, by LINK
DOWN timers are reset, and the linking status of COM1 is reported into business module.
By the processing of such technological means, we can support that link-quality is good simultaneously in equipment
The network environment of network environment and link-quality difference, has taken into account the sensitivity and anti-interference of equipment, has made equipment
Reliability greatly improve.
The step of technical scheme, it can be illustrated with following four specific embodiment.
For example, COM1 include PORT1 and where PORT2, PORT1 be good communication quality net
Network environment, where PORT2 is the network environment of communication quality difference：
Embodiment one
COM1 PORT1 and COM1 PORT2 linking status keep LINK UP constant
1st, it is real-time update that COM1 PORT1 is adaptively selected, and COM1 PORT2 is adaptively selected
It is selected as delayed updating；
2nd, COM1 PORT1 waits next cycle continues to scan on COM1 PORT1 linking status；
3rd, COM1 PORT2 LINK DOWN timers are read, if timer is not zero, clearly
Zero, wait next cycle to continue to scan on COM1 PORT2 linking status；
4th, COM1 LINK UP states renewal is completed.
Embodiment two
COM1 PORT1 and COM1 PORT2 linking status keep LINK UP constant
1st, it is real-time update that COM1 PORT1 is adaptively selected, and COM1 PORT2 is adaptively selected
It is selected as delayed updating；
2nd, COM1 PORT1 waits next cycle continues to scan on COM1 PORT1 linking status；
3rd, add up COM1 PORT2 LINK DOWN timers, wait next cycle to continue to sweep
Retouch COM1 PORT2 linking status；
4th, COM1 LINK UP states renewal is completed.
Embodiment three
COM1 PORT1 and COM1 PORT2 linking status are changed into LINK from LINK UP
DOWN
1st, it is real-time update that COM1 PORT1 is adaptively selected, and COM1 PORT2 is adaptively selected
It is selected as delayed updating；
2nd, COM1 PORT1 linking status reports business module, waits next cycle to continue to scan on
COM1 PORT1 linking status；
3rd, COM1 PORT2 LINK DOWN timers are added up, if port PO RT2 chain
Connecing state persistently keeps LINK DOWN to reach the specified threshold time, then by current LINK DOWN
State reporting is to business module；Otherwise, default communication port PO RT2 linking status is LINK UP,
Not reporting service module, carry out the scanning in next cycle.
4th, COM1 updates from LINK UP to LINK DOWN state and completed.
Example IV
The linking status for leading to new port PO RT1 and PORT2 is changed into LINK UP from LINK DOWN
1st, it is real-time update that COM1 PORT1 is adaptively selected, and COM1 PORT2 is adaptively selected
It is selected as delayed updating；
2nd, COM1 PORT1 linking status reports business module, waits next cycle to continue to scan on
COM1 PORT1 linking status；
3rd, COM1 PORT2 LINK DOWN timers are reset, COM1 PORT2 chain
State reporting business module is connect, waits next cycle to continue to scan on COM1 PORT2 linking status；
4th, state update action of the completing port from LINK DOWN to LINK UP.
Fig. 3 selects schematic diagram for network self-adapting in the present invention, comprises the steps of：
Step 101：I-th of COM1 (i is since 1) is inquired about, carries out step 102；
Step 102：Judge whether the COM1 is optical communications port, if so, carrying out step 103；Instead
It, carries out step 104；
Step 103：Stand-by period t1, carry out step 105；
Step 104：Stand-by period t2, carry out step 106；
Step 105：Judge that COM1 produces and eliminates whether LOS number reaches c1 times within the t1 times,
If reaching, step 107 is carried out；Conversely, carry out step 109；
Step 106：Judge that COM1 netting twine disconnects and recovers whether number reaches c2 times within the t2 times,
If reaching, step 108 is carried out；Conversely, carry out step 109；
Step 107：Judge whether COM1 generation c1 number in period of time T 1 reaches C1 times,
If, it was demonstrated that the network environment communication quality is bad, and link connection is poor, and it is higher flash probability occur, chain
Connect that state updating device is adaptively selected to be reported for delay, carry out step 110；It is on the contrary, it was demonstrated that the network leads to
Believe that environment is normal, it is relatively low flash probability occur, carries out step 109；
Step 108：Judge that COM1 produces whether c2 number reaches C2 times in period of time T 2,
If so, carry out step 110；Conversely, carry out step 109；
Step 109：Linking status updating device real-time report port link state, carry out step 111.
