TWI810063B - Process inspection system for rack and server in rack - Google Patents

Abstract

A process inspection system for rack and server in rack is provided. Each of servers in rack is detected with server process inspection of L10 stage by detection device. Rack is detected with rack process inspection of L11 stage by detection device. Server is repaired or server is replaced with backup server when server process is detected fail in server process inspection of L10 stage for server in rack by detection device or rack process is detected fail in rack process inspection of L11 stage for rack by detection device. Repaired server and backup server which has not server process inspection of L10 stage are detected with server process inspection of L10 stage by detection device and then continue process inspection. Backup server which has server process inspection of L10 stage is continue process inspection. Therefore, the efficiency of reducing detection process time with rack and server in rack may be achieved.

Description

Provide a process inspection system for cabinets and servers in the cabinet

A detection system, especially a process detection system for providing a cabinet and a server in the cabinet.

Currently, for the inspection of the cabinet and the servers installed in the cabinet, the server process inspection at the L10 stage and the cabinet process inspection at the L11 stage are respectively carried out. No matter whether there are detection problems in the server process inspection at the L10 stage or the cabinet process inspection at the L11 stage At this time, the server process detection in the L10 stage or the cabinet process detection in the L11 stage will be interrupted. After the binding relationship between the server and the cabinet needs to be released to solve the corresponding problem, the cabinet and the server installed in the cabinet will be re-executed. The server process detection in the L10 stage and the cabinet process detection in the L11 stage will cause the cabinet and the server installed in the cabinet to consume redundant detection time.

To sum up, it can be seen that there has been a long-standing problem in the prior art that the detection process of the cabinet and the server installed in the cabinet is too time-consuming, so it is necessary to propose an improved technical means to solve this problem.

In view of the problem in the prior art that the detection process of the cabinet and the servers installed in the cabinet is too time-consuming, the present invention discloses a process detection system for providing the cabinet and the servers in the cabinet, wherein:

The first embodiment disclosed in the present invention provides a process detection system for a cabinet and servers in the cabinet, which includes: a cabinet and a detection device, the cabinet is provided with a plurality of servers; and the detection device establishes a connection with the cabinet, and the detection device executes The following testing procedures:

The detection device detects the server process at the L10 stage for each server in the cabinet; when the server in the cabinet detects that the server process at the L10 stage fails, the server is removed from the cabinet to perform Maintenance; after the repair is completed, the server is re-installed in the cabinet, and the detection device performs the server process inspection of the L10 stage on the re-installed server; when all the servers in the cabinet are detected in the L10 stage of the server process, they are detected by the detection device When it is detected that the server process is successful, the detection device detects the cabinet process at the L11 stage of the cabinet; when the server in the cabinet detects that the cabinet process at the L11 stage fails, the server is removed from the cabinet to perform Maintenance; and after the repair is completed, the server is re-installed in the cabinet. The detection device first performs the server process detection of the L10 stage on the re-installed server and detects that the server process is successful. The detection device re-performs the L11 stage of the cabinet Cabinet process detection.

The second embodiment disclosed in the present invention provides a process detection system for a cabinet and servers in the cabinet, which includes: a cabinet, a backup cabinet and a detection device, the cabinet is provided with multiple servers; the backup cabinet is provided with multiple backup servers ; and the detection device establishes a connection with the cabinet, and the detection device performs the following detection process:

The detection device detects the server process of the L10 stage for each server in the cabinet; when the server in the cabinet detects that the server process fails in the L10 stage, the detection device detects that the server process fails, and selects the backup server from the backup cabinet and The servers are replaced with each other; the detection device detects the server process in the L10 stage for the standby server in the cabinet; The detection device detects the cabinet process of the L11 stage of the cabinet; when the server in the cabinet detects that the cabinet process fails in the L11 stage of the cabinet process, the detected device detects that the cabinet process fails, and the standby server that has not been replaced is selected from the standby cabinet to communicate with the server. Replacement; and the detection device first detects the server process of the L10 stage on the standby server in the cabinet and detects that the server process is successful, the detection device re-performs the cabinet process detection of the L11 stage on the cabinet.

