CN107645427A - A kind of system and method for automatic test network connectivty and stability - Google Patents
A kind of system and method for automatic test network connectivty and stability Download PDFInfo
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- CN107645427A CN107645427A CN201710875631.1A CN201710875631A CN107645427A CN 107645427 A CN107645427 A CN 107645427A CN 201710875631 A CN201710875631 A CN 201710875631A CN 107645427 A CN107645427 A CN 107645427A
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Abstract
The system and method for a kind of automatic test network connectivty and stability, system include：First CMC, second CMC and controller, controller are connected with BMC；Controller includes the network interface of controller first and the network interface of controller second, and BMC includes the network interfaces of BMC first and the network interfaces of BMC second；Controller is connected by the network interface of controller first with the network interfaces of BMC first and First CMC, and controller is connected by the network interface of controller second with the network interfaces of BMC second and second CMC；System also includes：Controller address input module, BMC IP address acquisition module, CMC IP address acquisition module, BMC test modules, CMC test modules, test result memory module and execution module.Method includes：The IP address of input controller；Obtain BMC and CMC IP address；Whether test b MC and CMC is connected with controller respectively, and test result is stored in into test result memory module.
Description
Technical field
The invention belongs to server network automatic test field, and in particular to a kind of automatic test network connectivty and
The system and method for stability.
Background technology
With the continuous development of IT field technology, conventional information service and increasingly powerful cloud computing service are to service
The requirement more and more higher of device, the update time of technology is more and more faster, and the construction cycle of new product is also shorter and shorter, artificial to survey
The method of the examination especially efficiency of manual testing's network connectivty and the stability of a system is low, testing time length, therefore is badly in need of efficient
Network connectivty and the stability of a system automated testing method.
This is the deficiencies in the prior art, therefore, for drawbacks described above of the prior art, there is provided a kind of automatic test net
The system and method for network connectedness and stability, is necessary.
The content of the invention
It is an object of the present invention to for above-mentioned urgent need efficient network connectivity and the automatic test side of the stability of a system
The defects of method, there is provided a kind of automatic test network connectivty and the system and method for stability, to solve above-mentioned technical problem.
To achieve the above object, the present invention provides following technical scheme：
A kind of system of automatic test network connectivty and stability, including：
First CMC, second CMC and controller, controller are connected with BMC；
Controller includes the network interface of controller first and the network interface of controller second, and BMC includes the network interfaces of BMC first and the network interfaces of BMC second；
Controller is connected by the network interface of controller first with the network interfaces of BMC first and First CMC, and controller passes through the net of controller second
Mouth is connected with the network interfaces of BMC second and second CMC；
BMC is used for monitoring management controller, including the fan of monitoring management controller and mainboard temperature；
CMC is used to monitor whole cabinet, including the state in place of PSU and controller in monitoring machine case, and a cabinet is equipped with two
CMC, two CMC are standby each other；
Each controller carries two Onboard NICs, and card of often throwing the net has two network interfaces, and the present invention applies two network interfaces therein, will
It is set to the first network interface and the second network interface；
System also includes：
Controller address input module, for the IP address of the network interface of input controller first and the IP of controller second network interface
Location；
BMC IP address acquisition module, for obtaining the IP address of the network interfaces of BMC first and the IP address of the network interfaces of BMC second；
CMC IP address acquisition module, for obtaining the IP address of First CMC and the IP address of second CMC；
BMC test modules, whether connected with the first network interface of controller for test b MC the first network interface, the second of test b MC
Whether network interface is connected with the second network interface of controller, and test result is stored in into test result memory module；
CMC test modules, for testing whether First CMC connects with the first network interface of controller, test second CMC and controller
The second network interface whether connect, and result is stored in test result memory module；
Test result memory module, for storing test result；
Execution module, for start successively controller address input module, BMC IP address acquisition module, CMC IP address obtain
Modulus block, start BMC test modules and CMC test modules.
Further, system also includes going back time block, for setting timing reboot time；When time block setting is restarted
Between be 8 minutes, for System Testing Pressure stability every 8 minutes system reboots once.
Execution module, it is additionally operable to when the reboot time of time block reaches, module is restarted in startup.
Further, the quantity of controller is several, and each controller is connected with a BMC；
Whether BMC test modules, the first network interface for testing each BMC connect with the first network interface of coupled controller
Logical, whether the second network interface for testing each BMC connects with the second network interface of coupled controller.
Further, when BMC the first network interface connects with the first network interface of controller, and BMC the second network interface and control
During the second network interface connection of device, BMC test modules judge that BMC connects with controller, and the test result is stored in into test knot
Fruit memory module.
