CN109032869B - Portable server hardware test terminal - Google Patents
Portable server hardware test terminal Download PDFInfo
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- CN109032869B CN109032869B CN201810834064.XA CN201810834064A CN109032869B CN 109032869 B CN109032869 B CN 109032869B CN 201810834064 A CN201810834064 A CN 201810834064A CN 109032869 B CN109032869 B CN 109032869B
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- 238000012360 testing method Methods 0.000 title claims abstract description 314
- 238000004891 communication Methods 0.000 claims abstract description 82
- 238000013515 script Methods 0.000 claims description 82
- 238000000034 method Methods 0.000 claims description 16
- 230000005540 biological transmission Effects 0.000 claims description 6
- 230000004044 response Effects 0.000 claims description 6
- 238000012545 processing Methods 0.000 claims description 4
- 238000009529 body temperature measurement Methods 0.000 claims description 3
- 238000004806 packaging method and process Methods 0.000 claims 1
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- 238000007726 management method Methods 0.000 description 5
- 238000013500 data storage Methods 0.000 description 2
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/22—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing
- G06F11/2247—Verification or detection of system hardware configuration
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/22—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing
- G06F11/2289—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing by configuration test
Abstract
The invention provides a portable server hardware test terminal, comprising: a terminal body; the terminal body is provided with a display screen, and a network connection control key and a test control key group; the testing personnel can carry the testing terminal, obtain the network connection control instruction through the network connection control key, call the communication module, make the communication module and server to be tested carry on the network communication connection; after the communication module is successfully connected with the server to be tested through the network, a network connection success signal is replied to the processor, and the processor displays the network connection success signal on the display screen; therefore, the remote communication connection or the wired communication connection between the test terminal and the server to be tested is realized, and the field detection and the test are facilitated.
Description
Technical Field
The invention relates to the field of server hardware testing, in particular to a portable server hardware testing terminal.
Background
With the advent of the big data age, data has become the most important wealth for businesses, institutions, and individuals. Data concentration has become a trend, and more enterprises select to configure servers according to their own needs, wherein the servers can include data processing servers, storage servers, WEB servers and the like. Therefore, convenience is brought in the daily use process. And each element and module of the server can be configured according to the use requirement, so that the use requirement is met.
However, based on the wide application of the server in the enterprise, the debugging and detection test needs to be performed on the operation process of the server during the use process or after the installation of the server is completed. In this process, it is necessary to know whether various parameters and elements of the server operation meet the design requirements. In the testing process, some tests need to be carried out on site, and the site observation is carried out, so that the site debugging is not suitable for being adjusted at any time. How to be able to test the parameters and elements of a server in the server installation site is currently the technical problem to be solved.
Disclosure of Invention
In order to overcome the above-mentioned deficiencies in the prior art, the present invention provides a portable server hardware testing terminal, comprising: a terminal body; the terminal body is provided with a display screen, and a network connection control key and a test control key group;
a main board is arranged in the terminal body, and a voice prompt module, a processor, a communication module, an IO interface module, a memory and a power supply battery for supplying power to elements of the terminal body are arranged on the main board;
the voice prompt module, the display screen, the communication module and the memory are respectively connected with the processor;
the network connection control key and the test control key group are respectively connected with the processor through an IO interface module;
the memory stores therein a server element test tool script, a log management module and a log operation module;
the processor acquires a network connection control instruction through the network connection control key, calls the communication module to enable the communication module to be in network communication connection with the server to be tested, replies a network connection success signal to the processor after the communication module is successfully in network connection with the server to be tested, and displays the network connection success signal on the display screen;
the test control key group includes: a server element test control key and a log operation control key;
the processor obtains a server element test tool script transmission control instruction through the server element test control key, runs the server element test tool script to test the server to be tested, and forms the test process data and the test result data into a server test log;
the processor acquires a test log operation control instruction through the log operation control key, and inquires and modifies the server test log through the log operation module;
the log management module is used for identifying the information of the super-threshold parameter in the server test log, storing the server test log in a nonvolatile storage area of a memory, and preventing the information from being lost under the condition that a terminal body is down or a power supply is cut off; and when the server test log has parameter information exceeding the threshold, prompting a tester through a voice prompt module.