The third embodiment disclosed in the present invention provides a process detection system for a cabinet and servers in the cabinet, which includes: a cabinet, a backup cabinet and a detection device, the cabinet is provided with multiple servers; the backup cabinet is provided with multiple backup servers ; and the detection device establishes connections with the cabinet and the standby cabinet respectively, and the detection device performs the following detection process:

The detection device detects the server process of the L10 stage for each server in the cabinet; the detection device detects the server process of the L10 stage for each standby server in the standby cabinet; the server in the cabinet detects the server process of the L10 stage When the detected device detects that the server process has failed, the server process in the L10 stage is selected from the backup cabinet to detect the backup server whose process has been detected by the detected device to replace the server; when all the servers in the cabinet are in the L10 stage When the detection device detects that the server process is successful, the detection device detects the cabinet process at the L11 stage of the server; when the server in the cabinet detects that the cabinet process fails at the L11 stage, the detection device detects that the cabinet process fails. A backup server selected from the backup cabinet that has not been replaced is replaced with the server; and the detection device re-tests the cabinet in the L11 stage of the cabinet process.

The system disclosed in the present invention is as above, and the difference between it and the prior art is that the detection device detects the server process at the L10 stage for each server in the cabinet, and then performs the cabinet process detection at the L11 stage. The servers in the cabinet are at the L10 stage When the server process detection device detects that the server process fails or the cabinet process detection device at the L11 stage detects that the cabinet process fails, the server is provided for maintenance or a spare server is used to replace the server. The server after maintenance and the backup server that has not undergone the server process inspection of the L10 stage first undergo the server process inspection of the L10 stage and then continue the inspection process, and the backup server that has undergone the server process inspection of the L10 stage can continue Carry out the detection process.

Through the above-mentioned technical means, the present invention can achieve the technical effect of reducing the detection process time of the cabinet and the server installed in the cabinet.

The implementation of the present invention will be described in detail below in conjunction with the drawings and examples, so as to fully understand and implement the implementation process of how the present invention uses technical means to solve technical problems and achieve technical effects.

The following description is the process inspection system for providing the cabinet and the server in the cabinet according to the first embodiment disclosed by the present invention, and please refer to "Fig. 1", which shows the cabinet and the cabinet provided by the present invention A schematic structural diagram of the first implementation aspect of the internal server process inspection.

The process inspection system for providing cabinets and servers in the cabinet disclosed in the first embodiment of the present invention includes: a cabinet 100 and a detection device 300, and the cabinet 100 is provided with a first server 101, a second server 102 and a third server. The server 103 is only used as an example here, and does not limit the scope of application of the present invention; and the detection device 300 establishes a connection with the cabinet 100, and the detection device 300 performs the following detection process:

The detection device 300 performs the server process detection at the L10 stage on the first server 101, the second server 102, and the third server 103 in the cabinet 100. The server process detection at the L10 stage includes server assembly detection and server preliminary detection. , server upgrade firmware inspection, server basic function inspection, server configuration inspection, server stress test inspection, server basic function inspection after server stress test, and server system log inspection are just examples here, and This does not limit the scope of application of the present invention.

In the first embodiment, the first server 101 in the cabinet 100 detects the failure of the server process in the server process detection at the L10 stage by the detected device 300, and the first server 101 is removed from the cabinet 100 for maintenance. The completed first server 101 is put on the cabinet 100 again, and the inspection device 300 performs the server process inspection in the L10 stage on the first server 101 put on the shelf again.

When the first server 101, the second server 102, and the third server 103 in the cabinet 100 are all detected by the detection device 300 in the server process detection at the L10 stage, the server process is detected to be successful, and the detection device 300 performs the L11 stage on the cabinet 100 The cabinet process inspection at the L11 stage includes cabinet assembly inspection, cabinet stress test inspection, basic function inspection after cabinet stress test, and configuration inspection after cabinet stress test. This is just an example and does not limit this article. The scope of application of the invention.

The third server 103 in the cabinet 100 detects the cabinet process in the L11 stage. The detected device 300 detects that the process of the cabinet 100 fails. The third server 103 is removed from the cabinet 100 for maintenance. When it is put on the rack 100, the detection device 300 first performs the L10 server process detection on the re-loaded third server 103 and detects that the server process is successful, the detection device 300 re-performs the L11 cabinet process detection on the cabinet 100.

The following description is the process inspection system for providing the cabinet and the server in the cabinet according to the second embodiment disclosed by the present invention, and please refer to "Figure 2A", which shows the cabinet and the cabinet provided by the present invention A schematic diagram of the structure of the second embodiment of the internal server process inspection.