Further, when First CMC connects with the first network interface of controller, CMC test modules judge First CMC and control
The first network interface connection of device processed；When second CMC connects with the second network interface of controller, CMC test modules judge second CMC with
The second network interface connection of controller；And the test result is stored in test result memory module.
The present invention returns following technical scheme：
A kind of method of automatic test network connectivty and stability, comprises the following steps：
The IP address of input controller；
Obtain BMC IP address；
Obtain CMC IP address；
Determine whether test result storage file；
If there is no test result storage file, new test result storage file is created；
Whether test b MC two network interfaces are connected with controller, and test result is stored in into test result memory module；
Whether test CMC's is connected with controller, and test result is stored in into test result memory module.
Further, test result is stored in test result memory module, after step, in addition to：Timing is opened again
Dynamic system.
Further, whether two network interfaces of the test b MC are connected with controller, and test result is stored in into test
As a result memory module, specific steps include：If BMC the first network interface connects with the first network interface of controller, and BMC the second net
Mouth connects with the second network interface of controller, then judges that the BMC connects with controller, otherwise judge that the BMC does not connect with controller；
And the test result is stored in test result memory module.
Further, whether the test CMC is connected with controller, and test result is stored in into test result storage
Module, specific steps include：If First CMC connects with the first network interface of controller, the first of First CMC and controller is judged
Network interface connects, and otherwise judges that First CMC does not connect with the first network interface of controller；If the second network interface of second CMC and controller
Connection, then judge second CMC connect with the second network interface of controller, otherwise judgement second CMC and controller the second network interface not
Connection；And test result is stored in test result memory module.
Further, whether test b MC two network interfaces are connected with controller, and test result is stored in into test result
Memory module, in step, whether each network interface that a BMC is tested every 0.2s connects with controller, and waits and each responding
Time up to 2ms；
Whether test CMC is connected with controller, and test result is stored in into test result memory module, in step, every
Whether 0.2s CMC's of test connects with controller, and waits the time up to 2ms each responded.
The beneficial effects of the present invention are：
The present invention is directed to the connectedness of the connectednesses of more control storage devices, test b MC and controller, CMC and controller, eliminates
Cumbersome operating procedure, it is simple and convenient, test manpower and time can be saved.
In addition, design principle of the present invention is reliable, and it is simple in construction, there is very extensive application prospect.
As can be seen here, the present invention is compared with prior art, with prominent substantive distinguishing features and significantly progressive, its implementation
Beneficial effect be also obvious.
Brief description of the drawings
Fig. 1 is the system connection diagram of the embodiment of the present invention；
Fig. 2 is the method flow diagram of the embodiment of the present invention；
Wherein, 1- First CMCs；2- second CMCs；The controllers of 3- first；First network interface of the controllers of 3.1- first；3.2 first controls
Second network interface of device processed；4- second controllers；First network interface of 4.1- second controllers；Second net of 4.2- second controllers
Mouthful；The BMC of 5- the first；The BMC of 5.1- the first the first network interface；The BMC of 5.2- the first the second network interface；The BMC of 6- the 2nd；6.1- second
BMC the first network interface；The BMC of 6.2- the 2nd the second network interface；7-BMC test modules；8-CMC test modules；9- test results are deposited
Store up module；10- execution modules；11- controller address input modules；12-BMC IP address acquisition module；13-CMC IP
Location acquisition module.
Embodiment：
To enable the purpose of the present invention, feature, advantage more obvious and understandable, it is embodied below in conjunction with the present invention
Accompanying drawing in example, the technical scheme in the present invention is clearly and completely described.
