CN109218061A - The failure notification and acquisition methods, device, communication equipment of flexible Ethernet - Google Patents
The failure notification and acquisition methods, device, communication equipment of flexible Ethernet Download PDFInfo
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- CN109218061A CN109218061A CN201710551792.5A CN201710551792A CN109218061A CN 109218061 A CN109218061 A CN 109218061A CN 201710551792 A CN201710551792 A CN 201710551792A CN 109218061 A CN109218061 A CN 109218061A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/40—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass for recovering from a failure of a protocol instance or entity, e.g. service redundancy protocols, protocol state redundancy or protocol service redirection
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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
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0631—Management of faults, events, alarms or notifications using root cause analysis; using analysis of correlation between notifications, alarms or events based on decision criteria, e.g. hierarchy, tree or time analysis
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
-
- 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
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0631—Management of faults, events, alarms or notifications using root cause analysis; using analysis of correlation between notifications, alarms or events based on decision criteria, e.g. hierarchy, tree or time analysis
- H04L41/065—Management of faults, events, alarms or notifications using root cause analysis; using analysis of correlation between notifications, alarms or events based on decision criteria, e.g. hierarchy, tree or time analysis involving logical or physical relationship, e.g. grouping and hierarchies
Abstract
The failure notification and acquisition methods, device, communication equipment of a kind of flexible Ethernet provided according to embodiments of the present invention, after getting each failure member currently to break down in local terminal member in flexible Ethernet group, the fault message for each failure member that will acquire is separately added into the data to be sent of target members；Selected target members include at least one member in local terminal member except each failure member itself, then by the data to be sent of each target members, by each target members, the corresponding opposite end member into flexible Ethernet group is sent, also the fault message of failure member is sent by other members of local terminal to opposite end, it in this way can be when there is bi-directional failure in a certain member, it can by local terminal, other members be sent to opposite end by the fault message of the member, business is sent on failure path to notify opposite end member to stop at, it switches the business on trusted path, to promote the reliability of entire logical channel.
Description
Technical field
The present invention relates to the events in the communications field more particularly to a kind of flexible Ethernet (Flexi1e Ethernet, FlexE)
Barrier notice and acquisition methods, device, communication equipment.
Background technique
In the past decade, network service traffic is always maintained at rapid growth, promotes the service bandwidth of communication apparatus quick
Increase, the interface rate of communication apparatus is increased to 100M from 10M bandwidth, then improves 1G, 10G, and every few years business speed is just turned over
Several times, to adapt to the demand of service traffics on network.The speed of the optical module of communication apparatus commercialization at present has reached 100G, and opens
Begin a large amount of commercial.When optical module speed starts to surmount 100G, difficult increasing, the optical mode that is encountered on optical module research and development technology
The production cost of block sharply increases.In developing from 100G to 400G, although having developed the optical module of 400G at present,
The optical module of 400G it is expensive, have been over the price of 4 100G optical modules, cause 400G optical module to lack commercial
Economic value.In the case where not increasing cost, in order to solve the transmitting demand of 400G business, can be transmitted on 100G optical module
400G business, International Standards Organization define FlexE agreement.FlexE agreement ties up the optical module of multiple 100G, is formed
The transmission channels of one big business speed pass through FlexE as shown in Figure 1, the figure show the universal architecture schematic diagram of FlexE
Agreement ties up N number of 100G optical module, forms a N*100G transmission channels, and the business for being equivalent to N*100G optical module passes
Speed is passed, the transmitting demand of N*100G business has both been met, also solves the problems, such as the economic value of business transmitting.Flexible Ethernet
Group (FlexE Group) refers to the group got up by 1 to N Ethernet PHY signal binding (Bonded), one
A flexible Ethernet group client (FlexE Client) refers to the ether stream based on MAC signal rate, can mismatch and take office
What Ethernet PHY stream, the client's MAC rate that can currently support have 10,40 or m*25Gb/s.Wherein, flexible Ethernet
Interlayer (FlexE Shim) is used to for client signal being mapped to or demapping is to FlexE Group.In Fig. 1, flexible Ethernet
Optical physics channel in group between the optical module and optical module at both ends constitutes a communication link, and the optical module of both ends of them is made
For the member of flexible Ethernet group.
Since FlexE agreement is that multiple optical physics channels are bundled into the logical channel of business transmitting, when an object
When breaking down, then entire logical channel all breaks down in reason channel, and such as a physical channel is interrupted, then entire logical channel is all
It interrupts, as shown in Fig. 2, the reliability of logical channel entire so just reduces, the probability that logical channel breaks down is single
Break down the integral multiple of probability for a physical channel, and multiple is exactly total binding number of physical channel.RPF is defined in FlexE agreement
(remote phy fault, distal end phy failure) information, for the optical fiber that the failure of the phy of local terminal member is passed through opposite direction
Pass to opposite end member.Local terminal member and opposite end member are the transmitting distal end phy fault messages between a pair of of optical fiber.Actually answering
In, the transmission-receiving function of optical module is integrated in together, is entirety, if optical module failure (namely member itself goes out
Show failure), then it receives and dispatches both direction and all interrupts, since the direction of hair is also interrupted, just sent without normal direction opposite end remote
Phy fault message is held, the distal end phy fault message of opposite end transmission can not be also received；In addition, since transmitting-receiving optical fiber wiring is to walk together
One physical pathway, when because the various mechanical reasons such as ditching cause fiber break, the optical fiber for receiving and dispatching both direction all occurs
It interrupts (namely optical physics channel failure where member), therefore can not also transmit distal end phy fault message.Therefore, at present
Flexible Ethernet is when a certain member is when (namely when there is bi-directional failure) receiving and dispatching both direction while interrupting, and FlexE is assisted at present
This earth fault for discussing and deciding justice can not just be transmitted to opposite end member, can not also receive the fault message of opposite end member, lead to local terminal
Mutually isolated between member and distal end member, every end member, which only knows, is locally detected failure, but can not know opposite end member
Malfunction, cannot notify opposite end member stops to send business on failure path, business can not be switched on trusted path.