The second embodiment disclosed in the present invention provides a process detection system for a cabinet and a server in the cabinet, which includes: a cabinet 100, a spare cabinet 200, and a detection device 300, and the cabinet 100 is provided with a first server 101 and a second server 102 and the third server 103 are only used for illustration purposes and are not intended to limit the scope of application of the present invention; the backup cabinet 200 is provided with a first backup server 201, a second backup server 202 and a third backup server The device 203 is only used as an example here, and does not limit the scope of application of the present invention; and the detection device 300 establishes a connection with the cabinet 100, and the detection device 300 performs the following detection process:

The detection device 300 performs the server process detection at the L10 stage on the first server 101, the second server 102, and the third server 103 in the cabinet 100. The server process detection at the L10 stage includes server assembly detection and server preliminary detection. , server upgrade firmware inspection, server basic function inspection, server configuration inspection, server stress test inspection, server basic function inspection after server stress test, and server system log inspection are just examples here, and This does not limit the scope of application of the present invention.

In the second embodiment, the first server 101 in the cabinet 100 detects that the server process fails at the L10 stage by the detected device 300 , and the second backup server 202 and the first The servers 101 are replaced with each other, and the detection device 300 performs the L10 server process detection on the second backup server 202 in the cabinet 100. For the illustration of the mutual replacement of the first server 101 and the second backup server 202, please refer to "Part 2B As shown in "Figure 2B", "Figure 2B" shows a schematic diagram of server replacement for the second embodiment of the process inspection of the cabinet and the server in the cabinet provided by the present invention.

When the second standby server 202, the second server 102, and the third server 103 in the cabinet 100 are all detected by the detection device 300 in the server process detection of the L10 stage, the server process is successful, the detection device 300 performs a check on the cabinet 100 Cabinet process inspection at the L11 stage. The cabinet process inspection at the L11 stage includes cabinet assembly inspection, cabinet stress test inspection, basic function inspection after cabinet stress test, and configuration inspection after cabinet stress test. Limit the scope of application of the present invention.

When the third server 103 in the rack 100 detects the rack process failure in the L11 stage, the detected device 300 detects that the rack 100 process fails, and the spare rack 200 selects the unreplaced third spare server 203 to interact with the third server 103. Replacement, the third server 103 and the third standby server 203 replace each other, please refer to "Fig. 2C", "Fig. 2C" shows the process of providing the cabinet and the server in the cabinet for the present invention. Schematic diagram of the implementation of server replacement.

The detection device 300 first detects the server process of the L10 stage on the third backup server 203 in the cabinet 100 and detects that the server process is successful, then the detection device 300 performs the cabinet process detection of the L11 stage on the cabinet 100 again.

The following description is the process inspection system for providing the cabinet and the server in the cabinet according to the third embodiment disclosed by the present invention, and please refer to "Figure 3A", which shows the cabinet and the cabinet provided by the present invention A schematic diagram of the structure of the third embodiment of the internal server process inspection.

The third embodiment disclosed in the present invention provides a process detection system for cabinets and servers in the cabinet, which includes: a cabinet 100, a backup cabinet 200, and a detection device 300, and the cabinet 100 is provided with a first server 101 and a second server 102 and the third server 103 are only used for illustration purposes and are not intended to limit the scope of application of the present invention; the backup cabinet 200 is provided with a first backup server 201, a second backup server 202 and a third backup server The device 203 is only used as an example here, and does not limit the scope of application of the present invention; and the detection device 300 establishes connections with the cabinet 100 and the spare cabinet 200 respectively, and the detection device 300 performs the following detection process:

The detection device 300 detects the server process of the L10 stage on the first server 101, the second server 102 and the third server 103 in the cabinet 100, and the detection device 300 detects the first backup server 201, the second server 200 in the backup cabinet 200 The second backup server 202 and the third backup server 203 perform the server process inspection at the L10 stage. The server process inspection at the L10 stage includes server assembly inspection, server preliminary inspection, server upgrade firmware inspection, and server basic function inspection. , server configuration detection, server stress test detection, secondary basic function detection after server stress test, and server system log detection are only examples here, and are not intended to limit the scope of application of the present invention.

In the third embodiment, the detection device 300 of the first server 101 in the cabinet 100 detects that the server process fails in the L10 stage, and the server process detection in the L10 stage selected by the standby cabinet 200 is detected The detection device 300 detects the second backup server 202 whose process is successful to replace the first server 101. Since the second backup server 202 has been detected by the detection device 300 as a successful server process, the second backup server 202 replaces the first server 101. When there is only one server 101, it is not necessary to perform the L10 server process inspection on the second backup server 202 again. For the illustration of mutual replacement between the first server 101 and the second backup server 202, please refer to "Figure 3B". As shown, "FIG. 3B" is a schematic diagram of server replacement for the third embodiment of the process detection of the cabinet and the server in the cabinet provided by the present invention.