Preferably, a plurality of communication modules are arranged inside the terminal body;
each communication module is respectively in communication connection with different servers to be tested;
the memory is internally stored with a server address coding module to be tested and a test channel configuration module;
the server to be tested address coding module is used for coding the address of each server to be tested when the terminal body is in communication connection with a plurality of servers to be tested;
the test channel configuration module is used for enabling the terminal body to establish an independent test channel with each server to be tested respectively for testing.
Preferably, a telnet service module, a parallel test execution module and a python script editing module are further stored in the memory;
the test control key group further comprises: testing control keys in parallel;
the processor is also used for acquiring the address code of each server to be tested and acquiring the storage path of the automatic test script stored in the server to be tested through the address code of the server to be tested;
the processor configures an automatic test script stored in the server to be tested according to the test parameters of the server to be tested by executing the python script editing module, so that the edited automatic test script stored in the server to be tested meets the requirement of the current server test; forming a server test log by using the test process data and the test result data;
the processor acquires a parallel test control instruction through the parallel test control key, and acquires a server element test tool script for executing the test currently in parallel, an address code of the server to be tested and element information of the server to be tested;
and the parallel test execution module executes the server element test tool script in parallel to test a plurality of servers to be tested.
Preferably, a server information acquisition module is further stored in the memory;
the processor acquires the CPU information, the memory information, the BIOS information of the mainboard, the fan information, the air inlet temperature, the network communication data volume information, the CPU utilization rate, the memory utilization rate and the air inlet temperature of the target server to be tested through the execution server information acquisition module.
Preferably, the server element test tool script comprises: the system comprises a CPU test tool script, a memory test tool script, a hard disk test tool script, a network card test tool script, a mainboard test tool script, a display card test tool script and a fan test tool script;
the server element test control key includes: the system comprises a CPU test tool script control key, a memory test tool script control key, a hard disk test tool script control key, a network card test tool script control key, a mainboard test tool script control key, a display card test tool script control key and a fan test tool script control key.
Preferably, a test duration setting module is further stored in the memory;
the processor acquires a temperature measurement control instruction of the server to be tested through the test control key group, calls the temperature acquisition module to acquire temperature information of the server to be tested, and performs temperature test on the running temperature of the CPU of the server to be tested, and/or the running temperature of the memory, and/or the running temperature of the hard disk, and/or the running temperature of the display card, and/or performs temperature test on the temperature of the air inlet of the fan according to the test time set by the test time setting module;
or the processor acquires a test control instruction of the server to be tested through the test control key group, and judges whether the server to be tested is down, or crashed, or stuck after the test duration;
or the processor acquires a test control instruction of the server to be tested through the test control key group, and the network communication data volume information, the CPU utilization rate, the memory utilization rate, the hard disk reading and storing data speed and the fan air inlet temperature of the server to be tested are within a preset threshold range within the test duration.
Preferably, the terminal body (1) is also provided with an RS485 communication interface, a CAN network communication interface, an Ethernet communication interface and an RS232 communication interface;
the communication module is in communication connection in a Bluetooth mode, or in communication connection in a WIFI mode, or in communication connection in a radio frequency mode, or in communication connection in an infrared mode, or in communication connection in a GSM mode.
Preferably, the terminal body further includes: a WeChat client;
the wechat client is used for enabling the terminal body to be in communication connection with the wechat client, transmitting data information of the terminal body to the wechat client, and enabling the plurality of terminal bodies and the user terminal to obtain the running temperature of a CPU (central processing unit), the running temperature of a memory, the running temperature of a hard disk and the running temperature of a display card of the server to be tested through the wechat client.
Preferably, the server under test is configured to encapsulate temperature information sent to the processor, where the temperature information includes: MAC address layer, processor IP layer, data frame section;
the data frame section comprises a server address code to be tested, a CPU temperature test value, or/and a hard disk temperature test value, or/and a display card temperature test value, or/and a power supply temperature test value, or/and a case internal temperature test value, and/or a fan air inlet temperature;
parity information encoding is set in the data frame section, when the parity information encoding is even, the message is a request, and when the parity information encoding is odd, the message is a response; when the message is a basic control request or status response, the bytes are 00h and 0 h;
a serial number which is automatically generated by the processor is also arranged in the data frame section, and is used for identifying different requests when the processor sends a plurality of temperature acquisition requests; requesting to obtain a CPU temperature test value, or/and a hard disk temperature test value, or/and a display card temperature test value, or/and a power supply temperature test value, or/and a case internal temperature test value, and/or a fan air inlet temperature.