Summary of the invention
The failure notification and acquisition methods, device, communication equipment of flexible Ethernet provided in an embodiment of the present invention, it is main to solve
Certainly the technical issues of, is: when solving bi-directional failure occur in existing flexible Ethernet group, fault message cannot be notified opposite end
The problem of.
In order to solve the above technical problems, the embodiment of the present invention provides a kind of failure notification method of flexible Ethernet, comprising:
Obtain each failure member currently to break down in local terminal member in flexible Ethernet group；
The fault message of each failure member is separately added into the data to be sent of target members；The target members
Including at least one member in the local terminal member, except each failure member itself；
The data to be sent of each target members are corresponding into the flexible Ethernet group by each target members
Opposite end member sends.
In order to solve the above technical problems, the embodiment of the invention also provides a kind of failure acquisition methods of flexible Ethernet,
Include:
Opposite end member in flexible Ethernet group is received to be sent out based on the failure notification method of flexibly Ethernet as described above
The data sent；
From the fault message for extracting each failure member to break down in the member of opposite end in the data received.
In order to solve the above technical problems, the embodiment of the invention also provides a kind of malfunction informing device of flexible Ethernet,
Include:
Failure obtain module, for obtain each failure currently to break down in local terminal member in flexible Ethernet group at
Member；
Fault processing module, for the fault message of each failure member to be separately added into the number to be sent of target members
In；The target members include at least one member in the local terminal member, except each failure member itself；
Sending module, for the data to be sent of each target members to be passed through each target members to the flexible ether
Corresponding opposite end member sends in net group.
In order to solve the above technical problems, the embodiment of the invention also provides a kind of failure acquisition device of flexible Ethernet,
Include:
Receiving module, the failure for being based on flexibly Ethernet as described above for receiving opposite end member in flexible Ethernet group
Data transmitted by notification method；
Extraction module, for from extracted in the data received each failure member to break down in the member of opposite end therefore
Hinder information.
In order to solve the above technical problems, the embodiment of the invention also provides a kind of communication equipment, including first processor,
One memory and the first data/address bus；
First data/address bus is for the first processor and the first memory to be communicatively coupled；
The first memory is used to store the failure notification program of flexible Ethernet；
The first processor is used to run the failure notification program of the flexible Ethernet in the first memory, with reality
Step in the flexibly failure notification method of Ethernet now as described above.
In order to solve the above technical problems, the embodiment of the invention also provides a kind of communication equipment, including second processor,
Two memories and the second data/address bus；
Second data/address bus is for the second processor and the second memory to be communicatively coupled；
The failure that the second memory is used to store flexible Ethernet obtains program；
The failure that the second processor is used to run the flexible Ethernet in the second memory obtains program, with reality
Step in the flexibly failure acquisition methods of Ethernet now as described above.
The embodiment of the present invention also provides a kind of computer storage medium, is stored with computer in the computer storage medium
Executable instruction, the computer executable instructions be used for execute flexible Ethernet above-mentioned failure notification method or flexibly with
The too failure acquisition methods of net.
The beneficial effects of the present invention are:
The failure notification and acquisition methods, device, communication equipment of the flexible Ethernet provided according to embodiments of the present invention,
After getting each failure member currently to break down in local terminal member in flexible Ethernet group, each failure member's that will acquire
Fault message is separately added into the data to be sent of target members；Selected target members include in local terminal member each failure at
Then the data to be sent of each target members are passed through each target members to flexible ether by least one member except member itself
Corresponding opposite end member sends in net group, also sends out the fault message of failure member to opposite end by other members of local terminal
It send, rather than only being sent by failure member itself to opposite end as defined in existing protocol, can occur in this way in a certain member double
When to failure, can by the fault message of the member, by local terminal, other members are sent to opposite end, so that opposite end member be notified to stop
Business is sent on failure path, is switched the business on trusted path, to promote the reliability of entire logical channel.