When the second standby server 202, the second server 102, and the third server 103 in the cabinet 100 are all detected by the detection device 300 in the server process detection of the L10 stage, the server process is successful, the detection device 300 performs a check on the cabinet 100 Cabinet process inspection at the L11 stage. The cabinet process inspection at the L11 stage includes cabinet assembly inspection, cabinet stress test inspection, basic function inspection after cabinet stress test, and configuration inspection after cabinet stress test. Limit the scope of application of the present invention.

The third server 103 in the cabinet 100 detects the cabinet process in the L11 stage. The detected device 300 detects that the process of the cabinet 100 fails, and the unreplaced third backup server 203 is selected from the backup cabinet 200 to replace each other with the third server 103. Since the third backup server 203 has been detected by the detection device 300 as a successful server process, when the third backup server 203 replaces the third server 103, it is not necessary to perform the L10 stage on the third backup server 203 again. For the server process detection, the third server 103 and the third backup server 203 are interchangeable, please refer to "Figure 3C", "Figure 3C" shows the process of providing the cabinet and the server in the cabinet according to the present invention Detecting the schematic diagram of server replacement in the third embodiment, the detection device 300 re-tests the cabinet 100 at the stage L11 of the cabinet process.

In summary, it can be seen that the difference between the present invention and the prior art is that the detection device detects the server process at the L10 stage for each server in the cabinet, and then performs the cabinet process detection at the L11 stage. The servers in the cabinet are at the L10 stage When the server process detection device detects that the server process fails or the cabinet process detection device at the L11 stage detects that the cabinet process fails, the server is provided for maintenance or a spare server is used to replace the server. The server after maintenance and the backup server that has not undergone the server process inspection of the L10 stage first undergo the server process inspection of the L10 stage and then continue the inspection process, and the backup server that has undergone the server process inspection of the L10 stage can continue Carry out the detection process.

This technical means can solve the time-consuming problem existing in the prior art for the detection process of the cabinet and the servers installed in the cabinet, and then achieve the technical effect of reducing the time of the detection process of the cabinet and the servers installed in the cabinet.

Although the embodiments disclosed in the present invention are as above, the content described above is not intended to directly limit the patent protection scope of the present invention. Anyone with ordinary knowledge in the technical field to which the present invention belongs can make some changes in the forms and details of the implementation without departing from the disclosed spirit and scope of the present invention. The scope of patent protection of the present invention must still be defined by the appended patent application scope.

100: cabinet

101: The first server

102:Second server

103: The third server

200: spare cabinet

201: First backup server

202:Second backup server

203: The third backup server

300: detection device

FIG. 1 is a schematic diagram of the structure of the first embodiment of the process detection of the cabinet and the server in the cabinet provided by the present invention. FIG. 2A is a schematic diagram of the structure of the second embodiment of the process detection of the cabinet and the server in the cabinet provided by the present invention. FIG. 2B is a schematic diagram of server replacement for the second embodiment of process detection of the cabinet and the server in the cabinet provided by the present invention. FIG. 2C is a schematic diagram of server replacement for the second embodiment of process detection of the cabinet and the server in the cabinet provided by the present invention. FIG. 3A is a schematic diagram of the structure of the third embodiment of the process detection of the cabinet and the server in the cabinet provided by the present invention. FIG. 3B is a schematic diagram of server replacement for the third embodiment of the process inspection of the cabinet and the server in the cabinet provided by the present invention. FIG. 3C is a schematic diagram of server replacement for the third embodiment of the process inspection of the cabinet and the server in the cabinet provided by the present invention.

