CN109802867B - Method and system for testing connection stability of network card NCSI - Google Patents
Method and system for testing connection stability of network card NCSI Download PDFInfo
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Abstract
The invention provides a method for testing the connection stability of a network card NCSI, which comprises the following steps: the method comprises the steps that an auxiliary testing server is set up in advance and is connected with a BMC (baseboard management controller) special network port and a tested shared network port of a server to be tested through a switch and a network cable, wherein a network card to be tested with an NCSI (network configuration standard) function is arranged in the server to be tested; and then running a pre-programmed automatic test script in the auxiliary test server for testing the NCSI connection stability of the network card to be tested in the server to be tested. In addition, the invention also provides a system for testing the connection stability of the network card NCSI, which corresponds to the method for testing the connection stability of the network card NCSI. The method and the device are used for improving the convenience of testing the connection stability of the network card NCSI.
Description
Technical Field
The invention relates to the field of server testing, in particular to a method and a system for testing the connection stability of a network card NCSI (network card network interface Standard interface) for testing the connection stability of the network card NCSI.
Background
NCSI (Network Controller Sideband Interface), an industry standard for Sideband Interface Network controllers defined by the distributed management task force to support out-of-band management of servers.
At present, most network controllers in the industry support the NCSI standard, such as an OCP network card commonly used in the field of servers and some non-standard PCIE network cards. In addition, the out-of-band management function is also increasingly applied to customer sites, such as intranet construction, service deployment, operation and maintenance management and the like. Most clients only require that the NCSI is continuously connected when the server performs various operations; there are also a few customers who have put higher demands that NCSI cannot drop packets in any state of the server.
In general, the testing focus is on the stability of the NCSI during the whole process of starting, shutting down, and restarting a system server, and a commonly used testing method is to perform ping packet loss test on a tested machine by using another server and check packet loss conditions of the server during the process of starting, shutting down, and restarting.
However, the conventionally used test method needs to consume manpower to set and observe the states and log information of the two servers in real time, which is time-consuming, wastes manpower resources and is inconvenient to test.
Therefore, the invention provides a method and a system for testing the connection stability of the network card NCSI, which are used for solving the technical problem.
Disclosure of Invention
The invention aims to solve the technical problem of providing a method and a system for testing the connection stability of the network card NCSI, which are used for improving the convenience of testing the connection stability of the network card NCSI.
In order to solve the technical problem, the invention provides a method for testing the connection stability of the network card NCSI, which comprises the following steps:
pre-building a test environment: building an auxiliary testing server, and connecting the auxiliary testing server with a BMC (baseboard management controller) special network port and a tested shared network port of a server to be tested through a switch and a network cable; a network card to be tested with NCSI function is arranged in the server to be tested; the tested shared network port is the shared network port of the server to be tested, which is provided with the network card to be tested;
and based on the pre-established test environment, running a pre-programmed automatic test script in the auxiliary test server for testing the NCSI connection stability of the network card to be tested in the server to be tested.
The method for testing the NCSI connection stability of the network card to be tested in the server to be tested by the automatic test script comprises the following steps:
acquiring a pre-configured IP address of a BMC (baseboard management controller) special network port of a server to be tested and acquiring a pre-configured IP address of a tested shared network port of the server to be tested;
controlling the server to be tested to restart for a preset number of times based on the acquired IP address of the BMC private network interface;
correspondingly controlling the server to be tested to carry out shutdown and startup for preset times based on the acquired IP address of the BMC private network interface;
performing ping tests on the obtained IP address of the to-be-tested shared network port in the process of controlling the to-be-tested server to restart, the process of controlling the to-be-tested server to shut down and the process of controlling the to-be-tested server to start up respectively, and correspondingly obtaining packet loss information of each ping test;
and after correspondingly acquiring the packet loss information of each corresponding ping test each time, correspondingly judging the connection stability with the output network card to be tested NCSI based on the acquired packet loss information.
The method for acquiring the IP address of the BMC dedicated network port of the pre-configured server to be tested and the IP address of the tested shared network port of the pre-configured server to be tested comprises the following steps: and correspondingly acquiring the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested by reading the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested, which are preset in the name of the automatic test script in a parameter mode.
Wherein, every time, after correspondingly judging and outputting the stability of the connection of the network card to be tested NCSI based on the acquired packet loss information, the method further comprises the following steps: and correspondingly printing each relevant packet loss information to a log file.
The IP address of the tested shared network port of the server to be tested is a static IP address or a dynamic IP address.