Detailed description of the invention
Fig. 1 is flexible Ethernet networking schematic diagram；
Fig. 2 is flexible Ethernet physical channel failure schematic diagram；
Fig. 3 is the failure notification method flow diagram for the flexible Ethernet that the embodiment of the present invention one provides；
Fig. 4 is the failure acquisition methods flow diagram for the flexible Ethernet that the embodiment of the present invention one provides；
Fig. 5 is that the physical link that the embodiment of the present invention one provides replaces schematic diagram；
Fig. 6 is the malfunction informing device structural schematic diagram of flexible Ethernet provided by Embodiment 2 of the present invention；
Fig. 7 is the failure acquisition device structural schematic diagram of flexible Ethernet provided by Embodiment 2 of the present invention；
Fig. 8 is the communication apparatus construction schematic diagram that the embodiment of the present invention three provides；
Fig. 9 is another communication apparatus construction schematic diagram that the embodiment of the present invention three provides；
Figure 10 is that the data chunk that the embodiment of the present invention three provides divides schematic diagram；
Figure 11 is that the data polling that the embodiment of the present invention three provides sends schematic diagram；
Figure 12 is the expense block structure schematic diagram that the embodiment of the present invention three provides；
Figure 13 is the multi-frame structure schematic diagram that the embodiment of the present invention three provides；
Figure 14 is member's indicating fault example schematic diagram one that the embodiment of the present invention three provides；
Figure 15 is member's indicating fault example schematic diagram two that the embodiment of the present invention three provides；
Figure 16 is member's indicating fault example schematic diagram three that the embodiment of the present invention three provides.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, below by specific embodiment knot
Attached drawing is closed to be described in further detail the embodiment of the present invention.It should be appreciated that specific embodiment described herein is only used to
It explains the present invention, is not intended to limit the present invention.
Embodiment one:
When in order to solve bi-directional failure occur in existing flexible Ethernet group, fault message cannot be notified to asking for opposite end
Topic, the failure notification method of flexible Ethernet provided in this embodiment, get in flexible Ethernet group in local terminal member when
Before after each failure member for breaking down, the fault message for each failure member that will acquire is separately added into the to be sent of target members
In data；Selected target members include at least one member in local terminal member except each failure member itself, then will
By each target members, the corresponding opposite end member into flexible Ethernet group sends the data to be sent of each target members, opposite end at
After member receives data, the fault message of failure member can be extracted from the data received.Namely the present embodiment provides
Method the fault message of failure member is sent by other members of local terminal to opposite end, can occur in this way in a certain member
When bi-directional failure, can by the fault message of the member, by local terminal, other members are sent to opposite end, so that opposite end member be notified to stop
Business is only sent on failure path, is switched the business on trusted path, to promote the reliability of entire logical channel.Tool
Body, the failure notification method of the flexible Ethernet in the present embodiment is shown in Figure 3, comprising:
S301: each failure member currently to break down in local terminal member in flexible Ethernet group is obtained.
In the present embodiment, obtain in flexible Ethernet group that failure has occurred in which member in local terminal member, it can be by sentencing
It is disconnected to determine from the data cases that the physical link where each member receives, if such as being not received by where the member
The data that physical link is sent then can determine that the member breaks down.In the present embodiment member break down including but
Physical link failure where being not limited to member's faults itself and member.
S302: the fault message of each failure member is separately added into the data to be sent of target members.
Target members in the present embodiment include at least one member in local terminal member except each failure member itself.This
Embodiment is directed to each target members, and the fault message of each failure member is all added in its data to be sent.Herein to
Sending data can be dedicated for carrying out the various data of fault message notice, be also possible to business datum or institute's business number
According to the various data of other miscellaneous functions of transmission.
Member in the present embodiment except each failure member itself refers to other members except failure member, it is assumed for example that
Member's A failure then selects at least one as target members in other members at least in local terminal member in addition to member A,
Such as member B.The member B selected at this time may be the member to break down, it is also possible to the member of failure have occurred.Cause
This can directly select local terminal member all in flexible Ethernet group in a kind of this example, and target members include spirit at this time
All local terminal members, can maximumlly guarantee that the fault message of failure member can successfully be sent in this way in Ethernet group living
To opposite end, except bi-directional failure occurs for not all local terminal member.Certainly, being specifically chosen which member can be with as target members
It is flexibly set according to practical application scene.
S303: by the data to be sent of each target members by each target members the corresponding opposite end into flexible Ethernet group
Member sends.
Namely opposite end on the physical link is sent for data to be sent by the physical link where each target members
Member.
As described above, the fault message of failure member can be added to the data to be sent of target members in the present embodiment
In, the corresponding member in opposite end is sent to by target members.Data to be sent in the present embodiment can be to carry out
The data of fault notification, such as various fault notification messages are also possible to business datum or institute's business datum send together its
His various auxiliary datas.For example, the fault message of each failure member can be added in the expense frame that data to be sent include, one
A expense frame is made of multiple expense blocks, thus specifically can by fault message be added expense frame at least one with reserved word
In the expense block of section.The fault message of each failure member is added at this time in the data to be sent of target members includes: with expense
Frame is unit, and the fault message of each failure member is added at least one expense block with reserved field of an expense frame
In.In another example the fault message of each failure member can be added in the multi-frame that data to be sent include, target members at this time
Data to be sent include the multiple expense blocks for constituting expense frame, and N number of expense frame constitutes a multi-frame will be each as unit of multi-frame
At least one the opening with reserved field at least one expense frame that a multi-frame includes is added in the fault message of failure member
In pin block, N is more than or equal to 2, is provided according to existing protocol, and 32 expense frames constitute a multi-frame.Which of multi-frame is specifically added
It can also flexibly be set according to specific requirements in expense frame.And the reserved field of which expense block is specifically occupied, and specifically account for
It can flexibly be set according to specific application scenarios with how many reserved field.
In the present embodiment, fault message is added in expense frame as unit of expense frame, or is added as unit of multi-frame
In multi-frame, can flexibly be set according to concrete application scene, for example, can according to break down membership, fault message have
Body includes the flexibly setting such as occupied length of content.