As shown in figure 1, the system that the present invention provides a kind of automatic test network connectivty and stability, including：
First CMC 1, second CMC 2, the first controller 3 and second controller 4, the first controller 3 are connected with the first BMC
5, second controller 4 is connected with the 2nd BMC 6；
First controller 3 includes the first network interface 3.1 of the first controller and the second network interface 3.2 of the first controller, the second control
Device 4 includes the first network interface 4.1 of second controller and the second network interface 4.2 of second controller, and the first BMC 5 includes the first BMC
The first network interface 5.1 and the first BMC the second network interface 5.2, the 2nd BMC 6 includes the 2nd BMC the first network interface 6.1 and second
BMC the second network interface 6.2；
The first network interface 5.1 and First CMC 1 of the first network interface 3.1 and the first BMC that first controller 3 passes through the first controller connect
Connect, the second network interface 5.2 and second CMC 2 of the second network interface 3.2 and the first BMC that the first controller 3 passes through the first controller connect
Connect, the first network interface 6.1 and First CMC 1 of the first network interface 4.1 and the 2nd BMC that second controller 4 passes through second controller connect
Connect, the second network interface 6.2 and second CMC 2 of the second network interface 4.2 and the 2nd BMC that second controller 4 passes through second controller connect
Connect；
System also includes：
Controller address input module 11, for input first the first network interface of controller 3.1 IP address 192.168.200.8,
The IP address 192.168.201.18 of first the second network interface of controller 3.2, the IP address of the first network interface of second controller 4.1
192.168.200.6 the and IP address 192.168.201.16 of the second network interface of second controller 4.2；
BMC IP address acquisition module 12, for obtain the first the first network interfaces of BMC 5.1 IP address 192.168.200.3, the
The IP address 192.168.201.3 of one the second network interfaces of BMC 5.2, the IP address of the 2nd the first network interfaces of BMC 6.1
192.168.200.13, the IP address 192.168.201.23 of the 2nd the second network interfaces of BMC 6.2；
CMC IP address acquisition module 13, for obtaining the IP address 192.168.200.42 and second CMC of First CMC 1
The address 192.168.201.42 of IP 2；
BMC test modules 7, for testing the first BMC the first network interface 5.1（192.168.200.3）With the of the first controller
One network interface 3.1（192.168.200.8）Whether connect, test the first BMC the second network interface 5.2（192.168.201.3）With
Second network interface 3.2 of one controller（192.168.201.18）Whether connect, test the 2nd BMC the first network interface 6.1
（192.168.200.13）With the first network interface 4.1 of second controller（192.168.200.6）Whether connect, test the 2nd BMC
The second network interface 6.2（192.168.201.23）With the second network interface 4.2 of second controller（192.168.201.16）Whether connect
It is logical；
When the first BMC the first network interface 5.1（192.168.200.3）With the first network interface 3.1 of the first controller
（192.168.200.8）Connection, and the first BMC the second network interface 5.2（192.168.201.3）With the second net of the first controller
Mouth 3.2（192.168.201.18）During connection, judge that the first BMC 5 connects with the first controller 3, and the test result is stored
In test result memory module 9；
When the 2nd BMC the first network interface 6.1（192.168.200.13）With the first network interface 4.1 of second controller
（192.168.200.6）Connection, and the 2nd BMC the second network interface 6.2（192.168.201.23）With the second of second controller
Network interface 4.2（192.168.201.16）During connection, judge that the first BMC 6 connects with second controller 4,
And the test result is stored in test result memory module 9；
CMC test modules 8, for testing First CMC 1（192.168.200.42）With the first network interface 3.1 of the first controller
（192.168.200.8）Whether connect, test second CMC 2（192.168.201.42）With the second network interface of the first controller
3.2（192.168.201.18）Whether connect, test First CMC 1（192.168.200.42）With the first net of second controller
Mouth 4.1（192.168.200.6）Whether connect, test second CMC 2（192.168.201.42）With the second of second controller
Network interface 4.2（192.168.201.16）Whether connect；
When First CMC 1（192.168.200.42）With the first network interface 3.1 of the first controller（192.168.200.8）Connection
When, judge that First CMC 1 connects with the first controller 3；
When second CMC 2（192.168.201.42）With the second network interface 3.2 of the first controller（192.168.201.18）Connection
When, judge that second CMC 2 connects with the first controller 3；
When First CMC 1（192.168.200.42）With the first network interface 4.1 of second controller（192.168.200.6）Connection
When, judge that First CMC 1 connects with second controller 4；
When second CMC 2（192.168.201.42）With the second network interface 3.2 of the first controller（192.168.201.18）Connection
When, judge that second CMC 2 connects with the first controller 3；
And the test result is stored in test result memory module 9；
Test result memory module 9, for storing test result；
Time block, for setting timing reboot time；
Execution module, for starting controller address input module 11, BMC IP address acquisition module 12, CMC IP successively
Location acquisition module 13, start BMC test modules 7 and CMC test modules 8；It is additionally operable to when the reboot time of time block reaches,
Module is restarted in startup.