In addition, the invention also provides a system for testing the connection stability of the network card NCSI, which comprises:
the server to be tested is internally provided with a network card to be tested with the NCSI function;
the auxiliary test server is connected with the BMC special network port and the tested shared network port of the server to be tested through the switch and the network cable; the tested shared network port is the shared network port of the server to be tested, which is provided with the network card to be tested;
and the automatic test script is applied to the server for the auxiliary test and is used for testing the NCSI connection stability of the network card to be tested in the server to be tested.
Wherein, the automatic test script includes:
the IP address acquisition unit is used for acquiring the IP address of the pre-configured BMC dedicated network port of the server to be tested and the IP address of the pre-configured tested shared network port of the server to be tested;
the restarting test unit is connected with the IP address acquisition unit and is used for controlling the server to be tested to restart for preset times based on the IP address of the BMC private network interface acquired by the IP address acquisition unit;
the startup and shutdown test unit is connected with the IP address acquisition unit and is respectively used for correspondingly controlling the server to be tested to perform shutdown and startup for preset times based on the IP address of the BMC private network port acquired by the IP address acquisition unit;
the NCSI connection stability test unit is respectively connected with the IP address acquisition unit, the restart test unit and the startup and shutdown test unit, and is used for respectively performing ping test on the IP address of the tested shared network port read by the IP address acquisition unit in the process that the restart test unit controls the restart of the server to be tested each time, in the process that the startup and shutdown test unit controls the shutdown of the server to be tested each time, and in the process that the startup and shutdown test unit controls the startup of the server to be tested each time, and correspondingly acquiring packet loss information of each ping test;
and the test result output unit is connected with the NCSI connection stability test unit and is used for correspondingly judging and outputting the connection stability of the NCSI of the network card to be tested based on each packet loss information acquired by the NCSI connection stability test unit.
The IP address obtaining unit correspondingly obtains the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested by reading the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested, which are preset in the name of the automatic test script in a parameter mode.
And the test result output unit is also used for correspondingly printing each piece of relevant packet loss information to a log file after correspondingly judging and outputting the connection stability of the network card to be tested NCSI.
The IP address of the tested shared network port of the server to be tested is a static IP address or a dynamic IP address.
Compared with the prior art, the invention has the advantages that:
(1) when the method for testing the connection stability of the network card NCSI is used, the connection stability of the network card NCSI can be automatically tested only by building a testing environment in advance and then running an automatic testing script in the auxiliary testing server, so that the condition that the state and the log information of two servers are set and observed in real time through manpower in the background technology is avoided, the testing efficiency is improved, the waste of manpower resources is avoided, and the testing is convenient.
(2) According to the method for testing the connection stability of the network card NCSI, the automatic test script has reproducibility, when the automatic test script is used for testing the connection stability of the network card NCSI in different servers, the test can be carried out only by correspondingly modifying the IP address of the BMC special network interface and the IP address of the tested shared network interface in the script name of the automatic test script, and the use is convenient.
(3) The system for testing the connection stability of the network card NCSI corresponds to the method for testing the connection stability of the network card NCSI, has all the advantages of the method for testing the connection stability of the network card NCSI, and is not described herein again.
Therefore, compared with the prior art, the invention has prominent substantive features and remarkable progress, and the beneficial effects of the implementation are also obvious.
Drawings
Fig. 1 is a schematic flow chart of a method for testing the connection stability of the network card NCSI according to the present invention.
Fig. 2 is a schematic structural block diagram of the system for testing the connection stability of the network card NCSI according to the present invention.
Wherein, 1, BMC special network interface, 2, tested sharing network interface.
Detailed Description
In order to make the technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings.
Fig. 1 is a specific embodiment of the method for testing the connection stability of the network card NCSI according to the present invention. In this embodiment, the method for testing the connection stability of the network card NCSI includes the following steps s1-s2, which are used for testing the connection stability of the network card NCSI.
Step s1, pre-building a test environment: building an auxiliary testing server, and connecting the auxiliary testing server with a BMC (baseboard management controller) special network port and a tested shared network port of a server to be tested through a switch and a network cable; a network card to be tested with NCSI function is arranged in the server to be tested; the tested shared network port is the shared network port of the tested server provided with the network card to be tested. Step s2 is then performed.
In the embodiment, when the test environment is specifically established, the network card to be tested is firstly inserted into the server to be tested, and is connected to the network environment by using the corresponding network cable (the connection can be carried out according to the actual test requirement), then the Linux operating system of the server to be tested is logged in and the root authority is obtained, and then the network card driver of the corresponding version is installed according to the difference of the network card to be tested and the difference of the version of the Linux operating system of the server to be tested; and then configuring the IP address of the BMC private network port of the server to be tested, the IP address of the tested shared network port of the server to be tested, and the IP address of the network port of the auxiliary testing server.
