CN101808010B - Equipment management method and equipment management device and main control board - Google Patents
Equipment management method and equipment management device and main control board Download PDFInfo
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- CN101808010B CN101808010B CN 201010135428 CN201010135428A CN101808010B CN 101808010 B CN101808010 B CN 101808010B CN 201010135428 CN201010135428 CN 201010135428 CN 201010135428 A CN201010135428 A CN 201010135428A CN 101808010 B CN101808010 B CN 101808010B
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Abstract
The invention discloses an equipment management method, which comprises the following steps that: a main control board receives a registration message sent by an interface board to the main control board; the main control board virtualizes identification information of a second slot position into identification information of a first slot position; allocation information of the first slot position is searched according to the identification information of the first slot position; and the main control board sends the allocation information of the first slot position to the interface board. In the invention, the service can be recovered rapidly and the stability of the network is guaranteed.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of device management method, device and master control borad.
Background technology
Development growth along with the internet network, network communication product is widely used among all trades and professions, and is because utilization rate and the popularity rate of equipment are more and more higher, also more and more higher to the demand of network stabilization, therefore, the reliability of raising equipment just becomes inevitable target.And in the internet network, when equipment breaks down, then need to change the equipment that this breaks down, thus cause network to interrupt, and cause very large loss to the user.
Therefore, realize the backup to equipment, just do not seem particularly important so that business is not interrupted the function such as migration, for example, the business of ISSU (In-Service Software Update, software upgrading in service) when characteristic has just realized upgraded version be interrupt function not.
Concrete, when equipment breaks down, if not the situation of complete machine paralysis, then can carry out the replacement of complete machine and resetting of equipment, for example, when break down in certain groove position of insertion interface board, then can carry out to the equipment of this groove position correspondence the replacement of complete machine and resetting of equipment.Equipment brief configuration schematic diagram as shown in Figure 1 as groove position 2 (slot2) when breaking down, get final product on the groove position that only interface board of groove position 2 need to be inserted into, and does not need this equipment is carried out the complete machine replacement.
In the prior art, when equipment in when operation, interface board is to be communicated with master control borad and to pass through IPC (Inter Process Communication, interprocess communication) by backboard to communicate the structural representation between as shown in Figure 2 a kind of master control borad, interface board and the backboard.
In Fig. 2, when the slot of certain piece interface board breaks down, will cause between interface board and the backboard obstructed, thereby so that interface board can not normally power on.For example, when the slot of the groove position, interface board 1 place among Fig. 2 damaged, all business that interface board 1 carries will be interrupted, thereby affect the normal use of this equipment.
And in order to guarantee normally carrying out of interface board 1 business, can adopt following processing mode to solve in the prior art.
The first, take the more mode of exchange device machine frame.
The second, obtain the configuration file on the equipment, and behind the change configuration file, carry out whole frame and restart and change configuration.For example, interface board 1 is inserted into new groove position after, need will this new groove position configuration information report equipment, and carry out whole frame and restart and change configuration.
The 3rd, obtain the configuration file on the equipment, and behind the change configuration file, after loading newly is configured on the equipment, carries out the configuration rollback of complete machine and change configuration.
But when adopting aforesaid way docking oralia slot fault to carry out respective handling, the cost of paying when dealing with problems is larger.Namely carry out more the exchange device machine frame, carry out whole frame restart change configuration or, when configuration is changed in the configuration rollback of carrying out complete machine, all need to carry out the operation of complete machine, cause the professional meeting of complete machine to interrupt, affect user's traffic forwarding, and cause service disconnection, thereby cause very large loss to the user.
Summary of the invention
The invention provides a kind of device management method, device and master control borad, under the prerequisite of avoiding the complete machine operation, to recover regular traffic, guarantee the stable of network.
In order to achieve the above object, the present invention proposes a kind of device management method, be applied to comprise at least in the equipment of interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described equipment, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, when described interface board is inserted into described the second groove position, said method comprising the steps of:
Described master control borad receives described interface board to the registration message that described master control borad sends, and wherein, has carried the identification information of described the second groove position in the described registration message;
Described master control borad knows that interface board is inserted into the described second groove position of not breaking down from the described first groove position of breaking down, and invents the identification information of described the second groove position the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position;
Described master control borad sends to described interface board with the configuration information of described the first groove position.
The identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position;
Described master control borad invents the identification information of described the first groove position with the identification information of described the second groove position, specifically comprises:
Described master control borad invents the call number of described the second groove position by order line transfer the second groove position to the first groove position the call number of described the first groove position.