In the present embodiment, the fault message of failure member may include failure member identification, at this time then can be only by hair
The member identification for having given birth to the member of failure is added in expense frame or multi-frame.In another example in another middle example, failure at
The fault message of member may include failure member identification and failure indication information, can know the member of all members at this time
Other information is added in expense frame or multi-frame, and the member for failure has occurred can then add failure indication information, for not
The member to break down does not add failure indication information then, or addition state is normally to indicate information (in some instances
It different can add).Fault message specifically uses failure member identification, or uses failure member identification+failure
Indicate that the mode of information can also flexibly be set according to concrete application scene.Failure member identification in the present embodiment can be with
It is member's number or the various information of other energy unique identification members.Failure indication information in the present embodiment, which can be, to be used for
Any information of failure has occurred in instruction.
In this way, in local terminal, for the fault message of the member to break down, can by other except failure member at
Member is sent to opposite end, to notify the fault condition of opposite end local terminal, carries out failure negotiation to be conducive to both sides, alerts and make phase
The safeguard measure etc. answered, the safeguard measure in the present embodiment including but not limited to reject faulty link from group, and standby
When with link, reserve link is added.Correspondingly, the fault method that opposite end obtains flexible Ethernet is shown in Figure 4, comprising:
S401: the failure notification method that opposite end member in flexible Ethernet group is based on flexibly Ethernet as described above is received
Transmitted data.
S402: from the fault message for extracting each failure member to break down in the member of opposite end in the data received.
When the fault message of the failure member of opposite end is to be added in expense frame or multi-frame to send over, from the number received
The fault message that each failure member to break down in the member of opposite end is extracted in then includes: to extract from the data received
Corresponding expense frame and multi-frame out, and extracted from the reserved field of expense frame or the corresponding expense block of multi-frame and be out of order member's
Fault message, and then which physical link the case where breaking down in conjunction with local terminal member analyzes (comprising physical channel and object
Manage channel both ends optical module) have occurred bi-directional failure (may be physical path failure, it is also possible on the physical link at
Member's itself fail).For the physical link of bi-directional failure has occurred, it can be rejected from flexible Ethernet group, be kept away
Exempt from business still to send on the physical link of the failure, although reducing the bandwidth of flexible Ethernet group logical channel at this time,
Breaking down with a physical channel causes the result of whole service disconnections to be compared, and this processing mode is apparently more rationally real
With.It, can will be spare after the physical link for rejecting failure in addition, spare physical link also can be preset in the present embodiment
Physical link be added in the flexible Ethernet group, namely faulty physical link is replaced with spare physical link, then
The auto switching function after physical link breaks down may be implemented, realize the automatic recovery of business, it in this way can be significantly
Ground improves the reliability of FlexE business, improves application value.For example, with reference to shown in Fig. 5, flexible Ethernet group member A and right
It holds the failure of the physical link generation where member B and is removed, spare physical link is added in the flexible Ethernet group,
To realize the replacement of failed physical link, the automatic recovery of business is realized, improves the reliability of FlexE business.
The present embodiment sends opposite end for the fault message of failure member by other members except failure member, thus
Fault message cannot be transmitted to the problem of opposite end when avoiding the occurrence of bi-directional failure.Allow both-end according to the fault condition of opposite end
It is alerted accordingly and protection is handled, promote the reliability of FlexE business.
Embodiment two:
A kind of malfunction informing device of flexible Ethernet is present embodiments provided, it is shown in Figure 6, comprising:
Failure obtain module 61, for obtain each failure currently to break down in local terminal member in flexible Ethernet group at
Member.It, can be by sentencing when failure obtains module 61 and obtains that failure has occurred in which member in local terminal member in flexible Ethernet group
It is disconnected to determine from the data cases that the physical link where each member receives, if such as being not received by where the member
The data that physical link is sent then can determine that the member breaks down.In the present embodiment member break down including but
Physical link failure where being not limited to member's faults itself and member.
Fault processing module 62, for the fault message of each failure member to be separately added into the data to be sent of target members
In.Target members in the present embodiment include at least one member in local terminal member except each failure member itself.This implementation
Example is directed to each target members, and the fault message of each failure member is all added in its data to be sent.Herein to be sent
Data can be to carry out the various data of fault message notice, be also possible to business datum or institute's business datum hair
The various data for other miscellaneous functions sent.
Member in the present embodiment except each failure member itself refers to other members except failure member, it is assumed for example that
Member's A failure then selects at least one as target members in other members at least in local terminal member in addition to member A,
Such as member B.The member B selected at this time may be the member to break down, it is also possible to the member of failure have occurred.Cause
This, in a kind of this example, fault processing module 62 can directly select local terminal member all in flexible Ethernet group, at this time
Target members include local terminal member all in flexible Ethernet group, and fault processing module 62 is by the fault message of each failure member
Be separately added into the data to be sent of local terminal member all in flexible Ethernet group, can maximumlly guarantee in this way failure at
The fault message of member can successfully be sent to opposite end, except bi-directional failure occurs for not all local terminal member.Certainly, it is specifically chosen
Which member can flexibly set as target members according to practical application scene.
Sending module 63, for the data to be sent of each target members to be passed through each target members to the flexible Ethernet
Corresponding opposite end member sends in group.Namely the object is sent for data to be sent by the physical link where each target members
Manage the member of chain road opposite end.