It should be noted that the IP address of the measured shared network port of the server to be measured may be a static IP address or a dynamic IP address. In addition, the IP address of the network port of the auxiliary test server and the IP address of the tested shared network port of the server to be tested adopt the same network segment.
And step s2, running a pre-programmed automatic test script in the auxiliary test server for testing the NCSI connection stability of the network card to be tested in the server to be tested.
The method for testing the NCSI connection stability of the network card to be tested in the server to be tested by the automatic test script comprises the following steps:
acquiring a pre-configured IP address of a BMC (baseboard management controller) special network port of a server to be tested and acquiring a pre-configured IP address of a tested shared network port of the server to be tested;
controlling the server to be tested to restart for a preset number of times based on the acquired IP address of the BMC private network interface;
correspondingly controlling the server to be tested to carry out shutdown and startup for preset times based on the acquired IP address of the BMC private network interface;
performing ping tests on the obtained IP address of the to-be-tested shared network port in the process of controlling the to-be-tested server to restart, the process of controlling the to-be-tested server to shut down and the process of controlling the to-be-tested server to start up respectively, and correspondingly obtaining packet loss information of each ping test;
and after correspondingly acquiring the packet loss information of each corresponding ping test each time, correspondingly judging the connection stability with the output network card to be tested NCSI based on the acquired packet loss information.
In this embodiment, the obtaining of the pre-configured IP address of the BMC dedicated port of the server to be tested and the obtaining of the pre-configured IP address of the measured shared port of the server to be tested specifically include: and correspondingly acquiring the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested by reading the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested, which are preset in the name of the automatic test script in a parameter mode.
The following is a script program of the automatic test script in this embodiment, where $1 and $2 in the script program are parameter values preset after the script name of the automatic test script, specifically, $1 is an IP address of a BMC dedicated portal of a pre-configured server to be tested, and $2 is an IP address of a tested shared portal of the pre-configured server to be tested; :
the "i" parameter in the script represents a preset test frequency (which may be modified by a person skilled in the art as needed), which is a frequency for controlling the restart of the server to be tested, a power-on frequency for controlling the power-on of the server to be tested, and a power-off frequency for controlling the power-off of the server to be tested.
It can be seen that each piece of packet loss information related in this embodiment includes a packet loss ratio (excluding a packet loss amount), and whether the packet loss ratio is zero is taken as a criterion, so as to determine the stability of the connection of the network card NCSI to be tested, and when the packet loss ratio is zero, it is determined that the connection of the network card NCSI to be tested is stable, otherwise, it is determined that the connection of the network card NCSI to be tested is unstable.
It should be noted that, in the specific implementation of the present invention, the packet loss information may further include a packet loss amount (excluding a packet loss rate), that is, in the specific implementation, whether the packet loss amount is zero may be used as a criterion to further determine the stability of the NCSI connection of the network card to be tested. The skilled person can select any one of the ways to use according to the actual situation.
In this embodiment, after correspondingly determining the stability of the connection with the NCSI of the output network card to be tested each time based on the acquired packet loss information, the method further includes: and correspondingly printing each piece of relevant packet loss information to a log file (such as pinglo. The log file is used for facilitating a tester to know in detail which of the restart stage, the shutdown stage and the startup stage of the server to be tested the packet loss (corresponding to the unstable connection of the network card to be tested) occurs when the test judges that the connection of the network card to be tested NCSI is unstable.
In summary, the method for testing the connection stability of the network card NCSI provided by the invention can test the connection stability of the network card NCSI only by setting up a test environment in advance and then running an automatic test script in the auxiliary test server, thereby avoiding the situation that the state and log information of two servers are set and observed in real time through manpower in the background art, improving the test efficiency, avoiding the waste of manpower resources and being convenient for testing.
In addition, the automatic test script described in this embodiment has reproducibility, and when it is used to test the stability of the NCSI connection of the network card in different servers, it is only necessary to correspondingly modify the IP address of the BMC dedicated network port and the IP address of the tested shared network port in the script name of the automatic test script, so that it is convenient to use.