According to the technical scheme, the invention has the following advantages:
the testing personnel can carry the testing terminal, obtain the network connection control instruction through the network connection control key, call the communication module, make the communication module and server to be tested carry on the network communication connection; after the communication module is successfully connected with the server to be tested through the network, a network connection success signal is replied to the processor, and the processor displays the network connection success signal on the display screen; therefore, the remote communication connection or the wired communication connection between the test terminal and the server to be tested is realized, and the field detection and the test are facilitated.
The processor obtains a server element test tool script transmission control instruction through the server element test control key, runs the server element test tool script to test the server to be tested, and forms the test process data and the test result data into a server test log; the processor acquires a test log operation control instruction through the log operation control key, and inquires and modifies the server test log through the log operation module;
the tester acquires the super-threshold parameter information in the server test log by calling the log management module, can also set the upper parameter alarm limit and the lower parameter alarm limit of the server test parameter, and acquires the super-threshold parameter information by the voice prompt module when the server test log has the super-threshold parameter information, so that the test convenience is improved.
And accessing the servers to be tested by adopting telnet, solidifying the accessed and executable attributes into the script, realizing that the test terminal controls the test of a plurality of servers to be tested, and realizing the simultaneous parallel cooperative work of the plurality of servers to be tested. Compared with the traditional mode, a plurality of servers to be tested can be interconnected through one testing terminal, the work of manually starting scripts on each server to be tested is replaced, the overall testing time is saved, and the testing efficiency is improved.
The tester can inquire and modify the test process data and the test result data through the CPU test log module, the memory test log module, the hard disk test log module, the network card test log module, the mainboard test log module, the display card test log module and the log operation module;
the test terminals can simultaneously detect a plurality of servers to be tested, and can also detect the servers to be tested through the plurality of test terminals. Thus, the detection efficiency is improved.
The test terminal can ensure that the operation temperature is detected within a period of time, and the detection mode is not limited to the detection operation temperature of one or more storage servers. And the test terminal is in communication connection with the server to be tested through remote wireless, so that the convenience of detection is realized.
Drawings
In order to more clearly illustrate the technical solution of the present invention, the drawings used in the description will be briefly introduced, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained based on these drawings without creative efforts.
FIG. 1 is a schematic diagram of a portable server hardware testing terminal;
fig. 2 is a schematic diagram of an embodiment of a portable server hardware testing terminal.
Detailed Description
The present invention provides a portable server hardware testing terminal, as shown in fig. 1 to 2, comprising: a terminal body 1; the terminal body 1 is provided with a display screen 2, a network connection control key 8 and a test control key group 3;
a main board is arranged in the terminal body 1, and a voice prompt module 4, a processor 9, a communication module 5, an IO interface module 7, a memory 6 and a power supply battery 12 for supplying power to elements of the terminal body 1 are arranged on the main board; the voice prompt module 4, the display screen 2, the communication module 5 and the memory 6 are respectively connected with the processor 9;
the network connection control key 8 and the test control key group 3 are respectively connected with the processor 9 through the IO interface module 7; the memory 6 stores therein a server element test tool script, a log management module and a log operation module; the processor 9 acquires a network connection control instruction through the network connection control key 8, calls the communication module 5 to enable the communication module 5 to be in network communication connection with the server to be tested, replies a network connection success signal to the processor 9 after the communication module 5 is successfully in network connection with the server to be tested, and the processor 9 displays the network connection success signal on the display screen 2; the test control key group 3 includes: a server element test control key and a log operation control key; the processor 9 obtains a server element test tool script transmission control instruction through the server element test control key, runs the server element test tool script to test the server to be tested, and forms a server test log by the test process data and the test result data; the processor 9 obtains a test log operation control instruction through the log operation control key, and queries and modifies the server test log through the log operation module;
the log management module is used for identifying the information of the super-threshold parameter in the server test log, storing the server test log in a nonvolatile storage area of a memory, and preventing the information from being lost under the condition that a terminal body is down or a power supply is cut off; and a parameter alarm upper limit and a parameter alarm lower limit of the server test parameters are also obtained, and when the server test logs have parameter information exceeding the threshold, a voice prompt module 4 prompts testers.
In order to make the objects, features and advantages of the present invention more obvious and understandable, the technical solutions of the present invention will be clearly and completely described below with reference to specific embodiments and drawings. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the scope of protection of this patent.