As shown in Fig. 2 a kind of method that the present invention also provides automatic test network connectivty and stability, including it is as follows
Step：
The IP address of input controller；Input the IP address 192.168.200.8 of first the first network interface of controller, the first control the
The IP address 192.168.201.18 of two network interfaces, the IP address 192.168.200.6 of the network interface of second controller first, the second control
The IP address 192.168.201.16 of the network interface of device second；
Obtain BMC IP address；Obtain IP address 192.168.200.3, the first the second network interfaces of BMC of the first the first network interfaces of BMC
IP address 192.168.201.3, the IP address 192.168.200.13 of the 2nd the first network interfaces of BMC, the 2nd the second network interfaces of BMC
IP address 192.168.201.23；
Obtain CMC IP address；Obtain the IP address 192.168.200.42 of First CMC and the IP address of second CMC
192.168.201.42；
Determine whether test result storage file；
If there is no test result storage file, new test result storage file is created；
The first BMC the IP address 192.168.200.3 of the first network interface and the first network interface of the first controller are tested every 0.2s
IP address 192.168.200.8 whether connect, test the IP address 192.168.201.3 and the of the first BMC the second network interface
Whether the IP address 192.168.201.18 of the second network interface of one controller connects, with testing the IP of the 2nd BMC the first network interface
Whether location 192.168.200.13 connects with the IP address 192.168.200.6 of the first network interface of second controller, test second
The IP address 192.168.201.23 of BMC the second network interface and the second network interface of second controller IP address
192.168.201.16 whether connecting, and wait the time up to 2ms each responded；
If the IP address 192.168.200.3 of the first BMC the first network interface and the first network interface of the first controller IP address
192.168.200.8 connect, and the second of the IP address 192.168.201.3 of the first BMC the second network interface and the first controller
The IP address 192.168.201.18 connections of network interface, then judge that the first BMC connects with the first controller, otherwise judges the first BMC
Do not connected with the first controller；
If the IP address 192.168.200.13 of the 2nd BMC the first network interface and the first network interface of second controller IP address
192.168.200.6 connect, and the second of the IP address 192.168.201.23 of the 2nd BMC the second network interface and second controller
The IP address 192.168.201.16 connections of network interface, then judge that the 2nd BMC connects with second controller, otherwise judges the 2nd BMC
Do not connected with second controller；
And test result is stored in test result memory module；
The IP address of the IP address 192.168.200.42 of First CMC 1 and the first network interface of the first controller is tested every 0.2s
192.168.200.8 whether connect, test the IP address 192.168.201.42 of second CMC 2 and the second net of the first controller
Whether the IP address 192.168.201.18 of mouth connects, and tests the controls of IP address 192.168.200.42 and second of First CMC
Whether the IP address 192.168.200.6 of the first network interface of device connects, and tests the IP address 192.168.201.42 of second CMC
Whether connected with the IP address 192.168.201.16 of the second network interface of second controller, and wait the time each responded most long
For 2ms；
If the IP address 192.168.200.42 of First CMC and the first network interface of the first controller IP address
192.168.200.8 connect, then judge that First CMC connects with the first network interface of the first controller, otherwise judgement First CMC and the
First network interface of one controller does not connect；If the IP address 192.168.201.42 of second CMC and the second net of the first controller
The IP address 192.168.201.18 connections of mouth, then judge that second CMC connects with the second network interface of the first controller, otherwise judges
Second CMC does not connect with the second network interface of the first controller；
If the IP address 192.168.200.42 of First CMC and the first network interface of second controller IP address
192.168.200.6 connect, then judge that First CMC connect with the first network interface of second controller, otherwise judgement First CMC and the
First network interface of two controllers does not connect；If the IP address 192.168.201.42 of second CMC and the second net of second controller
The IP address 192.168.201.16 connections of mouth, then judge that second CMC connects with the second network interface of second controller, otherwise judges
Second CMC does not connect with the second network interface of second controller；
And test result is stored in test result memory module；
Timing restarting systems.
BMC, Baseboard Management Controller, baseboard management controller.
CMC, Center Management Controller, centre management controller.
Embodiments of the invention are illustrative and not restrictive, and above-described embodiment is only to aid in understanding the present invention, because
This is every by those skilled in the art's technique according to the invention the invention is not restricted to the embodiment described in embodiment
Other embodiments that scheme is drawn, also belong to the scope of protection of the invention.