Fig. 2 is a specific embodiment of the system for testing the connection stability of the network card NCSI according to the present invention. Corresponding to the embodiment of the method for testing the connection stability of the network card NCSI, the system for testing the connection stability of the network card NCSI in the embodiment includes:
the server to be tested is internally provided with a network card to be tested with the NCSI function;
the auxiliary test server is connected with the BMC special network port 1 and the tested shared network port 2 of the server to be tested through the switch and the network cable; the tested shared network port 2 is a shared network port of the server to be tested, which is provided with the network card to be tested;
and the automatic test script is applied to the server for the auxiliary test and is used for testing the NCSI connection stability of the network card to be tested in the server to be tested.
When the test device is used, the auxiliary test server is connected with the BMC special network port 1 and the tested shared network port 2 of the server to be tested through the switch and the network cable, the automatic test script is copied or downloaded to the auxiliary test server, and the NCSI connection stability of the network card to be tested in the server to be tested can be tested by running the automatic test script.
In this embodiment, the automated test script includes:
the device comprises an IP address acquisition unit, a comparison unit and a comparison unit, wherein the IP address acquisition unit is used for acquiring the IP address of a BMC (baseboard management controller) special network port 1 of a pre-configured server to be tested and the IP address of a tested shared network port 2 of the pre-configured server to be tested;
the restarting test unit is connected with the IP address acquisition unit and is used for controlling the server to be tested to restart for preset times based on the IP address of the BMC private network interface 1 acquired by the IP address acquisition unit;
the startup and shutdown test unit is connected with the IP address acquisition unit and is respectively used for correspondingly controlling the server to be tested to perform shutdown and startup for preset times based on the IP address of the BMC private network port 1 acquired by the IP address acquisition unit;
the NCSI connection stability test unit is respectively connected with the IP address acquisition unit, the restart test unit and the startup and shutdown test unit, and is used for respectively performing ping test on the IP address of the tested shared network port 2 read by the IP address acquisition unit in the process that the restart test unit controls the restart of the server to be tested each time, in the process that the startup and shutdown test unit controls the shutdown of the server to be tested each time, and in the process that the startup and shutdown test unit controls the startup of the server to be tested each time, and correspondingly acquiring packet loss information of each ping test;
and the test result output unit is connected with the NCSI connection stability test unit and is used for correspondingly judging and outputting the connection stability of the NCSI of the network card to be tested based on each packet loss information acquired by the NCSI connection stability test unit.
In this embodiment, the IP address obtaining unit correspondingly obtains the IP address of the BMC dedicated portal 1 of the server to be tested and the IP address of the measured shared portal 2 of the server to be tested by reading the IP address of the BMC dedicated portal 1 of the server to be tested and the IP address of the measured shared portal 2 of the server to be tested, which are preset in the name of the automated test script in a parameter form.
In this embodiment, the test result output unit is further configured to print each relevant packet loss information to the log file after correspondingly determining and outputting the connection stability of the NCSI of the network card to be tested.
In this embodiment, the IP address of the measured shared network port 2 of the server to be measured may be a static IP address or a dynamic IP address.
In view of the fact that each constituent module of the system for testing the connection stability of the network card NCSI in this embodiment is described in the corresponding part of the specific embodiment of the method for testing the connection stability of the network card NCSI, further description is omitted here.
In addition, since the system for testing the connection stability of the network card NCSI in the embodiment corresponds to the method for testing the connection stability of the network card NCSI, all advantages of the method for testing the connection stability of the network card NCSI are provided, and are not described herein again.
The above embodiments are only for illustrating the technical solutions of the present invention, and not for limiting the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may be modified or some technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.
Claims (8)
1. A method for testing the connection stability of network card NCSI is characterized by comprising the following steps:
pre-building a test environment: building an auxiliary testing server, and connecting the auxiliary testing server with a BMC (baseboard management controller) special network port and a tested shared network port of a server to be tested through a switch and a network cable; a network card to be tested with NCSI function is arranged in the server to be tested; the tested shared network port is the shared network port of the server to be tested, which is provided with the network card to be tested;
based on the pre-established test environment, running a pre-compiled automatic test script in the auxiliary test server for testing the NCSI connection stability of the network card to be tested in the server to be tested;
the method for testing the NCSI connection stability of the network card to be tested in the server to be tested by the automatic test script comprises the following steps:
acquiring a pre-configured IP address of a BMC (baseboard management controller) special network port of a server to be tested and acquiring a pre-configured IP address of a tested shared network port of the server to be tested;
controlling the server to be tested to restart for a preset number of times based on the acquired IP address of the BMC private network interface;
correspondingly controlling the server to be tested to carry out shutdown and startup for preset times based on the acquired IP address of the BMC private network interface;
performing ping tests on the obtained IP address of the to-be-tested shared network port in the process of controlling the to-be-tested server to restart, the process of controlling the to-be-tested server to shut down and the process of controlling the to-be-tested server to start up respectively, and correspondingly obtaining packet loss information of each ping test;
and after correspondingly acquiring the packet loss information of each corresponding ping test each time, correspondingly judging the connection stability with the output network card to be tested NCSI based on the acquired packet loss information.