The function of above-mentioned each module in the present embodiment can be realized by flexible ether net sandwich (FlexE Shim), clever
Ether net sandwich (FlexE Shim) living can be realized by various logic functional circuit (can be using chip as carrier).
As described above, fault processing module 62 in the present embodiment the fault message of failure member can be added target at
In the data to be sent of member, the corresponding member in opposite end is sent to by target members.Data to be sent in the present embodiment can be with
It is used exclusively for carrying out the data of fault notification, such as various fault notification messages, is also possible to business datum or institute's business number
According to other the various auxiliary datas sent together.For example, fault processing module 62 can add the fault message of each failure member
Enter in the expense frame that data to be sent include, an expense frame is made of multiple expense blocks, therefore specifically can be by fault message
It is added at least one expense block with reserved field of expense frame.At this time fault processing module 62 by each failure member therefore
Hindering in the data to be sent of information addition target members includes: to be added the fault message of each failure member as unit of expense frame
Enter at least one expense block with reserved field of an expense frame.In another example fault processing module 62 can will it is each therefore
The fault message of barrier member is added in the multi-frame that data to be sent include, and the data to be sent of target members include constituting to open at this time
Multiple expense blocks of frame are sold, N number of expense frame is constituted a multi-frame and added the fault message of each failure member as unit of multi-frame
Enter at least one the expense block with reserved field at least one expense frame that a multi-frame includes, N is more than or equal to 2.Root
According to a kind of existing agreement regulation, 32 expense frames constitute a multi-frames.It can also be in specific which expense frame that multi-frame is added
It is flexibly set according to specific requirements.And the reserved field of which expense block is specifically occupied, and how many reserved field specifically occupied
It can flexibly be set according to specific application scenarios.
In the present embodiment, fault message is added in expense frame fault processing module 62 as unit of expense frame, or with
Multi-frame is that unit is added in multi-frame, can flexibly be set according to concrete application scene, such as can be according to the member to break down
Number, fault message specifically include that occupied length of content etc. is flexibly set.
In the present embodiment, the fault message of failure member may include failure member identification, at this time troubleshooting mould
The member identification that the member of failure has occurred then can only be added in expense frame or multi-frame by block 62.In another example another
In middle example, the fault message of failure member may include failure member identification and failure indication information, at this time troubleshooting
The member identification of all members can be added in expense frame or multi-frame by module 62, for the member of failure has occurred
Failure indication information can be then added, failure indication information is not added for the member not broken down, or addition state is then
Normal instruction information (can also be different addition in some instances).Fault message specifically uses failure member identification,
Or it can also flexibly be set according to concrete application scene by the way of failure member identification+failure indication information.This
Failure member identification in embodiment can be member's number or the various information of other energy unique identification members.This reality
It applies the failure indication information in example and can be and be used to indicate any information that failure has occurred.
It, can be in this way, in the fault message of member that breaks down for local terminal of malfunction informing device of flexible Ethernet
Opposite end is sent to notify the fault condition of opposite end local terminal by other members except failure member, is carried out to be conducive to both sides
Failure negotiates, alerts and make corresponding safeguard measure etc., and the safeguard measure in the present embodiment includes but is not limited to by failure
Link is rejected from group, and in reserve link, reserve link is added.Correspondingly, the present embodiment additionally provides a kind of spirit
The failure acquisition device of Ethernet living, it is shown in Figure 7, comprising:
Receiving module 71, for receiving in flexible Ethernet group opposite end member based on the flexible ether as described in embodiment one
Data transmitted by the failure notification method of net；
Extraction module 72, for from extracting each failure member's to break down in the member of opposite end in the data received
Fault message.
The function of above-mentioned each module in the present embodiment can also realize by flexible ether net sandwich (FlexE Shim),
Flexible ether net sandwich (FlexE Shim) can be realized by various logic functional circuit (can be using chip as carrier).It should manage
Solution, in the present embodiment, the failure acquisition device of flexible Ethernet be also for the member of opposite end flexible Ethernet it
Failure notification dress.
When the fault message of failure member is addition expense frame or answered by the malfunction informing device of the flexible Ethernet of opposite end
When sending in frame, extraction module 72 is from extracting each failure member to break down in the member of opposite end in the data received
Fault message then include: that corresponding expense frame and multi-frame are extracted from the data received, and from expense frame or multi-frame phase
The case where extracting the fault message for member of being out of order in the reserved field for the expense block answered, and then breaking down in conjunction with local terminal member
Which physical link (optical module comprising physical channel and physical channel both ends) analyzed bi-directional failure has occurred and (may be
Physical path failure, it is also possible to member's itself fail on the physical link).For the physics of bi-directional failure has occurred
It can be rejected from flexible Ethernet group, avoid business from still sending on the physical link of the failure, although at this time by link
Reduce the bandwidth of flexible Ethernet group logical channel, but breaks down with a physical channel and lead to the knot of whole service disconnections
Fruit is compared, and this processing mode is apparently more reasonable and practical.In addition, spare physical link also can be preset in the present embodiment,
After the physical link for rejecting failure, spare physical link can be added in the flexible Ethernet group, namely with spare
Physical link replaces faulty physical link, then may be implemented the auto switching function after physical link breaks down, real
The reliability of FlexE business can be significantly increased in the automatic recovery for having showed business in this way, improve application value.