Claims (10)
- A kind of 1. system of automatic test network connectivty and stability, it is characterised in that including：First CMC, second CMC and controller, controller are connected with BMC；Controller includes the network interface of controller first and the network interface of controller second, and BMC includes the network interfaces of BMC first and the network interfaces of BMC second；Controller is connected by the network interface of controller first with the network interfaces of BMC first and First CMC, and controller passes through the net of controller second Mouth is connected with the network interfaces of BMC second and second CMC；System also includes：Controller address input module, for the IP address of the network interface of input controller first and the IP of controller second network interface Location；BMC IP address acquisition module, for obtaining the IP address of the network interfaces of BMC first and the IP address of the network interfaces of BMC second；CMC IP address acquisition module, for obtaining the IP address of First CMC and the IP address of second CMC；BMC test modules, whether connected with the first network interface of controller for test b MC the first network interface, the second of test b MC Whether network interface is connected with the second network interface of controller, and test result is stored in into test result memory module；CMC test modules, for testing whether First CMC connects with the first network interface of controller, test second CMC and controller The second network interface whether connect, and result is stored in test result memory module；Test result memory module, for storing test result；Execution module, for start successively controller address input module, BMC IP address acquisition module, CMC IP address obtain Modulus block, start BMC test modules and CMC test modules.
- 2. the system of a kind of automatic test network connectivty as claimed in claim 1 and stability, it is characterised in that system Also include going back time block, for setting timing reboot time；Execution module, it is additionally operable to when the reboot time of time block reaches, module is restarted in startup.
- 3. the system of a kind of automatic test network connectivty as claimed in claim 1 and stability, it is characterised in that control The quantity of device is several, and each controller is connected with a BMC；Whether BMC test modules, the first network interface for testing each BMC connect with the first network interface of coupled controller Logical, whether the second network interface for testing each BMC connects with the second network interface of coupled controller.
- 4. the system of a kind of automatic test network connectivty as claimed in claim 1 and stability, it is characterised in that when BMC the first network interface connects with the first network interface of controller, and when BMC the second network interface connects with the second network interface of controller, BMC test modules judge that BMC connects with controller, and the test result is stored in into test result memory module.
- 5. the system of a kind of automatic test network connectivty as claimed in claim 1 and stability, it is characterised in that when the When one CMC connects with the first network interface of controller, CMC test modules judge that First CMC connects with the first network interface of controller；When When second CMC connects with the second network interface of controller, CMC test modules judge that second CMC connects with the second network interface of controller； And the test result is stored in test result memory module.
- 6. a kind of method of automatic test network connectivty and stability, it is characterised in that comprise the following steps：The IP address of input controller；Obtain BMC IP address；Obtain CMC IP address；Determine whether test result storage file；If there is no test result storage file, new test result storage file is created；Whether test b MC two network interfaces are connected with controller, and test result is stored in into test result memory module；Whether test CMC's is connected with controller, and test result is stored in into test result memory module.
- 7. the method for a kind of automatic test network connectivty as claimed in claim 6 and stability, it is characterised in that test Whether CMC's is connected with controller, and test result is stored in into test result memory module, after step, in addition to：Regularly Restarting systems.
- 8. the method for a kind of automatic test network connectivty as claimed in claim 6 and stability, it is characterised in that described Whether test b MC two network interfaces are connected with controller, and test result is stored in into test result memory module, specific steps Including：If BMC the first network interface connects with the first network interface of controller, and the second network interface of BMC the second network interface and controller Connection, then judge that the BMC connects with controller, otherwise judge that the BMC does not connect with controller；And the test result is stored in Test result memory module.
- 9. the method for a kind of automatic test network connectivty as claimed in claim 6 and stability, it is characterised in that described Whether test CMC's is connected with controller, and test result is stored in into test result memory module, and specific steps include：If First CMC connects with the first network interface of controller, then judges that First CMC connects with the first network interface of controller, otherwise judge the One CMC does not connect with the first network interface of controller；If second CMC connects with the second network interface of controller, judge second CMC with The second network interface connection of controller, otherwise judge that second CMC does not connect with the second network interface of controller；And test result is stored In test result memory module.
- 10. the method for a kind of automatic test network connectivty as claimed in claim 6 and stability, it is characterised in that survey Whether examination BMC two network interfaces are connected with controller, and test result is stored in into test result memory module, in step, often Whether each network interface that a BMC is tested every 0.2s connects with controller, and waits the time up to 2ms each responded；Whether test CMC is connected with controller, and test result is stored in into test result memory module, in step, every Whether 0.2s CMC's of test connects with controller, and waits the time up to 2ms each responded.
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| CN108833189A (en) * | 2018-07-27 | 2018-11-16 | 郑州云海信息技术有限公司 | A kind of memory node management system and method |
| CN110943893A (en) * | 2019-12-31 | 2020-03-31 | 中国银行股份有限公司 | Method and device for verifying connectivity between servers |
| CN112272112A (en) * | 2020-10-22 | 2021-01-26 | 浪潮商用机器有限公司 | Automatic testing method and system for network configuration of BMC (baseboard management controller) management interface |
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