2. The method for testing the connection stability of the network card NCSI according to claim 1, wherein the obtaining of the IP address of the pre-configured BMC dedicated portal of the server to be tested and the obtaining of the IP address of the pre-configured tested shared portal of the server to be tested are specifically implemented by: and correspondingly acquiring the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested by reading the IP address of the BMC special network port of the server to be tested and the IP address of the tested shared network port of the server to be tested, which are preset in the name of the automatic test script in a parameter mode.
3. The method for testing the connection stability of the network card NCSI according to claim 1, wherein after correspondingly determining and outputting the connection stability of the network card NCSI to be tested each time based on the obtained packet loss information, the method further comprises: and correspondingly printing each relevant packet loss information to a log file.
4. The method for testing the connection stability of the network card NCSI according to the claim 1, 2 or 3, characterized in that the IP address of the tested sharing network port of the server to be tested is a static IP address or a dynamic IP address.
5. A system for testing the connection stability of network card NCSI is characterized by comprising:
the server to be tested is internally provided with a network card to be tested with the NCSI function;
the auxiliary test server is connected with the BMC special network port and the tested shared network port of the server to be tested through the switch and the network cable; the tested shared network port is the shared network port of the server to be tested, which is provided with the network card to be tested;
the automatic test script is applied to the auxiliary test server and used for testing the NCSI connection stability of the network card to be tested in the server to be tested;
the automated test script comprises:
the IP address acquisition unit is used for acquiring the IP address of the pre-configured BMC dedicated network port of the server to be tested and the IP address of the pre-configured tested shared network port of the server to be tested;
the restarting test unit is connected with the IP address acquisition unit and is used for controlling the server to be tested to restart for preset times based on the IP address of the BMC private network interface acquired by the IP address acquisition unit;
the startup and shutdown test unit is connected with the IP address acquisition unit and is respectively used for correspondingly controlling the server to be tested to perform shutdown and startup for preset times based on the IP address of the BMC private network port acquired by the IP address acquisition unit;
the NCSI connection stability test unit is respectively connected with the IP address acquisition unit, the restart test unit and the startup and shutdown test unit, and is used for respectively performing ping test on the IP address of the tested shared network port read by the IP address acquisition unit in the process that the restart test unit controls the restart of the server to be tested each time, in the process that the startup and shutdown test unit controls the shutdown of the server to be tested each time, and in the process that the startup and shutdown test unit controls the startup of the server to be tested each time, and correspondingly acquiring packet loss information of each ping test;
and the test result output unit is connected with the NCSI connection stability test unit and is used for correspondingly judging and outputting the connection stability of the NCSI of the network card to be tested based on each packet loss information acquired by the NCSI connection stability test unit.
6. The system for testing the connection stability of the network card NCSI according to claim 5, wherein the IP address obtaining unit correspondingly obtains the IP address of the BMC dedicated portal of the server to be tested and the IP address of the tested shared portal of the server to be tested by reading the IP address of the BMC dedicated portal of the server to be tested and the IP address of the tested shared portal of the server to be tested, which are pre-specified in the name of the automatic test script in a parameter form.
7. The system for testing the connection stability of the network card NCSI according to claim 5, wherein the test result output unit is further configured to print each relevant packet loss information to the log file after the test result output unit correspondingly determines and outputs the connection stability of the network card NCSI to be tested.
8. The system for testing the connection stability of the network card NCSI according to claim 5, 6 or 7, wherein the IP address of the tested sharing port of the server to be tested is a static IP address or a dynamic IP address.
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| CN111030892B (en) * | 2019-12-26 | 2021-10-29 | 苏州浪潮智能科技有限公司 | Method, equipment and medium for testing network function in BMC NCSI adaptive mode |
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| CN112866061A (en) * | 2021-01-26 | 2021-05-28 | 浪潮电子信息产业股份有限公司 | NCSI (network control information system) testing method, device, equipment and medium of onboard network port |
| CN113872832A (en) * | 2021-09-29 | 2021-12-31 | 中科可控信息产业有限公司 | BMC network Bond function detection method and device, electronic device and storage medium |
| CN115242696A (en) * | 2022-07-26 | 2022-10-25 | 浪潮(山东)计算机科技有限公司 | Network card test environment building method, device and medium |
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