Described master control borad sends to described interface board with the configuration information of described the first groove position, also comprises afterwards:
Described interface board receives the configuration information of described the first groove position, and manages business according to the configuration information of described the first groove position.
The configuration information of described the first groove position comprises a kind of or several arbitrarily in the following information at least:
The chip type of described the first groove position;
The chip of described the first groove position number;
The slot number of described the first groove position;
The user port number of described the first groove position;
The IP address of described the first groove position;
The employed protocol type in described the first groove position.
A kind of equipment management device, at least comprise interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described device, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, when described interface board is inserted into described the second groove position
Described interface board is used for sending registration message to described master control borad, knows that interface board is inserted into the described second groove position of not breaking down from the described first groove position of breaking down, and wherein, has carried the identification information of described the second groove position in the described registration message;
Described master control borad is used for receiving described registration message, the identification information of described the second groove position is invented the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position; And the configuration information of described the first groove position sent to described interface board.
The identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position;
Described master control borad also is used for, and the call number of described the second groove position is invented the call number of described the first groove position by order line transfer the second groove position to the first groove position.
Described interface board also is used for, and receives the configuration information of described the first groove position, and manages business according to the configuration information of described the first groove position.
A kind of master control borad, be applied to comprise at least in the equipment of interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described equipment, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, when described interface board is inserted into described the second groove position, know that interface board is inserted into the described second groove position of not breaking down from the described first groove position of breaking down, described master control borad comprises:
Transceiver module is used for receiving described interface board to the registration message that described master control borad sends, and wherein, has carried the identification information of described the second groove position in the described registration message; And the configuration information of the first groove position sent to described interface board;
Processing module is connected with described transceiver module, is used for the identification information of described the second groove position is invented the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position; By described transceiver module the configuration information of described the first groove position is sent to described interface board.
The identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position;
Described processing module specifically is used for, and the call number of described the second groove position is invented the call number of described the first groove position by order line transfer the second groove position to the first groove position.
The configuration information of described the first groove position comprises a kind of or several arbitrarily in the following information at least:
The chip type of described the first groove position;
The chip of described the first groove position number;
The slot number of described the first groove position;
The user port number of described the first groove position;
The IP address of described the first groove position;
The employed protocol type in described the first groove position.
Compared with prior art, the present invention has the following advantages: when break down in equipment groove position, can recover regular traffic under the prerequisite of avoiding the complete machine restarting equipment, guarantee the stability of network.And the method by virtual groove position, realized novel equipment control mode, and the business of the interface board of fast quick-recovery fault groove position correspondence.
Description of drawings
Fig. 1 is equipment brief configuration schematic diagram in the prior art;
Fig. 2 is the structural representation between a kind of master control borad, interface board and the backboard in the prior art;
Fig. 3 is a kind of device management method flow chart that the present invention proposes;
Fig. 4 is a kind of device management method flow chart that proposes under a kind of application scenarios of the present invention;
Fig. 5 is addressing process schematic diagram in the prior art;
Fig. 6 is addressing process schematic diagram among the present invention;
Fig. 7 is device forwards Organization Chart schematic diagram among the present invention;
Fig. 8 is the structural representation of master control borad among the present invention.
Embodiment
Among the present invention, because groove position corresponding to interface board (for example, the first groove position) breaks down, and this interface board (for example is inserted into new groove position, the second groove position) time, master control borad invents the first groove position of breaking down by the second groove position that this interface board is corresponding, and inquire the configuration information of this first groove position according to the identification information of this first groove position, and the configuration information of this first groove position is handed down to this interface board, so that this interface board can be processed relevant business according to the configuration information of this first groove position.Thereby can under the prerequisite of avoiding the complete machine restarting equipment, recover regular traffic, guarantee the stability of network.
Based on above-mentioned thought, a kind of device management method is provided among the present invention, be applied to comprise at least in the equipment of interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described equipment, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, as shown in Figure 3, when described interface board was inserted into described the second groove position, the method may further comprise the steps:
For technical scheme provided by the invention more clearly is described, below in conjunction with a kind of concrete application scenarios, technical scheme provided by the invention is described in detail.Under this application scene, take the initial groove position of interface board as groove position A (i.e. the first groove position), when groove position A breaks down, interface board is inserted into groove position B (i.e. the second groove position) describes for example.
Based on above-mentioned situation, as shown in Figure 4, this device management method further comprises:
Step 401 when when breaking down, extract this interface board certain groove position (for example, groove position A) of inserting interface board from fault groove position A, and is inserted on the groove position (for example, groove position B) of not breaking down, and interface board carries out start-up operation.