Step 110：Linking status updating device delay reporting port linking status, carries out step 111.
Step 111：I=i+1, next COM1 is scanned, carry out step 101.
Fig. 4 is that COM1 linking status of the present invention updates flow chart, is comprised the following steps：
Step 201：COM1 LINK DOWN timer threshold T is set, carries out step 202.
Step 202：The LINK DOWN timers t of each COM1 recorded in software register is reset,
Carry out step 203.
Step 203：The port of i-th (i is since 0) individual COM1 is inquired about, carries out step 204.
Step 204：The linking status of i-th of COM1 is obtained, judges whether the linking status of port is sent out
Changing, if linking status changes, carry out step 205；If linking status does not change,
Then carry out step 209.
Step 205：Confirm whether the linking status of COM1 from LINK DOWN is changed into LINK UP,
If so, carry out step 206；If it is not, carry out step 210.
Step 206：Confirm that linking status updating device should be the COM1 is adaptive delay and report or real
When report, if delay reports, show now to be applied to require the stronger environment of anti-interference, carry out step
207, on the contrary show now to be applied to the environment for requiring fast convergence, carry out step 208.
Step 207：By i-th of COM1 LINK DOWN timer clear 0, step 208 is carried out.
Step 208：Upper layer software (applications) is reported, carries out step 209.
Step 209：It is delayed the T1 times, inquiry i+1 port, return to step 203.
Step 210：Confirm that linking status updating device should be the COM1 is adaptive delay and report or real
When report, if delay report, then carry out step 211, conversely, carry out step 208.
Step 211：COM1 LINK DOWN timers t accumulations plus 1, carry out step 212.
Step 212：Confirm whether current LINK DOWN timers t is more than given threshold T, if so, entering
Row step 208, conversely, carrying out step 213.
Step 213：Linking status updating device thinks that COM1 is not LINK DOWN, is still LINK
UP, carry out step 209.
In each method embodiment of the present invention, the priority that the sequence number of each step can not be used to limit each step is suitable
Sequence, for those of ordinary skill in the art, on the premise of not paying creative work, to each step
Priority change also within protection scope of the present invention.
Above is the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these change
Enter and retouch and also should be regarded as protection scope of the present invention.
Claims (10)
1. the linking status update method of a kind of COM1, it is characterised in that the update method includes：
The communication quality of the COM1 is detected, obtains testing result；
According to the testing result, it is determined that the strategy being updated to the state of the COM1.
2. update method according to claim 1, it is characterised in that the testing result includes the
One result and the second result, the COM1 are optical communications port, the communication to the COM1
Quality testing obtains testing result, including：
Temporally cycle t1 checks that the optical signal of the COM1 loses LOS signals, if accumulative described
The number that COM1 produced and eliminated the LOS signals is not up to c1 times, then judges the COM1
Communication quality be the first result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 is not up within the T1 periods
C1 times, then judge the communication quality of the COM1 for the first result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 reaches C1 within the T1 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
3. update method according to claim 1, it is characterised in that the testing result includes the
One result and the second result, the COM1 are electronic communications port, the communication to the COM1
Quality testing obtains testing result, including：
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and is not up to c2 times, then judges the communication of the COM1
Quality is the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 is not up to C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 reaches C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
4. the update method according to Claims 2 or 3, it is characterised in that described according to the inspection
Result is surveyed, it is determined that the strategy being updated to the state of the COM1, including：
When the testing result is the first result, real-time update is carried out to the linking status of the COM1；
When the testing result is the second result, delayed updating is carried out to the linking status of the COM1.
5. update method according to claim 4, it is characterised in that to the chain of the COM1
Connect state and carry out real-time update, including：
The linking status real-time report of the COM1 is to business module.