In the embodiment provided by the invention, a plurality of communication modules 5 are arranged in the terminal body 1; each communication module 5 is respectively in communication connection with different servers to be tested; the memory 6 also stores an address coding module of the server to be tested and a test channel configuration module; the server address coding module to be tested is used for coding the address of each server to be tested when the terminal body 1 is in communication connection with a plurality of servers to be tested; the test channel configuration module is used for enabling the terminal body 1 to establish an independent test channel with each server to be tested respectively for testing.
A telnet service module, a parallel test execution module and a python script editing module are also stored in the memory 6; the test control key group 3 further includes: testing control keys in parallel; the processor 9 is further configured to obtain an address code of each server to be tested, and obtain a storage path of an automated test script stored in the server to be tested through the address code of the server to be tested; the processor 9 configures the automatic test script stored in the server to be tested according to the test parameters of the server to be tested by executing the python script editing module, so that the edited automatic test script stored in the server to be tested meets the requirement of the current server test; forming a server test log by using the test process data and the test result data; the processor 9 acquires a parallel test control instruction through the parallel test control key, and acquires a server element test tool script for executing the test currently in parallel, an address code of the server to be tested and element information of the server to be tested; and the parallel test execution module executes the server element test tool script in parallel to test a plurality of servers to be tested.
And accessing the servers to be tested by adopting telnet, solidifying the accessed and executable attributes into the script, realizing that the test terminal controls the test of a plurality of servers to be tested, and realizing the simultaneous parallel cooperative work of the plurality of servers to be tested. Compared with the traditional mode, a plurality of servers to be tested can be interconnected through one testing terminal, the work of manually starting scripts on each server to be tested is replaced, the overall testing time is saved, and the testing efficiency is improved.
If implemented in hardware, the invention relates to an apparatus, which may be, for example, the processor 9 or an integrated circuit device, such as an integrated circuit chip or chipset. Alternatively or additionally, if implemented in software or firmware, the techniques may implement a data storage medium readable at least in part by a computer, comprising instructions that when executed cause the processor 9 to perform one or more of the above-described methods. For example, a computer-readable data storage medium may store instructions such as those executed by processor 9.
In the embodiment provided by the invention, a server information acquisition module is also stored in the memory 6;
the processor 9 obtains the CPU information, the memory information, the main board BIOS information, the fan information, the air inlet temperature, the network communication data volume information, the CPU utilization rate, the memory utilization rate, and the air inlet temperature of the target server to be tested through the execution server information obtaining module.
The element temperature test value of the server to be tested comprises the following steps: the test device comprises a CPU temperature test value, a hard disk temperature test value, a display card temperature test value, a power supply temperature test value and a case internal temperature test value. Of course, the temperature to be detected in the present invention is not limited to the above, and more temperature acquisition types may be provided according to actual use requirements.
The server element test tool script comprises: the system comprises a CPU test tool script, a memory test tool script, a hard disk test tool script, a network card test tool script, a mainboard test tool script, a display card test tool script and a fan test tool script; the server element test control key includes: the system comprises a CPU test tool script control key, a memory test tool script control key, a hard disk test tool script control key, a network card test tool script control key, a mainboard test tool script control key, a display card test tool script control key and a fan test tool script control key.
In the embodiment provided by the invention, a test duration setting module is also stored in the memory 6; the processor 9 acquires a temperature measurement control instruction of the server to be tested through the test control key group 3, calls the temperature acquisition module to acquire temperature information of the server to be tested, and performs temperature test on the running temperature of the CPU of the server to be tested, and/or the running temperature of the memory, and/or the running temperature of the hard disk, and/or the running temperature of the display card, and/or performs temperature test on the temperature of the air inlet of the fan according to the test duration set by the test duration setting module.
Or, the processor 9 acquires a test control instruction of the server to be tested through the test control key group 3, and judges whether the server to be tested is down, or crashed, or stuck after the test duration; or, the processor 9 obtains a test control instruction of the server to be tested through the test control key group 3, and if the network communication data volume information, the CPU utilization rate, the memory utilization rate, the hard disk reading and storing data speed and the fan air inlet temperature of the server to be tested are within the preset threshold range within the test duration. Of course, the test process is not limited to the above test parameters, and the test parameters can be set according to actual needs.
In the embodiment provided by the invention, the terminal body 1 is also provided with an RS485 communication interface, a CAN network communication interface, an Ethernet communication interface and an RS232 communication interface; the communication module 5 is in communication connection in a Bluetooth mode, or in communication connection in a WIFI mode, or in communication connection in a radio frequency mode, or in communication connection in an infrared mode, or in communication connection in a GSM mode.