In actual applications, if when groove position A breaks down, then can know this information, and the interface board among the A of this groove position is inserted into the groove position B that does not break down.
Step 402, interface board sends registration message to master control borad.
Concrete, when interface board is inserted into groove position B, and when groove position B starts, will know that at this moment, this interface board need to be initiated registration process to master control borad from not registering on the B of groove position, namely interface board sends registration message to master control borad.
Because interface board need to send registration message to master control borad on the B of groove position, then need to carry the identification information of groove position B in this registration message.Wherein, the identification information of this groove position B can be selected according to actual needs, and for example, the identification information of this groove position B can be the call number of this groove position B.
Step 403, master control borad obtains identification information corresponding to interface board according to this registration message.Wherein, this identification information is the identification information of groove position B, is the call number of this groove position B.
Step 404, master control borad is with the virtual grooving of groove position B position A.Wherein, when knowing that interface board is inserted into the groove position B that does not break down from the groove position A that breaks down, this master control borad need to be with the virtual grooving of groove position B position A.
Concrete, in the process with the virtual grooving of groove position B position A, master control borad need to the identification information of the virtual grooving of the identification information position A of groove position B, be about to the call number of the virtual grooving of the call number position A of groove position B.
And in actual applications, this master control borad is with the call number of the virtual grooving of the call number position A of groove position B by order line transfer B to A.Certainly, in actual applications, master control borad can also be by other means with the call number of the virtual grooving of the call number position A of groove position B, give unnecessary details no longer in detail among the present invention.
In the realization mechanism process based on equipment control, interface board slot position and slot number are to concern one to one, the method of virtual slot number has been proposed among the present invention, be about to not have out of order slot number (groove position B) to invent fault slot number (groove position A), master control borad thinks that then fault slot number (groove position A) has recovered normal, thereby the business that need not hinder by the operation that complete machine is restarted the groove position with regard to the fast quick-recovery cause of energy, and can not affect the work of other groove position veneers, can not cause the complete machine service disconnection.
It should be noted that, in the prior art, when interface board starts to master control borad initiation registration, before sending registration message to master control borad, need from logic (for example, the storage medium of hardware), to read first the relevant information of this interface board, for example, the index informations such as the type of this interface board, slot number (because this moment, this interface board was inserted in groove position B, then this slot number is groove position B), and carry out addressing according to this index information.
Addressing process as shown in Figure 5, wherein, addressing refers to seek the data of data and other message address.By addressing technique, obtain first the index of this groove position B interface plate storage relevant information, the relevant configuration information (namely about groove position B configuration information) of this interface board is being stored in the address that this index point points to.
When interface board sends registration message to master control borad, need this index is carried in the registration message, when master control borad receives this registration message, then can be according to the configuration information of this interface board of address acquisition pointed of the index point in this registration message (namely about groove position B configuration information), and the response registration reply message, carry this in this registration reply message about the configuration information of groove position B.
For example, in Fig. 5, when the interface board of groove position B is registered to master control borad, interface board can be read first logic to obtain the call number of groove position B in master control borad, then this call number is carried at and sends to master control borad in the registration message, master control borad obtains the relevant information (namely about groove position B configuration information) of interface board according to the call number that receives, and sends to this interface board.
And among the present invention, when the interface board of groove position B is registered to master control borad, interface board can be read first logic to obtain the call number of groove position B in master control borad, then this call number (call number of groove position B) is carried at and sends to master control borad in the registration message, and the master control borad side is owing to disposed the order line of transfer B to A, then need the call number with the virtual grooving of the call number position A of groove position B, namely need slotB (groove position B) is invented slotA (groove position A).
Addressing process as shown in Figure 6, for prior art, the index that master control borad reads is 5001 (call numbers of groove position B), namely master control borad need to be searched corresponding configuration information according to index 5001.And among the present invention, the index that master control borad reads still is 5001 (call numbers of groove position B), and because the master control borad side has disposed the order line of transfer B to A, at this moment, index point can be offset, master control borad need to will 5001 be displaced to 3001 (call number that is about to groove position B is displaced to the call number of groove position A), and need to search corresponding configuration information according to index 3001.
Step 405, master control borad are searched corresponding configuration information.In this application scene, this configuration information is the configuration information of groove position A.
Concrete, after receiving this registration message, according to the call number in this registration message, and corresponding order line, this master control borad can find corresponding configuration information.In this application scene, master control borad need to be 3001 (for the index of groove position A) when going to obtain concrete data according to index, and what get access to all is the associated groove information of groove position A, and namely this master control borad can find configuration information corresponding to groove position A.