100: cabinet

101: The first server

102:Second server

103: The third server

300: detection device

Claims (9)

A process detection system for providing a cabinet and a server in the cabinet, which includes: a cabinet with a plurality of servers; and A detection device, which establishes a connection with the cabinet, and the detection device performs the following detection process: The detection device detects the server process in the L10 stage for each server in the cabinet; When the server in the cabinet in the L10 stage of the server process detection is detected by the detection device that the server process fails, the server is removed from the cabinet for maintenance; After the maintenance is completed, the server is re-installed in the cabinet, and the detection device performs the L10 server process detection on the re-installed server; When all servers in the cabinet in the L10 stage of the server process detection are detected by the detection device that the server process is successful, the detection device performs the cabinet process detection of the L11 stage on the cabinet; When the server in the cabinet detects that the cabinet process fails in the L11 stage of the cabinet process detection device, the server is removed from the cabinet for maintenance; and After the maintenance is completed, the server is re-installed in the cabinet, and the detection device first detects the server process of the L10 stage on the re-installed server and detects that the server process is successful. The above-mentioned cabinets are inspected in the cabinet process of the L11 stage. As described in request item 1, the process inspection system for providing cabinets and servers in the cabinet, wherein the server process inspection at the L10 stage includes server assembly inspection, server preliminary inspection, server upgrade firmware inspection, server basic function inspection, Server configuration inspection, server stress test inspection, secondary basic function inspection after server stress test, and server system log inspection. As described in request item 1, the process inspection system for cabinets and servers in the cabinet is provided, wherein the cabinet process inspection at the L11 stage includes cabinet assembly inspection, cabinet pressure test inspection, basic function inspection after cabinet stress testing, and configuration inspection after cabinet stress testing . A process detection system for providing a cabinet and a server in the cabinet, which includes: A cabinet is provided with multiple servers; A backup cabinet is provided with a plurality of backup servers; and A detection device, which establishes a connection with the cabinet, and the detection device performs the following detection process: The detection device detects the server process in the L10 stage for each server in the cabinet; When the server in the cabinet in the L10 stage of the server process detection is detected by the detection device that the server process fails, select a backup server from the backup cabinet to replace the server; The detection device detects the server process of the L10 stage for the standby server in the cabinet; When all servers in the cabinet in the L10 stage of the server process detection are detected by the detection device that the server process is successful, the detection device performs the cabinet process detection of the L11 stage on the cabinet; When the server in the cabinet in the L11 stage of the cabinet process detection is detected by the detection device that the cabinet process fails, select an unreplaced backup server from the backup cabinet to replace the server; and The detection device first detects the server process in the L10 stage on the standby server in the cabinet and detects that the server process is successful, the detection device performs the cabinet process detection in the L11 stage on the cabinet again. As described in request item 4, the process inspection system for providing cabinets and servers in the cabinet, wherein the server process inspection at the L10 stage includes server assembly inspection, server preliminary inspection, server upgrade firmware inspection, server basic function inspection, Server configuration inspection, server stress test inspection, secondary basic function inspection after server stress test, and server system log inspection. As described in request item 4, the process inspection system for providing cabinets and servers in the cabinet, wherein the cabinet process inspection at the L11 stage includes cabinet assembly inspection, cabinet pressure test inspection, basic function inspection after cabinet stress testing, and configuration inspection after cabinet stress testing . A process detection system for providing a cabinet and a server in the cabinet, which includes: A cabinet is provided with multiple servers; A backup cabinet is provided with a plurality of backup servers; and A detection device, which respectively establishes connections with the cabinet and the standby cabinet, and the detection device performs the following detection process: The detection device detects the server process in the L10 stage for each server in the cabinet; The detection device detects the server process in the L10 stage for each backup server in the backup cabinet; When the process detection of the server in the L10 stage of the server in the cabinet is detected by the detection device as a failure of the server process, the process detection of the server selected from the standby cabinet at the L10 stage is detected by the detection device as successful. to replace the server; When all servers in the cabinet in the L10 stage of the server process detection are detected by the detection device that the server process is successful, the detection device performs the cabinet process detection of the L11 stage on the cabinet; When the server in the cabinet in the L11 stage of the cabinet process detection is detected by the detection device that the cabinet process fails, select an unreplaced backup server from the backup cabinet to replace the server; and The detection device re-performs the cabinet process detection of the L11 stage on the cabinet. As described in claim item 7, the process inspection system for providing cabinets and servers in the cabinet, wherein the server process inspection at the L10 stage includes server assembly inspection, server preliminary inspection, server upgrade firmware inspection, server basic function inspection, Server configuration inspection, server stress test inspection, secondary basic function inspection after server stress test, and server system log inspection. As described in claim item 7, the process inspection system for cabinets and servers in the cabinet is provided, wherein the cabinet process inspection at the L11 stage includes cabinet assembly inspection, cabinet pressure test inspection, basic function inspection after cabinet stress testing, and configuration inspection after cabinet stress testing .

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