Embodiment three:
A kind of communication equipment is present embodiments provided, it is shown in Figure 8, including first processor 81, first memory 82
And first data/address bus 83；
First data/address bus 83 is for first processor 81 and the first memory 82 to be communicatively coupled；
First memory 82 is used to store the failure notification program of flexible Ethernet；
First processor 81 is used to run the failure notification program of the flexible Ethernet in first memory, strictly according to the facts to realize
Apply the step in the failure notification method of flexible Ethernet shown in example one kind.
The present embodiment additionally provides a kind of communication equipment, shown in Figure 9, including second processor 91, second memory
92 and second data/address bus 93；
Second data/address bus 93 is for second processor 91 and the second memory 92 to be communicatively coupled；
The failure that second memory 92 is used to store flexible Ethernet obtains program；
The failure that second processor 91 is used to run the flexible Ethernet in second memory obtains program, strictly according to the facts to realize
Apply the step in the failure acquisition methods of flexible Ethernet shown in example one kind.It should be understood that first in the present embodiment
Communication equipment and the second communication equipment can be with various optical communication equipments or servers etc..
Scheme to facilitate the understanding of the present invention, the present embodiment combine a kind of specific FlexE agreement to do into one the present invention
Step illustrates.N in this example, in flexible Ethernet group comprising 4 physical links namely the flexible Ethernet group in Fig. 1
Value is 4.It certainly, may also be 2 or 3 or 5 etc., specific value is then needed according to specific application according to practical application
Scene is flexibly set.
In optical mode is fast, the data message of 100G is that data packet messages are carried out to 64/66 coding before sending, by 64 ratios
Special data block is extended to the block of information of 66 bits, and increased 2 bit is located at front, as the opening flag of 66 bit blocks, so
It is sent in a manner of 66 bit blocks from optical port afterwards.When receiving, optical port identifies 66 bits from the data flow received
Then block recovers 64 original bit datas from 66 bit blocks, re-assemblies data message.FlexE agreement is in
64 bits are to 66 pieces of conversion layers, in *, the data block of 66 bits are ranked up and are planned, as shown in Figure 10, for 100G industry
Business, every 20 66 bit data blocks are divided into a data chunk, and totally 20 data blocks in every group represent 20 time slots, each
Time slot represents the business speed of 5G bandwidth.It is every to have sent 1023 data chunk (1023*20 when sending the data block of 66 bits
A data block), it is inserted into a FlexE expense block, such as black block in Figure 10.After being inserted into expense block, continues to send data block, send
After complete second 1023*20 data block, it is inserted into expense block, and so on, it, can week in this way during sending data block
It is inserted into phase property expense block, the interval of two neighboring expense block is 1023*20 data block.
When being bundled into a big logical channel using the multiple physical channels of FlexE protocol realization, FLEXE agreement compares 66
Special data block is ranked up and plans, every 20 66 bit data blocks are divided into a data chunk, totally 20 numbers in every group
According to block, 20 time slots are represented.Such as Figure 11,4 physical channels are bundled into a logical channel, when transmission, by first data
Block group (20 data blocks) is sent on first physical channel, sends second for second data chunk (20 data blocks)
On a physical channel, send third data chunk (20 data blocks) on third physical channel, by fourth data
Block group (20 data blocks) is sent on the 4th physical channel, then sends the 5th data chunk (20 data blocks) to
On first physical channel, and so on, it is logical averagely, poll to send all data groups (20 data blocks) to 4 physics
On road.Data block on 4 physical channels is perfectly aligned when sending, and is all at interval of 1023 4 physical channels
Data chunk is inserted into expense block simultaneously on 4 physical channels, and the data block, expense block on such 4 physical channels are complete
Alignment.In receiving end, each physical channel individually receives data block, then determines expense block position.Each physical channel
On the basis of expense block position, the data chunk of 4 physical channels is realigned.The data chunk of 4 physical channels is with expense
It after being aligned on the basis of block position, resequences according to the inverse process of poll distribution when sending: first being taken from first physical channel
First data chunk (20 data blocks) sequence after expense block in front, then obtained from second physical channel
First data chunk (20 data blocks) is sorted later after expense block, then expense block is obtained from third physical channel
First data chunk (20 data blocks) sequence later is after secondary, then the after obtaining expense block in the 4th physical channel
One data chunk (20 data blocks) sequence is finally, then process above, elder generation take from first physical channel again
After second data chunk (20 data blocks) sequence time after expense block, expense block is obtained from second physical channel
After second data chunk (20 data blocks) sequence time later, and so on, by the data chunk weight of four physical channels
New sort is at a big logical channel data chunk.In this way, 4 physical channels can be tied up, is formed
One big logical channel.For client traffic, a big logical channel is only perceived, is passed by big logical channel
Business is passed, four physical channels without knowing bottom.