6. update method according to claim 4, it is characterised in that to the chain of the COM1
Connect state and carry out delayed updating, including：
When the linking status of the COM1 is changed into link interruption from link is normal, if kept in link
The disconnected time exceedes threshold time, then the working as the COM1 after link interruption exceedes threshold time
Preceding linking status reports business module；
When the linking status of the COM1 is changed into link interruption from link is normal, if kept in link
The disconnected time is no more than threshold time, then does not give the current link state reporting of the COM1 to business mould
Block.
7. the linking status updating device of a kind of COM1, it is characterised in that the updating device includes：
Detection module, for the communication quality detection to the COM1, obtain testing result；
Processing module, for according to the testing result, it is determined that being updated to the state of the COM1
Strategy.
8. updating device according to claim 7, it is characterised in that the testing result includes the
One result and the second result, the COM1 are optical communications port, and the detection module is specifically used for：
Temporally cycle t1 checks the LOS signals of the COM1, if the accumulative COM1 production
Number that is raw and eliminating LOS signals is not up to c1 times, then judges the communication quality of the COM1 for the
One result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 is not up within the T1 periods
C1 times, then judge the communication quality of the COM1 for the first result；
Temporally cycle t1 checks the LOS signals of the COM1, if adding up the communication ends
The number that mouth produced and eliminated the LOS signals reaches c1 times, and c1 reaches C1 within the T1 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
9. updating device according to claim 7, it is characterised in that the testing result includes the
One result and the second result, the COM1 are electronic communications port, and the detection module is specifically used for：
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and is not up to c2 times, then judges the communication of the COM1
Quality is the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 is not up to C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the first result；
Temporally cycle t2 checks the wire connection state of the COM1 netting twine, if accumulative described logical
Letter port netting twine produces the number for disconnecting and recovering and reached c2 times, and c2 reaches C2 within the T2 periods
It is secondary, then judge the communication quality of the COM1 for the second result.
10. updating device according to claim 8 or claim 9, it is characterised in that the processing module tool
Body is used for：
When the testing result is the first result, real-time update is carried out to the linking status of the COM1；
When the testing result is the second result, delayed updating is carried out to the linking status of the COM1.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610429113.2A CN107517114B (en) | 2016-06-16 | 2016-06-16 | Method and device for updating link state of communication port |
| PCT/CN2017/087863 WO2017215537A1 (en) | 2016-06-16 | 2017-06-12 | Method and apparatus for updating link state of communication port |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610429113.2A CN107517114B (en) | 2016-06-16 | 2016-06-16 | Method and device for updating link state of communication port |
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| CN107517114A true CN107517114A (en) | 2017-12-26 |
| CN107517114B CN107517114B (en) | 2022-08-02 |
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| CN201610429113.2A Active CN107517114B (en) | 2016-06-16 | 2016-06-16 | Method and device for updating link state of communication port |
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| WO (1) | WO2017215537A1 (en) |
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| CN104426693A (en) * | 2013-08-27 | 2015-03-18 | 杭州华三通信技术有限公司 | Method for managing port state of exchange transmitting device in software definition network, and device |
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| CN101094157B (en) * | 2007-08-20 | 2011-09-21 | 中兴通讯股份有限公司 | Method for implementing network interconnection by using link aggregation |
| US20100235914A1 (en) * | 2009-03-13 | 2010-09-16 | Alcatel Lucent | Intrusion detection for virtual layer-2 services |
| CN101867502B (en) * | 2010-06-02 | 2015-05-20 | 中兴通讯股份有限公司 | Method and device for inhibiting port oscillation |
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2016
- 2016-06-16 CN CN201610429113.2A patent/CN107517114B/en active Active
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- 2017-06-12 WO PCT/CN2017/087863 patent/WO2017215537A1/en active Application Filing
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|---|---|---|---|---|
| CN101212462A (en) * | 2006-12-27 | 2008-07-02 | 华为技术有限公司 | Event reporting method and reporting device |
| US20160105381A1 (en) * | 2012-07-09 | 2016-04-14 | Vmware, Inc. | Distributed virtual switch configuration and state management |
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| WO2017215537A1 (en) | 2017-12-21 |
| CN107517114B (en) | 2022-08-02 |
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