The terminal body 1 further includes: a WeChat client; the wechat client is used for enabling the terminal body to be in communication connection with the wechat client, transmitting data information of the terminal body to the wechat client, and enabling the plurality of terminal bodies and the user terminal to obtain the running temperature of a CPU (central processing unit), the running temperature of a memory, the running temperature of a hard disk and the running temperature of a display card of the server to be tested through the wechat client.
In the embodiment provided by the invention, in order to improve the accuracy of data acquisition and transmission, the server to be tested is used for encapsulating the temperature information sent to the processor, and the temperature information comprises: MAC address layer, processor IP layer, data frame section; the data frame section comprises a server address code to be tested, a CPU temperature test value, or/and a hard disk temperature test value, or/and a display card temperature test value, or/and a power supply temperature test value, or/and a case internal temperature test value; parity information encoding is set in the data frame section, when the parity information encoding is even, the message is a request, and when the parity information encoding is odd, the message is a response; when the message is a basic control request or status response, the bytes are 00h and 01 h; a serial number which is automatically generated by the processor is also arranged in the data frame section, and is used for identifying different requests when the processor sends a plurality of temperature acquisition requests; requesting to obtain a CPU temperature test value, or/and a hard disk temperature test value, or/and a display card temperature test value, or/and a power supply temperature test value, or/and a case internal temperature test value.
If the system is provided with a plurality of test terminals, the information sent by each test terminal can be distinguished by the serial number of the data frame segment during testing, and the server to be tested can distinguish the information sent by each test terminal according to the serial number of the data frame segment and send temperature information in a targeted manner. If a plurality of servers to be tested are detected, the servers to be tested can be distinguished based on the address codes of the servers to be tested, and accurate transmission of test information is guaranteed.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (9)
1. A portable server hardware test terminal, comprising: a terminal body (1); the terminal body (1) is provided with a display screen (2), a network connection control key (8) and a test control key group (3);
a main board is arranged in the terminal body (1), and a voice prompt module (4), a processor (9), a communication module (5), an IO interface module (7), a memory (6) and a power supply battery (12) for supplying power to elements of the terminal body (1) are arranged on the main board;
the voice prompt module (4), the display screen (2), the communication module (5) and the memory (6) are respectively connected with the processor (9);
the network connection control key (8) and the test control key group (3) are respectively connected with the processor (9) through an IO interface module (7);
a server element testing tool script, a log management module and a log operation module are stored in the memory (6);
the processor (9) acquires a network connection control instruction through the network connection control key (8), calls the communication module (5) to enable the communication module (5) to be in network communication connection with the server to be tested, replies a network connection success signal to the processor (9) after the communication module (5) is successfully in network connection with the server to be tested, and displays the network connection success signal on the display screen (2) by the processor (9);
the test control key group (3) includes: a server element test control key and a log operation control key;
the processor (9) obtains a script transmission control instruction of the server element testing tool through the server element testing control key, runs the script of the server element testing tool to test the server to be tested, and forms a server testing log by testing process data and testing result data;
the processor (9) acquires a test log operation control instruction through a log operation control key, and inquires and modifies the server test log through a log operation module;
the log management module is used for identifying the information of the super-threshold parameter in the server test log, storing the server test log in a nonvolatile storage area of a memory, and preventing the information from being lost under the condition that a terminal body is down or a power supply is cut off; and a parameter alarm upper limit and a parameter alarm lower limit of the server test parameters are also obtained, and when the server test logs have parameter information exceeding the threshold, a voice prompt module (4) prompts testers.
2. The portable server hardware testing terminal of claim 1,
a plurality of communication modules (5) are arranged in the terminal body (1);
each communication module (5) is in communication connection with different servers to be tested respectively;
the memory (6) is internally stored with a server address coding module to be tested and a test channel configuration module;
the server to be tested address coding module is used for coding the address of each server to be tested when the terminal body (1) is in communication connection with a plurality of servers to be tested;
the test channel configuration module is used for enabling the terminal body (1) to establish an independent test channel with each server to be tested respectively for testing.