Need to prove that configuration information corresponding to this groove position A comprises but be not limited to: the chip type of this groove position A; The chip of this groove position A number; The slot number of this groove position A (being groove position A); The user port number of this groove position A; The IP address of this groove position A; The employed protocol type of this groove position A (for example, Routing Protocol etc.).
Step 406, master control borad sends to this interface board with the configuration information of groove position A.Wherein, this master control borad can send to this interface board with the configuration information of this groove position A by registration reply message.
Step 407, interface board is managed business according to the configuration information of this groove position A.In the time of namely on being inserted into groove position B, this interface board is managed business according to the configuration information of this groove position A.
Concrete, behind the configuration information that receives this groove position A, illustrate that then this interface board succeeds in registration and successfully startup, at this moment, this interface board need to be according to the configuration information operation related service of this groove position A and the forwarding of flow.
A kind of device forwards Organization Chart schematic diagram such as Fig. 7, in Fig. 7, the core of device hardware framework comprises FA (Fabric Adaptor, network adapter), the frameworks such as PP (chip), PHY (physical port), Crossbar (switching network), and above-mentioned FA, PP, PHY, Crossbar etc. all are the keys that realize message repeating, are the part of interface board.
Wherein, the traffic carrying capacity of the upper processing of PP is large; FA is between Crossbar and PP, and main the realization and the PP exchange message will need to pass to Crossbar to the information that other veneers are transmitted again and transmit; And a lot of ports are arranged on the Crossbar, realize linking to each other with FA; Wherein, a plurality of ports on this Crossbar are the employed groove of interface board position.
In the message repeating process, after PHY receives message, send to PP and carry out a series of processing and encapsulation, PP sends to FA with the message of handling well again, and FA sends to Crossbar with message, is transmitted to other veneers by Crossbar.
Under this application scene, because the groove position of SlotA is damaged, can't communicate by letter with crossbar.Then crossbar can not be given to business slot A and processes, and the business on the former slotA can be given to slot B and process.After the virtual conversion in groove position, slot B has inherited the upper original business of slotA, has both recovered business, can not cause the Business Processing conflict again.
Based on the inventive concept same with said method, the invention allows for a kind of equipment management device, at least comprise interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described device, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, when described interface board is inserted into described the second groove position
Described interface board is used for sending registration message to described master control borad, wherein, has carried the identification information of described the second groove position in the described registration message.
In addition, in the present invention, when master control borad sent the configuration information of the first groove position to interface board, described interface board also was used for receiving the configuration information of described the first groove position, and managed business according to the configuration information of described the first groove position.
Described master control borad is used for receiving described registration message, the identification information of described the second groove position is invented the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position; And the configuration information of described the first groove position sent to described interface board.
Among the present invention, the identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position; Described master control borad also is used for, and the call number of described the second groove position is invented the call number of described the first groove position by order line transfer the second groove position to the first groove position.
Based on the inventive concept same with said method, the invention allows for a kind of master control borad, be applied to comprise at least in the equipment of interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described equipment, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, when described interface board is inserted into described the second groove position, as shown in Figure 8, described master control borad comprises:
Among the present invention, the identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position; Described processing module 20 specifically is used for, and the call number of described the second groove position is invented the call number of described the first groove position by order line transfer the second groove position to the first groove position.
Need to prove that among the present invention, the configuration information of described the first groove position comprises a kind of or several arbitrarily in the following information at least: the chip type of described the first groove position; The chip of described the first groove position number; The slot number of described the first groove position; The user port number of described the first groove position; The IP address of described the first groove position; The employed protocol type in described the first groove position.
Wherein, the modules of apparatus of the present invention can be integrated in one, and also can separate deployment.Above-mentioned module can be merged into a module, also can further split into a plurality of submodules.
Through the above description of the embodiments, those skilled in the art can be well understood to the present invention and can realize by hardware, also can realize by the mode that software adds necessary general hardware platform.Based on such understanding, technical scheme of the present invention can embody with the form of software product, it (can be CD-ROM that this software product can be stored in a non-volatile memory medium, USB flash disk, portable hard drive etc.) in, comprise some instructions with so that computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described method of each embodiment of the present invention.
It will be appreciated by those skilled in the art that accompanying drawing is the schematic diagram of a preferred embodiment, the module in the accompanying drawing or flow process might not be that enforcement the present invention is necessary.
It will be appreciated by those skilled in the art that the module in the device among the embodiment can be distributed in the device of embodiment according to the embodiment description, also can carry out respective change and be arranged in the one or more devices that are different from present embodiment.The module of above-described embodiment can be merged into a module, also can further split into a plurality of submodules.