FlexE expense block is the expense block of 66 bit longs, when business data flow is sent, at interval of 1023*20
Data block is inserted into an expense block.Expense block plays positioning function in entire Business Stream, finds expense block, so that it may know industry
The position of first data chunk and the position of subsequent data chunk in business.The content of expense block such as Figure 12, continuous 8
Expense block then forms an expense frame.One expense block is made of the block content of the block mark of 2 bits and 64.Block mark is located at
Preceding 2 column, behind 64 column be block content, the block mark of first expense block is 10, behind the block marks of 7 expense blocks be 01 or SS
(SS indicates that content is uncertain).The content of first expense block is: (1, indicate for 0x4B (8, hexadecimal 4B), C bit
Adjustment control), OMF bit (1, indicate expense frame multi-frame instruction), RPF bit (1, indicate far-end fault instruction), RES ratio
Special (1, reserved bit), FLEXE group number (20, indicate the number of binding group), 0x5 (4, it is hexadecimal
5), 000000 (0) 28, be all.0x4B and 0x5 therein are the mark instructions of first expense block, when receiving, when finding
Corresponding position is 0x4B and 0x5 in one expense block, then it represents that after the expense block is first expense block in expense frame and is secondary
Continuous 7 expense blocks form an expense frame.In expense frame, the part reserved is to retain content, not yet defines, sees figure
It 12 filled black parts can be using any one or more with reserved field in expense frame when selecting reserved field
Expense block in.
Every 32 FlexE expense frame forms a multi-frame, indicates that the sequence of each frame in multi-frame is closed by OMF bit
System, such as Figure 13.OMF bit is 0 in 16 frames, is then 1 in subsequent 16 frame, with this circulation change, every 32 frame variation one
It is secondary.OMF bit is that 0 frame is the first frame in multi-frame for the first time, with this be the second frame, third frame ... the 32nd frame.Phy
Map transmitted in every frame 8 information (indicate corresponding 8 phy whether with, " 0 " indicates unused, " 1 " indicate with), 32
Frame can transmit 256 (0-255) information, transmit 256 phy number with situation.For example, No. 0 position is " 1 ", then table
Show the member of phy number=1 with；No. 15 positions are if it is " 1 ", then it represents that the member of phy number=15 with.
Client Calendar indicates that each time slot belongs to that client, divides Client Calendar A and Client Calendar
B, only one is effectively between A, B when work.There are 20 time slots, a multi-frame there are 32 frames, because 20 frames transmit 20 time slots before this
Customer information, behind 12 frames content as reserved field.Other byte contents are not directly dependent upon with scheme in expense frame,
This is repeated no more.
FlexE agreement ties up multiple physical channels, forms a big logical channel, meets the business of big flow
Transmitting needs, but when a physical channel is broken down, then the business of entire logical channel is all impacted.If one
Physical channel is interrupted, then the business of entire logical channel is also interrupted, and the reliability of business transmitting reduces.In FlexE
In agreement, RPF information is defined, RPF information can only transmit the far-end fault information of this member, can not transmit the event of other members
Hinder information, when two-way all interruptions of this member, both ends can not transmit the fault message of opposite end.In opening for FlexE protocol definition
In the reserved field for selling field, increase member's indicating fault content, such as Figure 14, RMF (remote member fault) word
Section for the fault message of all members is passed to distal end, and is transmitted especially by all members of local terminal to opposite end, in this way
As long as a paths are normal, so that it may fault message be passed to opposite end, bi-directional failure is avoided and cause not transmitting
The problem of failure.
Figure 14 is the example 1 of the present embodiment, increases RMF (remote member fault) field in expense frame,
For transmitting the fault message of all members of local terminal.In example 1, RMF uses a byte (8 bit wide), with a bit table
The fault message (if " 1 " indicates faulty, " 0 " indicates normal) for showing a member, can transmit the event of 8 members in a frame
Hinder information.By multi-frame structure, subsequent frame continues to transmit the fault message of other members, and a multi-frame can transmit 256
The fault message of a member.
Figure 15 is example 2 of the invention, in the case where seldom only 8 members of total number of members, RMF in expense frame
Field can once transmit all members.If needing equal 32 frames that could transmit again, the waiting time using multi-frame structure
It is very long.In the case where member is fewer, multi-frame structure is not transmitted, but every frame is all transmitting all members.
Figure 16 is example 3 of the invention, in the case where failure number of members is seldom, while transmit faulty member and
Trouble-free member causes faulty member waiting time in transmitting longer.In example 3, only transmit it is faulty at
Member, does not transmit trouble-free member.Two information, the phy of failure member number and fault message are transmitted when transmitting.Often
Frame transmit a failure member fault message, then transmit next member's failure fault message ... the last one therefore
The fault message for hindering member, is recycled with this.
It is merely given as several examples above, when specific implementation there are all kinds of flexible ways, but belongs to the protection model of the patent
Enclose, such as: (1), the fault message of member can be 1 bit to indicate, be also possible to multiple bits；(2), transmitting can be with
It is the fault message of member, being also possible to can be with the status information of characterization failure situation；(3), a frame can transmit a member
Information, the information of multiple members can also be transmitted.(4) member's failure indication information can be only transmitted, member can also be compiled
Number and failure indication information transmit together.
It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row
His property includes, so that the process, method, article or the device that include a series of elements not only include those elements, and
And further include other elements that are not explicitly listed, or further include for this process, method, article or device institute it is intrinsic
Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including being somebody's turn to do
There is also other identical elements in the process, method of element, article or device.
The serial number of the above embodiments of the invention is only for description, does not represent the advantages or disadvantages of the embodiments.