3. The portable server hardware testing terminal of claim 2,
a telnet service module, a parallel test execution module and a python script editing module are also stored in the memory (6);
the test control key group (3) further comprises: testing control keys in parallel;
the processor (9) is also used for acquiring the address code of each server to be tested and acquiring the storage path of the automatic test script stored in the server to be tested through the address code of the server to be tested;
the processor (9) edits the test parameters of the server to be tested by executing the python script editing module to form an automatic test script of the server to be tested, and stores the automatic test script in the server to be tested; enabling an automatic test script stored by a server to be tested to meet the current server test; the processor (9) forms a server test log by the test process data and the test result data;
the processor (9) also acquires a parallel test control instruction through the parallel test control key, and acquires an automatic test script of the server to be tested, an address code of the server to be tested and element information of the server to be tested;
the parallel test execution module executes the automatic test script of each server to be tested in parallel, and a plurality of servers to be tested are tested simultaneously.
4. The portable server hardware testing terminal of claim 1 or 2,
a server information acquisition module is also stored in the memory (6);
the processor (9) acquires the CPU information, the memory information, the mainboard BIOS information, the fan information, the air inlet temperature, the network communication data volume information, the CPU utilization rate, the memory utilization rate and the air inlet temperature of the target server to be tested through the execution server information acquisition module.
5. The portable server hardware testing terminal of claim 1 or 2,
the server element test tool script comprises: the system comprises a CPU test tool script, a memory test tool script, a hard disk test tool script, a network card test tool script, a mainboard test tool script, a display card test tool script and a fan test tool script;
the server element test control key includes: the system comprises a CPU test tool script control key, a memory test tool script control key, a hard disk test tool script control key, a network card test tool script control key, a mainboard test tool script control key, a display card test tool script control key and a fan test tool script control key.
6. The portable server hardware testing terminal of claim 1,
a test duration setting module is also stored in the memory (6);
the processor (9) acquires a temperature measurement control instruction of the server to be tested through the test control key group (3), calls the temperature acquisition module to acquire temperature information of the server to be tested, and performs temperature test on the CPU operation temperature, and/or the memory operation temperature, and/or the hard disk operation temperature, and/or the display card operation temperature of the server to be tested according to the test duration set by the test duration setting module, and/or performs temperature test on the fan air inlet temperature;
or the processor (9) acquires a test control instruction of the server to be tested through the test control key group (3), and judges whether the server to be tested is down, or crashed, or jammed after the test duration;
or the processor (9) acquires a test control instruction of the server to be tested through the test control key group (3), and the information of network communication data volume, CPU utilization rate, memory utilization rate, hard disk reading and storing data speed and the temperature of the fan air inlet are within a preset threshold range or not when the server to be tested passes through the test time.
7. The portable server hardware testing terminal of claim 1,
the terminal body (1) is also provided with an RS485 communication interface, a CAN network communication interface, an Ethernet communication interface and an RS232 communication interface;
the communication module (5) is in communication connection in a Bluetooth mode, or in communication connection in a WIFI mode, or in communication connection in a radio frequency mode, or in communication connection in an infrared mode, or in communication connection in a GSM mode.
8. The portable server hardware testing terminal of claim 1,
the terminal body (1) further comprises: a WeChat client;
the wechat client is used for enabling the terminal body to be in communication connection with the wechat client, transmitting data information of the terminal body to the wechat client, and enabling the plurality of terminal bodies and the user terminal to obtain the running temperature of a CPU (central processing unit), the running temperature of a memory, the running temperature of a hard disk and the running temperature of a display card of the server to be tested through the wechat client.
9. The portable server hardware testing terminal of claim 1,
the server to be tested is used for packaging the temperature information sent to the processor, and the temperature information comprises: MAC address layer, processor IP layer, data frame section;
the data frame section comprises a server address code to be tested, a CPU temperature test value, or/and a hard disk temperature test value, or/and a display card temperature test value, or/and a power supply temperature test value, or/and a case internal temperature test value, and/or a fan air inlet temperature;
parity information encoding is set in the data frame section, when the parity information encoding is even, the message is a request, and when the parity information encoding is odd, the message is a response; bytes 00h and 01h when the message is a basic control request or status response;
a serial number which is automatically generated by the processor is also arranged in the data frame section, and is used for identifying different requests when the processor sends a plurality of temperature acquisition requests; requesting to obtain a CPU temperature test value, or/and a hard disk temperature test value, or/and a display card temperature test value, or/and a power supply temperature test value, or/and a case internal temperature test value, and/or a fan air inlet temperature.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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