The invention described above sequence number does not represent the quality of embodiment just to description.
More than disclosed only be several specific embodiment of the present invention, still, the present invention is not limited thereto, the changes that any person skilled in the art can think of all should fall into protection scope of the present invention.
Claims (10)
1. device management method, be applied to comprise at least in the equipment of interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described equipment, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, it is characterized in that, when described interface board is inserted into described the second groove position, said method comprising the steps of:
Described master control borad receives described interface board to the registration message that described master control borad sends, and wherein, has carried the identification information of described the second groove position in the described registration message;
Described master control borad knows that interface board is inserted into the described second groove position of not breaking down from the described first groove position of breaking down, and invents the identification information of described the second groove position the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position;
Described master control borad sends to described interface board with the configuration information of described the first groove position.
2. the method for claim 1 is characterized in that, the identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position;
Described master control borad invents the identification information of described the first groove position with the identification information of described the second groove position, specifically comprises:
Described master control borad invents the call number of described the second groove position by order line transfer the second groove position to the first groove position the call number of described the first groove position.
3. the method for claim 1 is characterized in that, described master control borad sends to described interface board with the configuration information of described the first groove position, also comprises afterwards:
Described interface board receives the configuration information of described the first groove position, and manages business according to the configuration information of described the first groove position.
4. such as each described method of claim 1-3, it is characterized in that the configuration information of described the first groove position comprises a kind of or several arbitrarily in the following information at least:
The chip type of described the first groove position;
The chip of described the first groove position number;
The slot number of described the first groove position;
The user port number of described the first groove position;
The IP address of described the first groove position;
The employed protocol type in described the first groove position.
5. equipment management device, at least comprise interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described device, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, it is characterized in that, when described interface board is inserted into described the second groove position
Described interface board is used for sending registration message to described master control borad, wherein, has carried the identification information of described the second groove position in the described registration message;
Described master control borad is used for receiving described registration message, knows that interface board is inserted into the described second groove position of not breaking down from the described first groove position of breaking down, and invents the identification information of described the second groove position the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position; And the configuration information of described the first groove position sent to described interface board.
6. device as claimed in claim 5 is characterized in that, the identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position;
Described master control borad also is used for, and the call number of described the second groove position is invented the call number of described the first groove position by order line transfer the second groove position to the first groove position.
7. device as claimed in claim 5 is characterized in that,
Described interface board also is used for, and receives the configuration information of described the first groove position, and manages business according to the configuration information of described the first groove position.
8. master control borad, be applied to comprise at least in the equipment of interface board and master control borad, also comprise a plurality of groove positions for inserting interface board in the described equipment, if when break down in the first groove position that described interface board is corresponding, described interface board is inserted in the second groove position of not breaking down, it is characterized in that, when described interface board is inserted into described the second groove position, know that interface board is inserted into the described second groove position of not breaking down from the described first groove position of breaking down, described master control borad comprises:
Transceiver module is used for receiving described interface board to the registration message that described master control borad sends, and wherein, has carried the identification information of described the second groove position in the described registration message; And the configuration information of the first groove position sent to described interface board;
Processing module is connected with described transceiver module, is used for the identification information of described the second groove position is invented the identification information of described the first groove position; And search the configuration information of described the first groove position according to the identification information of described the first groove position; By described transceiver module the configuration information of described the first groove position is sent to described interface board.
9. master control borad as claimed in claim 8 is characterized in that, the identification information of described the first groove position comprises the call number of described the first groove position; The identification information of described the second groove position comprises the call number of described the second groove position;
Described processing module specifically is used for, and the call number of described the second groove position is invented the call number of described the first groove position by order line transfer the second groove position to the first groove position.
10. master control borad as claimed in claim 8 or 9 is characterized in that, the configuration information of described the first groove position comprises a kind of or several arbitrarily in the following information at least:
The chip type of described the first groove position;
The chip of described the first groove position number;
The slot number of described the first groove position;
The user port number of described the first groove position;
The IP address of described the first groove position;
The employed protocol type in described the first groove position.
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| CN 201010135428 CN101808010B (en) | 2010-03-30 | 2010-03-30 | Equipment management method and equipment management device and main control board |
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| CN 201010135428 CN101808010B (en) | 2010-03-30 | 2010-03-30 | Equipment management method and equipment management device and main control board |
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| CN101982787B (en) * | 2010-08-27 | 2013-01-02 | 浙江机电职业技术学院 | Automatic testing method and system of slot position identifying circuit |
| CN102136930B (en) * | 2010-09-03 | 2014-02-19 | 华为技术有限公司 | Version upgrading method and routing equipment |
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