Through the above description of the embodiments, those skilled in the art can be understood that above-described embodiment side
Method can be realized by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but in many cases
The former is more preferably embodiment.Based on this understanding, technical solution of the present invention substantially in other words does the prior art
The part contributed out can be embodied in the form of software products, which is stored in a storage medium
In (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that an application apparatus (can be mobile phone, computer, clothes
Be engaged in device, air conditioner or network application apparatus etc.) method that executes each embodiment of the present invention.
The embodiment of the present invention is described with above attached drawing, but the invention is not limited to above-mentioned specific
Embodiment, the above mentioned embodiment is only schematical, rather than restrictive, those skilled in the art
Under the inspiration of the present invention, without breaking away from the scope protected by the purposes and claims of the present invention, it can also make very much
Form, all of these belong to the protection of the present invention.
Claims (11)
1. a kind of failure notification method of flexible Ethernet, comprising:
Obtain each failure member currently to break down in local terminal member in flexible Ethernet group；
The fault message of each failure member is separately added into the data to be sent of target members；The target members include
At least one member in the local terminal member, except each failure member itself；
By the data to be sent of each target members by each target members the corresponding opposite end into the flexible Ethernet group
Member sends.
2. the failure notification method of flexibly Ethernet as described in claim 1, which is characterized in that the target members include institute
State local terminal member all in flexible Ethernet group.
3. the failure notification method of flexibly Ethernet as claimed in claim 1 or 2, which is characterized in that it is described will be described each former
The fault message of barrier member is added in the data to be sent of target members
The data to be sent of the target members include the multiple expense blocks for constituting expense frame, will be described as unit of expense frame
The fault message of each failure member is added at least one expense block with reserved field of an expense frame；
Or,
The data to be sent of the target members include the multiple expense blocks for constituting expense frame, and N number of expense frame constitutes a multi-frame,
As unit of multi-frame, at least one the expense frame for including by fault message one multi-frame of addition of each failure member is at least
In one expense block with reserved field, the N is more than or equal to 2.
4. the failure notification method of flexibly Ethernet as claimed in claim 1 or 2, which is characterized in that the failure member's
Fault message includes failure member identification, or including failure member identification and failure indication information.
5. a kind of failure acquisition methods of flexible Ethernet, comprising:
It is logical to receive failure of the opposite end member based on flexible Ethernet according to any one of claims 1-4 in flexible Ethernet group
Data transmitted by perception method；
From the fault message for extracting each failure member to break down in the member of opposite end in the data received.
6. a kind of malfunction informing device of flexible Ethernet, comprising:
Failure obtains module, for obtaining each failure member currently to break down in local terminal member in flexible Ethernet group；
Fault processing module, for the fault message of each failure member to be separately added into the data to be sent of target members
In；The target members include at least one member in the local terminal member, except each failure member itself；
Sending module, for by the data to be sent of each target members by each target members to the flexible Ethernet group
Interior corresponding opposite end member sends.
7. the malfunction informing device of flexibly Ethernet as claimed in claim 6, which is characterized in that the fault processing module is used
In the fault message of each failure member to be separately added into the to be sent of local terminal member all in the flexible Ethernet group
In data.
8. the malfunction informing device of flexible Ethernet as claimed in claims 6 or 7, which is characterized in that
The data to be sent of the target members include the multiple expense blocks for constituting expense frame, and the fault processing module is used for,
As unit of expense frame, by the fault message of each failure member be added an expense frame at least one with reserved field
Expense block in；
Or,
The data to be sent of the target members include the multiple expense blocks for constituting expense frame, and N number of expense frame constitutes a multi-frame,
The fault processing module is used for as unit of multi-frame, and a multi-frame is added in the fault message of each failure member and includes
For at least one of at least one expense frame in the expense block of reserved field, the N is more than or equal to 2.
9. a kind of failure acquisition device of flexible Ethernet, comprising:
Receiving module, for receive in flexible Ethernet group opposite end member be based on it is according to any one of claims 1-4 flexibly
Data transmitted by the failure notification method of Ethernet；
Extraction module, for believing from the failure for extracting each failure member to break down in the member of opposite end in the data received
Breath.
10. a kind of communication equipment, which is characterized in that including first processor, first memory and the first data/address bus；
First data/address bus is for the first processor and the first memory to be communicatively coupled；
The first memory is used to store the failure notification program of flexible Ethernet；
The first processor is used to run the failure notification program of the flexible Ethernet in the first memory, to realize such as
Step in the failure notification method of the described in any item flexible Ethernets of claim 1-4.
11. a kind of communication equipment, which is characterized in that including second processor, second memory and the second data/address bus；
Second data/address bus is for the second processor and the second memory to be communicatively coupled；
The failure that the second memory is used to store flexible Ethernet obtains program；
The failure that the second processor is used to run the flexible Ethernet in the second memory obtains program, to realize such as
Step in the failure acquisition methods of flexible Ethernet described in claim 5.
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| CN201710551792.5A CN109218061A (en) | 2017-07-07 | 2017-07-07 | The failure notification and acquisition methods, device, communication equipment of flexible Ethernet |
| PCT/CN2018/094898 WO2019007431A1 (en) | 2017-07-07 | 2018-07-06 | Fault notification and acquisition method and apparatus for flexible ethernet, and communication device |
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| CN201710551792.5A CN109218061A (en) | 2017-07-07 | 2017-07-07 | The failure notification and acquisition methods, device, communication equipment of flexible Ethernet |
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